<?xml version="1.0" encoding="utf-8"?> <matfile> <header type="struct" size="[1 1]"> <code_xml_parse_version index="1" type="char" size="[1 6]"> v1.4.8 </code_xml_parse_version> <creation_date index="1" type="char" size="[1 10]"> 2021-01-07 </creation_date> <creator index="1" type="char" size="[1 5]"> sandy </creator> <sensor_name index="1" type="char" size="[1 8]"> SC210IOT </sensor_name> <sample_name index="1" type="char" size="[1 11]"> YT-SC210-V2 </sample_name> <generator_version index="1" type="char" size="[1 6]"> v0.0.8 </generator_version> <magic_code_version index="1" type="int" size="[1 1]"> [1170944] </magic_code_version> </header> <sensor type="struct" size="[1 1]"> <AWB index="1" type="struct" size="[1 1]"> <CalibParaV20 index="1" type="cell" size="[1 1]"> <cell index="1" type="struct" size="[1 1]"> <scene index="1" type="char" size="[1 10]"> A0 </scene> <Globals index="1" type="struct" size="[1 1]"> <hdrFrameChoose index="1" type="struct" size="[1 1]"> <mode index="1" 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<cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 4]"> TL84 </name> </cell> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D50 </name> </cell> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 2]"> HZ </name> </cell> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D75 </name> </cell> </lsUsedForYuvDet> <downScaleMode index="1" type="double" size="[1 1]"> [1] </downScaleMode> <blckMeasureMode index="1" type="double" size="[1 1]"> [1] </blckMeasureMode> <measureWindow index="1" type="struct" size="[1 1]"> <mode index="1" type="double" size="[1 1]"> [0] </mode> <resAll index="1" type="cell" size="[1 2]"> <cell index="6" type="struct" size="[1 1]"> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <measureWindowSize index="1" type="double" size="[1 4]"> [0 0 1920 1080] </measureWindowSize> </cell> <cell index="6" type="struct" 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index="1" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> <cell index="2" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> <cell index="3" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> <cell index="4" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> <cell index="5" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> <cell index="6" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> <cell index="7" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> </excludeRange> <spatialGain_L index="1" type="double" size="[1 4]"> [1.7251 1 1 1.5289] </spatialGain_L> <spatialGain_H index="1" type="double" size="[1 4]"> [1.4818 1 1 1.6821] </spatialGain_H> <temporalDefaultGain index="1" type="double" size="[1 4]"> [1.5892 1 1 2.1373] </temporalDefaultGain> <ca_TargetGain index="1" type="double" size="[1 4]"> [1.4818 1 1 1.6821] </ca_TargetGain> <singleColorProcess index="1" type="struct" size="[1 1]"> <colorBlock index="1" type="cell" size="[1 6]"> <cell index="1" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [15] </index> <meanC index="1" type="double" size="[1 1]"> [19.425264] </meanC> <meanH index="1" type="double" size="[1 1]"> [23.192038] </meanH> </cell> <cell index="2" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [13] </index> <meanC index="1" type="double" size="[1 1]"> [16.435255] </meanC> <meanH index="1" type="double" size="[1 1]"> [-77.156738] </meanH> </cell> <cell index="3" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [5] </index> <meanC index="1" type="double" size="[1 1]"> [8.674645] </meanC> <meanH index="1" type="double" size="[1 1]"> [-63.676037] </meanH> </cell> <cell index="4" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [10] </index> <meanC index="1" type="double" size="[1 1]"> [9.278298] </meanC> <meanH index="1" type="double" size="[1 1]"> [-32.295242] </meanH> </cell> <cell index="5" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [14] </index> <meanC index="1" type="double" size="[1 1]"> [13.809299] </meanC> <meanH index="1" type="double" size="[1 1]"> [150.663834] </meanH> </cell> <cell index="6" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [16] </index> <meanC index="1" type="double" size="[1 1]"> [18.661886] </meanC> <meanH index="1" type="double" size="[1 1]"> [88.534264] </meanH> </cell> </colorBlock> <lsUsedForEstimation index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 1]"> A </name> <RGain index="1" type="double" size="[1 1]"> [1.12311] </RGain> <BGain index="1" type="double" size="[1 1]"> [2.279992] </BGain> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 4]"> TL84 </name> <RGain index="1" type="double" size="[1 1]"> [1.481979] </RGain> <BGain index="1" type="double" size="[1 1]"> [2.013527] </BGain> </cell> <cell index="3" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D50 </name> <RGain index="1" type="double" size="[1 1]"> [1.481843] </RGain> <BGain index="1" type="double" size="[1 1]"> [1.682101] </BGain> </cell> </lsUsedForEstimation> <alpha index="1" type="double" size="[1 1]"> [0.9] </alpha> </singleColorProcess> <lineRgBg index="1" type="double" size="[1 3]"> [-0.7803 -0.6254 -2.3023] </lineRgBg> <lineRgProjCCT index="1" type="double" size="[1 3]"> [1 -0.0002 0.6513] </lineRgProjCCT> <wbGainDaylightClip index="1" type="struct" size="[1 1]"> <outdoor_cct_min index="1" type="double" size="[1 1]"> [5000] </outdoor_cct_min> </wbGainDaylightClip> <wbGainClip index="1" type="struct" size="[1 1]"> <cct index="1" type="double" size="[1 5]"> [1000 2856 4100 6500 7500] </cct> <cri_bound_up index="1" type="double" size="[1 5]"> [0.091 0.091 0.18 0.12 0.12] </cri_bound_up> <cri_bound_low index="1" type="double" size="[1 5]"> [0.07 0.07 0.16 0.16 0.16] </cri_bound_low> </wbGainClip> </Globals> <LightSources index="1" type="cell" size="[1 7]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 1]"> A </name> <doorType index="1" type="double" size="[1 1]"> [1] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.1231 1 1 2.28] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [120.392 66.2307 72.7372 120.3735 120.392] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [128.2205 135.6579 117.024 126.7796 128.2205] </lightVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [-0.9681 -0.6423 0.0921 -0.0207] </normal> <big index="1" type="double" size="[1 4]"> [-0.9682 -0.6423 0.1221 -0.0549] </big> <small index="1" type="double" size="[1 4]"> [-0.8909 -0.7236 0.0921 -0.0207] </small> </lightXYRegion> <yuvRegion index="1" type="struct" size="[1 1]"> <k2Set index="1" type="double" size="[1 1]"> [6152] </k2Set> <b0Set index="1" type="double" size="[1 1]"> [126] </b0Set> <k3Set index="1" type="double" size="[1 1]"> [-282] </k3Set> <k_ydisSet index="1" type="double" size="[1 1]"> [3462] </k_ydisSet> <b_ydisSet index="1" type="double" size="[1 1]"> [1] </b_ydisSet> <uRefSet index="1" type="double" size="[1 1]"> [128] </uRefSet> <vRefSet index="1" type="double" size="[1 1]"> [127] </vRefSet> <disSet index="1" type="double" size="[1 6]"> [40 72 200 328 456 712] </disSet> <tHSet index="1" type="double" size="[1 6]"> [11 14 17 32 64 255] </tHSet> </yuvRegion> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> CWF </name> <doorType index="1" type="double" size="[1 1]"> [1] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.5892 1 1 2.1373] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [82.9635 118.1386 119.6458 85.8903 82.9635] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [99.2839 122.7417 121.6269 95.697 99.2839] </lightVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [-0.6399 -0.3441 -0.0599 -0.1696] </normal> <big index="1" type="double" size="[1 4]"> [-0.6412 -0.3426 -0.0599 -0.2] </big> <small index="1" type="double" size="[1 4]"> [-0.4821 -0.3499 -0.0599 -0.1696] </small> </lightXYRegion> <yuvRegion index="1" type="struct" size="[1 1]"> <k2Set index="1" type="double" size="[1 1]"> [-1515] </k2Set> <b0Set index="1" type="double" size="[1 1]"> [41] </b0Set> <k3Set index="1" type="double" size="[1 1]"> [-7601] </k3Set> <k_ydisSet index="1" type="double" size="[1 1]"> [3356] </k_ydisSet> <b_ydisSet index="1" type="double" size="[1 1]"> [2] </b_ydisSet> <uRefSet index="1" type="double" size="[1 1]"> [128] </uRefSet> <vRefSet index="1" type="double" size="[1 1]"> [127] </vRefSet> <disSet index="1" type="double" size="[1 6]"> [35 67 195 323 579 835] </disSet> <tHSet index="1" type="double" size="[1 6]"> [11 14 17 32 64 26] </tHSet> </yuvRegion> </cell> <cell index="3" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D50 </name> <doorType index="1" type="double" size="[1 1]"> [2] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.4818 1 1 1.6821] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [87.5872 121.0716 123.0268 96.6711 87.5872] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [97.282 122.6338 121.6629 90.8092 97.282] </lightVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [-0.3426 -0.1241 0.1265 -0.0335] </normal> <big index="1" type="double" size="[1 4]"> [-0.3426 -0.1241 0.1565 -0.0635] </big> <small index="1" type="double" size="[1 4]"> [-0.3152 -0.1623 0.1265 -0.0335] </small> </lightXYRegion> <yuvRegion index="1" type="struct" size="[1 1]"> <k2Set index="1" type="double" size="[1 1]"> [-1256] </k2Set> <b0Set index="1" type="double" size="[1 1]"> [23] </b0Set> <k3Set index="1" type="double" size="[1 1]"> [-8024] </k3Set> <k_ydisSet index="1" type="double" size="[1 1]"> [4404] </k_ydisSet> <b_ydisSet index="1" type="double" size="[1 1]"> [3] </b_ydisSet> <uRefSet index="1" type="double" size="[1 1]"> [128] </uRefSet> <vRefSet index="1" type="double" size="[1 1]"> [127] </vRefSet> <disSet index="1" type="double" size="[1 6]"> [21 53 117 245 373 501] </disSet> <tHSet index="1" type="double" size="[1 6]"> [11 14 32 64 64 26] </tHSet> </yuvRegion> </cell> <cell index="4" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D65 </name> <doorType index="1" type="double" size="[1 1]"> [3] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.7251 1 1 1.5289] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [96.7785 123.0785 124.0857 104.7694 96.7785] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [90.8092 121.5349 120.62 85.2354 90.8092] </lightVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [-0.1241 0.0518 0.0366 -0.0732] </normal> <big index="1" type="double" size="[1 4]"> [-0.1241 0.0518 0.0576 -0.0903] </big> <small index="1" type="double" size="[1 4]"> [-0.0859 0.0295 0.0366 -0.0732] </small> </lightXYRegion> <yuvRegion index="1" type="struct" size="[1 1]"> <k2Set index="1" type="double" size="[1 1]"> [-633] </k2Set> <b0Set index="1" type="double" size="[1 1]"> [-80] </b0Set> <k3Set index="1" type="double" size="[1 1]"> [-7328] </k3Set> <k_ydisSet index="1" type="double" size="[1 1]"> [4021] </k_ydisSet> <b_ydisSet index="1" type="double" size="[1 1]"> [7] </b_ydisSet> <uRefSet index="1" type="double" size="[1 1]"> [128] </uRefSet> <vRefSet index="1" type="double" size="[1 1]"> [126] </vRefSet> <disSet index="1" type="double" size="[1 6]"> [12 44 108 236 492 620] </disSet> <tHSet index="1" type="double" size="[1 6]"> [11 64 64 64 64 26] </tHSet> </yuvRegion> </cell> <cell index="5" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D75 </name> <doorType index="1" type="double" size="[1 1]"> [3] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.7481 1 1 1.4315] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [104.93 124.0042 126.36 110.5918 104.93] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [85.1275 120.4403 119.1856 82.7541 85.1275] </lightVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [0.0531 0.2231 0.0338 -0.0693] </normal> <big index="1" type="double" size="[1 4]"> [0.0518 0.2237 0.0382 -0.0903] </big> <small index="1" type="double" size="[1 4]"> [0.0704 0.2224 0.0338 -0.0245] </small> </lightXYRegion> <yuvRegion index="1" type="struct" size="[1 1]"> <k2Set index="1" type="double" size="[1 1]"> [-490] </k2Set> <b0Set index="1" type="double" size="[1 1]"> [-141] </b0Set> <k3Set index="1" type="double" size="[1 1]"> [-6378] </k3Set> <k_ydisSet index="1" type="double" size="[1 1]"> [4182] </k_ydisSet> <b_ydisSet index="1" type="double" size="[1 1]"> [7] </b_ydisSet> <uRefSet index="1" type="double" size="[1 1]"> [128] </uRefSet> <vRefSet index="1" type="double" size="[1 1]"> [126] </vRefSet> <disSet index="1" type="double" size="[1 6]"> [8 40 104 232 360 616] </disSet> <tHSet index="1" type="double" size="[1 6]"> [11 14 255 255 255 26] </tHSet> </yuvRegion> </cell> <cell index="6" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 2]"> HZ </name> <doorType index="1" type="double" size="[1 1]"> [1] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [0.9567 1 1 2.4605] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [72.2459 122.7095 122.3429 66.2612 72.2459] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [145.5799 130.0056 128.2436 135.7076 145.5799] </lightVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [-1.205 -0.9688 0.0836 -0.0521] </normal> <big index="1" type="double" size="[1 4]"> [-1.205 -0.9688 0.1012 -0.077] </big> <small index="1" type="double" size="[1 4]"> [-1.1694 -0.9963 0.0836 -0.0521] </small> </lightXYRegion> <yuvRegion index="1" type="struct" size="[1 1]"> <k2Set index="1" type="double" size="[1 1]"> [4247] </k2Set> <b0Set index="1" type="double" size="[1 1]"> [159] </b0Set> <k3Set index="1" type="double" size="[1 1]"> [3733] </k3Set> <k_ydisSet index="1" type="double" size="[1 1]"> [3043] </k_ydisSet> <b_ydisSet index="1" type="double" size="[1 1]"> [0] </b_ydisSet> <uRefSet index="1" type="double" size="[1 1]"> [128] </uRefSet> <vRefSet index="1" type="double" size="[1 1]"> [127] </vRefSet> <disSet index="1" type="double" size="[1 6]"> [50 114 242 370 626 882] </disSet> <tHSet index="1" type="double" size="[1 6]"> [11 14 17 20 64 26] </tHSet> </yuvRegion> </cell> <cell index="7" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 4]"> TL84 </name> <doorType index="1" type="double" size="[1 1]"> [1] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.482 1 1 2.0135] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [72.7372 119.157 120.4198 85.5116 72.7372] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [116.9162 126.5894 122.0585 98.0072 116.9162] </lightVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [-0.6423 -0.3448 0.048 -0.0494] </normal> <big index="1" type="double" size="[1 4]"> [-0.6423 -0.3441 0.078 -0.0582] </big> <small index="1" type="double" size="[1 4]"> [-0.5172 -0.3678 0.048 -0.0488] </small> </lightXYRegion> <yuvRegion index="1" type="struct" size="[1 1]"> <k2Set index="1" type="double" size="[1 1]"> [-1706] </k2Set> <b0Set index="1" type="double" size="[1 1]"> [51] </b0Set> <k3Set index="1" type="double" size="[1 1]"> [-7230] </k3Set> <k_ydisSet index="1" type="double" size="[1 1]"> [3700] </k_ydisSet> <b_ydisSet index="1" type="double" size="[1 1]"> [2] </b_ydisSet> <uRefSet index="1" type="double" size="[1 1]"> [128] </uRefSet> <vRefSet index="1" type="double" size="[1 1]"> [127] </vRefSet> <disSet index="1" type="double" size="[1 6]"> [31 63 191 319 447 703] </disSet> <tHSet index="1" type="double" size="[1 6]"> [11 14 255 255 255 26] </tHSet> </yuvRegion> </cell> </LightSources> </cell> </CalibParaV20> <CalibParaV21 index="1" type="cell" size="[1 1]"> <cell index="1" type="struct" size="[1 1]"> <scene index="1" type="char" size="[1 10]"> A0 </scene> <Globals index="1" type="struct" size="[1 1]"> <hdrFrameChoose index="1" type="struct" size="[1 1]"> <mode index="1" type="double" size="[1 1]"> [0] </mode> <frameChoose index="1" type="double" size="[1 1]"> [1] </frameChoose> </hdrFrameChoose> <lscBypassEnable index="1" type="double" size="[1 1]"> [0] </lscBypassEnable> <uvDetectionEnable index="1" type="double" size="[1 1]"> [1] </uvDetectionEnable> <xyDetectionEnable index="1" type="double" size="[1 1]"> [1] </xyDetectionEnable> <yuvDetectionEnable index="1" type="double" size="[1 1]"> [1] </yuvDetectionEnable> <wbGainDaylightClipEnable index="1" type="double" size="[1 1]"> [0] </wbGainDaylightClipEnable> <wbGainClipEnable index="1" type="double" size="[1 1]"> [0] </wbGainClipEnable> <wpDiffLumaWeiEnable index="1" type="double" size="[1 1]"> [1] </wpDiffLumaWeiEnable> <wpDiffBlkWeiEnable index="1" type="double" size="[1 1]"> [1] </wpDiffBlkWeiEnable> <blkStatisticsEnable index="1" type="double" size="[1 1]"> [1] </blkStatisticsEnable> <lsUsedForYuvDet index="1" type="cell" size="[1 7]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 1]"> A </name> </cell> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> CWF </name> </cell> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D65 </name> </cell> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 4]"> TL84 </name> </cell> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D50 </name> </cell> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 2]"> HZ </name> </cell> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D75 </name> </cell> </lsUsedForYuvDet> <downScaleMode index="1" type="double" size="[1 1]"> [1] </downScaleMode> <blckMeasureMode index="1" type="double" size="[1 1]"> [0] </blckMeasureMode> <measureWindow index="1" type="struct" size="[1 1]"> <mode index="1" type="double" size="[1 1]"> [1] </mode> <resAll index="1" type="cell" size="[1 1]"> <cell index="6" type="struct" size="[1 1]"> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <measureWindowSize index="1" type="double" size="[1 4]"> [0 0 1920 1080] </measureWindowSize> </cell> </resAll> </measureWindow> <multiWindowEnable index="1" type="double" size="[1 1]"> [1] </multiWindowEnable> <limitRange index="1" type="struct" size="[1 1]"> <Y index="1" type="double" size="[1 2]"> [9 210] </Y> <R index="1" type="double" size="[1 2]"> [6 230] </R> <G index="1" type="double" size="[1 2]"> [9 230] </G> <B index="1" type="double" size="[1 2]"> [6 230] </B> </limitRange> <pseudoLumWeight index="1" type="double" size="[1 3]"> [0.374556 0.375338 0.250105] </pseudoLumWeight> <rotationMat index="1" type="double" size="[1 9]"> [-0.52139 0.853319 1.200718 0.853319 0.52139 0.602424 0 0 1] </rotationMat> <rgb2RotationYuvMat index="1" type="double" size="[4 4]"> [0.029297 0.134766 0.013672 38.9375 -0.083984 -0.003906 0.068359 137.5625 0.048828 -0.050781 0.048828 106.8125 0 0 0 1] </rgb2RotationYuvMat> <multiwindow index="1" type="double" size="[8 4]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0] </multiwindow> <excludeRange index="1" type="cell" size="[1 7]"> <cell index="1" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [1] </mode> <window index="1" type="double" size="[1 4]"> [244 249 228 211] </window> </cell> <cell index="2" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [1] </Domain> <mode index="1" type="double" size="[1 1]"> [1] </mode> <window index="1" type="double" size="[1 4]"> [-1096 -985 140 65] </window> </cell> <cell index="3" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [1] </Domain> <mode index="1" type="double" size="[1 1]"> [1] </mode> <window index="1" type="double" size="[1 4]"> [-40 158 121 16] </window> </cell> <cell index="4" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [1] </Domain> <mode index="1" type="double" size="[1 1]"> [1] </mode> <window index="1" type="double" size="[1 4]"> [-235 -40 237 80] </window> </cell> <cell index="5" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> <cell index="6" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> <cell index="7" type="struct" size="[1 1]"> <Domain index="1" type="double" size="[1 1]"> [0] </Domain> <mode index="1" type="double" size="[1 1]"> [0] </mode> <window index="1" type="double" size="[1 4]"> [0 0 0 0] </window> </cell> </excludeRange> <spatialGain_L index="1" type="double" size="[1 4]"> [1.7251 1 1 1.5289] </spatialGain_L> <spatialGain_H index="1" type="double" size="[1 4]"> [1.4818 1 1 1.6821] </spatialGain_H> <temporalDefaultGain index="1" type="double" size="[1 4]"> [1.5892 1 1 2.1373] </temporalDefaultGain> <ca_TargetGain index="1" type="double" size="[1 4]"> [1.4818 1 1 1.6821] </ca_TargetGain> <singleColorProcess index="1" type="struct" size="[1 1]"> <colorBlock index="1" type="cell" size="[1 6]"> <cell index="1" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [15] </index> <meanC index="1" type="double" size="[1 1]"> [19.425264] </meanC> <meanH index="1" type="double" size="[1 1]"> [23.192038] </meanH> </cell> <cell index="2" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [13] </index> <meanC index="1" type="double" size="[1 1]"> [16.435255] </meanC> <meanH index="1" type="double" size="[1 1]"> [-77.156738] </meanH> </cell> <cell index="3" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [5] </index> <meanC index="1" type="double" size="[1 1]"> [8.674645] </meanC> <meanH index="1" type="double" size="[1 1]"> [-63.676037] </meanH> </cell> <cell index="4" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [10] </index> <meanC index="1" type="double" size="[1 1]"> [9.278298] </meanC> <meanH index="1" type="double" size="[1 1]"> [-32.295242] </meanH> </cell> <cell index="5" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [14] </index> <meanC index="1" type="double" size="[1 1]"> [13.809299] </meanC> <meanH index="1" type="double" size="[1 1]"> [150.663834] </meanH> </cell> <cell index="6" type="struct" size="[1 1]"> <index index="1" type="double" size="[1 1]"> [16] </index> <meanC index="1" type="double" size="[1 1]"> [18.661886] </meanC> <meanH index="1" type="double" size="[1 1]"> [88.534264] </meanH> </cell> </colorBlock> <lsUsedForEstimation index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 1]"> A </name> <RGain index="1" type="double" size="[1 1]"> [1.12311] </RGain> <BGain index="1" type="double" size="[1 1]"> [2.279992] </BGain> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 4]"> TL84 </name> <RGain index="1" type="double" size="[1 1]"> [1.481979] </RGain> <BGain index="1" type="double" size="[1 1]"> [2.013527] </BGain> </cell> <cell index="3" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D50 </name> <RGain index="1" type="double" size="[1 1]"> [1.481843] </RGain> <BGain index="1" type="double" size="[1 1]"> [1.682101] </BGain> </cell> </lsUsedForEstimation> <alpha index="1" type="double" size="[1 1]"> [0.9] </alpha> </singleColorProcess> <lineRgBg index="1" type="double" size="[1 3]"> [-0.7803 -0.6254 -2.3023] </lineRgBg> <lineRgProjCCT index="1" type="double" size="[1 3]"> [1 -0.0002 0.6513] </lineRgProjCCT> <wbGainDaylightClip index="1" type="struct" size="[1 1]"> <outdoor_cct_min index="1" type="double" size="[1 1]"> [5000] </outdoor_cct_min> </wbGainDaylightClip> <wbGainClip index="1" type="struct" size="[1 1]"> <cct index="1" type="double" size="[1 5]"> [1000 2856 4100 6500 7500] </cct> <cri_bound_up index="1" type="double" size="[1 5]"> [0.091 0.091 0.18 0.12 0.12] </cri_bound_up> <cri_bound_low index="1" type="double" size="[1 5]"> [0.07 0.07 0.16 0.16 0.16] </cri_bound_low> </wbGainClip> <wpDiffLumaWeight index="1" type="struct" size="[1 1]"> <wpDiffWeiEnableTh index="1" type="struct" size="[1 1]"> <wpDiffWeiNoTh index="1" type="double" size="[1 1]"> [0.004] </wpDiffWeiNoTh> <wpDiffWeiLvValueTh index="1" type="double" size="[1 1]"> [64] </wpDiffWeiLvValueTh> </wpDiffWeiEnableTh> <wpDiffwei_y index="1" type="double" size="[1 9]"> [0 16 32 64 96 128 192 224 240] </wpDiffwei_y> <perfectBinConf index="1" type="double" size="[1 8]"> [0 0 0 1 1 1 1 0] </perfectBinConf> <wpDiffWeiLvTh index="1" type="double" size="[1 2]"> [256 8192] </wpDiffWeiLvTh> <wpDiffWeiRatioTh index="1" type="double" size="[1 3]"> [0 0.01 0.1] </wpDiffWeiRatioTh> <wpDiffwei_w_HighLV index="1" type="struct" size="[1 1]"> <wpRatio1 index="1" type="double" size="[1 9]"> [1 1 1 1 1 1 1 1 1] </wpRatio1> <wpRatio2 index="1" type="double" size="[1 9]"> [1 1 1 1 1 1 1 1 1] </wpRatio2> <wpRatio3 index="1" type="double" size="[1 9]"> [0 0 0.2 0.5 1 1 1 0.5 0] </wpRatio3> </wpDiffwei_w_HighLV> <wpDiffwei_w_LowLV index="1" type="struct" size="[1 1]"> <wpRatio1 index="1" type="double" size="[1 9]"> [1 1 1 1 1 1 1 1 1] </wpRatio1> <wpRatio2 index="1" type="double" size="[1 9]"> [1 1 1 1 1 1 1 1 1] </wpRatio2> <wpRatio3 index="1" type="double" size="[1 9]"> [1 1 1 1 1 1 1 1 1] </wpRatio3> </wpDiffwei_w_LowLV> </wpDiffLumaWeight> <wpDiffBlkWeight index="1" type="double" size="[15 15]"> [3 3 3 4 4 4 4 5 4 4 4 4 3 3 3 3 3 4 4 5 5 6 6 6 5 5 4 4 3 3 3 4 5 6 7 8 9 10 9 8 7 6 5 4 3 4 4 6 8 11 13 15 16 15 13 11 8 6 4 4 4 5 7 11 14 18 21 23 21 18 14 11 7 5 4 4 5 8 13 18 23 27 29 27 23 18 13 8 5 4 4 6 9 15 21 27 32 32 32 27 21 15 9 6 4 5 6 10 16 23 29 32 32 32 29 23 16 10 6 5 4 6 9 15 21 27 32 32 32 27 21 15 9 6 4 4 5 8 13 18 23 27 29 27 23 18 13 8 5 4 4 5 7 11 14 18 21 23 21 18 14 11 7 5 4 4 4 6 8 11 13 15 16 15 13 11 8 6 4 4 3 4 5 6 7 8 9 10 9 8 7 6 5 4 3 3 3 4 4 5 5 6 6 6 5 5 4 4 3 3 3 3 3 4 4 4 4 5 4 4 4 4 3 3 3] </wpDiffBlkWeight> </Globals> <LightSources index="1" type="cell" size="[1 7]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 1]"> A </name> <doorType index="1" type="double" size="[1 1]"> [1] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.1231 1 1 2.28] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [122.5 46 53.5 122.5 122.5] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [127.5 114 101 125.5 127.5] </lightVRegion> <smallURegion index="1" type="double" size="[1 5]"> [123 54 55.5 123.5 123] </smallURegion> <smallVRegion index="1" type="double" size="[1 5]"> [128.5 137 118 127 128.5] </smallVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [-0.0432 0.2697 0.137 -0.071] </normal> <big index="1" type="double" size="[1 4]"> [-0.0365 0.2693 0.2057 -0.1565] </big> <small index="1" type="double" size="[1 4]"> [-0.0383 0.2715 0.0584 -0.0545] </small> </lightXYRegion> <rtYuvRegion index="1" type="struct" size="[1 1]"> <thcurve_u_set index="1" type="double" size="[1 6]"> [50 54 70 78 110 142] </thcurve_u_set> <thcurve_th_set index="1" type="double" size="[1 6]"> [0.1875 0.1875 0.1875 0.75 1 4] </thcurve_th_set> <lineVector index="1" type="double" size="[1 6]"> [10 183.625 146.3125 95.1875 106.875 107.4375] </lineVector> </rtYuvRegion> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> CWF </name> <doorType index="1" type="double" size="[1 1]"> [1] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.5892 1 1 2.1373] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [58.5 63 125.5 123 58.5] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [85 76.5 125 125.5 85] </lightVRegion> <smallURegion index="1" type="double" size="[1 5]"> [57 63.5 122.5 122.5 57] </smallURegion> <smallVRegion index="1" type="double" size="[1 5]"> [92 79.5 124 125.5 92] </smallVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [0.2697 0.7467 -0.071 -0.1747] </normal> <big index="1" type="double" size="[1 4]"> [0.2507 0.7627 -0.0707 -0.224] </big> <small index="1" type="double" size="[1 4]"> [0.504 0.7436 -0.0789 -0.1731] </small> </lightXYRegion> <rtYuvRegion index="1" type="struct" size="[1 1]"> <thcurve_u_set index="1" type="double" size="[1 6]"> [50 54 70 78 110 142] </thcurve_u_set> <thcurve_th_set index="1" type="double" size="[1 6]"> [0.125 0.1875 0.1875 0.75 1 4] </thcurve_th_set> <lineVector index="1" type="double" size="[1 6]"> [10 188.4375 142.5 113.25 108.25 99.5] </lineVector> </rtYuvRegion> </cell> <cell index="3" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D50 </name> <doorType index="1" type="double" size="[1 1]"> [2] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.4818 1 1 1.6821] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [63 77.5 126.5 126 63] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [76.5 48 124 125.5 76.5] </lightVRegion> <smallURegion index="1" type="double" size="[1 5]"> [63 84.5 125 121.5 63] </smallURegion> <smallVRegion index="1" type="double" size="[1 5]"> [79.5 65 123 126.5 79.5] </smallVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [0.7494 1.112 0.1759 -0.2217] </normal> <big index="1" type="double" size="[1 4]"> [0.7527 1.117 0.2263 -0.2481] </big> <small index="1" type="double" size="[1 4]"> [0.9445 1.0939 0.0767 -0.0218] </small> </lightXYRegion> <rtYuvRegion index="1" type="struct" size="[1 1]"> <thcurve_u_set index="1" type="double" size="[1 6]"> [50 54 70 78 110 142] </thcurve_u_set> <thcurve_th_set index="1" type="double" size="[1 6]"> [0.1875 0.3125 0.375 0.75 1 4] </thcurve_th_set> <lineVector index="1" type="double" size="[1 6]"> [10 190.3125 140.25 124.3125 107.25 106] </lineVector> </rtYuvRegion> </cell> <cell index="4" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D65 </name> <doorType index="1" type="double" size="[1 1]"> [3] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.7251 1 1 1.5289] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [77.5 85.5 126.5 126.5 77.5] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [48 31 123 124 48] </lightVRegion> <smallURegion index="1" type="double" size="[1 5]"> [84.5 103.5 126 125 84.5] </smallURegion> <smallVRegion index="1" type="double" size="[1 5]"> [65 47.5 117.5 123 65] </smallVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [1.117 1.37 0.1168 -0.1657] </normal> <big index="1" type="double" size="[1 4]"> [1.1188 1.37 0.1628 -0.1777] </big> <small index="1" type="double" size="[1 4]"> [1.2699 1.3673 0.0803 -0.1383] </small> </lightXYRegion> <rtYuvRegion index="1" type="struct" size="[1 1]"> <thcurve_u_set index="1" type="double" size="[1 6]"> [50 54 70 78 110 142] </thcurve_u_set> <thcurve_th_set index="1" type="double" size="[1 6]"> [0.1875 0.5 0.5 0.8125 1 4] </thcurve_th_set> <lineVector index="1" type="double" size="[1 6]"> [10 191 138.125 135.625 107.0625 106.875] </lineVector> </rtYuvRegion> </cell> <cell index="5" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D75 </name> <doorType index="1" type="double" size="[1 1]"> [3] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.7481 1 1 1.4315] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [127 126.5 85.5 95.5 127] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [122 123 31.5 23 122] </lightVRegion> <smallURegion index="1" type="double" size="[1 5]"> [126 125.5 103.5 113 126] </smallURegion> <smallVRegion index="1" type="double" size="[1 5]"> [114 116.5 47 54 114] </smallVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [1.3763 1.5271 0.1086 -0.1327] </normal> <big index="1" type="double" size="[1 4]"> [1.37 1.5273 0.1436 -0.1684] </big> <small index="1" type="double" size="[1 4]"> [1.3957 1.4793 0.0917 -0.1157] </small> </lightXYRegion> <rtYuvRegion index="1" type="struct" size="[1 1]"> <thcurve_u_set index="1" type="double" size="[1 6]"> [50 54 70 78 110 142] </thcurve_u_set> <thcurve_th_set index="1" type="double" size="[1 6]"> [0.1875 0.3125 0.5 0.75 1 4] </thcurve_th_set> <lineVector index="1" type="double" size="[1 6]"> [10 191 137.0625 140.3125 107.125 107.625] </lineVector> </rtYuvRegion> </cell> <cell index="6" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 2]"> HZ </name> <doorType index="1" type="double" size="[1 1]"> [1] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [0.9567 1 1 2.4605] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [122 46.5 46 122.5 122] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [128.5 134.5 114.5 127.5 128.5] </lightVRegion> <smallURegion index="1" type="double" size="[1 5]"> [121 54 54 123 121] </smallURegion> <smallVRegion index="1" type="double" size="[1 5]"> [132 150.5 136.5 129 132] </smallVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [-0.2847 -0.0432 0.077 -0.0831] </normal> <big index="1" type="double" size="[1 4]"> [-0.3376 -0.0365 0.1018 -0.162] </big> <small index="1" type="double" size="[1 4]"> [-0.2399 -0.1302 0.0066 -0.06] </small> </lightXYRegion> <rtYuvRegion index="1" type="struct" size="[1 1]"> <thcurve_u_set index="1" type="double" size="[1 6]"> [50 54 70 78 110 142] </thcurve_u_set> <thcurve_th_set index="1" type="double" size="[1 6]"> [0.1875 0.3125 0.3125 0.75 1 4] </thcurve_th_set> <lineVector index="1" type="double" size="[1 6]"> [10 179.1875 149.125 85 106.125 112] </lineVector> </rtYuvRegion> </cell> <cell index="7" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 4]"> TL84 </name> <doorType index="1" type="double" size="[1 1]"> [1] </doorType> <standardGainValue index="1" type="double" size="[1 4]"> [1.482 1 1 2.0135] </standardGainValue> <lightURegion index="1" type="double" size="[1 5]"> [122.5 53.5 59 123 122.5] </lightURegion> <lightVRegion index="1" type="double" size="[1 5]"> [125.5 100.5 85 125 125.5] </lightVRegion> <smallURegion index="1" type="double" size="[1 5]"> [123.5 56 57 124 123.5] </smallURegion> <smallVRegion index="1" type="double" size="[1 5]"> [127 117.5 92 125.5 127] </smallVRegion> <lightXYRegion index="1" type="struct" size="[1 1]"> <normal index="1" type="double" size="[1 4]"> [0.272 0.7479 0.1701 -0.0722] </normal> <big index="1" type="double" size="[1 4]"> [0.2733 0.7493 0.2358 -0.0728] </big> <small index="1" type="double" size="[1 4]"> [0.448 0.608 0.0606 -0.0351] </small> </lightXYRegion> <rtYuvRegion index="1" type="struct" size="[1 1]"> <thcurve_u_set index="1" type="double" size="[1 6]"> [50 54 70 78 110 142] </thcurve_u_set> <thcurve_th_set index="1" type="double" size="[1 6]"> [0.1875 0.1875 0.3125 0.75 1 4] </thcurve_th_set> <lineVector index="1" type="double" size="[1 6]"> [10 187.1875 143.8125 106.6875 106.8125 106.9375] </lineVector> </rtYuvRegion> </cell> </LightSources> </cell> </CalibParaV21> <TuningPara index="1" type="cell" size="[1 1]"> <cell index="1" type="struct" size="[1 1]"> <scene index="1" type="char" size="[1 10]"> A0 </scene> <Globals index="1" type="struct" size="[1 1]"> <wbBypass index="1" type="double" size="[1 1]"> [0] </wbBypass> <awbEnable index="1" type="double" size="[1 1]"> [1] </awbEnable> <wbGainAdjustEnable index="1" type="double" size="[1 1]"> [0] </wbGainAdjustEnable> <lightSourceForFirstFrame index="1" type="char" size="[1 3]"> D50 </lightSourceForFirstFrame> <uvRangeSmallEnable index="1" type="double" size="[1 1]"> [0] </uvRangeSmallEnable> <ca_Enable index="1" type="double" size="[1 1]"> [0] </ca_Enable> <tolerance index="1" type="struct" size="[1 1]"> <LV index="1" type="double" size="[1 4]"> [256 512 32768 131072] </LV> <value index="1" type="double" size="[1 4]"> [0 0 0 0] </value> </tolerance> <runInterval index="1" type="struct" size="[1 1]"> <LV index="1" type="double" size="[1 4]"> [256 512 32768 131072] </LV> <value index="1" type="double" size="[1 4]"> [0 0 0 0] </value> </runInterval> <multiwindowMode index="1" type="double" size="[1 1]"> [0] </multiwindowMode> <dampFactor index="1" type="struct" size="[1 1]"> <dFStep index="1" type="double" size="[1 1]"> [0.05] </dFStep> <dFMin index="1" type="double" size="[1 1]"> [0.7] </dFMin> <dFMax index="1" type="double" size="[1 1]"> [0.9] </dFMax> <LvIIRsize index="1" type="double" size="[1 1]"> [4] </LvIIRsize> <LvVarTh index="1" type="double" size="[1 1]"> [0.04] </LvVarTh> </dampFactor> <LVMatrix index="1" type="double" size="[1 16]"> [0 16 32 64 128 256 512 1024 2048 4096 8192 16384 32768 65536 131072 262144] </LVMatrix> <LV_THL index="1" type="double" size="[1 1]"> [110] </LV_THL> <LV_THL2 index="1" type="double" size="[1 1]"> [200] </LV_THL2> <LV_THH index="1" type="double" size="[1 1]"> [65536] </LV_THH> <LV_THH2 index="1" type="double" size="[1 1]"> [65600] </LV_THH2> <WP_THL index="1" type="double" size="[1 1]"> [150] </WP_THL> <WP_THH index="1" type="double" size="[1 1]"> [216] </WP_THH> <proDis_THL index="1" type="double" size="[1 1]"> [0.0269] </proDis_THL> <proDis_THH index="1" type="double" size="[1 1]"> [4.6124] </proDis_THH> <proLV_Indoor_THL index="1" type="double" size="[1 1]"> [64] </proLV_Indoor_THL> <proLV_Indoor_THH index="1" type="double" size="[1 1]"> [256] </proLV_Indoor_THH> <proLV_Outdoor_THL index="1" type="double" size="[1 1]"> [30000] </proLV_Outdoor_THL> <proLV_Outdoor_THH index="1" type="double" size="[1 1]"> [45745] </proLV_Outdoor_THH> <temporalCalGainSetSize index="1" type="double" size="[1 1]"> [4] </temporalCalGainSetSize> <temporalGainSetWeight index="1" type="double" size="[1 4]"> [25 25 25 25] </temporalGainSetWeight> <wpNumPercTh index="1" type="double" size="[1 1]"> [0.0031] </wpNumPercTh> <tempWeigth index="1" type="double" size="[1 16]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0] </tempWeigth> <ca_LACalcFactor index="1" type="double" size="[1 1]"> [40] </ca_LACalcFactor> <convergedVarTh index="1" type="double" size="[1 1]"> [0.005] </convergedVarTh> <xyRegionStableSelection index="1" type="struct" size="[1 1]"> <xyRegionSize index="1" type="double" size="[1 1]"> [50] </xyRegionSize> <LvVarTh index="1" type="double" size="[1 1]"> [0.06] </LvVarTh> </xyRegionStableSelection> <wbGainAdjust index="1" type="struct" size="[1 1]"> <ct_grid_num index="1" type="double" size="[1 1]"> [7] </ct_grid_num> <ct_in_range index="1" type="double" size="[1 2]"> [2000 8000] </ct_in_range> <cri_grid_num index="1" type="double" size="[1 1]"> [9] </cri_grid_num> <cri_in_range index="1" type="double" size="[1 2]"> [-1 1] </cri_in_range> <lutAll index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 5]"> <LvValue index="1" type="double" size="[1 1]"> [128] </LvValue> <ct_out index="1" type="double" size="[9 7]"> [2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000] </ct_out> <cri_out index="1" type="double" size="[9 7]"> [-1 -1 -1 -1 -1 -1 -1 -0.75 -0.75 -0.75 -0.75 -0.75 -0.75 -0.75 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.25 -0.25 -0.25 -0.25 -0.25 -0.25 -0.25 0 0 0 0 0 0 0 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.75 0.75 0.75 0.75 0.75 0.75 0.75 1 1 1 1 1 1 1] </cri_out> </cell> <cell index="1" type="struct" size="[1 5]"> <LvValue index="1" type="double" size="[1 1]"> [8192] </LvValue> <ct_out index="1" type="double" size="[9 7]"> [2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000] </ct_out> <cri_out index="1" type="double" size="[9 7]"> [-1 -1 -1 -1 -1 -1 -1 -0.75 -0.75 -0.75 -0.75 -0.75 -0.75 -0.75 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.25 -0.25 -0.25 -0.25 -0.25 -0.25 -0.25 0 0 0 0 0 0 0 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.75 0.75 0.75 0.75 0.75 0.75 0.75 1 1 1 1 1 1 1] </cri_out> </cell> <cell index="1" type="struct" size="[1 5]"> <LvValue index="1" type="double" size="[1 1]"> [65536] </LvValue> <ct_out index="1" type="double" size="[9 7]"> [2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000 2000 3000 4000 5000 6000 7000 8000] </ct_out> <cri_out index="1" type="double" size="[9 7]"> [-1 -1 -1 -1 -1 -1 -1 -0.75 -0.75 -0.75 -0.75 -0.75 -0.75 -0.75 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.5 -0.25 -0.25 -0.25 -0.25 -0.25 -0.25 -0.25 0 0 0 0 0 0 0 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.75 0.75 0.75 0.75 0.75 0.75 0.75 1 1 1 1 1 1 1] </cri_out> </cell> </lutAll> </wbGainAdjust> <RemosaicPara index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [0] </enable> <sensorWbGain index="1" type="double" size="[1 4]"> [1 1 1 1] </sensorWbGain> </RemosaicPara> </Globals> <LightSources index="1" type="cell" size="[1 7]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 1]"> A </name> <staWeigthSet index="1" type="double" size="[1 16]"> [100 100 100 100 100 100 100 100 100 100 100 100 100 100 90 75] </staWeigthSet> <spatialGain_LV_THSet index="1" type="double" size="[1 2]"> [1024 8192] </spatialGain_LV_THSet> <xyType2Enable index="1" type="double" size="[1 1]"> [1] </xyType2Enable> <weightCurve_ratio index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_ratio> <weightCurve_weight index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_weight> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> CWF </name> <staWeigthSet index="1" type="double" size="[1 16]"> [100 100 100 100 100 100 100 100 100 100 100 100 70 60 50 40] </staWeigthSet> <spatialGain_LV_THSet index="1" type="double" size="[1 2]"> [1024 8192] </spatialGain_LV_THSet> <xyType2Enable index="1" type="double" size="[1 1]"> [1] </xyType2Enable> <weightCurve_ratio index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_ratio> <weightCurve_weight index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_weight> </cell> <cell index="3" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D50 </name> <staWeigthSet index="1" type="double" size="[1 16]"> [100 100 100 100 100 100 100 100 100 100 100 100 100 100 100 100] </staWeigthSet> <spatialGain_LV_THSet index="1" type="double" size="[1 2]"> [1024 8192] </spatialGain_LV_THSet> <xyType2Enable index="1" type="double" size="[1 1]"> [1] </xyType2Enable> <weightCurve_ratio index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_ratio> <weightCurve_weight index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_weight> </cell> <cell index="4" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D65 </name> <staWeigthSet index="1" type="double" size="[1 16]"> [100 100 100 100 100 100 100 100 100 100 100 100 100 90 80 70] </staWeigthSet> <spatialGain_LV_THSet index="1" type="double" size="[1 2]"> [1024 8192] </spatialGain_LV_THSet> <xyType2Enable index="1" type="double" size="[1 1]"> [1] </xyType2Enable> <weightCurve_ratio index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_ratio> <weightCurve_weight index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_weight> </cell> <cell index="5" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D75 </name> <staWeigthSet index="1" type="double" size="[1 16]"> [100 100 100 100 100 100 100 100 100 100 100 100 90 80 70 50] </staWeigthSet> <spatialGain_LV_THSet index="1" type="double" size="[1 2]"> [1024 8192] </spatialGain_LV_THSet> <xyType2Enable index="1" type="double" size="[1 1]"> [1] </xyType2Enable> <weightCurve_ratio index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_ratio> <weightCurve_weight index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_weight> </cell> <cell index="6" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 2]"> HZ </name> <staWeigthSet index="1" type="double" size="[1 16]"> [100 100 100 100 100 100 100 100 100 100 100 100 100 90 75 50] </staWeigthSet> <spatialGain_LV_THSet index="1" type="double" size="[1 2]"> [1024 8192] </spatialGain_LV_THSet> <xyType2Enable index="1" type="double" size="[1 1]"> [1] </xyType2Enable> <weightCurve_ratio index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_ratio> <weightCurve_weight index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_weight> </cell> <cell index="7" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 4]"> TL84 </name> <staWeigthSet index="1" type="double" size="[1 16]"> [100 100 100 100 100 100 100 100 100 100 100 90 80 70 60 60] </staWeigthSet> <spatialGain_LV_THSet index="1" type="double" size="[1 2]"> [1024 8192] </spatialGain_LV_THSet> <xyType2Enable index="1" type="double" size="[1 1]"> [1] </xyType2Enable> <weightCurve_ratio index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_ratio> <weightCurve_weight index="1" type="double" size="[1 4]"> [0.2 0.4 0.8 1] </weightCurve_weight> </cell> </LightSources> </cell> </TuningPara> </AWB> <AEC index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1 ] </Enable> <AecRunInterval index="1" type="double" size="[1 1]"> [0 ] </AecRunInterval> <AecOpType index="1" type="char" size="[1 6]">AUTO</AecOpType> <HistStatsMode index="1" type="char" size="[1 3]">Y</HistStatsMode> <RawStatsMode index="1" type="char" size="[1 3]">Y</RawStatsMode> <YRangeMode index="1" type="char" size="[1 10]">FULL</YRangeMode> <AecSyncTest index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [0 ] </Enable> <IntervalFrm index="1" type="double" size="[1 1]"> [60 ] </IntervalFrm> <AlterExp index="1" type="struct" size="[1 1]"> <LinearAE index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <TimeValue index="1" type="double" size="[1 1]"> [0.0200 ] </TimeValue> <GainValue index="1" type="double" size="[1 1]"> [1.0000 ] </GainValue> <IspDgainValue index="1" type="double" size="[1 1]"> [1.0000 ] </IspDgainValue> <DcgMode index="1" type="double" size="[1 1]"> [0 ] </DcgMode> <PIrisGainValue index="1" type="double" size="[1 1]"> [1 ] </PIrisGainValue> </cell> <cell index="1" type="struct" size="[1 1]"> <TimeValue index="1" type="double" size="[1 1]"> [0.0200 ] </TimeValue> <GainValue index="1" type="double" size="[1 1]"> [6.0000 ] </GainValue> <IspDgainValue index="1" type="double" size="[1 1]"> [1.0000 ] </IspDgainValue> <DcgMode index="1" type="double" size="[1 1]"> [0 ] </DcgMode> <PIrisGainValue index="1" type="double" size="[1 1]"> [29 ] </PIrisGainValue> </cell> </LinearAE> <HdrAE index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <TimeValue index="1" type="double" size="[1 3]"> [0.0100 0.0200 0.0300 ] </TimeValue> <GainValue index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </GainValue> <IspDgainValue index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </IspDgainValue> <DcgMode index="1" type="double" size="[1 3]"> [0 0 0 ] </DcgMode> <PIrisGainValue index="1" type="double" size="[1 1]"> [1 ] </PIrisGainValue> </cell> <cell index="1" type="struct" size="[1 1]"> <TimeValue index="1" type="double" size="[1 3]"> [0.0100 0.0200 0.0300 ] </TimeValue> <GainValue index="1" type="double" size="[1 3]"> [6.0000 6.0000 1.0000 ] </GainValue> <IspDgainValue index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </IspDgainValue> <DcgMode index="1" type="double" size="[1 3]"> [0 0 0 ] </DcgMode> <PIrisGainValue index="1" type="double" size="[1 1]"> [29 ] </PIrisGainValue> </cell> </HdrAE> </AlterExp> </AecSyncTest> <AecSpeed index="1" type="struct" size="[1 1]"> <DampOver index="1" type="double" size="[1 1]"> [0.1500 ] </DampOver> <DampUnder index="1" type="double" size="[1 1]"> [0.4500 ] </DampUnder> <DampDark2Bright index="1" type="double" size="[1 1]"> [0.1500 ] </DampDark2Bright> <DampBright2Dark index="1" type="double" size="[1 1]"> [0.4500 ] </DampBright2Dark> </AecSpeed> <AecDelayFrmNum index="1" type="struct" size="[1 1]"> <BlackDelay index="1" type="double" size="[1 1]"> [2 ] </BlackDelay> <WhiteDelay index="1" type="double" size="[1 1]"> [2 ] </WhiteDelay> </AecDelayFrmNum> <AecFrameRateMode index="1" type="struct" size="[1 1]"> <isFpsFix index="1" type="double" size="[1 1]"> [1 ] </isFpsFix> <FpsValue index="1" type="double" size="[1 1]"> [0 ] </FpsValue> </AecFrameRateMode> <AecAntiFlicker index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [1 ] </enable> <Frequency index="1" type="char" size="[1 15]">FLICKER_50HZ</Frequency> <Mode index="1" type="char" size="[1 10]">AUTO</Mode> </AecAntiFlicker> <AecInitValue index="1" type="struct" size="[1 1]"> <LinearAE index="1" type="struct" size="[1 1]"> <InitTimeValue index="1" type="double" size="[1 1]"> [0.0030 ] </InitTimeValue> <InitGainValue index="1" type="double" size="[1 1]"> [1.0000 ] </InitGainValue> <InitIspDgainValue index="1" type="double" size="[1 1]"> [1.0000 ] </InitIspDgainValue> <InitPIrisGainValue index="1" type="double" size="[1 1]"> [512 ] </InitPIrisGainValue> <InitDCIrisDutyValue index="1" type="double" size="[1 1]"> [100 ] </InitDCIrisDutyValue> </LinearAE> <HdrAE index="1" type="struct" size="[1 1]"> <InitTimeValue index="1" type="double" size="[1 3]"> [0.0005 0.0030 0.0030 ] </InitTimeValue> <InitGainValue index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </InitGainValue> <InitIspDgainValue index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </InitIspDgainValue> <InitPIrisGainValue index="1" type="double" size="[1 1]"> [512 ] </InitPIrisGainValue> <InitDCIrisDutyValue index="1" type="double" size="[1 1]"> [100 ] </InitDCIrisDutyValue> </HdrAE> </AecInitValue> <AecGridWeight index="1" type="struct" size="[1 1]"> <DayGridWeights index="1" type="double" size="[5 5]"> [3 3 5 3 3 4 8 8 8 4 5 10 10 10 5 4 10 10 10 4 3 3 6 3 3 ] </DayGridWeights> <NightGridWeights index="1" type="double" size="[5 5]"> [0 2 5 2 0 2 7 10 7 2 3 10 14 10 3 2 7 10 7 2 0 5 8 5 0 ] </NightGridWeights> </AecGridWeight> <AecRoute index="1" type="struct" size="[1 1]"> <LinearAE index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> DAY </name> <TimeDot index="1" type="double" size="[1 6]"> [0.0000 0.0300 0.0300 0.0300 0.0300 0.0300 ] </TimeDot> <GainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 8.0000 32.0000 64.0000 128.0000 ] </GainDot> <IspDGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 2.0000 ] </IspDGainDot> <PIrisDot index="1" type="double" size="[1 6]"> [512 512 512 512 512 512 ] </PIrisDot> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 5]"> NIGHT </name> <TimeDot index="1" type="double" size="[1 6]"> [0.0000 0.0100 0.0100 0.0200 0.0200 0.0200 ] </TimeDot> <GainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 4.0000 8.0000 12.0000 15.5000 ] </GainDot> <IspDGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </IspDGainDot> <PIrisDot index="1" type="double" size="[1 6]"> [512 512 512 512 512 512 ] </PIrisDot> </cell> </LinearAE> <HdrAE index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> DAY </name> <LTimeDot index="1" type="double" size="[1 6]"> [0.0000 0.0300 0.0300 0.0300 0.0300 0.0300 ] </LTimeDot> <MTimeDot index="1" type="double" size="[1 6]"> [0.0000 0.0300 0.0300 0.0300 0.0300 0.0300 ] </MTimeDot> <STimeDot index="1" type="double" size="[1 6]"> [0.0000 0.0030 0.0030 0.0030 0.0030 0.0030 ] </STimeDot> <LGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 4.0000 8.0000 15.5000 64.0000 ] </LGainDot> <MGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 4.0000 8.0000 15.5000 64.0000 ] </MGainDot> <SGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 4.0000 8.0000 15.5000 32.0000 ] </SGainDot> <LIspDGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </LIspDGainDot> <MIspDGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </MIspDGainDot> <SIspDGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </SIspDGainDot> <PIrisDot index="1" type="double" size="[1 6]"> [512 512 512 512 512 512 ] </PIrisDot> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 5]"> NIGHT </name> <LTimeDot index="1" type="double" size="[1 6]"> [0.0000 0.0100 0.0100 0.0100 0.0100 0.0100 ] </LTimeDot> <MTimeDot index="1" type="double" size="[1 6]"> [0.0000 0.0100 0.0100 0.0100 0.0100 0.0100 ] </MTimeDot> <STimeDot index="1" type="double" size="[1 6]"> [0.0000 0.0090 0.0090 0.0090 0.0090 0.0090 ] </STimeDot> <LGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 4.0000 8.0000 12.0000 15.5000 ] </LGainDot> <MGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 4.0000 8.0000 12.0000 15.5000 ] </MGainDot> <SGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 4.0000 8.0000 12.0000 15.5000 ] </SGainDot> <LIspDGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </LIspDGainDot> <MIspDGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </MIspDGainDot> <SIspDGainDot index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </SIspDGainDot> <PIrisDot index="1" type="double" size="[1 6]"> [512 512 512 512 512 512 ] </PIrisDot> </cell> </HdrAE> </AecRoute> <AecDNSwitch index="1" type="struct" size="[1 1]"> <DNTrigger index="1" type="double" size="[1 1]"> [0 ] </DNTrigger> <DNMode index="1" type="char" size="[1 8]">DAY</DNMode> <FillLightMode index="1" type="double" size="[1 1]"> [1 ] </FillLightMode> <D2NFacTh index="1" type="double" size="[1 1]"> [0.1500 ] </D2NFacTh> <D2NFrmCnt index="1" type="double" size="[1 1]"> [15 ] </D2NFrmCnt> <VBNightMode index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [0 ] </Enable> <N2DFrmCnt index="1" type="double" size="[1 1]"> [15 ] </N2DFrmCnt> <N2DFacTh index="1" type="double" size="[1 1]"> [0.3000 ] </N2DFacTh> </VBNightMode> <IRNightMode index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [0 ] </Enable> <IR_rg index="1" type="double" size="[1 1]"> [1.0000 ] </IR_rg> <IR_bg index="1" type="double" size="[1 1]"> [1.0000 ] </IR_bg> <Max_Dis index="1" type="double" size="[1 1]"> [0.8000 ] </Max_Dis> <N2DFrmCnt index="1" type="double" size="[1 1]"> [15 ] </N2DFrmCnt> <N2DFacTh index="1" type="double" size="[1 1]"> [0.3000 ] </N2DFacTh> <VBPercent index="1" type="double" size="[1 1]"> [0.1500 ] </VBPercent> </IRNightMode> </AecDNSwitch> <AecEnvLvCalib index="1" type="struct" size="[1 1]"> <CalibFNumber index="1" type="double" size="[1 1]"> [1.6000 ] </CalibFNumber> <CurveCoeff index="1" type="double" size="[1 2]"> [0.0286 0.5972 ] </CurveCoeff> </AecEnvLvCalib> <AecIrisCtrl index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [0 ] </Enable> <IrisType index="1" type="char" size="[1 3]">DC</IrisType> <PIrisAttr index="1" type="struct" size="[1 1]"> <TotalStep index="1" type="double" size="[1 1]"> [81 ] </TotalStep> <EffcStep index="1" type="double" size="[1 1]"> [44 ] </EffcStep> <ZeroIsMax index="1" type="double" size="[1 1]"> [1 ] </ZeroIsMax> <StepTable index="1" type="double" size="[1 81]"> [512 511 506 499 491 483 474 465 456 446 437 427 417 408 398 388 378 368 359 349 339 329 319 309 300 290 280 271 261 252 242 233 224 214 205 196 187 178 170 161 153 144 136 128 120 112 105 98 90 83 77 70 64 58 52 46 41 36 31 27 23 19 16 13 10 8 6 4 3 1 1 0 0 0 0 0 0 0 0 0 0 ] </StepTable> </PIrisAttr> <DCIrisAttr index="1" type="struct" size="[1 1]"> <Kp index="1" type="double" size="[1 1]"> [0.5000 ] </Kp> <Ki index="1" type="double" size="[1 1]"> [0.2000 ] </Ki> <Kd index="1" type="double" size="[1 1]"> [0.3000 ] </Kd> <MinPwmDuty index="1" type="double" size="[1 1]"> [0 ] </MinPwmDuty> <MaxPwmDuty index="1" type="double" size="[1 1]"> [100 ] </MaxPwmDuty> <OpenPwmDuty index="1" type="double" size="[1 1]"> [40 ] </OpenPwmDuty> <ClosePwmDuty index="1" type="double" size="[1 1]"> [22 ] </ClosePwmDuty> </DCIrisAttr> </AecIrisCtrl> <AecManualCtrl index="1" type="struct" size="[1 1]"> <LinearAE index="1" type="struct" size="[1 1]"> <ManualTimeEn index="1" type="double" size="[1 1]"> [1 ] </ManualTimeEn> <ManualGainEn index="1" type="double" size="[1 1]"> [1 ] </ManualGainEn> <ManualIspDgainEn index="1" type="double" size="[1 1]"> [1 ] </ManualIspDgainEn> <ManualIrisEn index="1" type="double" size="[1 1]"> [1 ] </ManualIrisEn> <TimeValue index="1" type="double" size="[1 1]"> [0.0100 ] </TimeValue> <GainValue index="1" type="double" size="[1 1]"> [1.0000 ] </GainValue> <IspDGainValue index="1" type="double" size="[1 1]"> [1.0000 ] </IspDGainValue> <PIrisGainValue index="1" type="double" size="[1 1]"> [1 ] </PIrisGainValue> <DCIrisValue index="1" type="double" size="[1 1]"> [30 ] </DCIrisValue> </LinearAE> <HdrAE index="1" type="struct" size="[1 1]"> <ManualTimeEn index="1" type="double" size="[1 1]"> [1 ] </ManualTimeEn> <ManualGainEn index="1" type="double" size="[1 1]"> [1 ] </ManualGainEn> <ManualIspDgainEn index="1" type="double" size="[1 1]"> [1 ] </ManualIspDgainEn> <ManualIrisEn index="1" type="double" size="[1 1]"> [1 ] </ManualIrisEn> <TimeValue index="1" type="double" size="[1 3]"> [0.0100 0.0200 0.0300 ] </TimeValue> <GainValue index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </GainValue> <IspDGainValue index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </IspDGainValue> <PIrisGainValue index="1" type="double" size="[1 1]"> [1 ] </PIrisGainValue> <DCIrisValue index="1" type="double" size="[1 1]"> [30 ] </DCIrisValue> </HdrAE> </AecManualCtrl> <LinearAECtrl index="1" type="struct" size="[1 1]"> <RawStatsEn index="1" type="double" size="[1 1]"> [1 ] </RawStatsEn> <SetPoint index="1" type="double" size="[1 1]"> [55.0000 ] </SetPoint> <NightSetpoint index="1" type="double" size="[1 1]"> [35.0000 ] </NightSetpoint> <DySetPointEn index="1" type="double" size="[1 1]"> [1 ] </DySetPointEn> <DynamicSetpoint index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> DAY </name> <ExpLevel index="1" type="double" size="[1 6]"> [0.0000 0.0500 0.1000 0.3000 0.5000 0.7000 ] </ExpLevel> <DySetpoint index="1" type="double" size="[1 6]"> [45.0000 45.0000 40.0000 38.0000 33.0000 30.0000 ] </DySetpoint> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 5]"> NIGHT </name> <ExpLevel index="1" type="double" size="[1 6]"> [0.0000 0.1500 0.3500 0.5000 0.7500 1.0000 ] </ExpLevel> <DySetpoint index="1" type="double" size="[1 6]"> [45.0000 45.0000 40.0000 40.0000 35.0000 35.0000 ] </DySetpoint> </cell> </DynamicSetpoint> <Evbias index="1" type="double" size="[1 1]"> [0.0000 ] </Evbias> <ToleranceIn index="1" type="double" size="[1 1]"> [10.0000 ] </ToleranceIn> <ToleranceOut index="1" type="double" size="[1 1]"> [15.0000 ] </ToleranceOut> <StrategyMode index="1" type="char" size="[1 20]">LOWLIGHT_PRIOR</StrategyMode> <BackLightCtrl index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [0 ] </Enable> <MeasArea index="1" type="char" size="[1 8]">AUTO</MeasArea> <LumaDistTh index="1" type="double" size="[1 1]"> [10.0000 ] </LumaDistTh> <OEROILowTh index="1" type="double" size="[1 1]"> [150.0000 ] </OEROILowTh> <LvHighTh index="1" type="double" size="[1 1]"> [7.5000 ] </LvHighTh> <LvLowTh index="1" type="double" size="[1 1]"> [0.3125 ] </LvLowTh> <ExpLevel index="1" type="double" size="[1 6]"> [0.0500 0.1000 0.2000 0.3000 0.5000 0.7000 ] </ExpLevel> <NonOEPdfTh index="1" type="double" size="[1 6]"> [0.4000 0.4500 0.5500 0.6500 0.7500 1.0000 ] </NonOEPdfTh> <LowLightPdfTh index="1" type="double" size="[1 6]"> [0.2000 0.2000 0.2200 0.2500 0.3000 0.3500 ] </LowLightPdfTh> <TargetLLLuma index="1" type="double" size="[1 6]"> [25.0000 22.0000 20.0000 18.0000 15.0000 12.0000 ] </TargetLLLuma> </BackLightCtrl> <OverExpCtrl index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [0 ] </Enable> <HighLightTh index="1" type="double" size="[1 1]"> [150.0000 ] </HighLightTh> <LowLightTh index="1" type="double" size="[1 1]"> [30.0000 ] </LowLightTh> <MaxWeight index="1" type="double" size="[1 1]"> [8.0000 ] </MaxWeight> <OEpdf index="1" type="double" size="[1 6]"> [0.0100 0.0200 0.0300 0.0400 0.0500 0.0700 ] </OEpdf> <HighLightWeight index="1" type="double" size="[1 6]"> [4.0000 3.0000 3.0000 3.0000 2.0000 2.0000 ] </HighLightWeight> <LowLightWeight index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </LowLightWeight> </OverExpCtrl> </LinearAECtrl> <HdrAECtrl index="1" type="struct" size="[1 1]"> <Evbias index="1" type="double" size="[1 1]"> [0.0000 ] </Evbias> <ToleranceIn index="1" type="double" size="[1 1]"> [10.0000 ] </ToleranceIn> <ToleranceOut index="1" type="double" size="[1 1]"> [15.0000 ] </ToleranceOut> <LongFrmMode index="1" type="struct" size="[1 1]"> <mode index="1" type="char" size="[1 20]">NORMAL</mode> <SfrmMinLine index="1" type="double" size="[1 1]"> [2 ] </SfrmMinLine> <LfrmModeExpTh index="1" type="double" size="[1 1]"> [0.6200 ] </LfrmModeExpTh> </LongFrmMode> <StrategyMode index="1" type="char" size="[1 20]">LOWLIGHT_PRIOR</StrategyMode> <ExpRatioCtrl index="1" type="struct" size="[1 1]"> <ExpRatioType index="1" type="char" size="[1 8]">AUTO</ExpRatioType> <RatioExpDot index="1" type="double" size="[1 6]"> [0.0000 0.1000 0.3000 0.5000 0.7000 1.0000 ] </RatioExpDot> <M2SRatioFix index="1" type="double" size="[1 6]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </M2SRatioFix> <L2MRatioFix index="1" type="double" size="[1 6]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </L2MRatioFix> <M2SRatioMax index="1" type="double" size="[1 6]"> [64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 ] </M2SRatioMax> <L2MRatioMax index="1" type="double" size="[1 6]"> [32.0000 32.0000 30.0000 28.0000 26.0000 24.0000 ] </L2MRatioMax> </ExpRatioCtrl> <LumaDistTh index="1" type="double" size="[1 1]"> [10.0000 ] </LumaDistTh> <LframeCtrl index="1" type="struct" size="[1 1]"> <OEROILowTh index="1" type="double" size="[1 1]"> [150.0000 ] </OEROILowTh> <LvHighTh index="1" type="double" size="[1 1]"> [7.5000 ] </LvHighTh> <LvLowTh index="1" type="double" size="[1 1]"> [0.3125 ] </LvLowTh> <LExpLevel index="1" type="double" size="[1 6]"> [0.0000 0.0100 0.0300 0.0500 0.1000 0.2000 ] </LExpLevel> <LSetPoint index="1" type="double" size="[1 6]"> [75.0000 70.0000 65.0000 60.0000 45.0000 40.0000 ] </LSetPoint> <TargetLLLuma index="1" type="double" size="[1 6]"> [35.0000 32.0000 30.0000 28.0000 25.0000 20.0000 ] </TargetLLLuma> <NonOEPdfTh index="1" type="double" size="[1 6]"> [0.4000 0.4500 0.5500 0.6500 0.7500 1.0000 ] </NonOEPdfTh> <LowLightPdfTh index="1" type="double" size="[1 6]"> [0.2000 0.2200 0.2500 0.3000 0.3500 0.4000 ] </LowLightPdfTh> </LframeCtrl> <MframeCtrl index="1" type="struct" size="[1 1]"> <MExpLevel index="1" type="double" size="[1 6]"> [0.0500 0.1000 0.2000 0.5000 0.7000 1.0000 ] </MExpLevel> <MSetPoint index="1" type="double" size="[1 6]"> [60.0000 60.0000 55.0000 50.0000 45.0000 40.0000 ] </MSetPoint> </MframeCtrl> <SframeCtrl index="1" type="struct" size="[1 1]"> <SExpLevel index="1" type="double" size="[1 6]"> [0.0000 0.0500 0.1500 0.2500 0.4000 0.6000 ] </SExpLevel> <TargetHLLuma index="1" type="double" size="[1 6]"> [100.0000 100.0000 100.0000 90.0000 80.0000 70.0000 ] </TargetHLLuma> <SSetPoint index="1" type="double" size="[1 6]"> [18.0000 18.0000 15.0000 12.0000 12.0000 12.0000 ] </SSetPoint> <HLLumaTolerance index="1" type="double" size="[1 1]"> [12.0000 ] </HLLumaTolerance> <HLROIExpandEn index="1" type="double" size="[1 1]"> [0 ] </HLROIExpandEn> </SframeCtrl> </HdrAECtrl> </AEC> <AF index="1" type="struct" size="[1 1]"> <Window index="1" type="struct" size="[1 1]"> <h_offs index="1" type="double" size="[1 1]"> [0 ] </h_offs> <v_offs index="1" type="double" size="[1 1]"> [0 ] </v_offs> <h_size index="1" type="double" size="[1 1]"> [0 ] </h_size> <v_size index="1" type="double" size="[1 1]"> [0 ] </v_size> </Window> <afmeas_iso index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800 ] </iso> <afmThres index="1" type="double" size="[1 1]"> [4 ] </afmThres> <gammaY index="1" type="double" size="[1 17]"> [0 45 108 179 245 344 409 459 500 567 622 676 759 833 896 962 1023 ] </gammaY> <gaussWeight index="1" type="double" size="[1 3]"> [32 16 8 ] </gaussWeight> </cell> </afmeas_iso> <fixed_mode index="1" type="struct" size="[1 1]"> <code index="1" type="double" size="[1 1]"> [8 ] </code> </fixed_mode> <macro_mode index="1" type="struct" size="[1 1]"> <code index="1" type="double" size="[1 1]"> [32 ] </code> </macro_mode> <infinity_mode index="1" type="struct" size="[1 1]"> <code index="1" type="double" size="[1 1]"> [32 ] </code> </infinity_mode> <contrast_af index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [1 ] </enable> <AfSearchStrategy index="1" type="char" size="[1 14]"> ADAPTIVE_RANGE</AfSearchStrategy> <FullDir index="1" type="char" size="[1 8]"> ADAPTIVE</FullDir> <FullRangeTbl index="1" type="double" size="[1 9]"> [0 8 16 24 32 40 48 56 64 ] </FullRangeTbl> <AdaptiveDir index="1" type="char" size="[1 8]"> ADAPTIVE</AdaptiveDir> <AdaptRangeTbl index="1" type="double" size="[1 9]"> [0 8 16 24 32 40 48 56 64 ] </AdaptRangeTbl> <TrigThers index="1" type="double" size="[1 1]"> [0.0750 ] </TrigThers> <StableThers index="1" type="double" size="[1 1]"> [0.0200 ] </StableThers> <StableFrames index="1" type="double" size="[1 1]"> [3 ] </StableFrames> <StableTime index="1" type="double" size="[1 1]"> [200 ] </StableTime> <SceneDiffEnable index="1" type="double" size="[1 1]"> [0 ] </SceneDiffEnable> <SceneDiffThers index="1" type="double" size="[1 1]"> [0.0900 ] </SceneDiffThers> <SceneDiffBlkThers index="1" type="double" size="[1 1]"> [180 ] </SceneDiffBlkThers> <CenterSceneDiffThers index="1" type="double" size="[1 1]"> [0.1200 ] </CenterSceneDiffThers> <ValidMaxMinRatio index="1" type="double" size="[1 1]"> [0 ] </ValidMaxMinRatio> <ValidValueThers index="1" type="double" size="[1 1]"> [0 ] </ValidValueThers> <OutFocusValue index="1" type="double" size="[1 1]"> [50.0000 ] </OutFocusValue> <OutFocusPos index="1" type="double" size="[1 1]"> [30 ] </OutFocusPos> <WeightEnable index="1" type="double" size="[1 1]"> [0] </WeightEnable> <WeightMatrix index="1" type="double" size="[1 225]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 1 1 2 4 4 4 4 4 4 4 4 4 4 4 2 1 1 2 4 8 8 8 8 8 8 8 8 8 4 2 1 1 2 4 8 16 16 16 16 16 16 16 8 4 2 1 1 2 4 8 16 32 32 32 32 32 16 8 4 2 1 1 2 4 8 16 32 64 64 64 32 16 8 4 2 1 1 2 4 8 16 32 64 128 64 32 16 8 4 2 1 1 2 4 8 16 32 64 64 64 32 16 8 4 2 1 1 2 4 8 16 32 32 32 32 32 16 8 4 2 1 1 2 4 8 16 16 16 16 16 16 16 8 4 2 1 1 2 4 8 8 8 8 8 8 8 8 8 4 2 1 1 2 4 4 4 4 4 4 4 4 4 4 4 2 1 1 2 2 2 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1] </WeightMatrix> </contrast_af> <laser_af index="1" type="struct" size="[1 3]"> <enable index="1" type="double" size="[1 1]"> [0 ] </enable> <vcmDot index="1" type="double" size="[1 7]"> [0.0000 16.0000 32.0000 40.0000 48.0000 56.0000 64.0000 ] </vcmDot> <distanceDot index="1" type="double" size="[1 7]"> [0.2000 0.2400 0.3400 0.4000 0.6600 1.0000 3.0000 ] </distanceDot> </laser_af> <pdaf index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [0 ] </enable> </pdaf> <vcmConfig index="1" type="struct" size="[1 1]"> <startCurrent index="1" type="double" size="[1 1]"> [-1 ] </startCurrent> <ratedCurrent index="1" type="double" size="[1 1]"> [-1 ] </ratedCurrent> <stepMode index="1" type="double" size="[1 1]"> [-1 ] </stepMode> <extraDelay index="1" type="double" size="[1 1]"> [0 ] </extraDelay> </vcmConfig> <zoomfocus_tbl index="1" type="struct" size="[1 1]"> <focusLength index="1" type="double" size="[1 8]"> [12.03 14.06 16.62 19.88 24.08 29.52 36.52 45.61] </focusLength> <zoomPosition index="1" type="double" size="[1 8]"> [0 1000 2000 3000 4000 5000 6000 7000] </zoomPosition> <focusInfPosition index="1" type="double" size="[1 8]"> [2400 3400 5200 6000 6500 6200 5600 3000] </focusInfPosition> <focusMacroPosition index="1" type="double" size="[1 8]"> [2700 4000 4800 5500 6200 7500 7500 6500] </focusMacroPosition> </zoomfocus_tbl> </AF> <MERGE index="1" type="struct" size="[1 1]"> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <OECurve_smooth index="1" type="double" size="[1 13]"> [0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 ] </OECurve_smooth> <OECurve_offset index="1" type="double" size="[1 13]"> [210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 ] </OECurve_offset> <MoveCoef index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </MoveCoef> <MDCurveLM_smooth index="1" type="double" size="[1 13]"> [0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 ] </MDCurveLM_smooth> <MDCurveLM_offset index="1" type="double" size="[1 13]"> [0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 ] </MDCurveLM_offset> <MDCurveMS_smooth index="1" type="double" size="[1 13]"> [0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 0.4000 ] </MDCurveMS_smooth> <MDCurveMS_offset index="1" type="double" size="[1 13]"> [0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 0.3800 ] </MDCurveMS_offset> <OECurve_damp index="1" type="double" size="[1 1]"> [0.3000 ] </OECurve_damp> <MDCurveLM_damp index="1" type="double" size="[1 1]"> [0.3000 ] </MDCurveLM_damp> <MDCurveMS_damp index="1" type="double" size="[1 1]"> [0.3000 ] </MDCurveMS_damp> </MERGE> <TMO index="1" type="struct" size="[1 1]"> <Enable index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <En index="1" type="double" size="[1 1]"> [1.0000 ] </En> </cell> <cell index="2" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> HDR </Name> <En index="1" type="double" size="[1 1]"> [1.0000 ] </En> </cell> <cell index="3" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 5]"> night </Name> <En index="1" type="double" size="[1 1]"> [0.0000 ] </En> </cell> </Enable> <GlobalLuma index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <GlobalLumaMode index="1" type="double" size="[1 1]"> [1.0000 ] </GlobalLumaMode> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <GlobalLuma index="1" type="double" size="[1 13]"> [0.2500 0.2500 0.2500 0.2500 0.1700 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </GlobalLuma> </cell> <cell index="2" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> HDR </Name> <GlobalLumaMode index="1" type="double" size="[1 1]"> [1.0000 ] </GlobalLumaMode> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <GlobalLuma index="1" type="double" size="[1 13]"> [0.2500 0.2500 0.2500 0.2500 0.1700 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </GlobalLuma> </cell> <cell index="3" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 5]"> night </Name> <GlobalLumaMode index="1" type="double" size="[1 1]"> [1.0000 ] </GlobalLumaMode> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <GlobalLuma index="1" type="double" size="[1 13]"> [0.2500 0.2500 0.2500 0.2500 0.1700 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </GlobalLuma> </cell> </GlobalLuma> <DetailsHighLight index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <DetailsHighLightMode index="1" type="double" size="[1 1]"> [0.0000 ] </DetailsHighLightMode> <OEPdf index="1" type="double" size="[1 13]"> [0.0000 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3500 0.4000 0.4500 0.5000 0.8000 1.0000 ] </OEPdf> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <DetailsHighLight index="1" type="double" size="[1 13]"> [0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </DetailsHighLight> </cell> <cell index="2" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> HDR </Name> <DetailsHighLightMode index="1" type="double" size="[1 1]"> [0.0000 ] </DetailsHighLightMode> <OEPdf index="1" type="double" size="[1 13]"> [0.0000 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3500 0.4000 0.4500 0.5000 0.8000 1.0000 ] </OEPdf> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <DetailsHighLight index="1" type="double" size="[1 13]"> [0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </DetailsHighLight> </cell> <cell index="3" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 5]"> night </Name> <DetailsHighLightMode index="1" type="double" size="[1 1]"> [0.0000 ] </DetailsHighLightMode> <OEPdf index="1" type="double" size="[1 13]"> [0.0000 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3500 0.4000 0.4500 0.5000 0.8000 1.0000 ] </OEPdf> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <DetailsHighLight index="1" type="double" size="[1 13]"> [0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </DetailsHighLight> </cell> </DetailsHighLight> <DetailsLowLight index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <DetailsLowLightMode index="1" type="double" size="[1 1]"> [2.0000 ] </DetailsLowLightMode> <FocusLuma index="1" type="double" size="[1 13]"> [1.0000 15.0000 20.0000 25.0000 30.0000 35.0000 40.0000 50.0000 60.0000 70.0000 80.0000 90.0000 100.0000 ] </FocusLuma> <DarkPdf index="1" type="double" size="[1 13]"> [0.0000 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3500 0.4000 0.4500 0.5000 0.8000 1.0000 ] </DarkPdf> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <DetailsLowLight index="1" type="double" size="[1 13]"> [2.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </DetailsLowLight> </cell> <cell index="2" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> HDR </Name> <DetailsLowLightMode index="1" type="double" size="[1 1]"> [2.0000 ] </DetailsLowLightMode> <FocusLuma index="1" type="double" size="[1 13]"> [1.0000 15.0000 20.0000 25.0000 30.0000 35.0000 40.0000 50.0000 60.0000 70.0000 80.0000 90.0000 100.0000 ] </FocusLuma> <DarkPdf index="1" type="double" size="[1 13]"> [0.0000 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3500 0.4000 0.4500 0.5000 0.8000 1.0000 ] </DarkPdf> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <DetailsLowLight index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </DetailsLowLight> </cell> <cell index="3" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 5]"> night </Name> <DetailsLowLightMode index="1" type="double" size="[1 1]"> [2.0000 ] </DetailsLowLightMode> <FocusLuma index="1" type="double" size="[1 13]"> [1.0000 15.0000 20.0000 25.0000 30.0000 35.0000 40.0000 50.0000 60.0000 70.0000 80.0000 90.0000 100.0000 ] </FocusLuma> <DarkPdf index="1" type="double" size="[1 13]"> [0.0000 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3500 0.4000 0.4500 0.5000 0.8000 1.0000 ] </DarkPdf> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <DetailsLowLight index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </DetailsLowLight> </cell> </DetailsLowLight> <GlobalTMO index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <Enable index="1" type="double" size="[1 1]"> [0.0000 ] </Enable> <IIR index="1" type="double" size="[1 1]"> [64.0000 ] </IIR> <Mode index="1" type="double" size="[1 1]"> [0.0000 ] </Mode> <DynamicRange index="1" type="double" size="[1 13]"> [1.0000 20.0000 30.0000 44.0000 48.0000 55.0000 60.0000 66.0000 68.0000 72.0000 78.0000 80.0000 84.0000 ] </DynamicRange> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <GlobalTMOStrength index="1" type="double" size="[1 13]"> [0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </GlobalTMOStrength> </cell> <cell index="2" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> HDR </Name> <Enable index="1" type="double" size="[1 1]"> [0.0000 ] </Enable> <IIR index="1" type="double" size="[1 1]"> [64.0000 ] </IIR> <Mode index="1" type="double" size="[1 1]"> [0.0000 ] </Mode> <DynamicRange index="1" type="double" size="[1 13]"> [1.0000 20.0000 30.0000 44.0000 48.0000 55.0000 60.0000 66.0000 68.0000 72.0000 78.0000 80.0000 84.0000 ] </DynamicRange> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <GlobalTMOStrength index="1" type="double" size="[1 13]"> [0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </GlobalTMOStrength> </cell> <cell index="3" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 5]"> night </Name> <Enable index="1" type="double" size="[1 1]"> [0.0000 ] </Enable> <IIR index="1" type="double" size="[1 1]"> [64.0000 ] </IIR> <Mode index="1" type="double" size="[1 1]"> [0.0000 ] </Mode> <DynamicRange index="1" type="double" size="[1 13]"> [1.0000 20.0000 30.0000 44.0000 48.0000 55.0000 60.0000 66.0000 68.0000 72.0000 78.0000 80.0000 84.0000 ] </DynamicRange> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <GlobalTMOStrength index="1" type="double" size="[1 13]"> [0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </GlobalTMOStrength> </cell> </GlobalTMO> <LocalTMO index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <LocalTMOMode index="1" type="double" size="[1 1]"> [0.0000 ] </LocalTMOMode> <DynamicRange index="1" type="double" size="[1 13]"> [1.0000 20.0000 30.0000 44.0000 48.0000 55.0000 60.0000 66.0000 68.0000 72.0000 78.0000 80.0000 84.0000 ] </DynamicRange> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <LocalTMOStrength index="1" type="double" size="[1 13]"> [0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 ] </LocalTMOStrength> </cell> <cell index="2" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> HDR </Name> <LocalTMOMode index="1" type="double" size="[1 1]"> [0.0000 ] </LocalTMOMode> <DynamicRange index="1" type="double" size="[1 13]"> [1.0000 20.0000 30.0000 44.0000 48.0000 55.0000 60.0000 66.0000 68.0000 72.0000 78.0000 80.0000 84.0000 ] </DynamicRange> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <LocalTMOStrength index="1" type="double" size="[1 13]"> [0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 ] </LocalTMOStrength> </cell> <cell index="3" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 5]"> night </Name> <LocalTMOMode index="1" type="double" size="[1 1]"> [0.0000 ] </LocalTMOMode> <DynamicRange index="1" type="double" size="[1 13]"> [1.0000 20.0000 30.0000 44.0000 48.0000 55.0000 60.0000 66.0000 68.0000 72.0000 78.0000 80.0000 84.0000 ] </DynamicRange> <EnvLv index="1" type="double" size="[1 13]"> [0.0000 0.0050 0.0100 0.0500 0.1000 0.1500 0.2000 0.3000 0.4000 0.5000 0.6000 0.8000 1.0000 ] </EnvLv> <Tolerance index="1" type="double" size="[1 1]"> [0.0000 ] </Tolerance> <LocalTMOStrength index="1" type="double" size="[1 13]"> [0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 0.3000 ] </LocalTMOStrength> </cell> </LocalTMO> <Damp index="1" type="double" size="[1 1]"> [0.3000 ] </Damp> </TMO> <BLC index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1 ] </Enable> <Mode index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <black_level index="1" type="double" size="[4 13]"> [259.0000 261.8125 262.0000 262.1250 261.6250 261.5000 260.3750 265.5625 255.9375 269.9375 256.0000 256.0000 256.0000 259.0000 261.6875 261.5000 261.6250 260.8750 259.0625 255.6250 256.3125 240.2500 246.0000 256.0000 256.0000 256.0000 259.0000 261.6875 261.5000 261.6250 260.9375 259.1875 255.5000 256.5000 241.0625 247.0000 256.0000 256.0000 256.0000 259.0000 261.8125 262.0000 262.1875 261.7500 261.8125 260.8125 265.1250 255.8125 273.0000 256.0000 256.0000 256.0000 ] </black_level> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> hdr </Name> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 10000.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <black_level index="1" type="double" size="[4 13]"> [259.0000 261.8125 262.0000 262.1250 261.6250 261.5000 260.3750 265.5625 255.9375 269.9375 256.0000 256.0000 256.0000 259.0000 261.6875 261.5000 261.6250 260.8750 259.0625 255.6250 256.3125 240.2500 246.0000 256.0000 256.0000 256.0000 259.0000 261.6875 261.5000 261.6250 260.9375 259.1875 255.5000 256.5000 241.0625 247.0000 256.0000 256.0000 256.0000 259.0000 261.8125 262.0000 262.1875 261.7500 261.8125 260.8125 265.1250 255.8125 273.0000 256.0000 256.0000 256.0000 ] </black_level> </cell> </Mode> </BLC> <DPCC index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1 ] </Enable> <Version index="1" type="char" size="[1 2]"> V1 </Version> <Fast_mode index="1" type="struct" size="[1 1]"> <Fast_mode_enable index="1" type="double" size="[1 1]"> [0 ] </Fast_mode_enable> <ISO index="1" type="double" size="[1 13]"> [50 100 200 400 800 1600 3200 6400 12800 25600 51200 102400 204800 ] </ISO> <Single_enable index="1" type="double" size="[1 1]"> [0 ] </Single_enable> <Single_level index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </Single_level> <Double_enable index="1" type="double" size="[1 1]"> [0 ] </Double_enable> <Double_level index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </Double_level> <Triple_enable index="1" type="double" size="[1 1]"> [0 ] </Triple_enable> <Triple_level index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </Triple_level> </Fast_mode> <Expert_mode index="1" type="struct" size="[1 1]"> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1500.0000 1507.0000 1510.0000 3200.0000 6400.0000 12800.0000 102400.0000 204800.0000 ] </ISO> <Stage1_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </Stage1_enable> <grayscale_mode index="1" type="double" size="[1 1]"> [0 ] </grayscale_mode> <rk_out_sel index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </rk_out_sel> <dpcc_out_sel index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </dpcc_out_sel> <stage1_rb_3x3 index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 1 1 1 0 0 0 ] </stage1_rb_3x3> <stage1_g_3x3 index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 1 1 1 0 0 0 ] </stage1_g_3x3> <stage1_inc_rb_center index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </stage1_inc_rb_center> <stage1_inc_g_center index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </stage1_inc_g_center> <stage1_use_fix_set index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </stage1_use_fix_set> <stage1_use_set1 index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </stage1_use_set1> <stage1_use_set2 index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </stage1_use_set2> <stage1_use_set3 index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </stage1_use_set3> <set_cell index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <RK index="1" type="struct" size="[1 1]"> <RK_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RK_red_blue_enable> <RK_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RK_green_enable> <rb_sw_mindis index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </rb_sw_mindis> <g_sw_mindis index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </g_sw_mindis> <sw_dis_scale_min index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </sw_dis_scale_min> <sw_dis_scale_max index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </sw_dis_scale_max> </RK> <LC index="1" type="struct" size="[1 1]"> <LC_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </LC_red_blue_enable> <LC_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </LC_green_enable> <rb_line_thr index="1" type="double" size="[1 13]"> [8 8 8 8 8 8 8 8 8 8 8 8 8 ] </rb_line_thr> <g_line_thr index="1" type="double" size="[1 13]"> [8 8 8 8 8 8 8 8 8 8 8 8 8 ] </g_line_thr> <rb_line_mad_fac index="1" type="double" size="[1 13]"> [4 4 4 4 4 4 4 4 4 4 4 4 4 ] </rb_line_mad_fac> <g_line_mad_fac index="1" type="double" size="[1 13]"> [4 4 4 4 4 4 4 4 4 4 4 4 4 ] </g_line_mad_fac> </LC> <PG index="1" type="struct" size="[1 1]"> <PG_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </PG_red_blue_enable> <PG_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </PG_green_enable> <rb_pg_fac index="1" type="double" size="[1 13]"> [4 4 4 4 4 4 4 4 4 4 4 4 4 ] </rb_pg_fac> <g_pg_fac index="1" type="double" size="[1 13]"> [3 3 3 3 3 3 3 3 3 3 3 3 3 ] </g_pg_fac> </PG> <RND index="1" type="struct" size="[1 1]"> <RND_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RND_red_blue_enable> <RND_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RND_green_enable> <rb_rnd_thr index="1" type="double" size="[1 13]"> [10 10 10 10 10 10 10 10 10 10 10 10 10 ] </rb_rnd_thr> <g_rnd_thr index="1" type="double" size="[1 13]"> [10 10 10 10 10 10 10 10 10 10 10 10 10 ] </g_rnd_thr> <rb_rnd_offs index="1" type="double" size="[1 13]"> [3 3 3 3 3 3 3 3 3 3 3 3 3 ] </rb_rnd_offs> <g_rnd_offs index="1" type="double" size="[1 13]"> [3 3 3 3 3 3 3 3 3 3 3 3 3 ] </g_rnd_offs> </RND> <RG index="1" type="struct" size="[1 1]"> <RG_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RG_red_blue_enable> <RG_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RG_green_enable> <rb_rg_fac index="1" type="double" size="[1 13]"> [32 32 32 32 32 32 32 32 32 32 32 32 32 ] </rb_rg_fac> <g_rg_fac index="1" type="double" size="[1 13]"> [32 32 32 32 32 32 32 32 32 32 32 32 32 ] </g_rg_fac> </RG> <RO index="1" type="struct" size="[1 1]"> <RO_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RO_red_blue_enable> <RO_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RO_green_enable> <rb_ro_lim index="1" type="double" size="[1 13]"> [2 2 2 2 2 2 2 2 2 2 2 2 2 ] </rb_ro_lim> <g_ro_lim index="1" type="double" size="[1 13]"> [2 2 2 2 2 2 2 2 2 2 2 2 2 ] </g_ro_lim> </RO> </cell> <cell index="2" type="struct" size="[1 1]"> <RK index="1" type="struct" size="[1 1]"> <RK_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RK_red_blue_enable> <RK_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RK_green_enable> <rb_sw_mindis index="1" type="double" size="[1 13]"> [20 20 20 20 0 0 15 15 15 15 15 15 15 ] </rb_sw_mindis> <g_sw_mindis index="1" type="double" size="[1 13]"> [20 20 20 20 0 0 15 15 15 15 15 15 15 ] </g_sw_mindis> <sw_dis_scale_min index="1" type="double" size="[1 13]"> [12 12 12 12 12 12 12 12 12 12 12 12 12 ] </sw_dis_scale_min> <sw_dis_scale_max index="1" type="double" size="[1 13]"> [12 12 12 12 12 12 12 12 12 12 12 12 12 ] </sw_dis_scale_max> </RK> <LC index="1" type="struct" size="[1 1]"> <LC_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </LC_red_blue_enable> <LC_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </LC_green_enable> <rb_line_thr index="1" type="double" size="[1 13]"> [20 20 20 20 16 16 14 14 14 14 14 14 14 ] </rb_line_thr> <g_line_thr index="1" type="double" size="[1 13]"> [20 20 20 20 16 16 14 14 14 14 14 14 14 ] </g_line_thr> <rb_line_mad_fac index="1" type="double" size="[1 13]"> [10 10 10 10 8 8 7 7 7 7 7 7 7 ] </rb_line_mad_fac> <g_line_mad_fac index="1" type="double" size="[1 13]"> [10 10 10 10 8 8 7 7 7 7 7 7 7 ] </g_line_mad_fac> </LC> <PG index="1" type="struct" size="[1 1]"> <PG_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </PG_red_blue_enable> <PG_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </PG_green_enable> <rb_pg_fac index="1" type="double" size="[1 13]"> [5 5 5 5 3 3 3 3 3 3 3 3 3 ] </rb_pg_fac> <g_pg_fac index="1" type="double" size="[1 13]"> [4 4 4 4 2 2 2 2 2 2 2 2 2 ] </g_pg_fac> </PG> <RND index="1" type="struct" size="[1 1]"> <RND_red_blue_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RND_red_blue_enable> <RND_green_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RND_green_enable> <rb_rnd_thr index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 8 8 8 8 8 8 8 ] </rb_rnd_thr> <g_rnd_thr index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 8 8 8 8 8 8 8 ] </g_rnd_thr> <rb_rnd_offs index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </rb_rnd_offs> <g_rnd_offs index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </g_rnd_offs> </RND> <RG index="1" type="struct" size="[1 1]"> <RG_red_blue_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RG_red_blue_enable> <RG_green_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RG_green_enable> <rb_rg_fac index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 8 8 8 8 8 8 8 ] </rb_rg_fac> <g_rg_fac index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 8 8 8 8 8 8 8 ] </g_rg_fac> </RG> <RO index="1" type="struct" size="[1 1]"> <RO_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RO_red_blue_enable> <RO_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RO_green_enable> <rb_ro_lim index="1" type="double" size="[1 13]"> [2 2 2 2 3 3 3 3 3 3 3 3 3 ] </rb_ro_lim> <g_ro_lim index="1" type="double" size="[1 13]"> [2 2 2 2 3 3 3 3 3 3 3 3 3 ] </g_ro_lim> </RO> </cell> <cell index="3" type="struct" size="[1 1]"> <RK index="1" type="struct" size="[1 1]"> <RK_red_blue_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RK_red_blue_enable> <RK_green_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RK_green_enable> <rb_sw_mindis index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </rb_sw_mindis> <g_sw_mindis index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </g_sw_mindis> <sw_dis_scale_min index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </sw_dis_scale_min> <sw_dis_scale_max index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </sw_dis_scale_max> </RK> <LC index="1" type="struct" size="[1 1]"> <LC_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </LC_red_blue_enable> <LC_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </LC_green_enable> <rb_line_thr index="1" type="double" size="[1 13]"> [32 32 32 32 32 32 32 32 32 32 32 32 32 ] </rb_line_thr> <g_line_thr index="1" type="double" size="[1 13]"> [32 32 32 32 32 32 32 32 32 32 32 32 32 ] </g_line_thr> <rb_line_mad_fac index="1" type="double" size="[1 13]"> [4 4 4 4 4 4 4 4 4 4 4 4 4 ] </rb_line_mad_fac> <g_line_mad_fac index="1" type="double" size="[1 13]"> [4 4 4 4 4 4 4 4 4 4 4 4 4 ] </g_line_mad_fac> </LC> <PG index="1" type="struct" size="[1 1]"> <PG_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </PG_red_blue_enable> <PG_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </PG_green_enable> <rb_pg_fac index="1" type="double" size="[1 13]"> [4 4 4 4 4 4 4 4 4 4 4 4 4 ] </rb_pg_fac> <g_pg_fac index="1" type="double" size="[1 13]"> [3 3 3 3 3 3 3 3 3 3 3 3 3 ] </g_pg_fac> </PG> <RND index="1" type="struct" size="[1 1]"> <RND_red_blue_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RND_red_blue_enable> <RND_green_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RND_green_enable> <rb_rnd_thr index="1" type="double" size="[1 13]"> [8 8 8 8 8 8 8 8 8 8 8 8 8 ] </rb_rnd_thr> <g_rnd_thr index="1" type="double" size="[1 13]"> [6 6 6 6 6 6 6 6 6 6 6 6 6 ] </g_rnd_thr> <rb_rnd_offs index="1" type="double" size="[1 13]"> [3 3 3 3 3 3 3 3 3 3 3 3 3 ] </rb_rnd_offs> <g_rnd_offs index="1" type="double" size="[1 13]"> [3 3 3 3 3 3 3 3 3 3 3 3 3 ] </g_rnd_offs> </RND> <RG index="1" type="struct" size="[1 1]"> <RG_red_blue_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RG_red_blue_enable> <RG_green_enable index="1" type="double" size="[1 13]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 ] </RG_green_enable> <rb_rg_fac index="1" type="double" size="[1 13]"> [4 4 4 4 4 4 4 4 4 4 4 4 4 ] </rb_rg_fac> <g_rg_fac index="1" type="double" size="[1 13]"> [4 4 4 4 4 4 4 4 4 4 4 4 4 ] </g_rg_fac> </RG> <RO index="1" type="struct" size="[1 1]"> <RO_red_blue_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RO_red_blue_enable> <RO_green_enable index="1" type="double" size="[1 13]"> [1 1 1 1 1 1 1 1 1 1 1 1 1 ] </RO_green_enable> <rb_ro_lim index="1" type="double" size="[1 13]"> [2 2 2 2 2 2 2 2 2 2 2 2 2 ] </rb_ro_lim> <g_ro_lim index="1" type="double" size="[1 13]"> [2 2 2 2 2 2 2 2 2 2 2 2 2 ] </g_ro_lim> </RO> </cell> </set_cell> </Expert_mode> <dpcc_pdaf index="1" type="struct" size="[1 1]"> <pdaf_en index="1" type="double" size="[1 1]"> [0 ] </pdaf_en> <pdaf_point_en index="1" type="double" size="[1 16]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ] </pdaf_point_en> <pdaf_offsetx index="1" type="double" size="[1 1]"> [0 ] </pdaf_offsetx> <pdaf_offsety index="1" type="double" size="[1 1]"> [0 ] </pdaf_offsety> <pdaf_wrapx_num index="1" type="double" size="[1 1]"> [0 ] </pdaf_wrapx_num> <pdaf_wrapy_num index="1" type="double" size="[1 1]"> [0 ] </pdaf_wrapy_num> <point_x index="1" type="double" size="[1 16]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ] </point_x> <point_y index="1" type="double" size="[1 16]"> [0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ] </point_y> <point_forword_med index="1" type="double" size="[1 1]"> [0 ] </point_forword_med> </dpcc_pdaf> <sensor_dpcc index="1" type="struct" size="[1 1]"> <sensor_dpcc_auto_en index="1" type="double" size="[1 1]"> [0.0000 ] </sensor_dpcc_auto_en> <max_level index="1" type="double" size="[1 1]"> [20.0000 ] </max_level> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1500.0000 1507.0000 1510.0000 3200.0000 6400.0000 12800.0000 102400.0000 204800.0000 ] </ISO> <level_single index="1" type="double" size="[1 13]"> [19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 ] </level_single> <level_multiple index="1" type="double" size="[1 13]"> [19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 19.0000 ] </level_multiple> </sensor_dpcc> </DPCC> <BAYERNR index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1 ] </Enable> <Version index="1" type="char" size="[1 2]"> V1 </Version> <Mode index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <filtPara index="1" type="double" size="[1 13]"> [0.0010 0.0010 0.0100 0.0800 0.0800 0.0800 0.1500 0.2500 0.3000 0.3000 0.3000 0.3000 0.3000 ] </filtPara> <luLevel index="1" type="double" size="[1 8]"> [0.0000 1.0000 2.0000 3.0000 4.0000 5.0000 6.0000 7.0000 ] </luLevel> <luLevelVal index="1" type="double" size="[1 8]"> [16.0000 32.0000 48.0000 80.0000 112.0000 144.0000 208.0000 255.0000 ] </luLevelVal> <luRatio index="1" type="double" size="[8 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.2442 1.2402 1.2347 1.2283 1.1978 1.2253 1.2065 1.2139 1.2129 1.3217 1.3807 1.3807 1.3807 1.1359 1.1250 1.1141 1.1041 1.0702 1.0997 1.0796 1.0897 1.0868 1.2118 1.3071 1.3071 1.3071 1.0696 1.0487 1.0312 1.0187 1.0000 1.0140 1.0039 1.0131 1.0080 1.0927 1.2170 1.2170 1.2170 1.0581 1.0340 1.0151 1.0032 1.0023 1.0000 1.0000 1.0050 1.0000 1.0381 1.1587 1.1587 1.1587 1.0527 1.0305 1.0134 1.0036 1.0161 1.0024 1.0090 1.0087 1.0053 1.0129 1.1138 1.1138 1.1138 1.0283 1.0175 1.0093 1.0051 1.0325 1.0084 1.0197 1.0090 1.0093 1.0000 1.0429 1.0429 1.0429 1.0000 1.0000 1.0000 1.0000 1.0320 1.0063 1.0170 1.0000 1.0021 1.0033 1.0000 1.0000 1.0000 ] </luRatio> <lamda index="1" type="double" size="[1 1]"> [307.0000 ] </lamda> <fixW index="1" type="double" size="[4 13]"> [0.7000 0.6000 0.5000 0.4000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.3000 0.3000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.4000 0.3000 0.2500 0.2000 0.2000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </fixW> <gauss_en index="1" type="char" size="[1 1]"> [1 ] </gauss_en> <RGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </RGainOff> <RGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </RGainFilp> <BGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </BGainOff> <BGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </BGainFilp> <edgeSoftness index="1" type="double" size="[1 1]"> [1.6000 ] </edgeSoftness> <gaussWeight0 index="1" type="double" size="[1 1]"> [0.2100 ] </gaussWeight0> <gaussWeight1 index="1" type="double" size="[1 1]"> [0.5600 ] </gaussWeight1> <bilEdgeFilter index="1" type="double" size="[1 1]"> [1.0000 ] </bilEdgeFilter> <bilFilterStreng index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </bilFilterStreng> <bilEdgeSoft index="1" type="double" size="[1 1]"> [2.0000 ] </bilEdgeSoft> <bilEdgeSoftRatio index="1" type="double" size="[1 1]"> [0.0000 ] </bilEdgeSoftRatio> <bilRegWgt index="1" type="double" size="[1 1]"> [0.0000 ] </bilRegWgt> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <filtPara index="1" type="double" size="[1 13]"> [0.0500 0.0500 0.0500 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3000 0.3000 0.3000 0.3000 ] </filtPara> <luLevel index="1" type="double" size="[1 8]"> [0.0000 1.0000 2.0000 3.0000 4.0000 5.0000 6.0000 7.0000 ] </luLevel> <luLevelVal index="1" type="double" size="[1 8]"> [16.0000 32.0000 48.0000 80.0000 112.0000 144.0000 208.0000 255.0000 ] </luLevelVal> <luRatio index="1" type="double" size="[8 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.4967 1.4089 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.4972 1.4991 1.4681 1.3510 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.4202 1.4353 1.3798 1.2722 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.3173 1.3389 1.2893 1.2114 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.2229 1.2445 1.2081 1.1575 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.0769 1.0880 1.0762 1.0618 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </luRatio> <lamda index="1" type="double" size="[1 1]"> [307.0000 ] </lamda> <fixW index="1" type="double" size="[4 13]"> [0.7000 0.6000 0.5000 0.4000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.3000 0.3000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.4000 0.3000 0.2500 0.2000 0.2000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </fixW> <gauss_en index="1" type="char" size="[1 1]"> [1 ] </gauss_en> <RGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </RGainOff> <RGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </RGainFilp> <BGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </BGainOff> <BGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </BGainFilp> <edgeSoftness index="1" type="double" size="[1 1]"> [1.6000 ] </edgeSoftness> <gaussWeight0 index="1" type="double" size="[1 1]"> [0.2100 ] </gaussWeight0> <gaussWeight1 index="1" type="double" size="[1 1]"> [0.5600 ] </gaussWeight1> <bilEdgeFilter index="1" type="double" size="[1 1]"> [1.0000 ] </bilEdgeFilter> <bilFilterStreng index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </bilFilterStreng> <bilEdgeSoft index="1" type="double" size="[1 1]"> [2.0000 ] </bilEdgeSoft> <bilEdgeSoftRatio index="1" type="double" size="[1 1]"> [0.0000 ] </bilEdgeSoftRatio> <bilRegWgt index="1" type="double" size="[1 1]"> [0.0000 ] </bilRegWgt> </cell> </Setting> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> hdr </Name> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <filtPara index="1" type="double" size="[1 13]"> [0.0500 0.0500 0.0500 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3000 0.3000 0.3000 0.3000 ] </filtPara> <luLevel index="1" type="double" size="[1 8]"> [0.0000 1.0000 2.0000 3.0000 4.0000 5.0000 6.0000 7.0000 ] </luLevel> <luLevelVal index="1" type="double" size="[1 8]"> [16.0000 32.0000 48.0000 80.0000 112.0000 144.0000 208.0000 255.0000 ] </luLevelVal> <luRatio index="1" type="double" size="[8 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.2442 1.2402 1.2347 1.2283 1.1978 1.2253 1.2065 1.2139 1.2129 1.3217 1.3807 1.3807 1.3807 1.1359 1.1250 1.1141 1.1041 1.0702 1.0997 1.0796 1.0897 1.0868 1.2118 1.3071 1.3071 1.3071 1.0696 1.0487 1.0312 1.0187 1.0000 1.0140 1.0039 1.0131 1.0080 1.0927 1.2170 1.2170 1.2170 1.0581 1.0340 1.0151 1.0032 1.0023 1.0000 1.0000 1.0050 1.0000 1.0381 1.1587 1.1587 1.1587 1.0527 1.0305 1.0134 1.0036 1.0161 1.0024 1.0090 1.0087 1.0053 1.0129 1.1138 1.1138 1.1138 1.0283 1.0175 1.0093 1.0051 1.0325 1.0084 1.0197 1.0090 1.0093 1.0000 1.0429 1.0429 1.0429 1.0000 1.0000 1.0000 1.0000 1.0320 1.0063 1.0170 1.0000 1.0021 1.0033 1.0000 1.0000 1.0000 ] </luRatio> <lamda index="1" type="double" size="[1 1]"> [307.0000 ] </lamda> <fixW index="1" type="double" size="[4 13]"> [0.7000 0.6000 0.5000 0.4000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.3000 0.3000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.4000 0.3000 0.2500 0.2000 0.2000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </fixW> <gauss_en index="1" type="char" size="[1 1]"> [1 ] </gauss_en> <RGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </RGainOff> <RGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </RGainFilp> <BGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </BGainOff> <BGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </BGainFilp> <edgeSoftness index="1" type="double" size="[1 1]"> [1.6000 ] </edgeSoftness> <gaussWeight0 index="1" type="double" size="[1 1]"> [0.2100 ] </gaussWeight0> <gaussWeight1 index="1" type="double" size="[1 1]"> [0.5600 ] </gaussWeight1> <bilEdgeFilter index="1" type="double" size="[1 1]"> [1.0000 ] </bilEdgeFilter> <bilFilterStreng index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </bilFilterStreng> <bilEdgeSoft index="1" type="double" size="[1 1]"> [2.0000 ] </bilEdgeSoft> <bilEdgeSoftRatio index="1" type="double" size="[1 1]"> [0.0000 ] </bilEdgeSoftRatio> <bilRegWgt index="1" type="double" size="[1 1]"> [0.0000 ] </bilRegWgt> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <filtPara index="1" type="double" size="[1 13]"> [0.0500 0.0500 0.0500 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3000 0.3000 0.3000 0.3000 ] </filtPara> <luLevel index="1" type="double" size="[1 8]"> [0.0000 1.0000 2.0000 3.0000 4.0000 5.0000 6.0000 7.0000 ] </luLevel> <luLevelVal index="1" type="double" size="[1 8]"> [16.0000 32.0000 48.0000 80.0000 112.0000 144.0000 208.0000 255.0000 ] </luLevelVal> <luRatio index="1" type="double" size="[8 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.4967 1.4089 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.4972 1.4991 1.4681 1.3510 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.4202 1.4353 1.3798 1.2722 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.3173 1.3389 1.2893 1.2114 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.2229 1.2445 1.2081 1.1575 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.0769 1.0880 1.0762 1.0618 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </luRatio> <lamda index="1" type="double" size="[1 1]"> [307.0000 ] </lamda> <fixW index="1" type="double" size="[4 13]"> [0.7000 0.6000 0.5000 0.4000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.3000 0.3000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.4000 0.3000 0.2500 0.2000 0.2000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </fixW> <gauss_en index="1" type="char" size="[1 1]"> [1 ] </gauss_en> <RGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </RGainOff> <RGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </RGainFilp> <BGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </BGainOff> <BGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </BGainFilp> <edgeSoftness index="1" type="double" size="[1 1]"> [1.6000 ] </edgeSoftness> <gaussWeight0 index="1" type="double" size="[1 1]"> [0.2100 ] </gaussWeight0> <gaussWeight1 index="1" type="double" size="[1 1]"> [0.5600 ] </gaussWeight1> <bilEdgeFilter index="1" type="double" size="[1 1]"> [1.0000 ] </bilEdgeFilter> <bilFilterStreng index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </bilFilterStreng> <bilEdgeSoft index="1" type="double" size="[1 1]"> [2.0000 ] </bilEdgeSoft> <bilEdgeSoftRatio index="1" type="double" size="[1 1]"> [0.0000 ] </bilEdgeSoftRatio> <bilRegWgt index="1" type="double" size="[1 1]"> [0.0000 ] </bilRegWgt> </cell> </Setting> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 4]"> gray </Name> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <filtPara index="1" type="double" size="[1 13]"> [0.0500 0.0500 0.0500 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3000 0.3000 0.3000 0.3000 ] </filtPara> <luLevel index="1" type="double" size="[1 8]"> [0.0000 1.0000 2.0000 3.0000 4.0000 5.0000 6.0000 7.0000 ] </luLevel> <luLevelVal index="1" type="double" size="[1 8]"> [16.0000 32.0000 48.0000 80.0000 112.0000 144.0000 208.0000 255.0000 ] </luLevelVal> <luRatio index="1" type="double" size="[8 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.2442 1.2402 1.2347 1.2283 1.1978 1.2253 1.2065 1.2139 1.2129 1.3217 1.3807 1.3807 1.3807 1.1359 1.1250 1.1141 1.1041 1.0702 1.0997 1.0796 1.0897 1.0868 1.2118 1.3071 1.3071 1.3071 1.0696 1.0487 1.0312 1.0187 1.0000 1.0140 1.0039 1.0131 1.0080 1.0927 1.2170 1.2170 1.2170 1.0581 1.0340 1.0151 1.0032 1.0023 1.0000 1.0000 1.0050 1.0000 1.0381 1.1587 1.1587 1.1587 1.0527 1.0305 1.0134 1.0036 1.0161 1.0024 1.0090 1.0087 1.0053 1.0129 1.1138 1.1138 1.1138 1.0283 1.0175 1.0093 1.0051 1.0325 1.0084 1.0197 1.0090 1.0093 1.0000 1.0429 1.0429 1.0429 1.0000 1.0000 1.0000 1.0000 1.0320 1.0063 1.0170 1.0000 1.0021 1.0033 1.0000 1.0000 1.0000 ] </luRatio> <lamda index="1" type="double" size="[1 1]"> [307.0000 ] </lamda> <fixW index="1" type="double" size="[4 13]"> [0.7000 0.6000 0.5000 0.4000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.3000 0.3000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.4000 0.3000 0.2500 0.2000 0.2000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </fixW> <gauss_en index="1" type="char" size="[1 1]"> [1 ] </gauss_en> <RGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </RGainOff> <RGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </RGainFilp> <BGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </BGainOff> <BGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </BGainFilp> <edgeSoftness index="1" type="double" size="[1 1]"> [1.6000 ] </edgeSoftness> <gaussWeight0 index="1" type="double" size="[1 1]"> [0.2100 ] </gaussWeight0> <gaussWeight1 index="1" type="double" size="[1 1]"> [0.5600 ] </gaussWeight1> <bilEdgeFilter index="1" type="double" size="[1 1]"> [1.0000 ] </bilEdgeFilter> <bilFilterStreng index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </bilFilterStreng> <bilEdgeSoft index="1" type="double" size="[1 1]"> [2.0000 ] </bilEdgeSoft> <bilEdgeSoftRatio index="1" type="double" size="[1 1]"> [0.0000 ] </bilEdgeSoftRatio> <bilRegWgt index="1" type="double" size="[1 1]"> [0.0000 ] </bilRegWgt> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <filtPara index="1" type="double" size="[1 13]"> [0.0500 0.0500 0.0500 0.0500 0.1000 0.1500 0.2000 0.2500 0.3000 0.3000 0.3000 0.3000 0.3000 ] </filtPara> <luLevel index="1" type="double" size="[1 8]"> [0.0000 1.0000 2.0000 3.0000 4.0000 5.0000 6.0000 7.0000 ] </luLevel> <luLevelVal index="1" type="double" size="[1 8]"> [16.0000 32.0000 48.0000 80.0000 112.0000 144.0000 208.0000 255.0000 ] </luLevelVal> <luRatio index="1" type="double" size="[8 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.4967 1.4089 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.3807 1.4972 1.4991 1.4681 1.3510 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.3071 1.4202 1.4353 1.3798 1.2722 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.2170 1.3173 1.3389 1.2893 1.2114 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.1587 1.2229 1.2445 1.2081 1.1575 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.1138 1.0769 1.0880 1.0762 1.0618 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0429 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </luRatio> <lamda index="1" type="double" size="[1 1]"> [307.0000 ] </lamda> <fixW index="1" type="double" size="[4 13]"> [0.7000 0.6000 0.5000 0.4000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.3000 0.3000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.6000 0.5000 0.4000 0.3000 0.3000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 0.4000 0.3000 0.2500 0.2000 0.2000 0.2000 0.2000 0.2000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </fixW> <gauss_en index="1" type="char" size="[1 1]"> [1 ] </gauss_en> <RGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </RGainOff> <RGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </RGainFilp> <BGainOff index="1" type="double" size="[1 1]"> [0.0000 ] </BGainOff> <BGainFilp index="1" type="double" size="[1 1]"> [0.0000 ] </BGainFilp> <edgeSoftness index="1" type="double" size="[1 1]"> [1.6000 ] </edgeSoftness> <gaussWeight0 index="1" type="double" size="[1 1]"> [0.2100 ] </gaussWeight0> <gaussWeight1 index="1" type="double" size="[1 1]"> [0.5600 ] </gaussWeight1> <bilEdgeFilter index="1" type="double" size="[1 1]"> [1.0000 ] </bilEdgeFilter> <bilFilterStreng index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </bilFilterStreng> <bilEdgeSoft index="1" type="double" size="[1 1]"> [2.0000 ] </bilEdgeSoft> <bilEdgeSoftRatio index="1" type="double" size="[1 1]"> [0.0000 ] </bilEdgeSoftRatio> <bilRegWgt index="1" type="double" size="[1 1]"> [0.0000 ] </bilRegWgt> </cell> </Setting> </cell> </Mode> </BAYERNR> <LSC index="1" type="struct" size="[1 1]"> <enable index="1" type="char" size="[1 1]"> [1 ] </enable> <damp_enable index="1" type="char" size="[1 1]"> [1 ] </damp_enable> <alscCoef index="1" type="struct" size="[1 1]"> <resolutionAlll index="1" type="cell" size="[1 1]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 9]"> 1920x1080 </name> </cell> </resolutionAlll> <illAll index="1" type="cell" size="[1 8]"> <cell index="1" type="struct" size="[1 1]"> <usedForCase index="1" type="double" size="[1 1]"> [0 ] </usedForCase> <name index="1" type="char" size="[1 1]"> A </name> <wbGain index="1" type="double" size="[1 2]"> [0.9341 2.3094 ] </wbGain> <tableUsed index="1" type="char" size="[1 10]"> A_100 A_70 A_30 </tableUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 6.0000 8.0000 64.0000 ] </gains> <vig index="1" type="double" size="[1 4]"> [100.0000 90.0000 70.0000 30.0000 ] </vig> </cell> <cell index="5" type="struct" size="[1 1]"> <usedForCase index="1" type="double" size="[1 1]"> [0 ] </usedForCase> <name index="1" type="char" size="[1 3]"> CWF </name> <wbGain index="1" type="double" size="[1 2]"> [1.4598 2.3467 ] </wbGain> <tableUsed index="1" type="char" size="[1 14]"> CWF_100 CWF_70 CWF_30 </tableUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 6.0000 8.0000 64.0000 ] </gains> <vig index="1" type="double" size="[1 4]"> [100.0000 90.0000 70.0000 30.0000 ] </vig> </cell> <cell index="2" type="struct" size="[1 1]"> <usedForCase index="1" type="double" size="[1 1]"> [0 ] </usedForCase> <name index="1" type="char" size="[1 3]"> D50 </name> <wbGain index="1" type="double" size="[1 2]"> [1.2555 1.8984 ] </wbGain> <tableUsed index="1" type="char" size="[1 14]"> D50_100 D50_70 D50_30 </tableUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 6.0000 8.0000 64.0000 ] </gains> <vig index="1" type="double" size="[1 4]"> [100.0000 90.0000 70.0000 30.0000 ] </vig> </cell> <cell index="3" type="struct" size="[1 1]"> <usedForCase index="1" type="double" size="[1 1]"> [0 ] </usedForCase> <name index="1" type="char" size="[1 3]"> D65 </name> <wbGain index="1" type="double" size="[1 2]"> [1.4772 1.7858 ] </wbGain> <tableUsed index="1" type="char" size="[1 14]"> D65_100 D65_70 D65_30 </tableUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 6.0000 8.0000 64.0000 ] </gains> <vig index="1" type="double" size="[1 4]"> [100.0000 90.0000 70.0000 30.0000 ] </vig> </cell> <cell index="4" type="struct" size="[1 1]"> <usedForCase index="1" type="double" size="[1 1]"> [0 ] </usedForCase> <name index="1" type="char" size="[1 3]"> D75 </name> <wbGain index="1" type="double" size="[1 2]"> [1.4941 1.6877 ] </wbGain> <tableUsed index="1" type="char" size="[1 14]"> D75_100 D75_70 D75_30 </tableUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 6.0000 8.0000 64.0000 ] </gains> <vig index="1" type="double" size="[1 4]"> [100.0000 90.0000 70.0000 30.0000 ] </vig> </cell> <cell index="4" type="struct" size="[1 1]"> <usedForCase index="1" type="double" size="[1 1]"> [0 ] </usedForCase> <name index="1" type="char" size="[1 2]"> HZ </name> <wbGain index="1" type="double" size="[1 2]"> [0.7973 2.3671 ] </wbGain> <tableUsed index="1" type="char" size="[1 12]"> HZ_100 HZ_70 HZ_30 </tableUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 6.0000 8.0000 64.0000 ] </gains> <vig index="1" type="double" size="[1 4]"> [100.0000 90.0000 70.0000 30.0000 ] </vig> </cell> <cell index="6" type="struct" size="[1 1]"> <usedForCase index="1" type="double" size="[1 1]"> [0 ] </usedForCase> <name index="1" type="char" size="[1 4]"> TL84 </name> <wbGain index="1" type="double" size="[1 2]"> [1.3734 2.2186 ] </wbGain> <tableUsed index="1" type="char" size="[1 16]"> TL84_100 TL84_70 TL84_30 </tableUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 6.0000 8.0000 64.0000 ] </gains> <vig index="1" type="double" size="[1 4]"> [100.0000 90.0000 70.0000 30.0000 ] </vig> </cell> <cell index="6" type="struct" size="[1 1]"> <usedForCase index="1" type="double" size="[1 1]"> [2 ] </usedForCase> <name index="1" type="char" size="[1 4]"> GRAY </name> <wbGain index="1" type="double" size="[1 2]"> [1.0000 1.0000 ] </wbGain> <tableUsed index="1" type="char" size="[1 6]"> GRAY_0 </tableUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 6.0000 8.0000 64.0000 ] </gains> <vig index="1" type="double" size="[1 4]"> [100.0000 90.0000 70.0000 30.0000 ] </vig> </cell> </illAll> </alscCoef> <tableAll index="1" type="cell" size="[1 22]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 15]"> 1920x1080_A_100 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 1]"> A </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [100.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [2538 1997 1695 1472 1338 1267 1210 1165 1157 1150 1193 1242 1303 1423 1568 1863 2257 2333 1863 1582 1403 1288 1206 1148 1125 1113 1120 1146 1183 1254 1373 1540 1777 2172 2186 1782 1517 1356 1238 1150 1106 1090 1070 1073 1099 1136 1214 1303 1469 1695 2020 2069 1695 1469 1301 1189 1118 1078 1060 1047 1054 1070 1097 1165 1267 1412 1612 1969 1974 1646 1426 1258 1169 1100 1062 1046 1042 1042 1044 1085 1140 1233 1373 1568 1873 1925 1608 1373 1238 1133 1067 1049 1041 1035 1036 1044 1063 1115 1208 1333 1533 1800 1899 1572 1356 1233 1129 1068 1044 1027 1026 1027 1042 1062 1106 1191 1330 1517 1777 1858 1575 1346 1201 1120 1058 1042 1026 1030 1024 1036 1055 1106 1191 1310 1494 1782 1873 1547 1351 1210 1111 1060 1041 1026 1024 1027 1033 1057 1099 1185 1310 1494 1773 1858 1565 1356 1208 1111 1067 1041 1038 1026 1027 1039 1062 1107 1189 1323 1494 1800 1899 1582 1367 1223 1122 1071 1054 1038 1030 1036 1049 1071 1106 1208 1315 1497 1805 1958 1627 1389 1238 1140 1085 1057 1046 1042 1042 1060 1083 1125 1220 1341 1537 1824 2009 1666 1420 1270 1171 1099 1070 1057 1055 1060 1070 1092 1146 1245 1364 1579 1858 2075 1728 1465 1303 1201 1131 1097 1068 1070 1071 1083 1116 1173 1270 1420 1608 1963 2152 1777 1527 1356 1236 1165 1116 1092 1092 1090 1109 1148 1220 1310 1472 1699 2032 2302 1873 1612 1415 1301 1208 1159 1138 1127 1120 1148 1189 1260 1367 1537 1777 2193 2510 1986 1703 1491 1356 1274 1191 1167 1152 1165 1187 1245 1333 1450 1639 1888 2310 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [2378 1897 1602 1444 1310 1237 1183 1160 1139 1141 1158 1216 1269 1395 1563 1782 2215 2246 1797 1548 1371 1261 1179 1141 1104 1108 1112 1131 1172 1226 1326 1471 1703 2022 2100 1712 1467 1318 1207 1149 1099 1079 1071 1080 1091 1131 1194 1292 1410 1614 1943 2009 1642 1422 1274 1172 1108 1070 1057 1061 1061 1077 1108 1172 1249 1371 1574 1838 1914 1602 1383 1242 1154 1084 1056 1049 1045 1051 1061 1091 1143 1207 1345 1515 1807 1875 1552 1351 1223 1133 1066 1054 1042 1037 1051 1057 1073 1116 1192 1310 1491 1735 1848 1530 1329 1205 1118 1057 1047 1044 1035 1039 1049 1064 1102 1181 1299 1467 1716 1812 1512 1318 1194 1106 1056 1045 1037 1037 1037 1045 1064 1099 1172 1274 1457 1703 1787 1501 1307 1187 1101 1056 1037 1034 1034 1029 1044 1064 1099 1174 1289 1464 1703 1828 1522 1329 1198 1112 1061 1040 1040 1024 1037 1051 1064 1104 1183 1284 1444 1703 1859 1544 1337 1207 1116 1061 1044 1044 1034 1047 1057 1064 1106 1181 1299 1461 1725 1903 1559 1351 1219 1131 1075 1056 1054 1040 1051 1057 1077 1124 1212 1315 1487 1744 1914 1606 1395 1249 1145 1086 1063 1061 1054 1059 1075 1084 1145 1242 1334 1522 1802 1984 1668 1438 1274 1177 1110 1082 1066 1066 1077 1089 1116 1164 1254 1389 1570 1864 2114 1753 1481 1313 1219 1151 1110 1095 1093 1095 1104 1151 1207 1297 1441 1630 1972 2262 1807 1559 1395 1264 1181 1149 1118 1114 1120 1139 1187 1237 1343 1484 1721 2100 2405 1978 1638 1451 1329 1249 1187 1158 1162 1179 1192 1230 1307 1404 1567 1838 2238 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [2422 1892 1614 1416 1294 1242 1174 1145 1122 1131 1168 1203 1281 1368 1530 1744 2238 2262 1782 1537 1371 1240 1179 1129 1102 1095 1097 1125 1162 1237 1326 1474 1698 2060 2121 1703 1461 1302 1210 1135 1086 1073 1064 1071 1079 1127 1192 1279 1422 1622 1943 2003 1634 1404 1252 1168 1108 1063 1045 1054 1057 1070 1084 1162 1237 1362 1567 1864 1914 1586 1371 1230 1143 1079 1049 1040 1042 1047 1042 1079 1133 1216 1331 1519 1768 1864 1548 1334 1203 1114 1070 1042 1034 1034 1034 1042 1056 1112 1185 1315 1481 1739 1854 1522 1321 1198 1108 1054 1042 1026 1026 1034 1045 1064 1097 1179 1289 1457 1712 1797 1501 1326 1185 1097 1059 1037 1026 1024 1024 1037 1063 1095 1174 1281 1444 1712 1797 1508 1305 1183 1093 1056 1034 1024 1031 1029 1047 1052 1089 1166 1276 1441 1689 1812 1501 1313 1187 1097 1057 1039 1026 1029 1027 1044 1061 1093 1168 1271 1451 1721 1854 1526 1326 1192 1106 1049 1039 1029 1026 1032 1047 1066 1104 1179 1302 1467 1735 1854 1567 1351 1210 1124 1070 1042 1042 1035 1042 1052 1066 1116 1201 1318 1498 1753 1925 1598 1386 1230 1145 1077 1059 1051 1047 1052 1063 1089 1135 1221 1343 1515 1807 1991 1638 1419 1274 1172 1102 1064 1063 1059 1056 1070 1108 1156 1254 1383 1570 1875 2094 1694 1467 1305 1205 1135 1093 1079 1075 1080 1106 1131 1201 1281 1428 1630 1943 2223 1807 1533 1371 1261 1174 1135 1106 1104 1112 1131 1179 1240 1337 1474 1703 2087 2378 1937 1634 1435 1315 1244 1190 1147 1131 1151 1185 1235 1281 1407 1570 1812 2200 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [2437 1894 1640 1438 1299 1247 1199 1155 1140 1140 1169 1214 1287 1375 1508 1786 2207 2207 1797 1524 1375 1247 1189 1145 1113 1100 1109 1131 1159 1204 1329 1461 1679 2017 2061 1689 1461 1305 1225 1136 1109 1092 1079 1075 1092 1122 1189 1269 1402 1567 1920 1947 1612 1409 1269 1179 1100 1075 1063 1071 1063 1067 1096 1155 1214 1349 1532 1857 1857 1602 1382 1236 1136 1092 1067 1051 1039 1043 1055 1063 1122 1189 1323 1492 1742 1821 1549 1342 1204 1127 1071 1043 1043 1043 1047 1047 1051 1096 1174 1299 1453 1689 1786 1508 1317 1189 1113 1071 1051 1035 1035 1035 1047 1063 1092 1174 1269 1438 1689 1763 1500 1287 1184 1109 1063 1035 1035 1028 1024 1047 1055 1083 1155 1264 1431 1689 1753 1492 1305 1184 1105 1051 1047 1035 1035 1043 1032 1055 1096 1150 1252 1424 1679 1775 1516 1305 1179 1087 1051 1039 1032 1024 1035 1039 1059 1083 1155 1258 1438 1689 1786 1516 1329 1194 1100 1063 1043 1047 1032 1035 1043 1059 1079 1179 1275 1446 1753 1821 1532 1336 1204 1127 1079 1067 1055 1043 1039 1051 1059 1092 1179 1305 1446 1763 1894 1567 1368 1236 1140 1100 1071 1055 1055 1051 1067 1071 1136 1214 1323 1476 1753 1934 1650 1402 1269 1174 1105 1075 1067 1063 1075 1083 1109 1164 1220 1349 1541 1775 2031 1720 1468 1311 1214 1140 1109 1083 1075 1096 1096 1118 1164 1252 1402 1576 1920 2124 1775 1532 1362 1264 1194 1136 1109 1096 1122 1122 1179 1220 1317 1453 1669 1960 2260 1845 1584 1438 1329 1209 1179 1150 1136 1145 1150 1204 1258 1402 1476 1763 2124 ] </LSC_SAMPLES_blue> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 14]"> 1920x1080_A_70 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 1]"> A </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [70.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [1777 1507 1353 1230 1160 1129 1100 1072 1069 1058 1085 1107 1129 1189 1252 1406 1580 1678 1436 1288 1195 1138 1095 1064 1055 1048 1050 1062 1075 1108 1170 1254 1369 1562 1604 1398 1256 1174 1112 1062 1041 1039 1023 1022 1035 1049 1090 1129 1217 1330 1482 1543 1349 1234 1143 1082 1046 1029 1024 1015 1018 1021 1027 1061 1113 1186 1283 1468 1491 1326 1212 1118 1076 1041 1025 1022 1022 1018 1008 1027 1050 1095 1167 1263 1415 1468 1307 1177 1110 1052 1019 1021 1026 1024 1021 1017 1015 1036 1083 1143 1246 1373 1459 1287 1170 1112 1055 1026 1023 1018 1021 1018 1021 1020 1034 1074 1148 1242 1365 1433 1294 1166 1087 1051 1020 1025 1021 1029 1019 1019 1017 1038 1078 1135 1228 1374 1447 1273 1172 1097 1044 1023 1025 1022 1024 1023 1017 1021 1032 1074 1136 1229 1369 1433 1286 1175 1094 1042 1029 1024 1033 1025 1022 1022 1024 1039 1076 1146 1228 1388 1459 1295 1180 1103 1049 1029 1033 1029 1025 1027 1028 1029 1034 1090 1135 1225 1386 1494 1323 1191 1110 1059 1036 1029 1030 1031 1027 1032 1034 1045 1093 1150 1250 1391 1517 1342 1207 1128 1078 1040 1033 1032 1034 1035 1033 1034 1055 1106 1159 1272 1403 1547 1376 1231 1144 1093 1059 1047 1032 1038 1034 1034 1045 1068 1115 1193 1280 1464 1579 1394 1265 1174 1110 1076 1051 1040 1045 1039 1044 1060 1095 1135 1219 1333 1491 1656 1443 1313 1205 1149 1097 1074 1067 1061 1050 1064 1080 1113 1164 1252 1369 1577 1757 1499 1359 1246 1175 1135 1083 1074 1064 1072 1079 1110 1155 1212 1308 1425 1617 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [1665 1432 1279 1206 1135 1103 1076 1067 1052 1050 1053 1084 1100 1166 1248 1345 1551 1615 1385 1260 1168 1114 1071 1057 1035 1043 1042 1048 1065 1083 1130 1198 1312 1454 1541 1343 1215 1142 1084 1061 1035 1028 1024 1029 1027 1044 1072 1119 1168 1266 1426 1498 1307 1195 1119 1067 1037 1021 1021 1029 1025 1028 1037 1067 1097 1152 1253 1371 1446 1291 1175 1103 1063 1026 1019 1025 1025 1026 1024 1033 1052 1072 1143 1221 1365 1430 1262 1159 1096 1052 1018 1026 1027 1026 1035 1029 1024 1037 1068 1123 1212 1323 1419 1252 1147 1087 1045 1015 1026 1035 1030 1030 1028 1022 1030 1065 1121 1201 1318 1398 1242 1142 1081 1038 1018 1028 1032 1036 1032 1028 1026 1031 1061 1104 1197 1313 1380 1235 1134 1076 1034 1020 1021 1030 1034 1025 1028 1027 1032 1064 1118 1204 1315 1410 1251 1151 1085 1043 1023 1023 1035 1023 1032 1033 1026 1036 1071 1112 1186 1313 1428 1264 1154 1089 1043 1019 1023 1035 1029 1038 1036 1022 1034 1065 1121 1196 1325 1452 1268 1159 1093 1051 1026 1028 1038 1029 1035 1029 1028 1044 1086 1128 1209 1330 1446 1294 1186 1110 1054 1028 1026 1036 1033 1034 1038 1026 1054 1103 1134 1226 1361 1479 1328 1208 1119 1072 1039 1033 1030 1034 1040 1040 1045 1060 1101 1167 1250 1390 1551 1375 1227 1137 1095 1063 1045 1043 1045 1043 1040 1063 1084 1123 1193 1279 1447 1627 1393 1269 1188 1116 1073 1064 1048 1048 1050 1055 1078 1093 1144 1208 1326 1510 1684 1493 1308 1212 1152 1113 1079 1065 1073 1085 1084 1096 1133 1173 1251 1387 1567 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [1695 1428 1288 1183 1121 1107 1067 1053 1036 1041 1062 1072 1110 1143 1221 1316 1567 1627 1373 1252 1168 1095 1071 1046 1033 1031 1028 1042 1055 1093 1130 1200 1309 1482 1556 1336 1210 1128 1086 1048 1023 1022 1018 1020 1016 1040 1070 1108 1178 1272 1426 1494 1301 1180 1100 1063 1037 1015 1009 1022 1021 1021 1015 1058 1086 1144 1247 1390 1446 1278 1165 1093 1052 1021 1013 1016 1022 1023 1006 1021 1043 1080 1131 1224 1335 1422 1259 1144 1078 1035 1022 1015 1019 1023 1019 1015 1008 1033 1062 1128 1204 1326 1424 1246 1140 1081 1036 1013 1021 1017 1021 1025 1024 1022 1025 1063 1112 1192 1315 1386 1233 1149 1073 1029 1021 1020 1021 1023 1019 1020 1025 1027 1063 1110 1186 1320 1388 1241 1132 1072 1027 1020 1018 1020 1031 1025 1031 1016 1023 1057 1107 1186 1304 1398 1233 1138 1075 1029 1019 1022 1021 1028 1022 1027 1023 1025 1057 1101 1192 1327 1424 1249 1144 1075 1034 1008 1018 1020 1021 1023 1026 1024 1032 1063 1124 1201 1333 1414 1274 1159 1085 1044 1022 1015 1027 1024 1027 1024 1018 1037 1076 1130 1218 1337 1454 1287 1178 1093 1054 1019 1022 1026 1027 1027 1026 1031 1045 1085 1141 1221 1365 1485 1304 1192 1119 1067 1031 1016 1027 1027 1020 1021 1037 1052 1101 1162 1250 1398 1537 1329 1215 1130 1082 1048 1029 1028 1028 1029 1041 1044 1078 1110 1183 1279 1426 1599 1393 1248 1168 1114 1066 1052 1037 1039 1042 1048 1071 1095 1139 1200 1312 1501 1665 1462 1304 1199 1140 1109 1082 1055 1045 1059 1077 1101 1110 1176 1253 1368 1540 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [1706 1429 1309 1201 1126 1111 1090 1063 1053 1049 1063 1082 1115 1149 1204 1348 1545 1587 1385 1241 1171 1101 1080 1061 1043 1035 1040 1048 1053 1063 1132 1190 1294 1451 1512 1325 1210 1130 1100 1049 1044 1040 1032 1024 1028 1036 1068 1099 1161 1229 1409 1452 1283 1184 1115 1073 1030 1026 1027 1038 1027 1019 1026 1052 1066 1133 1220 1385 1403 1291 1175 1098 1046 1034 1030 1026 1019 1019 1018 1006 1033 1056 1124 1202 1316 1389 1259 1151 1079 1047 1023 1016 1027 1032 1031 1019 1003 1018 1052 1114 1181 1288 1372 1234 1137 1072 1040 1029 1030 1026 1030 1026 1026 1021 1021 1059 1095 1177 1297 1360 1233 1115 1072 1040 1025 1018 1030 1027 1019 1030 1017 1016 1046 1095 1176 1303 1354 1228 1132 1073 1038 1015 1031 1031 1035 1039 1016 1019 1030 1042 1086 1172 1297 1369 1246 1131 1067 1020 1013 1022 1027 1023 1030 1022 1021 1016 1046 1090 1182 1303 1372 1241 1147 1077 1028 1021 1022 1038 1027 1026 1022 1017 1009 1063 1100 1183 1346 1389 1246 1146 1079 1047 1030 1039 1039 1032 1024 1023 1011 1014 1057 1119 1176 1345 1431 1262 1163 1098 1050 1041 1034 1030 1034 1026 1030 1014 1046 1079 1124 1189 1324 1442 1313 1178 1115 1069 1034 1026 1031 1031 1038 1034 1038 1060 1072 1133 1227 1324 1490 1349 1216 1135 1090 1052 1044 1032 1028 1044 1032 1032 1045 1084 1161 1236 1409 1528 1368 1247 1160 1116 1084 1052 1040 1032 1052 1039 1071 1078 1122 1183 1286 1410 1582 1392 1264 1201 1152 1078 1072 1058 1049 1053 1046 1073 1090 1171 1178 1331 1487 ] </LSC_SAMPLES_blue> </cell> <cell index="3" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 17]"> 1920x1080_D50_100 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> D50 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [100.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [2494 1955 1677 1484 1344 1260 1225 1170 1145 1167 1170 1225 1337 1437 1602 1900 2354 2294 1848 1588 1410 1280 1212 1152 1126 1128 1133 1143 1175 1245 1382 1534 1764 2210 2140 1752 1513 1357 1245 1162 1103 1092 1090 1077 1099 1140 1201 1327 1448 1666 2028 2013 1687 1464 1305 1188 1131 1088 1068 1052 1060 1077 1108 1178 1274 1407 1626 1913 1941 1631 1410 1283 1175 1108 1064 1056 1050 1042 1058 1088 1148 1237 1361 1579 1880 1848 1593 1375 1242 1152 1086 1060 1042 1038 1042 1054 1062 1133 1212 1341 1530 1799 1829 1561 1361 1223 1128 1073 1044 1026 1034 1040 1048 1060 1115 1193 1324 1517 1758 1887 1565 1357 1204 1119 1073 1044 1040 1038 1036 1042 1062 1097 1204 1308 1504 1758 1793 1570 1361 1204 1117 1071 1046 1036 1032 1024 1044 1075 1105 1188 1315 1504 1770 1887 1547 1341 1231 1117 1077 1044 1038 1030 1044 1060 1068 1101 1198 1324 1500 1741 1861 1588 1371 1231 1126 1073 1056 1052 1028 1048 1052 1077 1117 1204 1331 1509 1787 1893 1617 1403 1239 1152 1092 1056 1062 1056 1048 1068 1079 1126 1231 1357 1547 1787 1969 1651 1414 1268 1188 1108 1086 1066 1056 1068 1073 1090 1148 1242 1389 1583 1893 2020 1703 1484 1315 1193 1133 1101 1079 1077 1086 1092 1121 1190 1274 1425 1626 1941 2148 1781 1530 1357 1245 1170 1115 1101 1090 1086 1112 1131 1206 1315 1480 1698 2043 2256 1867 1607 1414 1308 1204 1165 1133 1131 1128 1145 1188 1263 1368 1534 1787 2148 2417 1907 1682 1484 1357 1237 1214 1162 1155 1167 1183 1234 1299 1433 1597 1823 2374 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [2348 1870 1620 1417 1318 1221 1162 1151 1137 1141 1170 1208 1262 1371 1502 1763 2225 2247 1777 1532 1350 1255 1177 1126 1104 1097 1109 1130 1164 1234 1326 1476 1697 2050 2088 1688 1466 1300 1204 1143 1090 1081 1072 1078 1099 1137 1177 1276 1411 1608 1950 1979 1624 1400 1259 1162 1106 1066 1064 1054 1054 1069 1109 1158 1257 1377 1564 1854 1901 1564 1358 1241 1147 1072 1056 1051 1049 1051 1062 1083 1137 1228 1339 1508 1777 1870 1546 1344 1210 1131 1074 1054 1035 1043 1038 1048 1066 1118 1202 1303 1460 1740 1781 1505 1326 1197 1109 1054 1043 1036 1044 1041 1044 1064 1100 1189 1288 1466 1697 1777 1502 1308 1181 1095 1066 1040 1036 1038 1032 1061 1064 1099 1177 1291 1441 1718 1805 1508 1298 1191 1095 1046 1038 1035 1024 1032 1049 1057 1111 1189 1291 1460 1710 1786 1489 1313 1177 1107 1056 1038 1040 1033 1032 1053 1071 1107 1181 1293 1454 1697 1820 1536 1323 1193 1113 1069 1044 1038 1044 1040 1061 1057 1111 1183 1288 1450 1740 1880 1568 1336 1214 1145 1074 1056 1051 1046 1059 1076 1076 1120 1208 1316 1472 1740 1945 1568 1374 1223 1139 1081 1069 1057 1059 1061 1079 1088 1139 1225 1336 1536 1815 1973 1624 1403 1255 1170 1106 1083 1059 1056 1069 1074 1106 1164 1250 1363 1575 1854 2075 1693 1444 1323 1208 1145 1104 1093 1091 1090 1100 1141 1191 1295 1417 1620 1956 2210 1781 1546 1363 1248 1175 1130 1113 1113 1130 1126 1175 1241 1328 1479 1693 2063 2389 1896 1647 1426 1303 1221 1183 1158 1143 1153 1177 1234 1305 1397 1568 1815 2232 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [2426 1863 1564 1409 1282 1238 1178 1154 1137 1135 1162 1203 1263 1394 1495 1780 2206 2257 1799 1539 1353 1260 1176 1131 1109 1095 1098 1123 1174 1242 1337 1476 1683 2035 2072 1683 1448 1301 1207 1135 1096 1076 1069 1076 1096 1129 1198 1287 1433 1623 1942 1948 1631 1403 1277 1170 1113 1062 1059 1048 1062 1062 1098 1162 1244 1378 1553 1838 1894 1564 1364 1226 1150 1081 1059 1049 1054 1044 1067 1084 1137 1216 1337 1519 1789 1828 1550 1350 1216 1125 1074 1038 1038 1032 1032 1067 1069 1122 1205 1314 1482 1748 1794 1505 1319 1186 1113 1061 1038 1041 1029 1038 1048 1067 1109 1178 1292 1451 1730 1771 1499 1327 1180 1107 1066 1043 1040 1029 1026 1041 1072 1098 1192 1282 1457 1717 1818 1499 1314 1184 1096 1052 1040 1030 1038 1044 1048 1072 1100 1180 1284 1454 1692 1785 1489 1314 1196 1093 1056 1044 1040 1024 1038 1057 1072 1098 1168 1292 1442 1717 1808 1512 1324 1198 1114 1056 1044 1041 1035 1038 1056 1066 1109 1180 1299 1463 1688 1843 1532 1340 1207 1131 1067 1056 1052 1049 1044 1071 1079 1127 1192 1316 1495 1776 1883 1586 1386 1231 1138 1079 1064 1049 1054 1054 1069 1093 1150 1226 1345 1515 1808 1970 1635 1403 1268 1166 1107 1072 1066 1066 1077 1088 1114 1164 1254 1364 1553 1848 2072 1692 1439 1304 1184 1142 1109 1086 1086 1089 1098 1144 1196 1277 1421 1627 1926 2137 1808 1529 1350 1251 1172 1131 1107 1103 1116 1133 1170 1244 1329 1482 1692 2053 2295 1883 1616 1445 1304 1229 1194 1168 1144 1176 1168 1254 1282 1378 1557 1789 2265 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [2266 1895 1571 1416 1327 1236 1195 1191 1152 1149 1198 1262 1313 1389 1551 1747 2132 2132 1773 1518 1368 1257 1187 1145 1130 1103 1103 1138 1175 1236 1342 1462 1651 2035 2012 1682 1468 1294 1215 1141 1120 1086 1083 1089 1099 1123 1183 1284 1411 1592 1885 1926 1599 1400 1275 1179 1110 1083 1060 1057 1086 1070 1113 1149 1240 1368 1551 1818 1885 1544 1362 1236 1127 1083 1057 1063 1051 1054 1067 1063 1130 1195 1357 1512 1809 1765 1518 1352 1207 1116 1051 1060 1048 1048 1042 1070 1060 1113 1175 1298 1456 1674 1773 1480 1322 1175 1116 1067 1048 1048 1039 1036 1051 1063 1093 1167 1289 1451 1690 1722 1462 1294 1195 1120 1060 1054 1060 1048 1048 1039 1057 1096 1171 1271 1411 1690 1706 1474 1280 1175 1103 1054 1063 1033 1024 1033 1039 1057 1093 1167 1271 1439 1690 1722 1493 1294 1179 1099 1067 1057 1048 1042 1057 1045 1051 1093 1156 1275 1439 1674 1739 1474 1308 1183 1103 1051 1063 1045 1048 1051 1070 1067 1113 1171 1266 1445 1682 1731 1538 1327 1198 1123 1079 1060 1063 1051 1048 1073 1083 1123 1195 1298 1468 1674 1885 1551 1373 1227 1145 1089 1063 1063 1060 1060 1086 1089 1127 1219 1332 1468 1731 1885 1592 1422 1266 1179 1113 1083 1083 1089 1079 1089 1103 1156 1231 1368 1551 1800 1947 1666 1439 1303 1195 1134 1089 1076 1103 1083 1113 1145 1183 1257 1428 1585 1915 2070 1756 1518 1352 1240 1187 1141 1123 1116 1127 1134 1171 1249 1322 1451 1666 2012 2340 1846 1607 1400 1327 1223 1171 1175 1152 1156 1171 1207 1289 1368 1531 1722 2170 ] </LSC_SAMPLES_blue> </cell> <cell index="4" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_D50_70 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> D50 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [70.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [1746 1475 1339 1240 1165 1123 1114 1076 1058 1074 1064 1092 1159 1201 1279 1434 1648 1650 1424 1293 1201 1131 1101 1067 1056 1062 1062 1059 1067 1100 1177 1249 1359 1590 1570 1374 1253 1175 1118 1073 1039 1040 1043 1026 1035 1052 1078 1149 1199 1307 1488 1501 1343 1230 1146 1082 1059 1039 1032 1020 1024 1028 1037 1072 1119 1182 1294 1427 1466 1314 1198 1140 1082 1049 1027 1031 1029 1018 1021 1030 1057 1099 1157 1272 1420 1410 1295 1179 1113 1070 1037 1032 1027 1027 1027 1026 1014 1052 1086 1150 1244 1372 1405 1278 1175 1103 1054 1031 1023 1017 1029 1031 1027 1018 1042 1076 1143 1242 1350 1455 1286 1176 1090 1050 1035 1027 1035 1037 1031 1025 1024 1029 1090 1133 1236 1356 1385 1292 1181 1091 1049 1034 1030 1032 1032 1020 1028 1038 1038 1077 1141 1237 1367 1455 1271 1162 1114 1048 1039 1027 1033 1029 1039 1042 1030 1033 1085 1147 1233 1343 1429 1300 1183 1110 1052 1031 1035 1043 1023 1039 1031 1035 1044 1086 1149 1235 1373 1444 1315 1203 1110 1070 1043 1028 1046 1044 1032 1040 1030 1046 1103 1164 1258 1363 1487 1330 1202 1126 1094 1049 1048 1041 1035 1043 1036 1032 1057 1103 1181 1275 1430 1506 1356 1247 1155 1086 1060 1051 1042 1044 1049 1042 1049 1083 1119 1197 1294 1447 1576 1397 1267 1175 1118 1080 1050 1049 1043 1035 1047 1044 1083 1139 1226 1332 1499 1623 1439 1309 1204 1155 1094 1079 1062 1064 1057 1061 1079 1116 1165 1249 1377 1545 1692 1439 1343 1240 1176 1103 1104 1069 1067 1074 1076 1100 1126 1197 1275 1376 1662 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [1644 1411 1293 1184 1142 1088 1056 1059 1050 1050 1064 1077 1094 1145 1199 1331 1558 1616 1369 1247 1150 1109 1069 1043 1035 1032 1040 1047 1057 1090 1130 1202 1308 1474 1532 1324 1214 1126 1081 1055 1026 1030 1025 1027 1035 1050 1057 1105 1169 1261 1431 1476 1293 1176 1106 1058 1035 1018 1028 1022 1018 1020 1038 1054 1104 1157 1245 1383 1436 1260 1154 1103 1056 1015 1019 1026 1029 1026 1025 1025 1047 1091 1138 1215 1342 1426 1257 1153 1085 1051 1025 1026 1020 1032 1023 1020 1018 1038 1077 1117 1187 1327 1368 1232 1144 1080 1037 1013 1022 1027 1039 1032 1023 1022 1028 1072 1112 1200 1303 1371 1234 1133 1069 1027 1028 1023 1031 1037 1027 1043 1026 1031 1066 1118 1184 1325 1394 1241 1126 1080 1029 1010 1022 1031 1024 1028 1033 1021 1044 1078 1120 1201 1321 1377 1223 1138 1066 1039 1018 1021 1035 1032 1027 1035 1033 1039 1069 1120 1195 1309 1398 1257 1142 1076 1040 1027 1023 1029 1039 1031 1039 1015 1038 1067 1112 1187 1336 1434 1275 1146 1088 1064 1025 1028 1035 1034 1043 1048 1027 1040 1083 1129 1197 1327 1469 1263 1168 1087 1049 1023 1032 1032 1038 1036 1042 1030 1049 1088 1135 1237 1371 1471 1293 1179 1102 1065 1035 1034 1023 1024 1032 1025 1035 1060 1098 1145 1254 1383 1523 1328 1196 1146 1085 1057 1040 1041 1044 1039 1036 1053 1069 1122 1174 1271 1435 1590 1372 1259 1161 1102 1067 1047 1043 1048 1059 1043 1067 1096 1131 1204 1305 1484 1672 1431 1315 1191 1129 1088 1076 1065 1056 1061 1070 1100 1131 1167 1252 1370 1562 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [1698 1406 1249 1177 1111 1103 1071 1062 1050 1044 1056 1072 1095 1165 1193 1343 1544 1623 1386 1253 1153 1113 1068 1048 1040 1031 1029 1040 1066 1097 1139 1202 1297 1464 1520 1320 1199 1127 1084 1048 1032 1025 1023 1025 1032 1042 1076 1115 1187 1273 1425 1453 1298 1179 1122 1065 1042 1014 1023 1016 1026 1014 1028 1058 1093 1158 1236 1371 1431 1260 1159 1089 1059 1023 1022 1025 1033 1020 1030 1026 1047 1080 1136 1224 1351 1394 1260 1158 1090 1045 1025 1011 1023 1021 1017 1039 1021 1042 1080 1127 1205 1333 1378 1232 1138 1070 1040 1019 1017 1032 1024 1029 1027 1025 1037 1062 1115 1188 1329 1366 1232 1150 1068 1039 1028 1026 1035 1028 1021 1024 1034 1030 1079 1111 1197 1324 1404 1233 1140 1073 1030 1016 1024 1026 1038 1040 1032 1035 1033 1070 1114 1196 1307 1377 1223 1138 1083 1025 1018 1027 1035 1023 1033 1039 1034 1030 1057 1119 1185 1324 1389 1237 1143 1081 1041 1015 1023 1032 1030 1029 1035 1024 1037 1064 1121 1197 1297 1406 1246 1149 1082 1051 1019 1028 1036 1037 1028 1043 1030 1047 1068 1129 1216 1355 1422 1278 1178 1094 1048 1021 1027 1025 1033 1029 1032 1035 1059 1089 1143 1221 1366 1469 1302 1179 1114 1062 1036 1023 1030 1034 1040 1039 1043 1060 1101 1146 1236 1378 1520 1327 1192 1129 1063 1054 1044 1035 1039 1038 1034 1056 1074 1106 1177 1276 1413 1537 1393 1245 1150 1105 1065 1048 1038 1038 1046 1050 1063 1099 1132 1207 1304 1477 1607 1421 1290 1207 1130 1095 1086 1075 1057 1082 1062 1118 1111 1151 1243 1350 1586 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [1586 1430 1254 1183 1150 1102 1086 1096 1064 1057 1089 1125 1138 1161 1238 1318 1492 1533 1366 1236 1165 1110 1078 1061 1059 1038 1034 1054 1067 1092 1143 1190 1272 1464 1476 1319 1216 1121 1091 1053 1055 1035 1036 1038 1035 1037 1062 1112 1169 1249 1383 1436 1273 1176 1120 1073 1039 1034 1024 1025 1049 1021 1042 1046 1089 1149 1235 1356 1424 1244 1158 1098 1038 1025 1020 1038 1030 1029 1030 1006 1040 1062 1153 1218 1366 1346 1234 1159 1082 1037 1003 1032 1032 1036 1027 1042 1012 1034 1053 1113 1184 1277 1362 1211 1141 1060 1043 1025 1027 1039 1034 1027 1030 1021 1022 1053 1112 1188 1298 1328 1201 1121 1082 1051 1022 1036 1055 1047 1043 1022 1019 1028 1060 1101 1159 1303 1318 1213 1110 1065 1036 1018 1047 1029 1024 1029 1023 1021 1027 1058 1103 1184 1305 1328 1227 1121 1067 1031 1029 1039 1043 1041 1052 1028 1013 1025 1047 1105 1182 1291 1336 1206 1129 1067 1031 1010 1041 1036 1043 1042 1048 1025 1040 1056 1093 1183 1292 1320 1251 1138 1074 1043 1030 1032 1047 1039 1032 1045 1034 1043 1071 1113 1194 1277 1424 1250 1167 1090 1054 1031 1026 1038 1039 1035 1048 1031 1038 1083 1132 1183 1307 1406 1267 1195 1112 1073 1042 1034 1046 1056 1042 1040 1032 1052 1081 1149 1235 1342 1429 1307 1192 1129 1073 1047 1025 1025 1055 1032 1048 1057 1062 1089 1183 1243 1405 1489 1353 1236 1152 1095 1078 1057 1053 1050 1057 1051 1064 1103 1126 1181 1284 1447 1638 1393 1283 1170 1150 1090 1065 1081 1064 1064 1065 1076 1117 1143 1222 1300 1519 ] </LSC_SAMPLES_blue> </cell> <cell index="5" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 17]"> 1920x1080_D65_100 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> D65 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [100.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [2475 1978 1654 1449 1327 1256 1192 1173 1158 1158 1170 1235 1296 1398 1539 1824 2172 2238 1831 1589 1398 1281 1192 1143 1122 1122 1128 1137 1170 1252 1360 1503 1725 2100 2100 1718 1523 1331 1242 1155 1100 1087 1079 1081 1084 1131 1202 1300 1439 1666 1978 1996 1679 1439 1292 1185 1120 1081 1058 1061 1056 1068 1108 1167 1259 1394 1589 1886 1894 1636 1398 1259 1158 1108 1068 1058 1048 1041 1053 1076 1134 1221 1356 1550 1870 1847 1577 1364 1235 1137 1081 1041 1038 1048 1038 1048 1056 1111 1205 1339 1508 1780 1780 1566 1364 1218 1114 1068 1038 1036 1036 1036 1043 1068 1111 1192 1323 1488 1745 1824 1544 1343 1208 1111 1081 1051 1024 1038 1034 1038 1056 1106 1179 1304 1483 1731 1809 1544 1343 1211 1108 1058 1046 1041 1031 1034 1038 1061 1092 1176 1296 1488 1725 1802 1534 1323 1205 1114 1068 1029 1031 1029 1031 1046 1056 1100 1185 1304 1468 1738 1870 1572 1364 1218 1117 1079 1058 1043 1048 1029 1046 1071 1111 1208 1327 1488 1759 1870 1600 1390 1235 1146 1087 1068 1051 1046 1053 1058 1079 1120 1208 1327 1529 1802 1927 1624 1403 1252 1152 1111 1079 1063 1058 1051 1063 1089 1143 1242 1364 1550 1839 1944 1679 1468 1292 1189 1120 1081 1079 1061 1061 1081 1114 1158 1270 1398 1606 1927 2080 1745 1513 1347 1232 1161 1108 1092 1092 1084 1087 1131 1202 1296 1463 1654 2024 2194 1854 1589 1416 1289 1195 1152 1137 1114 1111 1125 1182 1259 1368 1529 1745 2130 2284 1919 1673 1453 1343 1274 1179 1143 1146 1161 1176 1245 1308 1403 1572 1839 2261 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [2449 1837 1573 1395 1275 1218 1156 1140 1124 1132 1152 1207 1275 1360 1504 1749 2110 2210 1759 1504 1338 1239 1173 1119 1094 1102 1098 1120 1154 1223 1314 1447 1660 2031 2063 1665 1447 1283 1196 1134 1076 1062 1062 1067 1100 1115 1185 1275 1383 1603 1924 1941 1600 1398 1261 1162 1107 1066 1055 1057 1050 1066 1094 1162 1239 1355 1543 1802 1837 1561 1363 1221 1128 1080 1055 1037 1042 1047 1050 1076 1136 1209 1324 1497 1768 1807 1525 1319 1212 1124 1062 1049 1035 1030 1040 1054 1066 1120 1201 1293 1467 1721 1797 1497 1309 1190 1102 1059 1032 1029 1032 1037 1049 1067 1103 1173 1288 1444 1660 1763 1490 1314 1179 1092 1057 1039 1035 1032 1039 1045 1062 1098 1179 1275 1419 1660 1763 1473 1301 1173 1091 1052 1039 1030 1032 1026 1042 1060 1094 1164 1270 1428 1665 1792 1494 1298 1177 1096 1049 1042 1032 1030 1034 1040 1064 1096 1173 1273 1419 1673 1802 1514 1324 1194 1107 1057 1040 1032 1024 1035 1050 1060 1103 1177 1285 1451 1686 1843 1543 1341 1203 1122 1067 1057 1045 1040 1049 1069 1073 1117 1187 1303 1473 1773 1896 1558 1355 1237 1142 1083 1060 1054 1050 1057 1073 1094 1138 1216 1341 1504 1802 1924 1615 1386 1258 1164 1103 1078 1062 1069 1069 1082 1105 1166 1239 1357 1547 1827 2050 1695 1435 1293 1187 1132 1094 1074 1087 1085 1103 1130 1190 1268 1395 1588 1918 2117 1763 1518 1363 1234 1175 1136 1105 1107 1105 1124 1166 1232 1322 1457 1656 2025 2370 1869 1619 1444 1301 1232 1187 1154 1136 1170 1183 1223 1296 1392 1529 1773 2202 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [2372 1862 1588 1420 1294 1211 1180 1145 1122 1126 1161 1195 1276 1355 1511 1730 2169 2235 1753 1511 1353 1247 1170 1124 1101 1092 1096 1122 1159 1222 1317 1454 1672 2010 2060 1685 1448 1299 1206 1130 1094 1076 1062 1069 1085 1133 1189 1271 1396 1611 1922 1956 1603 1393 1259 1164 1097 1064 1054 1048 1052 1062 1088 1149 1236 1355 1543 1796 1894 1554 1355 1215 1133 1076 1054 1040 1047 1042 1057 1079 1128 1200 1331 1508 1743 1841 1511 1336 1204 1122 1065 1045 1039 1039 1039 1050 1062 1120 1193 1307 1477 1703 1796 1487 1317 1197 1110 1052 1052 1034 1026 1032 1054 1059 1101 1170 1284 1445 1703 1791 1490 1302 1187 1097 1048 1042 1026 1024 1039 1052 1071 1099 1176 1281 1441 1712 1771 1490 1291 1172 1085 1055 1040 1032 1027 1034 1052 1065 1097 1174 1289 1451 1677 1786 1501 1302 1184 1099 1062 1042 1027 1029 1034 1042 1060 1105 1168 1274 1441 1694 1801 1487 1315 1184 1109 1048 1040 1037 1034 1037 1048 1071 1112 1184 1289 1457 1703 1846 1525 1341 1193 1118 1064 1054 1045 1039 1047 1055 1083 1116 1191 1320 1484 1721 1883 1572 1369 1226 1147 1083 1069 1055 1059 1052 1067 1088 1141 1213 1331 1511 1816 1944 1615 1393 1257 1161 1103 1072 1067 1064 1071 1085 1112 1166 1236 1364 1532 1816 2016 1694 1454 1297 1200 1145 1099 1076 1079 1081 1103 1137 1193 1271 1405 1603 1916 2183 1776 1525 1353 1250 1172 1130 1120 1101 1101 1124 1166 1229 1328 1461 1694 2010 2364 1939 1619 1423 1297 1236 1170 1153 1139 1147 1172 1236 1279 1390 1536 1791 2266 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [2247 1770 1553 1388 1286 1214 1194 1153 1142 1131 1142 1214 1268 1368 1490 1681 2118 2105 1745 1472 1347 1234 1164 1124 1101 1104 1104 1114 1156 1230 1309 1443 1651 1959 2035 1643 1432 1277 1186 1121 1081 1088 1072 1075 1081 1114 1175 1247 1383 1573 1898 1898 1559 1373 1230 1142 1094 1069 1066 1053 1056 1056 1085 1131 1214 1333 1508 1770 1762 1514 1343 1218 1135 1078 1053 1047 1036 1036 1053 1066 1107 1190 1300 1466 1728 1728 1502 1304 1190 1104 1053 1041 1039 1041 1036 1044 1053 1101 1175 1273 1443 1696 1745 1478 1286 1167 1091 1066 1047 1036 1030 1036 1033 1059 1091 1149 1268 1437 1621 1728 1460 1268 1164 1085 1047 1039 1044 1030 1030 1041 1056 1094 1142 1260 1404 1636 1681 1449 1268 1156 1085 1039 1039 1033 1030 1027 1053 1053 1072 1149 1247 1394 1629 1658 1437 1273 1164 1088 1044 1036 1033 1033 1036 1044 1053 1088 1156 1255 1404 1643 1712 1466 1291 1171 1104 1047 1039 1036 1024 1036 1047 1059 1091 1167 1264 1410 1666 1737 1496 1314 1182 1111 1053 1059 1039 1044 1041 1044 1075 1098 1182 1295 1437 1651 1841 1527 1343 1218 1124 1078 1059 1053 1053 1041 1063 1078 1124 1202 1304 1460 1720 1860 1566 1363 1234 1156 1098 1056 1044 1063 1063 1078 1104 1142 1226 1333 1514 1762 1959 1621 1432 1273 1186 1135 1091 1078 1085 1081 1091 1128 1171 1242 1363 1553 1851 2070 1696 1521 1333 1238 1164 1128 1107 1098 1107 1131 1167 1210 1300 1432 1643 1938 2220 1823 1540 1399 1268 1214 1175 1128 1118 1145 1131 1202 1251 1328 1490 1696 2082 ] </LSC_SAMPLES_blue> </cell> <cell index="6" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_D65_70 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> D65 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [70.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [1733 1493 1320 1211 1150 1119 1084 1079 1070 1065 1064 1101 1123 1168 1229 1377 1520 1610 1411 1294 1191 1131 1083 1059 1052 1056 1057 1053 1063 1106 1158 1224 1329 1510 1541 1348 1261 1153 1115 1066 1036 1036 1032 1030 1021 1044 1079 1126 1192 1307 1451 1488 1337 1209 1135 1079 1048 1032 1022 1029 1020 1019 1037 1062 1106 1171 1265 1406 1431 1318 1188 1118 1066 1049 1031 1033 1028 1017 1016 1018 1044 1085 1152 1249 1412 1409 1282 1170 1107 1056 1032 1014 1023 1036 1023 1020 1008 1032 1080 1148 1226 1358 1367 1282 1177 1099 1041 1026 1017 1027 1031 1027 1022 1026 1038 1075 1142 1218 1340 1407 1269 1164 1094 1042 1042 1033 1019 1037 1029 1021 1018 1038 1067 1130 1219 1335 1397 1270 1165 1098 1041 1022 1030 1037 1031 1030 1022 1024 1026 1066 1124 1224 1332 1390 1260 1146 1091 1045 1030 1012 1026 1028 1026 1029 1018 1032 1073 1130 1206 1340 1436 1287 1177 1099 1044 1037 1037 1034 1043 1020 1025 1029 1038 1090 1145 1218 1351 1426 1301 1192 1107 1064 1038 1040 1035 1034 1037 1030 1030 1040 1083 1138 1243 1375 1456 1308 1192 1112 1061 1052 1042 1038 1037 1026 1026 1031 1052 1103 1159 1249 1389 1450 1337 1233 1135 1082 1048 1032 1042 1029 1025 1032 1043 1054 1115 1174 1278 1437 1526 1369 1253 1167 1106 1072 1043 1040 1045 1033 1024 1044 1079 1122 1212 1297 1485 1578 1429 1294 1206 1139 1085 1067 1066 1048 1042 1042 1074 1112 1165 1245 1345 1532 1599 1448 1336 1214 1164 1135 1072 1052 1059 1068 1069 1110 1134 1172 1255 1388 1583 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [1714 1386 1256 1166 1105 1086 1051 1049 1038 1042 1047 1076 1105 1136 1201 1320 1477 1590 1356 1225 1140 1094 1065 1037 1026 1037 1029 1038 1048 1080 1119 1178 1279 1461 1514 1306 1198 1111 1074 1047 1013 1012 1016 1017 1036 1029 1064 1104 1145 1257 1412 1447 1274 1174 1108 1058 1036 1018 1019 1025 1014 1018 1024 1058 1088 1138 1228 1344 1388 1258 1158 1085 1039 1022 1018 1013 1022 1023 1014 1018 1046 1074 1125 1206 1335 1378 1240 1131 1086 1044 1014 1021 1020 1019 1025 1026 1018 1040 1076 1109 1193 1313 1380 1225 1130 1073 1030 1017 1011 1020 1027 1028 1028 1025 1031 1058 1112 1182 1275 1360 1224 1138 1067 1024 1019 1022 1030 1031 1034 1028 1024 1030 1067 1105 1166 1280 1362 1212 1129 1063 1025 1016 1023 1026 1032 1022 1026 1023 1028 1055 1102 1175 1286 1382 1228 1125 1066 1028 1012 1025 1027 1029 1029 1023 1026 1028 1062 1103 1166 1290 1384 1239 1143 1077 1035 1015 1019 1023 1019 1026 1029 1018 1031 1062 1109 1188 1295 1406 1255 1150 1078 1042 1019 1029 1029 1029 1033 1041 1024 1038 1064 1117 1198 1352 1432 1255 1152 1099 1052 1025 1023 1029 1029 1032 1036 1035 1048 1080 1140 1212 1361 1435 1286 1164 1105 1060 1032 1029 1026 1037 1032 1033 1034 1062 1088 1140 1232 1362 1504 1330 1188 1120 1066 1045 1030 1023 1040 1034 1039 1043 1069 1098 1155 1246 1407 1523 1359 1236 1161 1090 1067 1052 1036 1042 1036 1041 1059 1088 1126 1186 1276 1456 1659 1411 1292 1206 1127 1098 1079 1062 1049 1076 1076 1090 1123 1163 1221 1338 1541 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [1660 1405 1268 1186 1121 1079 1073 1053 1036 1036 1056 1065 1106 1132 1206 1306 1518 1607 1351 1230 1153 1101 1063 1041 1032 1028 1027 1039 1053 1079 1122 1184 1288 1446 1512 1322 1199 1125 1083 1043 1030 1025 1016 1019 1022 1046 1068 1101 1156 1264 1410 1459 1276 1170 1106 1060 1027 1016 1018 1016 1016 1014 1018 1046 1086 1138 1228 1339 1431 1252 1152 1079 1043 1018 1017 1016 1027 1018 1020 1021 1039 1066 1131 1215 1317 1404 1229 1146 1079 1042 1017 1017 1024 1028 1024 1022 1014 1040 1069 1121 1201 1299 1379 1217 1137 1080 1037 1011 1031 1025 1021 1023 1033 1017 1029 1055 1108 1183 1308 1381 1224 1128 1075 1029 1011 1025 1021 1023 1034 1034 1033 1031 1065 1110 1184 1320 1368 1226 1120 1062 1019 1019 1024 1028 1027 1030 1036 1028 1030 1064 1118 1194 1295 1377 1233 1128 1072 1031 1024 1025 1022 1028 1029 1025 1022 1037 1057 1104 1184 1307 1383 1217 1135 1068 1037 1007 1019 1028 1029 1028 1027 1029 1039 1068 1112 1192 1308 1408 1240 1150 1069 1038 1016 1026 1029 1028 1031 1027 1034 1037 1067 1132 1207 1313 1422 1266 1164 1089 1056 1025 1032 1030 1038 1027 1030 1030 1051 1078 1131 1217 1372 1450 1286 1170 1104 1057 1032 1023 1031 1032 1034 1036 1041 1062 1086 1146 1220 1354 1479 1329 1204 1123 1078 1057 1035 1025 1032 1030 1039 1050 1071 1101 1164 1257 1406 1570 1369 1242 1153 1104 1065 1047 1050 1036 1032 1041 1059 1086 1131 1190 1305 1446 1655 1463 1292 1189 1124 1102 1064 1061 1052 1055 1066 1102 1108 1161 1226 1352 1586 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [1573 1336 1240 1160 1114 1082 1086 1061 1055 1041 1038 1082 1099 1143 1189 1269 1483 1514 1345 1199 1147 1090 1057 1041 1032 1039 1035 1032 1050 1086 1115 1175 1272 1409 1493 1289 1186 1106 1065 1035 1018 1037 1025 1024 1018 1028 1055 1080 1145 1234 1393 1415 1241 1153 1080 1040 1024 1020 1030 1021 1020 1008 1016 1030 1066 1120 1200 1320 1331 1220 1141 1082 1045 1020 1016 1023 1016 1012 1016 1009 1019 1057 1105 1181 1305 1318 1221 1118 1067 1025 1005 1014 1024 1030 1021 1017 1005 1023 1053 1092 1173 1294 1340 1210 1110 1053 1020 1024 1026 1027 1025 1027 1012 1017 1020 1036 1094 1176 1245 1333 1200 1099 1054 1018 1010 1022 1039 1029 1025 1024 1018 1026 1034 1092 1154 1262 1298 1192 1100 1048 1019 1003 1023 1029 1030 1023 1037 1017 1007 1042 1082 1147 1258 1279 1181 1103 1054 1021 1007 1019 1028 1032 1031 1027 1015 1021 1047 1087 1154 1267 1315 1200 1114 1056 1032 1006 1018 1027 1019 1027 1026 1017 1020 1053 1091 1154 1280 1325 1216 1127 1059 1032 1005 1031 1024 1032 1026 1017 1026 1020 1059 1111 1168 1259 1391 1230 1141 1082 1035 1020 1022 1028 1032 1017 1026 1020 1035 1068 1108 1176 1299 1387 1247 1145 1084 1052 1028 1008 1008 1031 1027 1029 1033 1040 1077 1120 1205 1314 1437 1272 1186 1103 1065 1048 1027 1027 1038 1030 1027 1041 1051 1076 1129 1218 1358 1489 1307 1238 1135 1094 1057 1045 1038 1033 1038 1048 1060 1069 1107 1166 1266 1394 1554 1376 1229 1169 1099 1082 1068 1038 1033 1053 1028 1071 1084 1110 1189 1280 1457 ] </LSC_SAMPLES_blue> </cell> <cell index="7" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 17]"> 1920x1080_D75_100 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> D75 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [100.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [2421 1982 1671 1468 1346 1253 1198 1205 1160 1154 1185 1232 1322 1421 1557 1847 2331 2270 1847 1586 1402 1287 1212 1151 1130 1118 1118 1133 1179 1257 1367 1514 1723 2096 2106 1737 1493 1342 1246 1163 1113 1085 1074 1085 1082 1124 1198 1302 1430 1690 1973 2018 1677 1459 1290 1195 1133 1082 1064 1067 1069 1064 1104 1163 1268 1393 1603 1896 1921 1615 1411 1272 1173 1099 1067 1067 1046 1049 1059 1082 1142 1225 1354 1574 1824 1855 1580 1376 1232 1145 1085 1064 1044 1041 1041 1044 1067 1116 1208 1314 1499 1772 1840 1563 1342 1222 1124 1056 1059 1041 1029 1029 1039 1064 1104 1192 1306 1504 1730 1817 1563 1334 1202 1113 1064 1056 1039 1031 1034 1044 1059 1107 1182 1318 1468 1744 1794 1541 1342 1208 1116 1059 1044 1039 1024 1029 1041 1059 1093 1188 1306 1473 1751 1824 1546 1350 1215 1124 1074 1051 1036 1031 1029 1039 1064 1107 1192 1310 1478 1717 1817 1574 1363 1222 1130 1077 1054 1036 1036 1044 1046 1059 1113 1188 1338 1509 1758 1855 1603 1376 1239 1136 1074 1059 1061 1051 1054 1054 1082 1124 1222 1346 1519 1787 1929 1646 1421 1272 1176 1110 1064 1056 1061 1056 1069 1082 1151 1232 1376 1563 1840 2028 1717 1473 1310 1195 1130 1088 1077 1072 1074 1082 1107 1154 1268 1407 1615 1904 2126 1772 1504 1354 1236 1157 1118 1110 1082 1088 1110 1142 1208 1314 1459 1658 1982 2224 1855 1580 1402 1290 1225 1157 1121 1130 1121 1148 1185 1264 1350 1509 1744 2106 2395 1955 1646 1473 1346 1275 1195 1148 1154 1148 1169 1215 1283 1416 1563 1847 2169 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [2329 1852 1582 1401 1290 1206 1178 1147 1127 1135 1153 1200 1267 1366 1501 1747 2196 2226 1752 1512 1346 1241 1169 1133 1100 1095 1102 1125 1163 1229 1327 1445 1671 2025 2050 1671 1435 1300 1197 1137 1084 1069 1073 1077 1091 1123 1180 1270 1404 1589 1923 1964 1625 1404 1262 1163 1093 1066 1061 1050 1052 1068 1096 1155 1238 1354 1537 1831 1890 1563 1363 1227 1143 1078 1052 1049 1052 1050 1064 1087 1133 1220 1335 1501 1747 1847 1515 1327 1213 1125 1071 1050 1029 1039 1039 1050 1066 1117 1191 1298 1468 1738 1786 1495 1308 1197 1110 1056 1042 1030 1027 1039 1050 1062 1100 1174 1290 1461 1684 1806 1481 1308 1176 1104 1057 1040 1032 1026 1034 1042 1066 1093 1174 1285 1432 1667 1786 1484 1306 1174 1089 1049 1030 1037 1024 1030 1040 1071 1096 1174 1280 1429 1693 1801 1488 1313 1178 1113 1056 1042 1035 1032 1042 1049 1066 1096 1174 1280 1438 1658 1796 1505 1316 1182 1108 1066 1035 1034 1034 1047 1057 1080 1108 1176 1293 1451 1711 1831 1541 1346 1204 1123 1064 1040 1042 1035 1056 1056 1075 1111 1197 1306 1458 1743 1895 1559 1366 1234 1131 1084 1057 1049 1054 1056 1078 1087 1137 1215 1332 1508 1786 1958 1629 1404 1260 1169 1106 1071 1068 1057 1069 1082 1106 1165 1238 1357 1552 1801 2097 1693 1432 1303 1200 1125 1102 1089 1087 1089 1111 1135 1200 1282 1401 1605 1906 2174 1766 1515 1357 1246 1163 1135 1108 1096 1108 1133 1172 1227 1324 1454 1671 2031 2305 1923 1597 1435 1287 1229 1172 1153 1137 1153 1182 1227 1272 1383 1555 1791 2152 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [2431 1869 1607 1401 1306 1225 1168 1140 1126 1146 1168 1209 1275 1372 1521 1759 2124 2210 1749 1511 1357 1256 1175 1132 1100 1098 1102 1122 1168 1237 1319 1457 1665 2025 2050 1669 1444 1303 1201 1138 1091 1067 1067 1069 1092 1130 1187 1280 1413 1603 1935 1958 1615 1395 1263 1166 1111 1060 1055 1054 1047 1066 1102 1158 1244 1363 1543 1848 1896 1573 1372 1228 1138 1085 1052 1044 1044 1044 1055 1085 1144 1212 1341 1511 1759 1837 1543 1338 1214 1126 1064 1052 1032 1047 1040 1052 1074 1120 1196 1309 1484 1744 1773 1504 1319 1207 1109 1059 1049 1039 1039 1042 1047 1073 1105 1183 1296 1454 1690 1807 1487 1306 1183 1102 1060 1042 1029 1024 1035 1047 1064 1100 1179 1280 1438 1704 1768 1490 1303 1175 1100 1060 1042 1029 1029 1040 1052 1066 1100 1177 1278 1438 1677 1782 1497 1311 1185 1092 1062 1044 1037 1032 1030 1050 1076 1098 1173 1275 1444 1690 1792 1525 1330 1190 1115 1060 1044 1042 1035 1040 1054 1074 1115 1190 1290 1464 1717 1848 1536 1343 1205 1119 1064 1055 1049 1037 1045 1071 1074 1117 1190 1309 1473 1735 1907 1584 1386 1223 1140 1080 1060 1062 1057 1064 1066 1100 1142 1216 1338 1518 1778 1970 1611 1395 1263 1162 1107 1080 1064 1060 1073 1080 1115 1160 1246 1366 1543 1837 2050 1677 1467 1306 1209 1146 1107 1083 1082 1096 1100 1132 1192 1278 1410 1596 1930 2202 1759 1514 1360 1251 1179 1130 1109 1107 1115 1136 1175 1239 1324 1460 1673 2025 2271 1880 1611 1441 1314 1230 1164 1140 1138 1148 1187 1216 1283 1386 1529 1782 2202 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [2243 1812 1556 1414 1287 1241 1195 1156 1135 1152 1156 1206 1282 1364 1502 1692 2041 2131 1715 1484 1326 1249 1188 1149 1106 1109 1106 1129 1145 1218 1308 1435 1635 1989 1999 1635 1419 1287 1199 1119 1091 1075 1066 1069 1087 1109 1170 1245 1383 1575 1829 1891 1582 1369 1241 1152 1103 1061 1049 1055 1055 1058 1091 1132 1218 1350 1508 1770 1786 1513 1331 1210 1125 1075 1049 1046 1046 1049 1055 1066 1125 1195 1317 1484 1738 1778 1502 1308 1203 1106 1063 1041 1035 1041 1043 1049 1058 1106 1170 1278 1429 1685 1738 1467 1300 1177 1094 1055 1043 1032 1024 1027 1038 1058 1087 1156 1270 1414 1642 1730 1445 1278 1156 1091 1046 1038 1029 1027 1035 1046 1052 1091 1152 1261 1409 1635 1715 1456 1274 1163 1091 1046 1032 1035 1029 1027 1035 1052 1078 1159 1266 1419 1656 1663 1462 1282 1166 1094 1058 1046 1035 1035 1035 1055 1058 1091 1156 1270 1403 1642 1692 1479 1270 1166 1094 1052 1046 1029 1038 1038 1052 1055 1100 1173 1266 1429 1671 1770 1473 1304 1191 1109 1066 1049 1041 1041 1046 1061 1075 1097 1173 1282 1435 1663 1820 1525 1331 1214 1135 1081 1072 1063 1055 1061 1069 1075 1125 1184 1308 1479 1685 1873 1582 1364 1245 1159 1100 1069 1075 1072 1061 1078 1106 1142 1222 1340 1502 1803 1978 1635 1398 1282 1191 1122 1103 1078 1075 1081 1103 1125 1177 1261 1383 1575 1846 2085 1723 1484 1322 1233 1159 1135 1112 1103 1112 1132 1173 1222 1304 1435 1628 1929 2179 1820 1531 1383 1270 1214 1156 1152 1119 1125 1139 1195 1245 1354 1479 1671 2085 ] </LSC_SAMPLES_blue> </cell> <cell index="8" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_D75_70 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> D75 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [70.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [1695 1496 1334 1227 1166 1117 1089 1109 1072 1062 1077 1098 1146 1187 1243 1394 1632 1633 1423 1291 1194 1137 1101 1066 1059 1052 1048 1050 1071 1110 1164 1233 1328 1508 1545 1362 1237 1162 1119 1074 1048 1034 1027 1034 1019 1038 1076 1128 1184 1326 1448 1505 1335 1226 1133 1088 1060 1033 1028 1035 1032 1016 1033 1059 1114 1170 1276 1414 1451 1301 1199 1130 1080 1040 1030 1042 1026 1025 1022 1024 1052 1088 1151 1268 1378 1415 1285 1180 1104 1064 1036 1036 1028 1030 1026 1017 1019 1037 1083 1127 1219 1352 1413 1279 1158 1102 1051 1015 1038 1032 1024 1020 1018 1022 1032 1075 1127 1231 1329 1401 1284 1156 1088 1044 1026 1038 1034 1030 1029 1027 1021 1039 1070 1142 1206 1345 1386 1268 1164 1095 1048 1022 1028 1035 1024 1025 1025 1022 1027 1077 1133 1212 1352 1407 1270 1170 1100 1055 1036 1033 1031 1030 1024 1022 1026 1039 1079 1135 1214 1324 1396 1288 1176 1102 1056 1035 1033 1027 1031 1035 1025 1017 1040 1072 1155 1235 1350 1415 1303 1180 1110 1055 1025 1031 1045 1039 1038 1026 1033 1044 1095 1154 1235 1363 1457 1326 1208 1130 1083 1051 1027 1031 1040 1031 1032 1024 1060 1095 1169 1259 1390 1512 1367 1237 1151 1088 1058 1039 1040 1039 1037 1033 1036 1051 1114 1182 1286 1420 1560 1390 1246 1173 1110 1068 1053 1058 1035 1037 1045 1054 1085 1138 1208 1301 1454 1600 1430 1287 1194 1139 1113 1072 1051 1064 1051 1064 1076 1116 1150 1229 1344 1515 1677 1475 1314 1231 1166 1136 1086 1056 1066 1056 1063 1083 1112 1183 1248 1394 1518 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [1630 1398 1263 1171 1118 1075 1071 1055 1041 1044 1048 1070 1098 1141 1198 1318 1537 1601 1350 1231 1147 1096 1062 1050 1031 1031 1033 1042 1056 1086 1130 1177 1288 1456 1504 1311 1188 1126 1075 1050 1021 1019 1026 1026 1027 1037 1060 1100 1163 1246 1411 1465 1294 1180 1108 1059 1023 1018 1025 1018 1016 1019 1026 1052 1087 1138 1224 1365 1428 1259 1158 1090 1052 1020 1015 1025 1031 1025 1027 1029 1043 1084 1135 1209 1320 1409 1232 1138 1087 1045 1023 1022 1014 1028 1024 1022 1018 1038 1067 1113 1194 1326 1372 1224 1129 1080 1037 1015 1021 1021 1022 1030 1029 1020 1028 1059 1113 1196 1293 1393 1217 1133 1065 1036 1019 1023 1027 1025 1029 1025 1028 1025 1063 1113 1177 1286 1379 1221 1133 1064 1023 1013 1014 1033 1024 1026 1024 1034 1030 1064 1110 1176 1308 1389 1223 1138 1067 1044 1018 1025 1030 1031 1037 1032 1028 1028 1063 1109 1182 1279 1379 1232 1136 1066 1036 1024 1014 1025 1029 1038 1036 1038 1036 1061 1116 1188 1314 1397 1253 1154 1079 1043 1016 1013 1027 1024 1040 1028 1026 1032 1073 1120 1185 1330 1431 1256 1161 1096 1041 1026 1020 1025 1033 1031 1041 1029 1047 1079 1132 1215 1349 1460 1297 1180 1107 1064 1035 1022 1032 1025 1032 1033 1035 1061 1087 1140 1235 1343 1539 1328 1186 1129 1078 1039 1038 1038 1040 1038 1046 1048 1078 1110 1160 1259 1399 1564 1361 1234 1156 1101 1056 1052 1039 1032 1039 1050 1065 1084 1128 1184 1288 1461 1614 1451 1275 1199 1115 1095 1066 1061 1050 1061 1075 1094 1102 1156 1241 1352 1506 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [1702 1411 1283 1171 1132 1092 1062 1049 1040 1054 1062 1078 1105 1146 1214 1328 1487 1590 1348 1230 1156 1109 1067 1049 1031 1033 1033 1039 1061 1093 1124 1186 1283 1456 1504 1309 1196 1129 1078 1051 1027 1017 1021 1019 1028 1043 1066 1109 1170 1257 1420 1460 1286 1172 1109 1062 1040 1012 1019 1022 1011 1018 1031 1054 1093 1145 1228 1378 1432 1267 1166 1091 1048 1027 1015 1020 1024 1020 1018 1027 1053 1077 1140 1217 1329 1401 1255 1147 1088 1046 1016 1024 1017 1035 1025 1024 1025 1040 1072 1123 1207 1330 1362 1231 1138 1089 1037 1017 1028 1030 1034 1033 1026 1031 1033 1067 1119 1190 1298 1394 1222 1131 1071 1034 1022 1025 1024 1023 1030 1030 1026 1032 1067 1109 1182 1314 1365 1226 1130 1065 1033 1023 1026 1025 1029 1036 1036 1029 1033 1067 1109 1183 1295 1374 1230 1136 1073 1024 1024 1027 1032 1031 1025 1033 1038 1030 1062 1105 1186 1303 1376 1248 1148 1073 1042 1018 1023 1033 1030 1031 1033 1032 1042 1073 1113 1198 1319 1410 1249 1152 1080 1039 1016 1027 1033 1026 1029 1043 1025 1038 1067 1123 1198 1323 1440 1276 1178 1087 1050 1022 1023 1037 1036 1039 1029 1041 1052 1080 1137 1223 1343 1469 1282 1172 1109 1058 1036 1031 1028 1028 1036 1031 1044 1056 1094 1148 1228 1370 1504 1315 1215 1131 1086 1058 1042 1032 1035 1044 1036 1045 1070 1107 1168 1252 1416 1584 1356 1233 1158 1105 1071 1047 1040 1042 1045 1052 1067 1094 1128 1189 1289 1456 1590 1419 1286 1204 1139 1096 1058 1049 1051 1056 1079 1084 1112 1158 1221 1345 1541 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [1570 1368 1242 1181 1115 1106 1086 1064 1048 1060 1051 1075 1111 1140 1199 1277 1429 1533 1322 1208 1130 1103 1079 1064 1037 1044 1037 1046 1040 1076 1114 1168 1260 1431 1467 1282 1175 1115 1077 1033 1027 1024 1020 1019 1024 1024 1051 1078 1145 1235 1342 1410 1259 1150 1090 1049 1032 1013 1013 1023 1019 1010 1021 1031 1070 1134 1200 1320 1349 1219 1131 1075 1036 1018 1013 1022 1026 1025 1018 1009 1036 1062 1119 1196 1313 1356 1221 1122 1078 1027 1015 1014 1020 1030 1027 1021 1010 1027 1049 1096 1162 1285 1335 1201 1122 1062 1023 1014 1022 1023 1019 1018 1017 1016 1016 1043 1096 1157 1261 1334 1187 1107 1047 1024 1009 1021 1024 1026 1030 1029 1014 1024 1043 1093 1158 1261 1325 1198 1105 1054 1025 1010 1016 1031 1029 1023 1019 1016 1013 1051 1098 1167 1279 1283 1201 1111 1056 1026 1020 1029 1030 1034 1030 1037 1020 1024 1047 1100 1153 1266 1300 1210 1096 1052 1023 1011 1025 1020 1033 1029 1031 1014 1028 1058 1093 1170 1283 1350 1198 1118 1067 1030 1018 1021 1026 1030 1030 1033 1026 1019 1051 1099 1167 1268 1375 1229 1131 1079 1045 1023 1035 1038 1034 1036 1032 1018 1036 1052 1112 1192 1273 1397 1259 1146 1094 1055 1030 1020 1038 1039 1025 1029 1035 1040 1073 1126 1196 1345 1451 1282 1158 1110 1069 1036 1039 1027 1028 1030 1039 1039 1057 1092 1145 1235 1355 1500 1328 1208 1126 1089 1053 1052 1042 1038 1042 1049 1065 1079 1111 1168 1255 1387 1525 1374 1222 1156 1101 1082 1051 1060 1034 1035 1036 1065 1079 1131 1181 1261 1460 ] </LSC_SAMPLES_blue> </cell> <cell index="9" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 17]"> 1920x1080_CWF_100 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> CWF </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [100.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [2369 1926 1651 1441 1320 1238 1176 1148 1151 1162 1171 1231 1278 1378 1549 1795 2224 2214 1816 1549 1394 1264 1197 1145 1118 1115 1113 1134 1168 1231 1343 1477 1699 2069 2087 1742 1486 1324 1222 1148 1108 1085 1077 1075 1090 1137 1191 1285 1419 1623 1958 1991 1657 1428 1281 1185 1123 1077 1073 1054 1049 1063 1095 1168 1244 1382 1585 1858 1934 1596 1394 1254 1151 1082 1068 1054 1047 1047 1056 1075 1126 1212 1347 1524 1816 1858 1569 1351 1225 1129 1075 1051 1044 1040 1037 1037 1065 1108 1182 1306 1481 1749 1788 1534 1343 1209 1113 1065 1047 1035 1037 1031 1042 1054 1103 1185 1295 1468 1717 1782 1519 1332 1197 1108 1063 1042 1033 1031 1033 1047 1044 1092 1176 1295 1454 1675 1775 1529 1324 1197 1105 1063 1049 1033 1028 1033 1024 1056 1090 1165 1285 1454 1681 1788 1539 1328 1203 1118 1063 1044 1042 1033 1035 1037 1058 1092 1171 1302 1458 1717 1837 1549 1343 1206 1110 1075 1056 1040 1037 1028 1042 1065 1100 1185 1313 1468 1736 1844 1580 1370 1216 1137 1077 1058 1051 1047 1037 1054 1073 1121 1197 1313 1486 1742 1903 1612 1402 1254 1156 1103 1070 1056 1058 1056 1058 1075 1134 1225 1343 1534 1837 2043 1675 1450 1281 1194 1126 1082 1068 1068 1065 1073 1100 1159 1254 1378 1580 1866 2087 1723 1491 1343 1219 1153 1113 1090 1085 1082 1097 1134 1185 1295 1428 1640 1934 2164 1830 1575 1394 1274 1194 1153 1121 1113 1108 1129 1168 1231 1347 1472 1711 2060 2334 1942 1663 1450 1324 1251 1191 1159 1123 1151 1173 1216 1299 1394 1559 1823 2183 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [2319 1847 1573 1395 1274 1203 1164 1133 1122 1143 1145 1196 1257 1354 1488 1731 2139 2187 1735 1491 1343 1218 1154 1122 1099 1092 1090 1122 1152 1213 1308 1433 1637 2008 2032 1652 1430 1290 1192 1121 1073 1067 1060 1065 1077 1121 1170 1264 1381 1566 1908 1941 1599 1381 1248 1156 1099 1057 1044 1044 1041 1065 1096 1145 1237 1343 1538 1799 1862 1555 1351 1218 1130 1073 1039 1041 1049 1036 1049 1072 1126 1203 1318 1479 1753 1842 1518 1328 1198 1110 1055 1038 1030 1030 1036 1039 1062 1104 1180 1283 1451 1701 1780 1491 1303 1180 1101 1051 1038 1029 1027 1027 1035 1059 1092 1166 1283 1436 1672 1776 1485 1295 1172 1092 1051 1035 1027 1029 1024 1039 1059 1097 1156 1269 1427 1676 1758 1469 1295 1168 1090 1047 1030 1030 1024 1029 1038 1062 1090 1164 1267 1427 1676 1771 1475 1295 1164 1094 1052 1036 1027 1026 1032 1038 1057 1094 1166 1262 1409 1652 1799 1498 1310 1182 1101 1044 1035 1032 1029 1026 1044 1057 1092 1166 1278 1439 1680 1813 1518 1333 1190 1115 1062 1044 1039 1033 1033 1046 1075 1104 1184 1288 1442 1710 1893 1562 1354 1222 1126 1070 1055 1054 1047 1047 1062 1078 1124 1209 1315 1488 1780 1980 1617 1389 1255 1160 1096 1070 1057 1057 1062 1080 1101 1150 1235 1346 1524 1794 2038 1685 1433 1300 1190 1132 1094 1078 1073 1080 1096 1126 1192 1271 1389 1595 1924 2166 1758 1504 1348 1231 1166 1130 1099 1096 1103 1126 1170 1226 1313 1457 1680 2020 2392 1872 1617 1430 1313 1213 1160 1147 1128 1145 1170 1211 1260 1384 1521 1762 2166 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [2313 1856 1592 1414 1271 1216 1161 1144 1123 1125 1151 1205 1276 1348 1509 1753 2162 2224 1748 1502 1343 1242 1165 1129 1100 1090 1092 1125 1153 1222 1315 1434 1649 2018 2065 1657 1440 1302 1193 1131 1086 1066 1062 1073 1081 1127 1183 1255 1400 1596 1907 1933 1607 1388 1255 1163 1100 1054 1046 1041 1041 1063 1097 1153 1231 1345 1529 1798 1896 1570 1356 1229 1140 1078 1047 1046 1044 1046 1055 1066 1125 1201 1320 1506 1766 1841 1532 1327 1203 1114 1063 1038 1032 1033 1038 1050 1058 1107 1189 1293 1471 1718 1789 1496 1307 1183 1102 1058 1036 1030 1024 1029 1049 1060 1099 1163 1281 1425 1705 1793 1486 1302 1173 1099 1054 1033 1032 1027 1033 1046 1060 1097 1165 1267 1428 1681 1766 1480 1288 1171 1097 1052 1042 1036 1026 1032 1044 1063 1097 1167 1271 1420 1677 1780 1477 1288 1177 1100 1054 1044 1033 1026 1035 1049 1058 1090 1175 1274 1440 1689 1807 1502 1325 1183 1102 1055 1039 1030 1027 1032 1041 1062 1099 1177 1283 1449 1705 1846 1529 1335 1199 1116 1065 1049 1036 1038 1042 1055 1075 1105 1193 1290 1464 1710 1896 1578 1364 1231 1138 1080 1060 1049 1050 1063 1062 1086 1123 1220 1330 1512 1793 1939 1618 1391 1260 1163 1099 1065 1062 1063 1058 1075 1100 1153 1229 1356 1529 1817 2059 1677 1443 1293 1203 1133 1090 1078 1073 1078 1100 1136 1185 1267 1408 1588 1917 2142 1762 1512 1345 1244 1173 1131 1099 1100 1104 1127 1167 1227 1317 1452 1693 2012 2344 1891 1607 1405 1305 1220 1175 1159 1133 1149 1183 1214 1290 1388 1512 1807 2224 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [2338 1842 1551 1404 1288 1223 1184 1152 1143 1130 1170 1199 1249 1359 1481 1714 2075 2105 1744 1512 1340 1249 1175 1139 1113 1092 1100 1121 1156 1199 1305 1424 1637 2018 2046 1647 1431 1293 1194 1134 1109 1072 1076 1080 1080 1117 1161 1265 1371 1560 1901 1901 1593 1365 1239 1166 1096 1061 1057 1061 1057 1061 1084 1134 1223 1328 1520 1754 1797 1527 1328 1208 1126 1080 1049 1053 1053 1053 1053 1053 1113 1184 1288 1452 1714 1744 1489 1322 1184 1117 1061 1046 1042 1046 1042 1046 1057 1088 1166 1271 1431 1694 1734 1481 1293 1170 1109 1049 1042 1038 1038 1031 1028 1057 1088 1156 1239 1417 1647 1714 1452 1288 1156 1084 1049 1042 1035 1038 1031 1031 1053 1072 1134 1244 1404 1628 1714 1452 1260 1156 1080 1046 1035 1024 1035 1038 1031 1057 1080 1152 1239 1384 1585 1704 1452 1271 1161 1076 1038 1035 1028 1024 1035 1035 1053 1072 1147 1255 1391 1620 1734 1459 1276 1161 1092 1049 1046 1028 1031 1035 1042 1049 1084 1147 1255 1404 1665 1744 1481 1316 1184 1113 1053 1053 1042 1042 1042 1042 1065 1084 1166 1282 1417 1675 1797 1520 1340 1199 1130 1076 1053 1053 1049 1061 1053 1076 1109 1194 1288 1452 1704 1853 1576 1391 1234 1143 1084 1065 1053 1068 1072 1068 1096 1130 1203 1340 1512 1797 2005 1647 1424 1276 1189 1130 1088 1068 1076 1076 1096 1117 1175 1244 1371 1576 1853 2060 1714 1474 1340 1239 1179 1126 1096 1096 1104 1126 1147 1208 1305 1417 1637 1965 2215 1853 1568 1391 1299 1208 1170 1126 1121 1152 1139 1184 1244 1322 1481 1694 2060 ] </LSC_SAMPLES_blue> </cell> <cell index="10" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_CWF_70 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> CWF </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [70.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [1658 1454 1318 1204 1144 1103 1069 1056 1063 1069 1065 1097 1108 1151 1237 1355 1557 1592 1399 1261 1187 1116 1087 1061 1048 1049 1043 1051 1061 1087 1144 1203 1309 1488 1531 1366 1231 1147 1097 1060 1043 1034 1030 1024 1026 1050 1069 1113 1175 1273 1437 1485 1319 1200 1125 1079 1051 1028 1036 1022 1013 1015 1025 1063 1093 1161 1262 1386 1461 1286 1185 1114 1060 1024 1031 1029 1027 1023 1019 1018 1037 1077 1145 1228 1372 1417 1276 1159 1098 1049 1026 1023 1028 1029 1022 1010 1017 1029 1059 1120 1204 1334 1373 1256 1159 1090 1040 1023 1026 1026 1032 1022 1021 1013 1031 1069 1118 1201 1319 1374 1248 1154 1084 1039 1025 1025 1028 1030 1028 1030 1007 1024 1065 1122 1195 1292 1371 1258 1149 1085 1038 1026 1033 1029 1028 1029 1008 1020 1024 1056 1115 1196 1298 1379 1265 1151 1089 1049 1025 1027 1037 1032 1030 1020 1020 1024 1060 1128 1198 1324 1411 1268 1159 1088 1037 1033 1035 1031 1032 1019 1021 1023 1028 1069 1133 1201 1333 1407 1285 1175 1090 1056 1028 1030 1035 1035 1022 1026 1024 1041 1073 1126 1208 1329 1437 1299 1192 1114 1064 1044 1033 1031 1037 1031 1021 1018 1044 1088 1141 1236 1388 1523 1333 1218 1125 1087 1054 1033 1032 1036 1029 1024 1030 1055 1101 1158 1258 1391 1531 1352 1235 1163 1095 1064 1048 1039 1038 1031 1033 1047 1064 1122 1183 1286 1419 1556 1410 1282 1187 1125 1084 1068 1051 1048 1039 1046 1061 1087 1147 1199 1319 1482 1634 1466 1328 1212 1147 1115 1083 1066 1037 1059 1066 1084 1126 1165 1245 1376 1528 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [1623 1394 1256 1166 1104 1072 1058 1042 1036 1052 1041 1066 1089 1131 1188 1306 1497 1573 1337 1214 1144 1076 1048 1039 1030 1028 1022 1039 1046 1071 1114 1167 1262 1444 1491 1296 1184 1117 1070 1035 1010 1017 1014 1015 1014 1035 1051 1095 1144 1228 1400 1447 1273 1160 1096 1052 1029 1009 1008 1012 1005 1017 1026 1042 1086 1128 1224 1342 1406 1253 1148 1082 1040 1016 1003 1017 1029 1012 1013 1015 1037 1069 1120 1192 1324 1405 1234 1139 1074 1031 1007 1011 1015 1019 1021 1012 1014 1025 1058 1100 1180 1297 1367 1220 1125 1064 1029 1010 1017 1020 1022 1018 1014 1017 1021 1052 1107 1175 1284 1370 1220 1122 1061 1024 1013 1018 1022 1028 1019 1022 1021 1029 1047 1099 1173 1293 1358 1209 1123 1059 1024 1011 1014 1026 1024 1025 1022 1025 1024 1055 1099 1174 1294 1366 1212 1122 1054 1026 1014 1019 1022 1025 1027 1021 1019 1026 1056 1093 1158 1274 1382 1226 1131 1066 1029 1003 1014 1023 1024 1017 1023 1015 1021 1052 1103 1178 1290 1383 1234 1143 1067 1036 1014 1017 1024 1022 1018 1018 1026 1025 1061 1105 1172 1304 1430 1258 1151 1086 1037 1013 1018 1029 1027 1023 1025 1020 1035 1074 1118 1199 1344 1476 1287 1167 1102 1056 1026 1021 1021 1025 1026 1031 1031 1047 1085 1131 1213 1338 1495 1322 1187 1126 1069 1045 1030 1027 1026 1029 1032 1040 1070 1101 1150 1251 1412 1558 1355 1225 1148 1087 1059 1047 1030 1032 1034 1043 1063 1083 1118 1186 1295 1453 1674 1413 1291 1195 1138 1081 1055 1055 1042 1053 1064 1079 1092 1156 1214 1330 1516 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [1619 1401 1271 1181 1101 1084 1056 1053 1037 1035 1046 1074 1106 1126 1205 1323 1513 1600 1347 1223 1144 1097 1058 1046 1031 1026 1024 1042 1047 1079 1120 1168 1271 1451 1515 1300 1193 1128 1071 1044 1023 1016 1016 1022 1018 1040 1062 1087 1159 1252 1399 1441 1279 1166 1102 1059 1030 1006 1010 1009 1005 1015 1027 1050 1081 1130 1217 1341 1432 1265 1152 1092 1050 1020 1011 1022 1024 1022 1018 1009 1036 1067 1122 1213 1334 1404 1246 1138 1078 1035 1015 1011 1017 1022 1023 1022 1010 1028 1066 1109 1196 1310 1374 1224 1128 1067 1030 1016 1015 1021 1019 1020 1028 1018 1027 1049 1106 1166 1310 1383 1221 1128 1062 1031 1016 1016 1027 1026 1028 1029 1022 1029 1055 1098 1173 1296 1364 1218 1117 1062 1030 1016 1026 1032 1026 1028 1028 1026 1030 1058 1103 1168 1295 1373 1214 1116 1066 1032 1016 1027 1028 1025 1030 1032 1020 1023 1064 1104 1183 1303 1388 1229 1144 1067 1030 1014 1018 1021 1022 1023 1020 1020 1027 1062 1107 1186 1310 1408 1243 1145 1075 1037 1017 1021 1021 1027 1027 1027 1026 1026 1069 1106 1190 1304 1432 1271 1159 1094 1048 1022 1023 1025 1029 1038 1025 1028 1034 1084 1130 1218 1354 1446 1288 1169 1107 1059 1029 1017 1026 1031 1022 1026 1030 1050 1079 1139 1217 1355 1511 1315 1195 1120 1080 1046 1026 1027 1026 1027 1036 1049 1064 1097 1166 1246 1407 1541 1358 1231 1146 1099 1065 1048 1030 1035 1035 1044 1060 1084 1122 1182 1305 1447 1641 1427 1283 1174 1131 1087 1068 1066 1047 1057 1076 1082 1118 1160 1207 1364 1557 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [1637 1390 1238 1173 1116 1090 1076 1060 1056 1040 1064 1069 1082 1135 1182 1294 1453 1514 1344 1231 1141 1103 1067 1055 1043 1028 1031 1039 1050 1059 1112 1160 1262 1451 1501 1292 1185 1120 1072 1047 1044 1021 1029 1029 1017 1031 1042 1096 1135 1224 1395 1418 1268 1147 1088 1062 1026 1013 1021 1029 1021 1013 1015 1032 1074 1116 1210 1308 1357 1230 1129 1073 1037 1022 1013 1028 1032 1028 1016 997 1025 1052 1095 1170 1295 1330 1211 1134 1061 1038 1013 1018 1027 1034 1027 1018 1009 1011 1045 1090 1164 1292 1332 1212 1116 1055 1037 1008 1021 1029 1033 1022 1007 1015 1017 1043 1069 1160 1265 1322 1193 1116 1047 1017 1012 1025 1030 1037 1026 1014 1015 1006 1027 1078 1154 1256 1324 1195 1093 1048 1014 1010 1019 1020 1035 1034 1015 1021 1014 1044 1075 1139 1224 1314 1193 1101 1051 1009 1001 1018 1023 1023 1030 1018 1015 1006 1038 1087 1143 1249 1332 1194 1101 1047 1021 1008 1025 1019 1026 1026 1021 1008 1013 1035 1083 1149 1279 1330 1204 1129 1061 1034 1005 1025 1027 1031 1027 1015 1017 1007 1045 1099 1152 1278 1357 1225 1139 1065 1040 1018 1016 1028 1029 1036 1016 1018 1021 1061 1095 1170 1287 1382 1255 1169 1084 1041 1015 1017 1017 1036 1035 1019 1026 1029 1057 1126 1204 1340 1471 1292 1179 1105 1068 1043 1024 1018 1029 1025 1032 1031 1055 1077 1135 1236 1360 1482 1321 1200 1141 1094 1071 1043 1027 1032 1035 1043 1042 1067 1112 1154 1262 1413 1551 1398 1252 1162 1126 1077 1064 1036 1035 1060 1036 1055 1078 1105 1182 1278 1442 ] </LSC_SAMPLES_blue> </cell> <cell index="11" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 18]"> 1920x1080_TL84_100 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 4]"> TL84 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [100.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [2343 1921 1617 1434 1299 1244 1187 1158 1144 1158 1175 1209 1271 1371 1563 1810 2232 2232 1817 1563 1383 1288 1178 1141 1122 1111 1106 1125 1161 1241 1347 1474 1711 2065 2047 1724 1513 1321 1228 1152 1101 1093 1073 1078 1083 1117 1206 1285 1425 1628 1961 1970 1639 1417 1285 1199 1125 1071 1061 1056 1059 1063 1083 1155 1254 1375 1558 1846 1875 1600 1396 1254 1167 1101 1066 1061 1045 1042 1056 1066 1136 1231 1336 1522 1803 1846 1579 1355 1234 1138 1086 1068 1049 1038 1029 1056 1068 1101 1193 1310 1498 1743 1736 1542 1340 1196 1111 1071 1059 1040 1035 1035 1031 1047 1091 1178 1281 1456 1680 1824 1517 1317 1184 1098 1076 1038 1047 1040 1026 1038 1049 1081 1175 1292 1443 1711 1749 1547 1328 1184 1119 1059 1047 1029 1040 1033 1024 1049 1088 1175 1281 1447 1724 1846 1532 1340 1212 1117 1078 1047 1042 1038 1033 1047 1047 1088 1178 1310 1489 1762 1810 1553 1371 1206 1130 1078 1061 1042 1047 1038 1038 1063 1098 1202 1288 1479 1743 1824 1579 1375 1241 1127 1076 1056 1056 1040 1045 1045 1076 1122 1218 1314 1484 1769 1860 1617 1404 1257 1169 1098 1078 1071 1063 1054 1061 1081 1136 1231 1359 1522 1846 1953 1651 1452 1295 1187 1117 1098 1081 1066 1061 1083 1096 1152 1261 1379 1573 1898 2038 1717 1479 1347 1218 1149 1127 1091 1086 1081 1088 1122 1199 1278 1438 1639 1970 2170 1810 1547 1375 1278 1212 1144 1127 1122 1114 1130 1178 1231 1344 1489 1717 2074 2320 1906 1639 1447 1314 1254 1193 1164 1138 1158 1172 1231 1254 1387 1584 1803 2140 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [2380 1869 1568 1407 1281 1213 1157 1140 1111 1136 1159 1209 1271 1357 1499 1714 2080 2201 1733 1495 1351 1232 1176 1124 1095 1105 1097 1118 1148 1213 1304 1448 1661 1996 2067 1661 1448 1299 1189 1130 1092 1074 1074 1074 1075 1124 1176 1276 1386 1580 1896 1902 1591 1401 1246 1148 1099 1059 1056 1047 1061 1051 1092 1148 1227 1351 1531 1796 1885 1549 1348 1222 1128 1068 1049 1042 1047 1047 1052 1074 1128 1204 1318 1478 1781 1821 1527 1320 1202 1118 1066 1041 1024 1032 1036 1037 1063 1101 1171 1291 1458 1752 1776 1492 1307 1182 1095 1049 1047 1031 1024 1029 1042 1052 1086 1165 1276 1445 1679 1791 1495 1299 1171 1083 1054 1026 1034 1027 1029 1041 1056 1086 1150 1271 1410 1670 1742 1465 1276 1178 1094 1052 1036 1024 1026 1032 1031 1054 1097 1161 1289 1416 1683 1796 1492 1289 1171 1099 1049 1026 1029 1027 1026 1044 1059 1090 1169 1256 1438 1666 1776 1502 1312 1176 1094 1042 1037 1031 1032 1041 1047 1065 1097 1169 1283 1445 1714 1853 1534 1331 1186 1116 1068 1041 1037 1049 1037 1042 1077 1113 1182 1283 1451 1714 1853 1561 1365 1222 1122 1075 1058 1041 1041 1052 1058 1084 1146 1202 1329 1502 1761 1942 1607 1392 1256 1157 1090 1063 1063 1049 1068 1074 1103 1148 1218 1342 1549 1842 2034 1679 1442 1304 1186 1130 1075 1065 1083 1084 1090 1132 1180 1263 1389 1584 1930 2115 1757 1502 1348 1239 1165 1120 1099 1097 1111 1132 1171 1218 1296 1448 1679 1996 2337 1874 1632 1429 1294 1227 1176 1152 1142 1148 1176 1213 1271 1395 1553 1766 2164 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [2357 1830 1587 1395 1287 1190 1162 1134 1128 1148 1156 1192 1264 1343 1499 1723 2118 2204 1755 1506 1357 1242 1179 1112 1099 1093 1101 1114 1152 1219 1305 1458 1656 2012 2070 1682 1442 1290 1201 1130 1088 1068 1054 1072 1082 1112 1188 1269 1401 1591 1900 1975 1615 1392 1267 1158 1095 1056 1052 1047 1046 1063 1095 1152 1231 1352 1527 1814 1861 1545 1366 1228 1130 1072 1049 1032 1047 1046 1052 1075 1120 1201 1327 1499 1775 1825 1517 1324 1194 1130 1066 1037 1039 1026 1034 1046 1068 1108 1190 1297 1445 1718 1784 1485 1305 1179 1097 1057 1042 1031 1027 1034 1040 1052 1104 1177 1277 1439 1652 1784 1492 1303 1175 1088 1051 1042 1026 1026 1024 1044 1059 1091 1173 1267 1439 1669 1775 1475 1295 1164 1088 1042 1034 1027 1026 1035 1035 1057 1088 1164 1267 1432 1665 1784 1489 1300 1175 1101 1051 1042 1026 1031 1032 1054 1056 1097 1160 1269 1436 1691 1814 1499 1313 1179 1103 1057 1040 1034 1035 1027 1049 1063 1103 1173 1272 1449 1695 1830 1538 1329 1208 1120 1068 1049 1044 1032 1037 1054 1084 1106 1173 1316 1462 1723 1872 1576 1369 1233 1142 1084 1059 1051 1049 1049 1064 1088 1128 1208 1332 1492 1775 1946 1603 1392 1235 1166 1108 1072 1057 1059 1063 1072 1106 1146 1224 1352 1531 1825 2050 1678 1449 1303 1203 1132 1082 1080 1077 1072 1099 1128 1185 1277 1404 1595 1946 2139 1760 1513 1363 1233 1160 1130 1097 1095 1101 1122 1162 1226 1324 1442 1674 2006 2357 1911 1599 1408 1292 1219 1164 1150 1134 1152 1168 1214 1277 1363 1531 1789 2160 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [2270 1899 1597 1398 1292 1275 1202 1154 1154 1145 1197 1217 1281 1365 1491 1740 2201 2121 1761 1491 1359 1243 1173 1140 1118 1097 1101 1110 1149 1217 1322 1425 1642 1963 2018 1652 1432 1298 1217 1131 1110 1077 1077 1093 1106 1110 1182 1264 1371 1571 1828 1925 1571 1391 1264 1154 1114 1061 1046 1054 1057 1061 1093 1145 1232 1340 1514 1761 1828 1530 1334 1232 1145 1089 1057 1054 1050 1054 1065 1057 1127 1197 1304 1461 1761 1761 1514 1310 1207 1106 1073 1054 1035 1031 1046 1050 1073 1089 1173 1292 1418 1690 1700 1468 1292 1182 1106 1061 1061 1046 1028 1031 1046 1042 1085 1182 1264 1398 1615 1730 1461 1292 1168 1085 1069 1039 1046 1042 1042 1050 1054 1073 1149 1248 1398 1624 1700 1454 1281 1168 1097 1057 1050 1035 1028 1042 1046 1057 1065 1145 1243 1411 1652 1700 1461 1264 1168 1093 1054 1050 1039 1024 1046 1050 1046 1077 1163 1259 1404 1633 1700 1483 1304 1182 1097 1057 1046 1046 1050 1039 1061 1061 1085 1159 1253 1411 1670 1730 1483 1304 1202 1093 1073 1054 1039 1050 1057 1054 1065 1114 1173 1281 1446 1700 1783 1514 1352 1232 1145 1089 1065 1077 1065 1061 1069 1097 1118 1207 1304 1461 1700 1863 1571 1378 1237 1163 1106 1093 1073 1073 1069 1077 1097 1145 1232 1334 1530 1751 1963 1642 1425 1292 1207 1140 1106 1077 1089 1097 1093 1140 1168 1259 1378 1546 1851 2090 1710 1514 1340 1248 1177 1136 1110 1101 1097 1131 1159 1217 1310 1425 1615 1925 2218 1828 1546 1365 1310 1222 1173 1154 1154 1127 1173 1177 1253 1346 1491 1680 2105 ] </LSC_SAMPLES_blue> </cell> <cell index="12" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 17]"> 1920x1080_TL84_70 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 4]"> TL84 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [70.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [1640 1450 1291 1198 1126 1109 1079 1065 1057 1065 1068 1078 1101 1145 1248 1366 1562 1605 1400 1273 1178 1138 1070 1057 1052 1046 1037 1042 1055 1096 1147 1200 1319 1485 1502 1352 1253 1144 1103 1064 1037 1041 1026 1027 1020 1031 1083 1113 1180 1277 1439 1469 1305 1190 1129 1092 1053 1022 1025 1024 1023 1015 1014 1052 1101 1155 1240 1377 1416 1289 1186 1114 1075 1042 1029 1036 1025 1018 1019 1009 1046 1094 1135 1226 1362 1408 1284 1162 1106 1057 1037 1040 1033 1027 1014 1028 1020 1023 1069 1123 1218 1330 1333 1262 1157 1079 1038 1029 1038 1031 1030 1026 1010 1006 1020 1062 1106 1192 1290 1407 1246 1141 1072 1030 1038 1021 1042 1039 1021 1021 1012 1014 1064 1119 1186 1320 1351 1273 1152 1073 1051 1022 1031 1025 1040 1029 1008 1013 1022 1065 1111 1191 1331 1424 1259 1161 1097 1048 1040 1030 1037 1037 1028 1030 1010 1021 1067 1135 1223 1359 1390 1271 1183 1088 1056 1036 1039 1033 1042 1029 1017 1021 1026 1084 1112 1210 1339 1391 1284 1179 1112 1047 1027 1028 1040 1029 1029 1017 1027 1042 1092 1127 1207 1349 1405 1303 1193 1117 1076 1039 1041 1046 1042 1029 1024 1023 1046 1094 1155 1226 1394 1456 1314 1220 1137 1081 1045 1048 1044 1034 1025 1034 1026 1049 1108 1159 1252 1415 1495 1347 1225 1167 1094 1061 1061 1039 1039 1030 1024 1036 1077 1107 1191 1286 1446 1561 1395 1260 1171 1129 1101 1060 1057 1056 1044 1047 1070 1087 1145 1212 1323 1492 1624 1438 1308 1209 1139 1118 1085 1071 1051 1065 1066 1097 1087 1159 1264 1361 1498 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [1666 1411 1252 1176 1110 1081 1052 1049 1026 1045 1054 1078 1101 1134 1197 1294 1456 1583 1335 1217 1151 1088 1068 1041 1027 1040 1028 1036 1043 1071 1111 1179 1280 1436 1517 1303 1199 1125 1068 1043 1028 1023 1027 1023 1012 1038 1056 1105 1148 1239 1391 1418 1267 1177 1094 1045 1029 1011 1020 1015 1025 1003 1022 1045 1078 1135 1219 1339 1424 1248 1146 1086 1039 1011 1013 1018 1027 1023 1015 1017 1039 1070 1120 1191 1345 1389 1242 1132 1077 1038 1018 1014 1009 1021 1021 1010 1015 1023 1050 1107 1185 1336 1364 1221 1128 1066 1023 1008 1026 1022 1019 1020 1021 1011 1015 1051 1101 1183 1290 1381 1228 1125 1060 1016 1016 1009 1029 1026 1024 1024 1018 1019 1041 1101 1159 1288 1345 1205 1107 1068 1028 1016 1020 1020 1026 1028 1015 1018 1030 1052 1118 1165 1300 1385 1226 1117 1060 1031 1012 1009 1024 1026 1021 1027 1021 1023 1058 1088 1182 1285 1364 1229 1132 1061 1023 1001 1016 1022 1027 1032 1026 1023 1025 1054 1107 1183 1316 1413 1247 1141 1063 1037 1020 1014 1022 1037 1022 1015 1028 1034 1059 1100 1180 1307 1400 1258 1160 1086 1033 1018 1021 1017 1021 1027 1021 1026 1055 1068 1130 1210 1330 1448 1279 1169 1103 1053 1020 1015 1027 1017 1032 1025 1032 1045 1070 1127 1233 1374 1493 1317 1194 1129 1065 1043 1012 1015 1036 1033 1026 1045 1060 1094 1150 1242 1416 1521 1354 1223 1148 1094 1058 1038 1030 1032 1042 1049 1064 1076 1104 1179 1294 1436 1636 1414 1303 1194 1121 1094 1069 1060 1055 1056 1069 1081 1101 1166 1240 1333 1515 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [1650 1381 1267 1166 1115 1061 1056 1043 1042 1056 1051 1062 1095 1122 1197 1300 1483 1585 1352 1226 1156 1097 1071 1030 1030 1029 1032 1032 1046 1077 1112 1187 1276 1447 1519 1319 1194 1117 1078 1043 1024 1018 1008 1021 1019 1027 1067 1099 1160 1248 1394 1473 1286 1169 1113 1054 1025 1008 1016 1015 1010 1015 1025 1049 1081 1136 1216 1353 1406 1245 1161 1091 1040 1015 1013 1008 1027 1022 1015 1018 1031 1067 1128 1208 1341 1392 1233 1135 1070 1050 1018 1010 1024 1015 1019 1018 1020 1029 1067 1112 1175 1310 1370 1215 1126 1063 1025 1015 1021 1022 1022 1025 1019 1011 1032 1062 1102 1178 1269 1376 1226 1129 1064 1021 1013 1025 1021 1025 1019 1027 1021 1024 1062 1098 1182 1287 1371 1214 1123 1055 1022 1006 1018 1023 1026 1031 1019 1021 1022 1055 1099 1178 1286 1376 1223 1126 1064 1033 1013 1025 1021 1030 1027 1036 1018 1029 1050 1099 1180 1304 1393 1227 1133 1063 1031 1015 1019 1025 1030 1018 1028 1021 1031 1058 1098 1186 1302 1396 1251 1140 1083 1040 1020 1021 1028 1021 1022 1026 1035 1027 1051 1129 1189 1314 1414 1270 1164 1095 1052 1026 1022 1026 1029 1025 1027 1030 1039 1073 1132 1202 1341 1451 1276 1169 1085 1062 1037 1023 1021 1027 1027 1023 1035 1043 1075 1136 1219 1361 1504 1316 1200 1129 1080 1045 1019 1029 1030 1021 1035 1041 1064 1106 1163 1251 1428 1538 1356 1232 1161 1089 1054 1047 1028 1031 1032 1039 1055 1083 1128 1174 1290 1443 1650 1442 1276 1176 1120 1086 1058 1058 1047 1060 1062 1082 1107 1139 1222 1350 1512 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [1589 1433 1275 1168 1120 1136 1093 1062 1066 1053 1088 1085 1110 1140 1190 1313 1541 1525 1357 1214 1158 1098 1065 1056 1048 1032 1032 1028 1044 1075 1126 1160 1265 1412 1481 1296 1186 1124 1093 1044 1045 1026 1030 1041 1041 1025 1061 1095 1135 1232 1341 1435 1251 1169 1110 1051 1043 1013 1010 1022 1021 1013 1023 1042 1082 1126 1205 1313 1381 1233 1134 1095 1054 1031 1020 1029 1029 1029 1028 1000 1038 1063 1108 1177 1330 1343 1231 1123 1082 1027 1024 1026 1020 1020 1030 1022 1024 1012 1051 1108 1153 1289 1306 1201 1115 1066 1034 1019 1039 1037 1023 1022 1025 1001 1014 1066 1091 1144 1240 1334 1200 1119 1057 1018 1031 1022 1041 1041 1037 1033 1016 1007 1040 1081 1149 1253 1313 1196 1111 1059 1030 1021 1034 1031 1028 1038 1030 1021 1000 1038 1078 1161 1276 1311 1200 1095 1057 1025 1016 1033 1034 1023 1041 1033 1009 1010 1053 1091 1154 1259 1306 1214 1125 1066 1025 1015 1025 1037 1045 1030 1039 1019 1014 1045 1081 1155 1283 1320 1206 1118 1077 1015 1024 1026 1024 1038 1041 1026 1017 1035 1051 1099 1176 1297 1347 1220 1149 1095 1054 1031 1028 1052 1044 1036 1032 1038 1029 1072 1108 1177 1284 1389 1251 1158 1086 1059 1035 1043 1036 1040 1032 1028 1027 1042 1082 1121 1218 1306 1440 1288 1180 1119 1084 1052 1041 1026 1042 1045 1029 1052 1049 1090 1141 1213 1358 1503 1318 1233 1141 1102 1069 1052 1041 1036 1028 1048 1053 1075 1116 1160 1245 1385 1553 1380 1234 1140 1135 1089 1066 1062 1066 1037 1066 1049 1086 1125 1190 1268 1474 ] </LSC_SAMPLES_blue> </cell> <cell index="13" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_HZ_100 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 2]"> HZ </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [100.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [2561 2031 1674 1470 1349 1276 1208 1158 1173 1141 1181 1239 1302 1424 1595 1870 2344 2388 1865 1595 1424 1281 1201 1149 1121 1115 1119 1141 1177 1256 1366 1541 1772 2191 2191 1791 1522 1354 1236 1156 1111 1083 1072 1072 1092 1133 1206 1326 1463 1687 2012 2064 1719 1463 1304 1192 1121 1085 1063 1056 1070 1069 1115 1173 1271 1414 1644 1944 2018 1652 1421 1268 1168 1096 1070 1049 1054 1037 1056 1076 1145 1236 1369 1591 1881 1950 1607 1387 1229 1156 1076 1053 1042 1026 1039 1048 1065 1125 1204 1340 1556 1838 1892 1587 1366 1231 1131 1072 1044 1032 1039 1039 1042 1056 1119 1199 1329 1522 1807 1927 1567 1369 1217 1119 1072 1039 1039 1024 1027 1042 1063 1100 1192 1321 1501 1786 1876 1575 1360 1215 1121 1056 1042 1032 1026 1031 1034 1065 1104 1201 1318 1511 1777 1887 1583 1351 1217 1119 1067 1048 1031 1032 1031 1048 1067 1108 1197 1318 1508 1812 1932 1591 1369 1224 1123 1070 1053 1039 1036 1032 1046 1072 1117 1197 1340 1515 1854 1944 1623 1411 1241 1154 1078 1065 1041 1037 1048 1063 1079 1131 1222 1363 1556 1843 2031 1674 1430 1291 1181 1106 1081 1061 1049 1049 1070 1108 1147 1248 1393 1587 1849 2084 1747 1483 1321 1210 1137 1083 1078 1083 1069 1096 1123 1186 1289 1421 1640 1981 2184 1817 1526 1375 1241 1170 1113 1096 1091 1096 1117 1162 1239 1326 1480 1728 2057 2336 1898 1615 1440 1299 1217 1164 1137 1121 1127 1152 1197 1261 1390 1544 1802 2154 2388 2018 1657 1487 1346 1268 1199 1188 1166 1181 1229 1239 1323 1466 1648 1881 2397 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [2478 1930 1610 1417 1277 1228 1187 1165 1117 1144 1174 1210 1277 1401 1528 1774 2298 2237 1806 1547 1378 1264 1185 1144 1104 1100 1102 1127 1176 1243 1335 1474 1708 2055 2081 1691 1479 1328 1199 1147 1090 1074 1065 1085 1085 1132 1182 1280 1405 1637 1960 2022 1642 1425 1268 1168 1102 1065 1056 1045 1056 1063 1100 1157 1246 1378 1571 1859 1887 1590 1401 1240 1142 1095 1054 1039 1049 1043 1043 1081 1139 1222 1338 1519 1787 1845 1556 1342 1228 1129 1067 1041 1037 1037 1039 1052 1054 1107 1199 1317 1492 1756 1852 1542 1342 1207 1114 1054 1037 1030 1028 1039 1041 1056 1097 1185 1317 1457 1714 1832 1501 1331 1174 1102 1052 1034 1034 1024 1039 1041 1054 1107 1163 1277 1449 1703 1812 1514 1307 1185 1119 1052 1041 1032 1026 1030 1041 1063 1093 1168 1290 1453 1708 1812 1519 1310 1190 1109 1065 1045 1028 1034 1032 1049 1065 1095 1168 1284 1433 1703 1839 1547 1338 1196 1114 1060 1032 1034 1039 1032 1054 1060 1109 1171 1287 1474 1732 1880 1590 1363 1216 1134 1069 1056 1045 1034 1049 1054 1067 1127 1201 1314 1479 1800 1923 1605 1393 1246 1157 1083 1063 1056 1041 1065 1065 1100 1139 1219 1352 1556 1839 2022 1658 1429 1271 1176 1122 1088 1067 1054 1072 1079 1109 1174 1234 1374 1566 1894 2089 1714 1470 1328 1222 1160 1109 1088 1088 1088 1107 1139 1216 1294 1429 1658 2014 2247 1839 1551 1382 1268 1185 1139 1122 1102 1117 1129 1187 1234 1342 1483 1720 2055 2351 1952 1669 1441 1342 1246 1216 1165 1144 1176 1204 1204 1310 1441 1585 1800 2298 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [2420 1913 1606 1451 1310 1246 1194 1151 1133 1141 1161 1211 1290 1411 1557 1755 2201 2240 1818 1562 1377 1271 1180 1133 1113 1111 1106 1121 1175 1252 1334 1503 1720 2043 2119 1720 1485 1324 1216 1151 1106 1067 1067 1083 1092 1128 1191 1293 1423 1637 1995 2035 1664 1419 1287 1164 1108 1058 1060 1049 1058 1067 1113 1164 1237 1385 1577 1851 1920 1617 1396 1243 1148 1085 1047 1043 1041 1051 1049 1085 1138 1231 1362 1539 1844 1864 1562 1352 1202 1138 1067 1049 1032 1036 1049 1058 1069 1123 1202 1327 1498 1761 1844 1539 1344 1191 1118 1049 1041 1028 1030 1041 1043 1065 1104 1194 1307 1481 1749 1824 1529 1334 1191 1111 1060 1039 1028 1024 1026 1054 1062 1094 1183 1280 1472 1720 1831 1511 1330 1183 1104 1058 1032 1039 1028 1034 1036 1073 1106 1180 1287 1476 1749 1837 1534 1324 1194 1104 1069 1054 1032 1028 1036 1054 1067 1101 1185 1277 1472 1686 1831 1529 1341 1211 1121 1058 1067 1039 1034 1034 1049 1078 1104 1180 1313 1472 1761 1851 1577 1352 1228 1135 1065 1051 1045 1047 1039 1058 1083 1118 1202 1324 1489 1786 1980 1611 1400 1255 1153 1083 1071 1056 1047 1058 1073 1085 1130 1211 1341 1553 1792 2051 1675 1431 1274 1169 1113 1080 1062 1060 1062 1089 1113 1164 1265 1381 1601 1906 2146 1749 1476 1317 1208 1151 1104 1085 1083 1096 1099 1143 1208 1307 1439 1642 1995 2280 1844 1572 1381 1268 1180 1143 1111 1104 1121 1143 1177 1234 1352 1489 1731 2068 2386 1942 1648 1427 1307 1274 1185 1161 1153 1159 1177 1234 1293 1385 1562 1864 2240 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [2298 1961 1645 1465 1354 1274 1223 1176 1138 1157 1195 1237 1251 1417 1539 1782 2226 2274 1827 1561 1389 1259 1195 1169 1103 1103 1109 1132 1169 1209 1329 1465 1697 1979 2075 1711 1485 1346 1223 1144 1115 1097 1075 1081 1092 1126 1195 1281 1407 1620 1909 1944 1645 1455 1251 1182 1126 1075 1070 1039 1059 1059 1103 1150 1237 1371 1539 1843 1875 1596 1371 1244 1150 1086 1059 1049 1044 1024 1044 1075 1115 1189 1337 1506 1797 1843 1573 1346 1237 1115 1065 1034 1034 1044 1029 1065 1049 1109 1182 1289 1455 1753 1797 1550 1321 1202 1126 1070 1049 1034 1029 1029 1039 1059 1075 1169 1289 1426 1684 1797 1517 1313 1189 1109 1054 1039 1044 1054 1049 1029 1065 1086 1150 1266 1436 1671 1739 1528 1321 1202 1097 1049 1044 1034 1034 1034 1024 1049 1086 1150 1251 1455 1711 1724 1528 1313 1182 1109 1059 1049 1034 1029 1039 1049 1049 1065 1150 1289 1426 1671 1797 1550 1305 1202 1109 1054 1049 1029 1024 1034 1059 1054 1092 1169 1259 1445 1697 1827 1561 1329 1251 1138 1070 1065 1044 1039 1044 1029 1070 1109 1176 1305 1445 1684 1892 1584 1398 1237 1144 1075 1054 1065 1044 1049 1054 1059 1132 1223 1329 1496 1782 1926 1645 1436 1289 1176 1115 1081 1081 1081 1059 1065 1097 1144 1237 1363 1573 1782 2036 1697 1465 1321 1230 1150 1097 1081 1075 1075 1097 1132 1176 1259 1407 1573 1944 2159 1812 1584 1371 1251 1189 1157 1120 1115 1097 1132 1163 1237 1329 1455 1645 2017 2298 1892 1633 1426 1321 1244 1182 1144 1126 1120 1202 1182 1274 1389 1517 1724 2116 ] </LSC_SAMPLES_blue> </cell> <cell index="14" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 15]"> 1920x1080_HZ_70 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 2]"> HZ </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [70.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [1793 1533 1336 1228 1169 1137 1098 1065 1084 1050 1074 1104 1128 1190 1273 1411 1641 1718 1437 1299 1213 1131 1091 1064 1051 1049 1049 1057 1069 1109 1164 1255 1366 1576 1608 1405 1261 1173 1110 1067 1046 1032 1025 1021 1028 1046 1083 1148 1212 1323 1476 1539 1368 1229 1145 1085 1049 1036 1027 1024 1033 1020 1044 1068 1116 1188 1309 1450 1524 1331 1208 1126 1075 1037 1033 1025 1033 1013 1019 1018 1054 1098 1164 1282 1421 1487 1307 1189 1102 1074 1027 1025 1027 1015 1024 1020 1017 1045 1079 1149 1265 1402 1453 1299 1179 1110 1057 1030 1023 1023 1034 1030 1021 1015 1046 1081 1147 1246 1388 1486 1288 1186 1102 1050 1034 1022 1034 1023 1022 1025 1025 1032 1079 1144 1233 1377 1449 1296 1180 1101 1053 1020 1026 1028 1026 1027 1018 1028 1037 1089 1143 1243 1372 1455 1301 1170 1102 1050 1029 1031 1026 1031 1026 1031 1029 1039 1084 1142 1239 1398 1484 1302 1182 1104 1050 1028 1032 1030 1031 1023 1025 1030 1044 1080 1157 1240 1424 1483 1320 1210 1112 1072 1029 1037 1026 1026 1032 1035 1030 1051 1095 1169 1265 1406 1534 1349 1215 1147 1087 1047 1043 1036 1029 1025 1033 1049 1056 1109 1184 1279 1397 1554 1391 1246 1160 1102 1064 1034 1041 1050 1032 1046 1051 1080 1132 1194 1306 1477 1603 1425 1264 1191 1114 1080 1048 1044 1044 1044 1052 1073 1113 1148 1226 1355 1509 1680 1463 1315 1227 1147 1105 1078 1066 1055 1057 1067 1087 1114 1184 1257 1389 1549 1672 1523 1323 1242 1166 1130 1090 1093 1077 1087 1117 1104 1147 1225 1316 1420 1678 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [1735 1457 1285 1184 1107 1094 1079 1072 1032 1053 1067 1078 1107 1171 1220 1339 1609 1609 1392 1260 1174 1116 1076 1060 1035 1035 1033 1044 1068 1098 1137 1200 1316 1478 1527 1326 1225 1150 1077 1059 1026 1023 1019 1034 1022 1045 1061 1109 1164 1284 1438 1508 1307 1197 1114 1063 1031 1017 1020 1013 1020 1015 1030 1053 1094 1158 1251 1386 1425 1281 1191 1102 1052 1036 1017 1015 1029 1019 1007 1023 1049 1086 1137 1224 1350 1407 1265 1151 1101 1049 1019 1014 1022 1026 1024 1024 1006 1028 1075 1129 1213 1339 1422 1262 1158 1089 1041 1013 1016 1021 1023 1030 1020 1015 1025 1069 1137 1192 1316 1413 1233 1153 1063 1034 1014 1017 1029 1023 1034 1024 1016 1039 1053 1106 1191 1313 1399 1246 1134 1074 1051 1016 1025 1028 1026 1026 1025 1026 1027 1059 1119 1195 1319 1398 1248 1135 1077 1040 1027 1028 1023 1033 1027 1032 1027 1027 1057 1112 1177 1313 1412 1266 1155 1079 1041 1018 1011 1025 1034 1023 1033 1018 1037 1056 1111 1206 1330 1434 1293 1169 1090 1053 1021 1028 1029 1023 1033 1026 1019 1047 1076 1127 1203 1373 1453 1293 1184 1107 1065 1025 1026 1031 1021 1040 1028 1041 1049 1083 1149 1254 1389 1508 1320 1201 1116 1071 1050 1039 1031 1022 1035 1030 1038 1069 1084 1154 1247 1412 1533 1344 1217 1150 1097 1071 1044 1037 1041 1037 1042 1052 1092 1121 1184 1301 1478 1616 1417 1263 1177 1120 1076 1055 1052 1037 1047 1046 1078 1090 1143 1208 1325 1478 1646 1473 1332 1204 1163 1111 1106 1072 1057 1082 1095 1073 1135 1204 1265 1358 1609 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [1694 1444 1282 1212 1135 1111 1086 1059 1047 1050 1056 1079 1118 1179 1243 1324 1541 1611 1401 1272 1173 1123 1072 1050 1043 1046 1037 1039 1067 1106 1136 1224 1325 1469 1555 1349 1230 1147 1092 1063 1041 1017 1021 1032 1028 1041 1069 1120 1179 1284 1464 1518 1325 1192 1130 1060 1037 1010 1024 1017 1022 1019 1042 1060 1086 1164 1255 1380 1450 1303 1186 1104 1057 1027 1011 1019 1021 1026 1013 1027 1048 1094 1158 1240 1393 1422 1270 1159 1077 1057 1019 1021 1017 1025 1033 1030 1021 1043 1077 1138 1218 1343 1416 1260 1160 1074 1045 1008 1020 1019 1025 1032 1022 1023 1032 1077 1128 1212 1343 1407 1256 1156 1078 1042 1022 1022 1023 1023 1021 1036 1024 1026 1071 1109 1209 1327 1414 1243 1154 1072 1037 1022 1016 1035 1028 1030 1020 1036 1039 1070 1116 1214 1351 1417 1260 1147 1081 1036 1031 1036 1027 1027 1031 1036 1029 1033 1073 1106 1209 1300 1406 1251 1157 1092 1048 1016 1045 1030 1029 1025 1028 1036 1032 1064 1133 1205 1353 1412 1282 1159 1101 1054 1017 1023 1029 1035 1024 1030 1034 1038 1077 1135 1211 1362 1496 1298 1190 1115 1062 1025 1034 1031 1027 1033 1036 1027 1040 1076 1140 1251 1354 1529 1333 1202 1119 1064 1042 1031 1026 1028 1026 1040 1042 1060 1111 1160 1274 1421 1575 1372 1222 1141 1085 1063 1040 1034 1036 1044 1035 1055 1085 1132 1192 1288 1464 1640 1421 1280 1176 1120 1072 1059 1042 1039 1051 1059 1069 1090 1152 1212 1334 1487 1670 1466 1316 1192 1133 1135 1077 1068 1065 1066 1070 1100 1121 1157 1247 1407 1568 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [1609 1480 1313 1224 1173 1135 1112 1082 1051 1065 1086 1103 1084 1184 1229 1345 1558 1636 1408 1271 1183 1112 1085 1083 1034 1038 1040 1049 1062 1068 1132 1193 1308 1423 1523 1342 1230 1166 1098 1056 1050 1045 1028 1030 1028 1040 1073 1110 1165 1271 1401 1450 1310 1222 1099 1076 1054 1026 1033 1007 1023 1011 1032 1047 1086 1152 1225 1374 1416 1286 1165 1105 1059 1028 1022 1025 1024 1000 1008 1018 1027 1056 1136 1213 1357 1406 1279 1154 1109 1036 1017 1007 1019 1032 1014 1037 1002 1030 1059 1105 1183 1337 1380 1269 1140 1084 1052 1028 1028 1025 1024 1020 1018 1017 1005 1054 1112 1167 1293 1386 1246 1138 1076 1040 1016 1022 1039 1053 1044 1012 1027 1019 1041 1097 1180 1289 1343 1257 1146 1090 1030 1013 1028 1030 1034 1030 1008 1013 1020 1042 1085 1197 1321 1330 1256 1138 1070 1040 1021 1032 1029 1028 1034 1032 1012 999 1041 1117 1172 1289 1380 1269 1126 1084 1037 1013 1028 1020 1019 1025 1038 1013 1021 1054 1087 1183 1303 1394 1269 1140 1121 1057 1022 1037 1028 1028 1028 1002 1022 1030 1054 1119 1175 1285 1429 1276 1188 1099 1053 1018 1017 1040 1024 1025 1017 1002 1042 1087 1130 1205 1346 1436 1310 1206 1132 1071 1044 1032 1044 1048 1023 1017 1027 1042 1086 1145 1252 1329 1494 1331 1213 1144 1104 1062 1033 1030 1028 1024 1033 1045 1056 1090 1165 1234 1426 1553 1396 1290 1168 1105 1080 1072 1050 1049 1028 1049 1056 1093 1132 1185 1268 1451 1609 1428 1304 1191 1145 1109 1075 1053 1040 1030 1093 1053 1104 1161 1211 1301 1481 ] </LSC_SAMPLES_blue> </cell> <cell index="14" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_GRAY_0 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 4]"> GRAY </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [0.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 1024 ] </LSC_SAMPLES_blue> </cell> <cell index="15" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 14]"> 1920x1080_A_30 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 1]"> A </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [30.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [761 854 897 907 922 946 954 948 951 936 940 927 897 877 830 797 677 805 866 896 918 937 948 951 961 960 957 949 930 913 898 873 826 749 828 886 909 932 943 944 955 970 961 955 949 932 925 896 880 842 765 841 888 921 932 940 951 964 976 973 970 957 933 922 907 885 845 801 847 899 927 930 953 963 976 989 995 985 959 950 929 912 892 857 804 859 907 917 938 945 954 985 1005 1008 1000 980 951 930 916 890 864 804 871 906 923 951 957 970 995 1006 1014 1006 993 965 937 919 905 874 815 866 920 926 936 958 970 1001 1014 1027 1012 996 967 946 928 902 872 831 878 907 933 946 954 975 1003 1017 1024 1018 996 972 943 926 905 876 831 866 914 933 941 951 978 1001 1026 1023 1015 999 974 947 926 911 872 839 871 912 930 943 951 973 1004 1017 1018 1015 999 973 937 932 895 863 828 874 917 927 938 951 971 992 1010 1015 1006 995 969 938 925 895 867 814 862 910 923 939 954 962 983 999 1007 1002 983 956 934 921 886 863 797 844 906 918 933 950 962 981 983 994 986 968 949 928 909 890 843 798 815 883 915 932 942 956 964 972 981 970 958 942 929 901 882 844 770 794 871 913 926 947 949 960 972 972 957 951 935 917 894 871 826 756 753 849 901 919 934 951 939 949 947 948 936 929 918 894 868 807 693 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [713 811 848 890 902 923 932 944 936 928 913 908 874 860 827 762 665 775 835 877 897 918 927 945 943 956 950 937 921 892 868 833 792 697 796 851 879 906 920 943 949 960 962 961 942 928 910 888 845 802 736 817 861 891 912 927 942 957 973 986 976 963 942 927 894 860 825 747 821 875 899 919 941 949 970 992 997 994 975 955 932 893 874 828 775 837 875 902 927 945 954 989 1006 1010 1015 992 960 931 904 875 841 775 848 882 904 929 948 960 997 1023 1023 1018 999 967 934 911 884 846 787 845 883 907 930 946 968 1004 1025 1034 1025 1004 975 940 913 877 851 794 838 880 903 928 945 971 1000 1025 1034 1020 1006 978 943 918 890 858 798 852 889 915 933 952 973 1000 1028 1021 1025 1010 975 945 922 884 843 794 853 890 910 931 946 964 995 1023 1022 1026 1007 967 937 911 884 842 792 850 879 902 924 943 962 991 1017 1013 1015 992 963 937 919 878 839 779 821 878 906 924 933 950 977 1003 1006 1001 988 949 933 919 867 832 773 807 874 902 912 931 944 967 981 990 991 974 949 921 898 871 823 758 801 871 887 903 929 945 959 974 982 974 954 945 920 892 863 810 747 780 840 883 913 920 928 952 955 961 957 944 933 900 879 841 800 724 722 846 867 894 915 932 936 942 955 959 939 918 900 865 829 786 671 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [727 809 854 873 891 927 925 931 922 920 921 898 882 843 810 746 671 780 828 871 897 902 927 935 941 945 937 932 913 900 868 835 789 710 803 846 875 895 922 932 938 955 956 953 932 925 908 879 852 806 736 815 856 880 897 924 942 950 962 979 973 957 922 919 886 854 821 758 821 867 891 910 932 944 964 983 995 990 958 944 924 899 865 830 759 832 873 891 912 929 957 978 998 1007 998 978 945 927 898 878 835 776 851 877 899 924 939 957 993 1005 1014 1013 995 967 930 909 877 840 786 838 876 913 923 939 971 997 1014 1021 1012 997 974 937 915 882 843 798 842 884 901 925 938 971 997 1015 1031 1020 1009 967 935 912 881 845 792 845 876 904 925 939 969 999 1014 1026 1015 1003 973 935 910 875 847 802 851 880 902 919 937 953 990 1008 1014 1011 997 968 936 909 886 846 796 828 884 902 917 937 957 978 1006 1008 1006 987 954 931 910 880 845 783 826 873 901 910 933 943 973 994 999 995 977 953 925 903 873 828 775 810 859 890 912 927 937 951 978 984 972 957 942 914 898 867 823 762 793 842 879 897 918 932 944 960 966 961 955 928 915 881 856 810 736 767 840 869 897 918 923 940 945 952 950 937 927 902 875 835 792 720 713 828 865 884 906 928 938 933 930 936 934 922 882 867 831 775 660 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [731 810 868 886 895 931 945 940 937 927 921 906 886 847 798 764 662 761 835 864 900 907 935 948 951 949 947 937 911 876 870 828 780 696 781 839 875 897 933 932 958 972 969 957 943 921 906 873 840 779 727 792 845 883 909 933 936 961 978 995 978 954 932 914 869 846 803 755 797 875 898 914 926 956 981 994 992 986 970 930 915 879 860 815 748 813 873 896 913 940 958 979 1007 1016 1011 983 940 914 890 867 819 754 820 869 896 917 943 973 1001 1014 1023 1014 997 966 926 905 864 829 775 822 876 886 923 949 974 995 1023 1025 1012 1006 967 927 900 870 836 788 822 875 901 926 949 966 1009 1026 1035 1034 995 970 941 899 865 835 787 828 885 898 919 930 963 999 1020 1021 1023 999 971 927 900 866 840 788 820 874 904 921 932 966 994 1026 1020 1014 994 962 915 909 868 833 804 813 864 892 913 940 965 1001 1018 1016 1003 986 947 911 894 871 815 787 813 856 889 914 929 963 984 998 1007 994 981 937 926 898 860 807 752 786 865 879 909 929 940 961 982 988 989 968 943 921 874 846 808 722 769 855 880 901 925 936 958 964 966 975 947 918 887 861 840 783 727 733 825 868 891 920 938 941 947 946 958 929 927 888 862 823 776 676 678 789 838 886 915 902 929 936 934 931 906 899 866 864 781 754 637 ] </LSC_SAMPLES_blue> </cell> <cell index="16" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_D50_30 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> D50 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [30.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [748 836 888 914 926 940 965 952 941 949 922 914 921 885 848 813 706 791 859 900 923 931 953 954 962 973 968 947 924 906 904 869 820 762 811 871 907 933 948 954 953 972 979 958 949 936 915 912 868 828 768 819 884 918 935 940 962 973 983 977 976 963 942 932 912 882 852 778 833 891 916 949 958 970 978 998 1002 985 972 952 936 915 884 863 807 825 898 918 941 961 971 995 1006 1011 1006 989 950 945 919 895 863 803 839 900 926 943 956 975 995 1005 1022 1019 998 963 945 920 901 874 807 880 914 934 938 958 984 1003 1028 1035 1024 1001 974 939 938 900 878 820 840 921 940 941 959 985 1008 1027 1032 1015 1006 988 949 929 908 882 830 880 903 923 959 956 987 1003 1026 1027 1032 1019 979 942 933 911 876 812 854 915 933 949 954 975 1006 1030 1016 1027 1002 978 947 929 906 870 820 845 912 937 939 961 977 991 1025 1029 1012 1002 965 939 933 906 872 798 845 902 919 938 968 970 998 1008 1008 1010 986 954 936 919 903 865 812 821 893 930 942 944 964 984 993 1001 999 976 954 941 912 893 852 789 814 885 917 933 948 960 963 980 979 966 960 928 919 904 887 844 774 778 868 911 925 952 946 965 968 976 963 948 934 919 895 869 831 741 725 815 890 914 935 923 957 945 949 949 932 921 895 883 845 780 712 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [704 800 857 873 908 911 916 936 935 928 922 902 869 845 795 754 668 775 826 868 883 913 925 933 943 946 947 936 915 898 868 836 789 707 791 839 878 894 917 938 941 962 963 959 949 933 897 877 845 799 739 805 851 878 902 919 941 953 979 979 970 956 943 916 900 863 820 754 816 855 882 918 935 938 970 994 1001 994 976 948 927 908 870 824 763 835 872 897 917 943 961 989 999 1016 1002 984 954 932 911 870 823 777 817 867 902 923 940 957 994 1015 1032 1020 995 967 932 917 876 845 779 829 877 900 920 937 977 1000 1024 1035 1020 1020 975 940 917 888 841 801 846 884 897 931 940 962 1001 1026 1024 1023 1011 972 954 930 892 856 802 833 869 904 917 947 968 998 1028 1030 1020 1012 982 947 920 890 849 791 835 885 900 920 943 971 995 1017 1032 1019 1011 960 942 912 876 836 798 839 884 892 920 955 961 991 1015 1019 1022 1010 962 934 916 879 830 777 835 857 893 905 928 946 982 999 1011 1003 992 952 928 906 868 839 779 802 851 880 899 925 941 968 975 981 984 960 941 921 895 854 826 754 786 841 865 910 920 940 954 973 980 970 950 937 907 890 849 805 741 762 828 876 892 908 924 936 951 960 965 933 924 903 869 838 787 711 717 811 872 879 897 911 932 942 940 938 928 921 899 861 830 776 670 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [728 797 828 868 883 924 928 939 935 923 916 898 870 859 791 761 662 778 836 872 885 917 924 937 947 945 938 930 923 904 875 836 782 702 785 836 868 895 920 932 947 957 961 957 947 927 913 885 859 807 736 792 855 880 914 925 947 949 975 974 977 949 934 919 891 864 814 747 813 855 886 907 937 946 973 992 1006 987 981 949 927 899 869 830 768 816 874 901 922 938 961 974 1002 1005 996 1001 956 936 913 877 836 780 823 867 898 915 943 964 989 1020 1017 1017 998 969 940 908 879 836 794 826 875 913 919 947 977 1002 1028 1026 1014 1001 983 940 929 882 851 801 852 879 908 926 941 967 1003 1021 1038 1035 1010 986 944 923 887 853 793 832 869 904 932 935 968 1003 1028 1021 1026 1016 983 940 910 889 842 801 830 871 901 924 944 959 995 1020 1023 1017 1006 968 940 910 884 843 775 823 864 895 915 943 954 991 1016 1022 1008 1005 965 940 904 879 843 793 808 867 901 910 928 944 978 992 1006 997 982 957 937 907 874 828 776 801 857 880 908 922 942 958 981 990 991 973 948 921 898 855 814 751 785 841 862 897 902 937 958 966 976 969 948 939 911 878 851 808 730 737 840 866 883 910 921 937 945 952 953 939 920 905 870 840 786 708 689 805 855 890 898 917 941 950 940 957 921 936 883 849 824 765 680 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [680 810 832 873 914 922 942 969 947 935 944 942 904 856 821 747 640 735 824 860 895 915 933 948 965 952 942 943 924 899 878 828 767 702 762 836 880 890 926 937 967 966 973 969 949 922 901 883 845 791 714 783 838 878 913 933 944 968 976 982 999 957 947 909 888 858 813 739 809 844 885 914 919 948 971 1005 1003 997 981 930 921 884 882 826 776 788 856 903 915 931 940 995 1012 1021 1006 1004 948 928 891 867 821 747 814 853 900 906 946 969 998 1027 1027 1015 1001 966 926 900 877 836 775 803 854 891 931 958 972 1013 1047 1045 1036 999 969 938 912 875 824 788 800 864 884 919 947 969 1025 1024 1024 1024 1002 972 938 912 878 844 792 803 872 891 919 940 978 1016 1036 1039 1044 1004 963 935 901 877 840 781 798 850 890 912 935 955 1013 1024 1036 1029 1019 969 943 903 862 833 772 773 867 886 908 937 965 995 1026 1024 1012 1007 969 937 906 867 828 747 809 848 892 907 933 953 977 1005 1012 1002 998 953 919 902 866 802 743 767 834 891 907 933 947 968 997 1012 993 974 938 914 882 858 813 732 738 828 862 896 910 931 941 957 991 964 961 940 901 864 856 788 725 714 816 860 885 902 933 945 959 963 963 939 920 909 865 822 774 694 702 789 851 863 914 913 923 956 947 940 923 901 888 843 810 736 651 ] </LSC_SAMPLES_blue> </cell> <cell index="17" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_D65_30 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> D65 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [30.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [743 846 875 893 914 937 939 954 952 942 922 922 893 861 815 780 652 772 851 900 915 932 937 947 958 968 963 942 920 911 890 852 802 724 796 854 913 915 946 948 950 967 969 962 936 928 916 894 862 828 749 812 880 902 925 937 953 966 974 986 972 955 942 923 902 874 833 767 813 894 908 931 944 970 981 1000 1000 984 968 942 924 903 881 847 802 825 889 911 936 948 967 977 1002 1021 1002 984 945 927 913 894 850 795 817 903 928 939 944 970 989 1015 1024 1015 994 970 942 919 900 858 801 850 902 924 941 951 991 1010 1012 1035 1022 998 968 946 919 897 866 807 848 905 928 947 951 973 1008 1032 1031 1025 1001 976 937 919 895 873 809 840 896 911 939 953 979 989 1019 1026 1019 1005 968 941 923 897 857 810 858 906 928 939 947 980 1008 1022 1036 1008 996 973 942 932 903 858 807 835 902 928 936 956 972 1002 1015 1019 1016 993 965 934 916 886 862 805 827 887 912 926 939 972 992 1005 1010 994 977 953 932 919 886 847 789 791 880 920 925 940 953 966 993 986 976 966 948 916 909 876 842 784 788 867 907 926 939 953 957 972 981 965 939 928 916 891 877 822 767 757 862 900 926 938 939 954 971 961 949 932 929 916 895 866 811 735 685 821 886 895 925 951 929 930 942 944 927 929 901 865 832 786 678 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [735 786 833 860 878 909 911 927 924 921 908 901 878 838 796 748 633 762 818 852 875 902 922 927 934 951 938 928 907 890 860 820 772 700 782 827 867 882 911 931 929 945 954 949 950 915 903 877 829 797 729 789 839 876 903 919 942 953 971 982 966 953 931 919 887 849 809 733 788 853 886 903 919 945 970 981 995 990 965 942 926 894 860 818 759 807 860 881 919 937 950 985 999 1004 1004 989 954 934 910 863 827 768 825 863 891 918 934 962 983 1008 1020 1016 999 969 935 905 876 832 762 822 870 904 919 934 969 999 1023 1029 1027 1004 974 940 919 877 829 774 826 864 899 917 937 967 1002 1021 1032 1017 1004 975 939 910 877 837 780 836 872 893 917 938 962 1001 1020 1027 1022 1000 975 938 914 876 829 780 827 873 901 921 938 960 991 1011 1012 1014 1000 963 935 908 874 836 774 823 870 895 912 936 954 992 1009 1013 1013 1003 960 932 900 870 831 792 814 851 880 915 931 948 974 997 1002 999 986 957 928 899 871 822 773 782 846 869 901 921 938 964 977 993 984 967 940 922 887 851 811 743 777 842 860 889 904 929 945 956 977 965 953 928 907 872 836 789 727 730 819 860 892 898 924 941 944 955 944 931 916 896 865 826 770 698 711 799 857 890 896 919 936 939 934 952 932 913 893 858 809 758 661 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [712 796 841 875 891 904 930 931 922 916 915 892 879 835 800 740 651 771 815 856 885 907 920 931 940 942 936 929 911 889 862 824 777 693 780 837 868 893 919 928 945 957 954 951 937 930 906 874 836 801 728 795 840 873 902 921 933 951 970 974 968 949 925 909 885 849 809 730 813 849 880 899 924 942 969 983 999 985 971 944 919 888 865 824 748 822 852 892 913 936 953 981 1003 1012 1003 985 950 934 904 873 833 760 824 857 896 923 941 956 1002 1013 1014 1011 1004 962 933 902 874 833 781 835 870 896 925 939 961 1001 1014 1021 1027 1011 982 940 916 882 841 798 830 874 892 916 931 970 1003 1023 1027 1025 1014 979 942 918 890 851 786 833 876 896 923 940 974 1001 1015 1026 1022 1001 972 946 910 877 841 790 826 857 895 913 940 952 991 1016 1022 1016 998 973 942 913 877 840 781 824 860 895 904 932 952 989 1009 1012 1011 990 969 931 903 881 837 768 808 859 890 907 935 948 982 998 1011 995 981 952 930 897 865 826 779 791 846 873 900 918 938 958 982 989 986 970 946 922 885 855 803 738 764 842 871 892 914 940 949 957 969 962 953 933 909 874 842 797 726 753 825 864 885 910 921 936 957 950 940 931 916 894 869 828 787 693 709 829 857 877 893 922 922 938 936 933 924 922 881 857 813 766 680 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [674 757 822 855 886 906 941 938 939 920 900 906 873 843 789 719 635 726 811 834 881 898 915 931 940 952 943 923 909 895 856 818 767 676 771 816 858 878 904 920 934 968 963 957 934 914 895 857 829 782 719 772 817 861 881 903 931 956 981 978 972 944 923 895 869 836 790 720 756 827 873 901 925 943 968 990 989 980 968 933 902 880 845 801 741 772 847 871 902 921 942 977 1003 1014 1000 980 942 918 891 850 814 757 801 852 875 900 925 968 997 1015 1018 1015 984 962 925 886 863 828 744 806 852 873 907 928 960 999 1032 1027 1018 1001 968 936 890 867 820 763 788 850 876 904 931 955 1002 1024 1030 1018 1015 968 920 898 861 817 764 773 839 876 907 931 957 996 1021 1030 1024 1003 965 931 901 864 820 766 786 845 879 903 936 951 990 1015 1012 1015 997 962 925 900 860 813 764 776 844 877 896 927 942 994 1003 1017 1005 980 962 916 896 865 810 737 790 834 873 901 916 943 973 996 1005 984 977 943 916 889 847 798 738 756 821 854 884 914 934 944 961 988 978 964 939 903 878 836 794 717 742 806 858 875 904 932 942 959 975 962 942 926 892 854 817 772 701 714 788 862 872 901 915 934 945 947 945 937 917 880 851 811 764 668 666 780 815 862 873 906 926 918 919 931 891 897 862 818 789 725 625 ] </LSC_SAMPLES_blue> </cell> <cell index="18" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_D75_30 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> D75 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [30.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [726 848 884 905 927 935 944 980 954 939 934 919 911 876 824 790 699 783 858 899 917 937 953 953 965 965 955 939 927 915 894 858 801 723 798 863 895 923 949 955 961 965 965 965 935 923 913 895 857 840 747 821 879 915 924 945 964 967 979 991 984 951 939 920 908 873 840 771 824 883 917 941 956 962 981 1009 998 992 973 947 931 906 880 860 783 828 891 919 934 955 971 999 1008 1014 1005 980 954 931 916 877 845 791 844 901 913 942 953 959 1009 1020 1017 1008 990 967 936 919 889 867 794 847 913 918 937 952 975 1015 1027 1028 1022 1003 971 947 921 907 857 813 841 904 927 944 958 974 1006 1030 1024 1020 1003 974 938 929 902 864 821 850 903 929 947 962 985 1010 1024 1028 1017 999 975 947 929 902 863 801 834 907 928 942 958 978 1004 1015 1024 1023 996 962 943 916 911 870 807 828 904 919 939 947 961 994 1024 1024 1017 989 968 937 926 899 857 798 828 899 923 941 959 971 978 998 1013 998 982 947 938 911 894 854 790 825 900 923 938 945 961 973 991 996 988 967 942 913 908 882 846 774 805 881 901 931 942 950 966 988 972 968 959 937 920 904 874 824 751 767 862 895 917 939 963 958 957 975 957 951 931 920 883 855 811 726 719 836 871 908 927 952 942 934 949 934 921 907 884 873 827 790 651 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [699 792 837 863 889 900 928 933 926 923 909 896 873 842 794 747 659 768 814 857 881 903 919 939 940 945 941 932 914 894 868 819 777 698 777 830 860 894 912 933 936 951 964 958 942 922 899 873 841 790 728 799 852 880 904 920 930 953 976 976 968 955 932 914 887 849 806 745 811 854 886 907 932 943 967 992 1004 993 978 951 924 902 867 820 750 825 854 886 919 938 958 985 993 1012 1003 985 954 932 903 867 828 776 820 862 890 923 941 959 993 1009 1015 1018 1000 965 932 905 878 842 773 842 865 900 916 945 969 1000 1020 1023 1022 1001 977 935 915 884 836 777 837 870 902 918 935 965 993 1028 1024 1021 1003 985 941 918 884 838 794 840 869 904 918 952 968 1001 1023 1029 1030 1008 977 938 915 881 840 773 824 867 896 912 939 968 986 1013 1022 1026 1007 981 939 907 880 836 785 817 869 899 913 937 952 976 1006 1008 1019 991 962 927 907 872 822 778 813 852 888 913 922 949 971 992 1006 998 991 951 927 899 866 824 766 796 854 880 902 925 941 957 983 982 984 967 941 922 887 851 813 732 794 841 858 896 914 923 952 969 977 969 960 932 914 882 839 798 722 750 821 858 888 907 914 940 946 946 946 939 921 893 866 824 777 700 692 822 845 884 886 917 924 938 935 938 932 916 876 852 823 766 646 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [729 799 851 863 900 914 921 927 926 932 921 902 878 845 805 752 637 762 813 856 888 914 924 938 940 947 941 929 918 900 863 826 774 698 777 829 865 896 915 934 942 949 959 951 943 928 904 880 847 797 733 796 846 875 904 922 945 948 971 979 964 953 937 916 891 854 809 751 814 860 891 908 928 950 967 987 996 987 970 950 932 896 871 826 755 820 870 893 920 939 952 987 996 1020 1004 987 961 934 907 874 837 779 814 867 898 931 940 962 999 1018 1027 1021 997 975 937 912 882 838 775 843 868 899 922 943 972 1001 1017 1021 1023 1006 975 941 919 881 840 795 829 874 900 919 944 975 1004 1020 1029 1031 1014 980 944 920 883 843 786 831 874 902 923 934 974 1003 1025 1029 1018 1009 986 940 914 877 843 788 822 879 905 918 945 963 995 1021 1023 1019 1004 976 945 918 878 844 788 825 866 897 913 933 952 990 1013 1010 1009 1005 961 932 902 874 831 775 818 866 901 905 929 945 974 1004 1009 1006 980 963 931 899 869 830 763 801 844 875 904 919 942 965 979 985 987 965 948 918 892 856 809 747 777 833 879 898 921 941 956 964 972 975 950 929 908 879 845 793 731 759 818 858 890 910 927 936 947 955 952 941 924 902 866 827 778 698 681 804 853 888 905 918 917 927 935 934 936 908 884 854 809 762 661 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [673 775 824 871 886 926 942 940 933 937 911 900 883 841 795 724 612 735 797 841 868 909 934 952 945 957 945 935 900 886 856 813 760 686 757 812 850 885 913 918 942 957 958 951 939 910 891 856 829 783 693 769 829 858 889 911 938 948 965 980 971 946 928 895 872 846 790 720 766 827 865 895 917 941 964 989 998 992 970 933 917 884 856 811 746 794 847 873 912 922 951 977 999 1014 1007 985 946 922 887 853 806 752 797 846 885 908 927 958 994 1011 1012 1006 989 961 921 892 864 815 753 807 844 880 901 934 959 998 1017 1024 1023 1005 964 934 898 868 823 762 804 854 880 909 937 962 995 1026 1029 1018 998 967 925 906 875 832 776 775 854 882 909 936 970 1005 1023 1032 1023 1014 970 934 901 874 819 766 776 852 864 899 927 956 996 1008 1026 1017 1002 958 932 905 862 824 767 790 831 871 903 925 954 985 1005 1014 1010 996 962 915 889 856 809 742 781 833 865 898 925 946 985 1005 1007 1003 982 941 917 876 850 808 723 762 829 855 892 917 936 956 989 996 976 964 941 903 875 840 787 733 749 812 838 882 907 921 953 959 966 962 953 923 897 867 829 783 699 719 801 841 865 897 911 940 950 952 950 938 922 889 853 813 757 665 654 778 810 852 875 906 911 937 920 915 898 892 858 834 783 715 626 ] </LSC_SAMPLES_blue> </cell> <cell index="19" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 16]"> 1920x1080_CWF_30 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 3]"> CWF </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [30.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [711 824 874 888 909 924 927 934 946 945 923 919 880 849 820 768 667 764 844 878 912 920 941 948 955 962 951 939 918 896 879 837 790 714 791 866 890 910 931 942 957 965 968 957 941 933 907 884 850 807 742 810 868 895 917 937 955 963 987 979 965 950 931 924 891 866 831 756 830 872 906 927 938 947 981 997 999 990 970 941 918 896 875 833 779 830 885 902 929 942 962 986 1008 1013 1001 973 953 924 896 872 835 781 820 884 914 932 943 967 997 1014 1025 1010 993 957 935 914 881 846 788 831 887 917 933 948 974 1001 1021 1028 1021 1006 957 934 916 891 849 781 832 897 915 936 949 977 1011 1024 1028 1024 987 971 936 911 888 853 788 834 899 914 937 957 974 1003 1030 1030 1023 997 970 934 912 896 851 801 843 893 914 930 941 977 1006 1019 1025 1007 993 967 932 914 893 846 797 823 891 915 922 948 963 993 1015 1020 1001 989 960 935 907 877 838 778 817 881 911 927 942 965 983 998 1010 998 972 941 924 906 873 838 788 831 878 909 917 944 958 967 983 992 980 959 936 917 898 864 828 759 791 856 893 923 929 946 961 970 975 963 947 931 903 890 856 815 733 746 851 892 912 927 938 955 957 960 946 935 918 896 881 834 795 710 700 830 880 894 912 934 939 943 923 936 924 908 895 859 825 780 655 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [696 790 833 860 877 898 917 922 922 930 902 893 866 834 788 740 642 754 806 845 879 886 907 929 939 942 931 929 905 883 856 812 761 693 770 821 857 887 908 920 927 949 952 948 930 920 891 869 827 778 723 789 838 866 894 914 935 945 961 970 958 952 932 906 886 842 806 732 799 850 878 901 921 939 955 984 1001 980 964 938 918 890 856 808 752 822 856 887 908 926 944 974 994 1004 1000 975 950 921 894 857 818 759 817 859 887 910 933 955 989 1008 1015 1006 986 962 926 899 873 828 767 828 867 891 913 934 963 995 1015 1026 1012 999 971 939 901 873 833 781 824 861 895 913 936 963 993 1021 1024 1020 1001 977 936 910 875 837 786 826 861 891 907 936 964 996 1015 1023 1020 998 969 936 909 869 823 770 825 863 891 912 933 948 986 1011 1017 1005 995 960 926 899 870 829 771 809 856 890 902 930 950 980 1003 1006 997 982 962 921 897 860 813 763 812 854 880 904 918 936 970 997 999 990 976 943 916 894 854 813 764 805 848 871 899 918 932 957 973 982 977 965 937 910 884 844 799 730 772 837 859 894 907 929 945 959 964 961 947 924 908 874 832 793 729 747 817 852 882 896 916 936 939 946 942 933 920 892 859 826 781 697 718 801 856 881 904 905 914 933 927 931 922 904 868 853 805 753 650 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [694 794 843 871 875 908 915 931 923 915 907 899 879 831 799 750 649 767 812 851 879 904 916 935 940 940 933 932 906 889 860 813 766 696 782 823 863 895 909 928 938 948 954 955 934 925 901 863 839 793 722 786 842 870 899 920 936 942 963 967 958 950 933 912 882 843 801 731 814 858 881 909 929 943 962 989 996 989 970 933 917 888 858 823 758 822 864 886 912 929 951 974 996 1006 1002 985 946 923 901 863 829 767 821 862 889 912 934 961 987 1009 1012 1008 999 963 931 897 872 821 782 836 868 896 914 940 966 993 1020 1024 1021 1005 972 939 908 872 834 784 828 868 890 916 942 967 1004 1027 1026 1023 1006 977 942 912 878 833 786 830 862 886 917 941 966 1003 1021 1023 1023 1008 970 933 916 877 841 788 829 866 902 912 934 958 990 1009 1015 1011 992 965 931 908 873 835 782 824 862 891 909 931 953 985 1000 1011 1006 990 962 922 904 861 826 763 814 862 886 910 928 945 974 992 1002 1005 976 950 915 902 864 826 769 788 848 872 902 920 935 952 977 988 974 961 936 912 880 850 801 739 780 833 865 889 916 930 941 959 964 959 950 932 903 871 844 789 726 739 819 857 880 905 922 937 939 949 943 934 917 893 862 823 787 694 703 809 851 866 899 911 926 943 931 935 932 906 889 855 800 773 667 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [701 788 821 865 887 913 933 937 940 919 922 895 860 837 784 733 623 726 811 857 877 909 924 944 951 942 940 929 909 872 854 807 761 696 775 818 857 889 910 931 958 954 967 961 933 917 884 870 821 775 720 773 835 856 887 922 932 948 973 986 973 948 922 897 876 833 797 713 771 834 863 893 918 945 964 996 1005 996 968 922 907 876 837 793 735 779 840 883 897 932 949 982 1006 1019 1006 982 946 907 884 849 807 756 796 854 880 902 940 953 993 1017 1026 1010 979 960 922 892 843 817 756 799 848 886 901 928 962 1001 1023 1035 1019 991 965 917 884 856 820 759 803 851 870 904 927 962 998 1015 1035 1029 994 972 927 901 856 812 743 795 848 875 905 921 952 995 1016 1021 1023 995 965 917 894 864 812 755 796 841 868 895 926 953 996 1007 1019 1014 993 953 919 885 854 809 764 779 835 879 897 928 942 988 1006 1015 1006 978 953 904 884 856 799 748 771 831 871 887 921 942 968 996 1001 1003 968 942 904 883 837 793 731 754 826 872 884 904 922 952 969 992 987 955 932 894 861 840 792 731 760 818 853 877 906 928 940 950 967 957 947 917 895 855 821 783 702 710 797 835 877 902 927 933 936 946 943 933 902 879 854 803 761 678 665 792 830 857 895 902 922 916 921 937 898 884 857 815 784 724 618 ] </LSC_SAMPLES_blue> </cell> <cell index="20" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 17]"> 1920x1080_TL84_30 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 4]"> TL84 </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [30.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [703 821 856 884 895 928 936 942 940 942 926 902 875 845 827 774 670 770 845 886 905 937 926 945 958 959 945 932 913 903 881 835 795 712 775 857 907 908 936 946 951 973 964 959 935 917 919 884 854 809 743 801 859 888 920 948 957 957 976 981 975 950 921 914 898 862 817 751 805 874 907 927 951 964 980 1003 997 985 970 933 926 910 868 832 774 824 890 905 935 949 971 1002 1013 1011 993 991 955 918 904 875 845 778 797 889 912 922 942 973 1009 1019 1023 1014 982 951 925 908 872 839 771 850 886 906 923 940 986 998 1035 1037 1014 998 962 925 916 889 843 798 820 907 917 926 961 974 1009 1020 1040 1024 987 965 934 919 885 849 808 861 895 922 944 956 988 1006 1030 1035 1021 1006 960 931 918 902 869 822 831 895 933 930 958 979 1011 1021 1035 1017 989 966 931 927 876 852 800 814 890 918 941 940 962 991 1019 1013 1009 981 962 936 923 877 837 790 798 884 912 930 953 961 991 1013 1015 997 975 946 926 910 883 832 792 794 865 910 927 939 950 982 995 990 976 968 932 911 903 865 824 772 772 853 886 926 928 943 973 971 976 962 940 921 913 879 862 814 746 748 841 877 900 930 953 948 963 968 951 936 926 896 879 844 798 715 696 815 868 892 905 936 940 947 935 942 924 919 864 855 838 771 642 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [714 799 830 867 882 905 912 927 913 924 913 902 875 836 793 733 624 759 805 847 884 896 924 931 935 953 937 926 902 883 853 820 772 688 783 825 868 893 906 928 943 956 965 956 928 923 896 877 830 785 718 773 834 878 892 908 935 947 972 973 976 940 929 908 879 847 802 730 809 846 876 904 919 935 964 985 999 990 967 940 919 890 856 808 764 813 861 881 911 932 954 977 988 1005 1000 973 951 918 888 862 822 782 815 860 889 912 928 953 997 1010 1012 1008 993 956 920 898 868 833 770 835 873 894 912 927 966 986 1022 1024 1017 1001 968 929 896 875 823 779 817 859 881 921 939 967 999 1015 1026 1023 994 969 942 908 890 830 789 837 871 887 912 940 962 986 1017 1024 1014 1003 971 933 911 864 840 777 815 866 893 907 927 947 988 1010 1020 1020 997 967 930 902 873 833 786 827 865 889 899 931 955 977 1001 1022 1001 978 963 928 896 857 818 765 795 853 887 904 915 941 972 984 994 995 972 949 934 889 864 821 756 790 842 873 899 915 927 950 978 975 983 960 938 908 872 841 812 749 771 834 864 897 904 928 928 948 973 965 941 929 899 868 832 787 731 729 817 851 882 902 916 928 939 946 949 938 920 886 848 820 780 688 701 801 864 881 891 916 927 937 939 934 927 905 875 860 822 755 649 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [707 783 840 860 886 888 916 923 927 934 911 890 871 828 793 737 635 760 816 853 888 904 927 921 939 943 940 923 905 887 854 826 770 694 784 836 864 887 915 928 940 950 947 954 935 913 905 873 839 791 720 803 846 873 907 916 931 944 968 973 963 950 931 911 882 848 800 738 799 844 888 908 921 938 964 976 999 989 967 941 913 888 862 819 762 815 855 884 905 942 954 973 1003 1000 998 982 955 924 902 866 815 767 819 856 888 909 930 960 993 1010 1015 1013 991 956 936 908 869 829 758 832 871 897 916 931 963 1001 1014 1023 1012 1003 971 934 914 872 840 778 832 865 895 910 934 958 997 1018 1026 1026 998 972 934 910 875 840 780 832 869 895 916 942 963 1001 1014 1028 1020 1013 968 939 904 873 838 788 832 864 893 909 935 960 991 1013 1023 1006 999 966 935 905 866 835 778 817 867 887 916 934 955 985 1008 1005 1001 989 970 922 889 879 824 769 803 861 890 912 931 949 973 994 1001 992 978 952 919 893 866 815 762 791 840 873 884 922 942 958 973 984 978 958 941 906 876 848 802 742 777 834 868 896 916 929 935 961 968 954 949 926 903 878 841 793 737 738 818 857 892 897 912 936 937 945 940 929 913 892 866 817 778 692 707 817 846 868 890 910 917 936 932 937 921 906 880 840 810 765 648 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [681 812 845 861 890 952 947 939 949 931 943 908 882 841 789 744 660 731 819 845 889 905 922 944 955 946 940 920 903 886 865 807 763 677 764 821 858 893 927 928 959 958 968 973 955 911 900 869 821 781 692 783 823 872 905 913 948 948 963 979 973 948 930 906 882 840 794 716 784 836 867 911 933 953 971 997 1002 997 979 925 919 885 847 798 756 786 854 875 915 922 960 989 999 1004 1010 985 960 908 889 863 800 755 780 846 879 912 937 964 1011 1025 1016 1010 996 947 920 912 860 806 741 807 853 889 910 928 980 999 1034 1039 1030 1009 966 918 895 859 816 757 797 853 885 913 942 972 1012 1026 1028 1033 1008 972 914 895 859 827 774 793 853 870 910 935 966 1009 1027 1021 1034 1009 959 922 906 866 820 761 780 855 887 912 930 960 996 1025 1038 1018 1011 964 920 894 853 813 766 772 836 871 911 912 960 989 1003 1023 1020 989 953 929 889 855 815 759 765 827 878 911 933 953 979 1018 1016 1003 982 960 911 893 847 798 729 758 823 864 886 920 941 977 987 997 984 963 933 906 882 836 802 712 744 816 854 888 920 936 955 958 978 976 944 936 890 866 826 768 701 721 795 858 877 908 925 941 948 950 937 937 911 886 857 807 751 664 665 782 818 841 902 912 924 939 949 917 924 878 863 829 789 718 632 ] </LSC_SAMPLES_blue> </cell> <cell index="21" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 15]"> 1920x1080_HZ_30 </name> <resolution index="1" type="char" size="[1 9]"> 1920x1080 </resolution> <illumination index="1" type="char" size="[1 2]"> HZ </illumination> <LSC_sectors index="1" type="double" size="[1 1]"> [16 ] </LSC_sectors> <LSC_No index="1" type="double" size="[1 1]"> [10 ] </LSC_No> <LSC_Xo index="1" type="double" size="[1 1]"> [15 ] </LSC_Xo> <LSC_Yo index="1" type="double" size="[1 1]"> [15 ] </LSC_Yo> <LSC_SECT_SIZE_X index="1" type="double" size="[1 8]"> [120 120 120 120 120 120 120 120 ] </LSC_SECT_SIZE_X> <LSC_SECT_SIZE_Y index="1" type="double" size="[1 8]"> [67 68 67 68 67 68 67 68 ] </LSC_SECT_SIZE_Y> <vignetting index="1" type="double" size="[1 1]"> [30.0000 ] </vignetting> <LSC_SAMPLES_red index="1" type="double" size="[17 17]"> [768 869 886 906 929 952 952 942 964 928 931 925 897 877 844 800 703 824 867 904 932 932 944 952 957 962 956 945 925 914 894 873 824 756 830 890 912 931 942 949 960 964 963 954 943 930 919 912 877 838 762 839 901 917 934 943 954 970 978 981 985 956 948 928 910 886 862 791 866 903 923 938 952 959 983 992 1006 981 970 942 933 914 890 869 807 871 906 926 932 964 962 988 1006 1000 1003 984 953 938 913 895 877 821 868 915 930 949 959 974 995 1011 1027 1018 993 959 948 925 904 877 829 898 915 942 948 958 983 999 1027 1021 1015 1001 974 941 929 909 876 833 879 924 939 950 962 971 1004 1023 1026 1022 997 979 948 939 910 886 833 880 924 930 948 958 978 1007 1019 1029 1019 1007 978 948 933 907 881 845 886 917 932 944 952 972 1003 1018 1024 1011 996 974 947 923 912 873 851 868 915 942 941 962 964 1000 1005 1010 1012 998 965 943 926 910 877 823 872 915 929 955 963 968 993 1003 1001 992 983 970 935 923 905 867 793 847 916 930 946 957 967 968 992 1006 984 980 955 938 923 891 860 806 827 903 914 945 945 960 961 975 980 975 965 954 944 912 887 859 779 806 882 915 942 945 957 964 971 967 963 954 941 918 909 875 838 743 716 863 877 916 927 946 945 966 958 961 969 925 911 903 872 804 719 ] </LSC_SAMPLES_red> <LSC_SAMPLES_greenR index="1" type="double" size="[17 17]"> [743 825 852 873 880 916 936 948 918 931 925 903 880 863 809 759 689 772 839 877 902 920 931 948 943 949 941 934 924 905 873 835 794 709 788 840 886 913 913 941 941 956 957 965 937 929 900 880 842 813 742 822 861 893 908 924 937 952 972 971 972 950 936 915 892 864 823 756 810 869 910 917 931 958 969 982 1001 986 958 946 928 904 869 830 767 824 877 896 931 942 954 977 1001 1010 1003 987 943 923 909 879 841 784 850 889 913 931 944 957 988 1009 1016 1018 992 959 930 914 896 840 786 854 876 916 915 943 964 994 1022 1021 1027 1001 966 947 906 879 846 794 849 888 903 926 961 967 1003 1023 1026 1021 1003 977 938 913 891 852 801 845 887 902 927 949 976 1004 1016 1031 1020 1008 976 937 910 884 837 794 844 892 911 922 944 963 983 1013 1027 1011 1004 963 940 903 876 850 795 839 897 910 922 946 956 991 1009 1007 1013 989 954 940 910 877 834 804 825 877 905 922 943 948 977 998 994 1007 979 963 928 902 878 850 789 822 869 896 910 930 954 973 982 979 987 965 943 929 884 861 821 770 791 852 881 913 931 952 958 968 978 968 956 935 926 890 856 824 763 775 855 879 904 923 931 944 958 951 954 935 933 898 878 840 799 709 705 835 883 888 924 930 958 948 940 957 949 899 902 888 839 770 689 ] </LSC_SAMPLES_greenR> <LSC_SAMPLES_greenB index="1" type="double" size="[17 17]"> [726 818 850 894 902 930 941 936 931 928 915 904 889 869 824 750 660 773 845 885 901 925 927 939 951 959 945 929 924 911 873 852 799 705 803 855 890 910 926 945 955 949 959 964 943 926 907 889 853 813 756 828 872 890 922 921 942 946 976 975 974 954 947 921 886 868 827 753 824 884 907 919 936 950 962 986 994 994 964 950 928 910 885 841 791 832 881 903 911 949 954 985 996 1009 1013 993 956 937 911 886 845 786 846 887 915 919 948 953 992 1007 1018 1020 994 967 936 921 889 854 803 850 893 918 928 951 972 999 1016 1021 1014 1013 974 936 922 881 859 802 858 886 919 925 948 973 995 1030 1028 1025 999 987 949 923 889 866 820 857 896 911 930 945 980 1013 1020 1025 1024 1013 978 942 923 879 859 786 840 881 913 934 950 961 1016 1018 1022 1013 999 979 936 910 893 848 808 826 889 903 931 947 953 986 1009 1020 1003 993 969 932 911 884 840 797 850 880 910 928 940 948 984 998 999 1000 986 950 921 896 871 849 769 834 878 897 912 925 947 965 977 985 977 974 947 921 906 866 839 775 813 869 884 906 920 945 954 965 973 975 949 938 920 899 862 816 756 786 857 891 904 923 927 947 949 952 957 947 925 898 885 844 805 713 716 830 872 879 900 951 934 944 948 943 928 921 891 853 827 797 672 ] </LSC_SAMPLES_greenB> <LSC_SAMPLES_blue index="1" type="double" size="[17 17]"> [689 839 871 903 933 951 964 957 935 941 942 923 862 873 815 762 668 784 849 884 909 916 939 968 942 952 947 938 919 880 870 830 789 683 786 850 890 926 932 939 963 976 966 962 943 924 910 881 843 805 723 791 862 912 896 935 958 961 985 965 975 947 938 910 886 860 807 749 805 872 891 920 937 950 973 992 996 968 959 941 909 879 869 823 771 823 887 899 938 930 953 970 998 1017 993 1000 938 925 896 861 820 783 825 893 899 927 954 972 999 1013 1017 1008 990 962 911 902 877 822 773 838 886 904 926 949 966 999 1032 1051 1036 989 976 929 896 871 838 779 815 896 913 940 942 965 1006 1025 1034 1025 987 965 932 899 864 853 802 804 892 904 921 949 971 1008 1022 1026 1027 1008 962 911 896 887 833 779 825 893 888 927 940 957 999 1008 1012 1013 1009 957 926 902 857 833 779 816 880 887 948 949 957 1000 1008 1012 1008 966 957 925 891 871 815 752 812 866 908 915 932 941 969 1007 996 992 969 927 923 905 864 818 765 783 862 900 923 930 948 966 995 1004 975 952 933 905 886 854 824 725 771 843 878 908 937 944 947 962 966 957 947 929 896 866 843 782 736 745 842 898 897 910 935 958 957 962 937 938 914 900 870 824 765 696 689 809 864 879 910 928 932 931 926 911 947 882 877 856 803 737 635 ] </LSC_SAMPLES_blue> </cell> </tableAll> </LSC> <RKDM index="1" type="struct" size="[1 1]"> <enable index="1" type="char" size="[1 1]"> [1 ] </enable> <debayer_filter1 index="1" type="double" size="[1 5]"> [2 -6 0 6 -2 ] </debayer_filter1> <debayer_filter2 index="1" type="double" size="[1 5]"> [2 -4 4 -4 2 ] </debayer_filter2> <debayer_gain_offset index="1" type="double" size="[1 1]"> [4 ] </debayer_gain_offset> <ISO index="1" type="double" size="[1 9]"> [50 100 200 400 800 1600 3200 6400 12800 ] </ISO> <sharp_strength index="1" type="double" size="[1 9]"> [4 4 4 4 4 4 4 4 4 ] </sharp_strength> <debayer_hf_offset index="1" type="double" size="[1 9]"> [1 1 1 1 1 1 1 1 1 ] </debayer_hf_offset> <debayer_offset index="1" type="double" size="[1 1]"> [1 ] </debayer_offset> <debayer_clip_en index="1" type="char" size="[1 1]"> [1 ] </debayer_clip_en> <debayer_filter_g_en index="1" type="char" size="[1 1]"> [1 ] </debayer_filter_g_en> <debayer_filter_c_en index="1" type="char" size="[1 1]"> [1 ] </debayer_filter_c_en> <debayer_thed0 index="1" type="char" size="[1 1]"> [3 ] </debayer_thed0> <debayer_thed1 index="1" type="char" size="[1 1]"> [6 ] </debayer_thed1> <debayer_dist_scale index="1" type="char" size="[1 1]"> [8 ] </debayer_dist_scale> <debayer_cnr_strength index="1" type="char" size="[1 1]"> [5 ] </debayer_cnr_strength> <debayer_shift_num index="1" type="char" size="[1 1]"> [2 ] </debayer_shift_num> </RKDM> <CCM index="1" type="struct" size="[1 1]"> <enable index="1" type="char" size="[1 1]"> [1 ] </enable> <Mode index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <damp_enable index="1" type="char" size="[1 1]"> [1 ] </damp_enable> <lumaCCM index="1" type="struct" size="[1 1]"> <RGB2Y_para index="1" type="double" size="[1 3]"> [38.0000 75.0000 15.0000 ] </RGB2Y_para> <low_bound_pos_bit index="1" type="double" size="[1 1]"> [8.0000 ] </low_bound_pos_bit> <y_alpha_curve index="1" type="double" size="[1 17]"> [0.0000 64.0000 128.0000 192.0000 256.0000 320.0000 384.0000 448.0000 512.0000 576.0000 640.0000 704.0000 768.0000 832.0000 896.0000 960.0000 1024.0000 ] </y_alpha_curve> <gain_alphaScale_curve index="1" type="struct" size="[1 1]"> <gain index="1" type="double" size="[1 9]"> [1.0000 2.0000 4.0000 8.0000 16.0000 32.0000 64.0000 128.0000 256.0000 ] </gain> <scale index="1" type="double" size="[1 9]"> [1.0000 1.0000 0.8500 0.8000 0.7500 0.7000 0.6000 0.6500 0.6000 ] </scale> </gain_alphaScale_curve> </lumaCCM> <aCcmCof index="1" type="cell" size="[1 4]"> <illAll index="1" type="cell" size="[1 7]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 1]"> A </name> <wbGain index="1" type="double" size="[1 2]"> [1.1236 2.2814 ] </wbGain> <matrixUsed index="1" type="char" size="[1 10]"> A_100 A_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 8.0000 128.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 74.0000 ] </sat> </cell> <cell index="5" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> CWF </name> <wbGain index="1" type="double" size="[1 2]"> [1.5889 2.1410 ] </wbGain> <matrixUsed index="1" type="char" size="[1 14]"> CWF_100 CWF_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 8.0000 128.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 74.0000 ] </sat> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D50 </name> <wbGain index="1" type="double" size="[1 2]"> [1.4812 1.6805 ] </wbGain> <matrixUsed index="1" type="char" size="[1 14]"> D50_100 D50_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 8.0000 128.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 74.0000 ] </sat> </cell> <cell index="3" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D65 </name> <wbGain index="1" type="double" size="[1 2]"> [1.7268 1.5300 ] </wbGain> <matrixUsed index="1" type="char" size="[1 14]"> D65_100 D65_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 8.0000 128.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 74.0000 ] </sat> </cell> <cell index="4" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D75 </name> <wbGain index="1" type="double" size="[1 2]"> [1.7461 1.4316 ] </wbGain> <matrixUsed index="1" type="char" size="[1 14]"> D75_100 D75_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 8.0000 128.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 74.0000 ] </sat> </cell> <cell index="4" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 2]"> HZ </name> <wbGain index="1" type="double" size="[1 2]"> [0.9563 2.4600 ] </wbGain> <matrixUsed index="1" type="char" size="[1 12]"> HZ_100 HZ_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 8.0000 128.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 74.0000 ] </sat> </cell> <cell index="6" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 4]"> TL84 </name> <wbGain index="1" type="double" size="[1 2]"> [1.4821 2.0123 ] </wbGain> <matrixUsed index="1" type="char" size="[1 16]"> TL84_100 TL84_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 8.0000 128.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 74.0000 ] </sat> </cell> </illAll> </aCcmCof> <matrixAll index="1" type="cell" size="[1 14]"> <cell index="1" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 5]"> A_100 </name> <illumination index="1" type="char" size="[1 1]"> A </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.5513 -0.4308 -0.1205 -0.7365 1.6792 0.0573 -1.0072 -2.4703 4.4775 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="2" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 4]"> A_74 </name> <illumination index="1" type="char" size="[1 1]"> A </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [0.9632 -0.0233 0.0600 -0.3153 1.1992 0.1160 -0.0064 -0.6371 1.6435 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="3" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> D50_100 </name> <illumination index="1" type="char" size="[1 3]"> D50 </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.8296 -0.8239 -0.0057 -0.7867 2.2474 -0.4607 -0.2350 -1.4622 2.6972 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="4" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> D50_74 </name> <illumination index="1" type="char" size="[1 3]"> D50 </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.0545 -0.0378 -0.0167 -0.1776 1.2328 -0.0552 0.0644 -0.2753 1.2110 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="5" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> D65_100 </name> <illumination index="1" type="char" size="[1 3]"> D65 </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [2.0963 -1.0779 -0.0183 -0.6392 2.0349 -0.3957 -0.2240 -1.3194 2.5434 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="6" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> D65_74 </name> <illumination index="1" type="char" size="[1 3]"> D65 </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.1955 -0.1072 -0.0883 -0.1682 1.3399 -0.1717 0.0739 -0.1475 1.0736 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="7" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> D75_100 </name> <illumination index="1" type="char" size="[1 3]"> D75 </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.9473 -0.8734 -0.0739 -0.6697 2.0831 -0.4134 -0.1953 -1.3092 2.5044 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="8" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> D75_74 </name> <illumination index="1" type="char" size="[1 3]"> D75 </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.1598 -0.0983 -0.0615 -0.1339 1.2826 -0.1487 0.0625 -0.1196 1.0571 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="9" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> CWF_100 </name> <illumination index="1" type="char" size="[1 3]"> CWF </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [2.4145 -1.3190 -0.0955 -0.6050 1.5448 0.0602 -0.3232 -1.2474 2.5706 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="10" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> CWF_74 </name> <illumination index="1" type="char" size="[1 3]"> CWF </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.1073 -0.1501 0.0428 -0.2188 1.1730 0.0458 0.1061 -0.2623 1.1561 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="11" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 8]"> TL84_100 </name> <illumination index="1" type="char" size="[1 4]"> TL84 </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [2.1077 -1.0903 -0.0174 -0.5489 1.5955 -0.0465 -0.3150 -1.3147 2.6297 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="12" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> TL84_74 </name> <illumination index="1" type="char" size="[1 4]"> TL84 </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [0.9275 0.0417 0.0307 -0.2678 1.2629 0.0048 0.0718 -0.2217 1.1499 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="13" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> HZ_100 </name> <illumination index="1" type="char" size="[1 2]"> HZ </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.7916 0.1559 -0.9476 -1.2531 1.7207 0.5324 -2.2877 -2.5151 5.8028 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="14" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 5]"> HZ_74 </name> <illumination index="1" type="char" size="[1 2]"> HZ </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.1191 -0.0797 -0.0394 -0.5095 1.3681 0.1414 -0.5470 -0.0619 1.6089 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> </matrixAll> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> hdr </Name> <damp_enable index="1" type="char" size="[1 1]"> [1 ] </damp_enable> <lumaCCM index="1" type="struct" size="[1 1]"> <RGB2Y_para index="1" type="double" size="[1 3]"> [38.0000 75.0000 15.0000 ] </RGB2Y_para> <low_bound_pos_bit index="1" type="double" size="[1 1]"> [8.0000 ] </low_bound_pos_bit> <y_alpha_curve index="1" type="double" size="[1 17]"> [0.0000 64.0000 128.0000 192.0000 256.0000 320.0000 384.0000 448.0000 512.0000 576.0000 640.0000 704.0000 768.0000 832.0000 896.0000 960.0000 1024.0000 ] </y_alpha_curve> <gain_alphaScale_curve index="1" type="struct" size="[1 1]"> <gain index="1" type="double" size="[1 9]"> [1.0000 2.0000 4.0000 8.0000 16.0000 32.0000 64.0000 128.0000 256.0000 ] </gain> <scale index="1" type="double" size="[1 9]"> [1.0000 0.8000 0.8000 0.9000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </scale> </gain_alphaScale_curve> </lumaCCM> <aCcmCof index="1" type="cell" size="[1 4]"> <illAll index="1" type="cell" size="[1 7]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 1]"> A </name> <wbGain index="1" type="double" size="[1 2]"> [1.1236 2.2814 ] </wbGain> <matrixUsed index="1" type="char" size="[1 10]"> A_100 A_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 6.0000 16.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 50.0000 ] </sat> </cell> <cell index="5" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> CWF </name> <wbGain index="1" type="double" size="[1 2]"> [1.5889 2.1410 ] </wbGain> <matrixUsed index="1" type="char" size="[1 14]"> CWF_100 CWF_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 6.0000 16.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 50.0000 ] </sat> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D50 </name> <wbGain index="1" type="double" size="[1 2]"> [1.4812 1.6805 ] </wbGain> <matrixUsed index="1" type="char" size="[1 14]"> D50_100 D50_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 6.0000 16.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 50.0000 ] </sat> </cell> <cell index="3" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D65 </name> <wbGain index="1" type="double" size="[1 2]"> [1.7268 1.5300 ] </wbGain> <matrixUsed index="1" type="char" size="[1 14]"> D65_100 D65_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 6.0000 16.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 50.0000 ] </sat> </cell> <cell index="4" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D75 </name> <wbGain index="1" type="double" size="[1 2]"> [1.7461 1.4316 ] </wbGain> <matrixUsed index="1" type="char" size="[1 14]"> D75_100 D75_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 6.0000 16.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 50.0000 ] </sat> </cell> <cell index="4" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 2]"> HZ </name> <wbGain index="1" type="double" size="[1 2]"> [0.9563 2.4600 ] </wbGain> <matrixUsed index="1" type="char" size="[1 12]"> HZ_100 HZ_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 6.0000 16.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 50.0000 ] </sat> </cell> <cell index="6" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 4]"> TL84 </name> <wbGain index="1" type="double" size="[1 2]"> [1.4821 2.0123 ] </wbGain> <matrixUsed index="1" type="char" size="[1 16]"> TL84_100 TL84_74 </matrixUsed> <gains index="1" type="double" size="[1 4]"> [1.0000 4.0000 6.0000 16.0000 ] </gains> <sat index="1" type="double" size="[1 4]"> [100.0000 100.0000 90.0000 50.0000 ] </sat> </cell> </illAll> </aCcmCof> <matrixAll index="1" type="cell" size="[1 14]"> <cell index="1" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 5]"> A_100 </name> <illumination index="1" type="char" size="[1 1]"> A </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.7762 -0.3240 -0.4522 -0.6889 1.8028 -0.1139 -0.8032 -1.8301 3.6333 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="2" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 4]"> A_74 </name> <illumination index="1" type="char" size="[1 1]"> A </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [0.9632 -0.0233 0.0600 -0.3153 1.1992 0.1160 -0.0064 -0.6371 1.6435 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="3" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> D50_100 </name> <illumination index="1" type="char" size="[1 3]"> D50 </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.9123 -0.7058 -0.2065 -0.4860 1.7360 -0.2500 -0.2479 -0.9088 2.1566 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="4" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> D50_74 </name> <illumination index="1" type="char" size="[1 3]"> D50 </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.0545 -0.0378 -0.0167 -0.1776 1.2328 -0.0552 0.0644 -0.2753 1.2110 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="5" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> D65_100 </name> <illumination index="1" type="char" size="[1 3]"> D65 </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [2.0638 -0.8879 -0.1759 -0.4046 1.6799 -0.2752 -0.1628 -0.7637 1.9264 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="6" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> D65_74 </name> <illumination index="1" type="char" size="[1 3]"> D65 </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.1955 -0.1072 -0.0883 -0.1682 1.3399 -0.1717 0.0739 -0.1475 1.0736 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="7" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> D75_100 </name> <illumination index="1" type="char" size="[1 3]"> D75 </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [2.0654 -0.8678 -0.1977 -0.4046 1.6720 -0.2675 -0.1445 -0.7025 1.8470 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="8" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> D75_74 </name> <illumination index="1" type="char" size="[1 3]"> D75 </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.1598 -0.0983 -0.0615 -0.1339 1.2826 -0.1487 0.0625 -0.1196 1.0571 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="9" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> CWF_100 </name> <illumination index="1" type="char" size="[1 3]"> CWF </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [2.4547 -1.3490 -0.1058 -0.5733 1.5901 -0.0168 -0.2908 -1.1794 2.4703 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="10" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> CWF_74 </name> <illumination index="1" type="char" size="[1 3]"> CWF </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.1073 -0.1501 0.0428 -0.2188 1.1730 0.0458 0.1061 -0.2623 1.1561 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="11" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 8]"> TL84_100 </name> <illumination index="1" type="char" size="[1 4]"> TL84 </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [2.0935 -0.9682 -0.1253 -0.5180 1.6316 -0.1136 -0.2911 -1.0794 2.3705 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="12" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 7]"> TL84_74 </name> <illumination index="1" type="char" size="[1 4]"> TL84 </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [0.9275 0.0417 0.0307 -0.2678 1.2629 0.0048 0.0718 -0.2217 1.1499 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="13" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 6]"> HZ_100 </name> <illumination index="1" type="char" size="[1 2]"> HZ </illumination> <saturation index="1" type="double" size="[1 1]"> [100.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.4462 0.0737 -0.5199 -0.8627 2.6249 -0.7622 -1.9589 -1.7751 4.7340 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> <cell index="14" type="struct" size="[1 5]"> <name index="1" type="char" size="[1 5]"> HZ_74 </name> <illumination index="1" type="char" size="[1 2]"> HZ </illumination> <saturation index="1" type="double" size="[1 1]"> [74.0000 ] </saturation> <ccMatrix index="1" type="double" size="[3 3]"> [1.1191 -0.0797 -0.0394 -0.5095 1.3681 0.1414 -0.5470 -0.0619 1.6089 ] </ccMatrix> <ccOffsets index="1" type="double" size="[1 3]"> [0.0000 0.0000 0.0000 ] </ccOffsets> </cell> </matrixAll> </cell> </Mode> </CCM> <UVNR index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1 ] </Enable> <Version index="1" type="char" size="[1 2]"> V1 </Version> <Mode index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <step0_uvgrad_ratio index="1" type="double" size="[1 13]"> [40.0000 40.0000 40.0000 50.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 ] </step0_uvgrad_ratio> <step0_uvgrad_offset index="1" type="double" size="[1 13]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </step0_uvgrad_offset> <step1_nonMed1 index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step1_nonMed1> <step1_nonBf1 index="1" type="double" size="[1 4]"> [31.0000 31.0000 31.0000 31.0000 ] </step1_nonBf1> <step1_downSample_w index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_w> <step1_downSample_h index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_h> <step1_downSample_meansize index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_meansize> <step1_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </step1_median_ratio> <step1_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step1_median_size> <step1_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_median_IIR> <step1_bf_sigmaR index="1" type="double" size="[1 13]"> [8.5300 10.2400 10.2400 10.2400 12.8000 12.8000 21.3000 25.6000 25.6000 25.6000 25.6000 25.6000 25.6000 ] </step1_bf_sigmaR> <step1_bf_uvgain index="1" type="double" size="[1 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_uvgain> <step1_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_ratio> <step1_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step1_bf_size> <step1_bf_sigmaD index="1" type="double" size="[1 13]"> [16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 ] </step1_bf_sigmaD> <step1_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_isRowIIR> <step1_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_isYcopy> <step2_nonExt_block index="1" type="double" size="[1 4]"> [7.0000 7.0000 7.0000 7.0000 ] </step2_nonExt_block> <step2_nonMed index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </step2_nonMed> <step2_nonBf index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step2_nonBf> <step2_downSample_w index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_w> <step2_downSample_h index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_h> <step2_downSample_meansize index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step2_downSample_meansize> <step2_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 ] </step2_median_ratio> <step2_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step2_median_size> <step2_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_median_IIR> <step2_bf_sigmaR index="1" type="double" size="[1 13]"> [5.1200 6.4000 8.5300 10.2400 10.2400 12.8000 12.8000 12.8000 17.0600 17.0600 17.0600 17.0600 17.0600 ] </step2_bf_sigmaR> <step2_bf_uvgain index="1" type="double" size="[1 13]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step2_bf_uvgain> <step2_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_ratio> <step2_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step2_bf_size> <step2_bf_sigmaD index="1" type="double" size="[1 13]"> [128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 ] </step2_bf_sigmaD> <step2_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_isRowIIR> <step2_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step2_bf_isYcopy> <step3_nonBf3 index="1" type="double" size="[1 4]"> [32.0000 32.0000 32.0000 32.0000 ] </step3_nonBf3> <step3_bf_sigmaR index="1" type="double" size="[1 13]"> [3.4130 4.2670 5.6890 7.1100 8.5300 8.5300 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 ] </step3_bf_sigmaR> <step3_bf_uvgain index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 3.0000 3.0000 3.0000 3.0000 2.5000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step3_bf_uvgain> <step3_bf_ratio index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_ratio> <step3_bf_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step3_bf_size> <step3_bf_sigmaD index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step3_bf_sigmaD> <step3_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step3_bf_isRowIIR> <step3_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_isYcopy> <kernel_3x3 index="1" type="double" size="[1 3]"> [1.0000 0.8825 0.7788 ] </kernel_3x3> <kernel_5x5 index="1" type="double" size="[1 5]"> [1.0000 0.8825 0.7788 0.6065 0.3679 ] </kernel_5x5> <kernel_9x9 index="1" type="double" size="[1 8]"> [1.0000 0.8825 0.7788 0.6065 0.3679 0.1969 0.1353 0.0439 ] </kernel_9x9> <kernel_9x9_num index="1" type="double" size="[1 1]"> [0.0000 ] </kernel_9x9_num> <sigma_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </sigma_adj_luma> <sigma_adj_ratio index="1" type="double" size="[1 9]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </sigma_adj_ratio> <threshold_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </threshold_adj_luma> <threshold_adj_thre index="1" type="double" size="[1 9]"> [10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 ] </threshold_adj_thre> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <step0_uvgrad_ratio index="1" type="double" size="[1 13]"> [40.0000 40.0000 40.0000 50.0000 80.0000 80.0000 80.0000 80.0000 60.0000 60.0000 60.0000 60.0000 60.0000 ] </step0_uvgrad_ratio> <step0_uvgrad_offset index="1" type="double" size="[1 13]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </step0_uvgrad_offset> <step1_nonMed1 index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step1_nonMed1> <step1_nonBf1 index="1" type="double" size="[1 4]"> [31.0000 31.0000 31.0000 31.0000 ] </step1_nonBf1> <step1_downSample_w index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_w> <step1_downSample_h index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_h> <step1_downSample_meansize index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_meansize> <step1_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </step1_median_ratio> <step1_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step1_median_size> <step1_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_median_IIR> <step1_bf_sigmaR index="1" type="double" size="[1 13]"> [8.5300 10.2400 10.2400 10.2400 12.8000 12.8000 21.3000 25.6000 25.6000 25.6000 25.6000 25.6000 25.6000 ] </step1_bf_sigmaR> <step1_bf_uvgain index="1" type="double" size="[1 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_uvgain> <step1_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_ratio> <step1_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step1_bf_size> <step1_bf_sigmaD index="1" type="double" size="[1 13]"> [16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 ] </step1_bf_sigmaD> <step1_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_isRowIIR> <step1_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_isYcopy> <step2_nonExt_block index="1" type="double" size="[1 4]"> [7.0000 7.0000 7.0000 7.0000 ] </step2_nonExt_block> <step2_nonMed index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </step2_nonMed> <step2_nonBf index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step2_nonBf> <step2_downSample_w index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_w> <step2_downSample_h index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_h> <step2_downSample_meansize index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step2_downSample_meansize> <step2_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 ] </step2_median_ratio> <step2_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step2_median_size> <step2_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_median_IIR> <step2_bf_sigmaR index="1" type="double" size="[1 13]"> [5.1200 6.4000 8.5300 10.2400 10.2400 12.8000 12.8000 12.8000 17.0600 17.0600 17.0600 17.0600 17.0600 ] </step2_bf_sigmaR> <step2_bf_uvgain index="1" type="double" size="[1 13]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step2_bf_uvgain> <step2_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_ratio> <step2_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step2_bf_size> <step2_bf_sigmaD index="1" type="double" size="[1 13]"> [128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 ] </step2_bf_sigmaD> <step2_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_isRowIIR> <step2_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step2_bf_isYcopy> <step3_nonBf3 index="1" type="double" size="[1 4]"> [32.0000 32.0000 32.0000 32.0000 ] </step3_nonBf3> <step3_bf_sigmaR index="1" type="double" size="[1 13]"> [3.4130 4.2670 5.6890 7.1100 8.5300 8.5300 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 ] </step3_bf_sigmaR> <step3_bf_uvgain index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 3.0000 3.0000 3.0000 3.0000 2.5000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step3_bf_uvgain> <step3_bf_ratio index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_ratio> <step3_bf_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step3_bf_size> <step3_bf_sigmaD index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step3_bf_sigmaD> <step3_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step3_bf_isRowIIR> <step3_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_isYcopy> <kernel_3x3 index="1" type="double" size="[1 3]"> [1.0000 0.8825 0.7788 ] </kernel_3x3> <kernel_5x5 index="1" type="double" size="[1 5]"> [1.0000 0.8825 0.7788 0.6065 0.3679 ] </kernel_5x5> <kernel_9x9 index="1" type="double" size="[1 8]"> [1.0000 0.8825 0.7788 0.6065 0.3679 0.1969 0.1353 0.0439 ] </kernel_9x9> <kernel_9x9_num index="1" type="double" size="[1 1]"> [0.0000 ] </kernel_9x9_num> <sigma_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </sigma_adj_luma> <sigma_adj_ratio index="1" type="double" size="[1 9]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </sigma_adj_ratio> <threshold_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </threshold_adj_luma> <threshold_adj_thre index="1" type="double" size="[1 9]"> [10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 ] </threshold_adj_thre> </cell> </Setting> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> hdr </Name> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <step0_uvgrad_ratio index="1" type="double" size="[1 13]"> [40.0000 40.0000 40.0000 50.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 ] </step0_uvgrad_ratio> <step0_uvgrad_offset index="1" type="double" size="[1 13]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </step0_uvgrad_offset> <step1_nonMed1 index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step1_nonMed1> <step1_nonBf1 index="1" type="double" size="[1 4]"> [31.0000 31.0000 31.0000 31.0000 ] </step1_nonBf1> <step1_downSample_w index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_w> <step1_downSample_h index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_h> <step1_downSample_meansize index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_meansize> <step1_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </step1_median_ratio> <step1_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step1_median_size> <step1_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_median_IIR> <step1_bf_sigmaR index="1" type="double" size="[1 13]"> [8.5300 10.2400 10.2400 10.2400 12.8000 12.8000 21.3000 25.6000 25.6000 25.6000 25.6000 25.6000 25.6000 ] </step1_bf_sigmaR> <step1_bf_uvgain index="1" type="double" size="[1 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_uvgain> <step1_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_ratio> <step1_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step1_bf_size> <step1_bf_sigmaD index="1" type="double" size="[1 13]"> [16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 ] </step1_bf_sigmaD> <step1_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_isRowIIR> <step1_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_isYcopy> <step2_nonExt_block index="1" type="double" size="[1 4]"> [7.0000 7.0000 7.0000 7.0000 ] </step2_nonExt_block> <step2_nonMed index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </step2_nonMed> <step2_nonBf index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step2_nonBf> <step2_downSample_w index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_w> <step2_downSample_h index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_h> <step2_downSample_meansize index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step2_downSample_meansize> <step2_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 ] </step2_median_ratio> <step2_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step2_median_size> <step2_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_median_IIR> <step2_bf_sigmaR index="1" type="double" size="[1 13]"> [5.1200 6.4000 8.5300 10.2400 10.2400 12.8000 12.8000 12.8000 17.0600 17.0600 17.0600 17.0600 17.0600 ] </step2_bf_sigmaR> <step2_bf_uvgain index="1" type="double" size="[1 13]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step2_bf_uvgain> <step2_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_ratio> <step2_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step2_bf_size> <step2_bf_sigmaD index="1" type="double" size="[1 13]"> [128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 ] </step2_bf_sigmaD> <step2_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_isRowIIR> <step2_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step2_bf_isYcopy> <step3_nonBf3 index="1" type="double" size="[1 4]"> [32.0000 32.0000 32.0000 32.0000 ] </step3_nonBf3> <step3_bf_sigmaR index="1" type="double" size="[1 13]"> [3.4130 4.2670 5.6890 7.1100 8.5300 8.5300 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 ] </step3_bf_sigmaR> <step3_bf_uvgain index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 3.0000 3.0000 3.0000 3.0000 2.5000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step3_bf_uvgain> <step3_bf_ratio index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_ratio> <step3_bf_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step3_bf_size> <step3_bf_sigmaD index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step3_bf_sigmaD> <step3_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step3_bf_isRowIIR> <step3_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_isYcopy> <kernel_3x3 index="1" type="double" size="[1 3]"> [1.0000 0.8825 0.7788 ] </kernel_3x3> <kernel_5x5 index="1" type="double" size="[1 5]"> [1.0000 0.8825 0.7788 0.6065 0.3679 ] </kernel_5x5> <kernel_9x9 index="1" type="double" size="[1 8]"> [1.0000 0.8825 0.7788 0.6065 0.3679 0.1969 0.1353 0.0439 ] </kernel_9x9> <kernel_9x9_num index="1" type="double" size="[1 1]"> [0.0000 ] </kernel_9x9_num> <sigma_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </sigma_adj_luma> <sigma_adj_ratio index="1" type="double" size="[1 9]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </sigma_adj_ratio> <threshold_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </threshold_adj_luma> <threshold_adj_thre index="1" type="double" size="[1 9]"> [10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 ] </threshold_adj_thre> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <step0_uvgrad_ratio index="1" type="double" size="[1 13]"> [40.0000 40.0000 40.0000 50.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 ] </step0_uvgrad_ratio> <step0_uvgrad_offset index="1" type="double" size="[1 13]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </step0_uvgrad_offset> <step1_nonMed1 index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step1_nonMed1> <step1_nonBf1 index="1" type="double" size="[1 4]"> [31.0000 31.0000 31.0000 31.0000 ] </step1_nonBf1> <step1_downSample_w index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_w> <step1_downSample_h index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_h> <step1_downSample_meansize index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_meansize> <step1_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </step1_median_ratio> <step1_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step1_median_size> <step1_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_median_IIR> <step1_bf_sigmaR index="1" type="double" size="[1 13]"> [8.5300 10.2400 10.2400 10.2400 12.8000 12.8000 21.3000 25.6000 25.6000 25.6000 25.6000 25.6000 25.6000 ] </step1_bf_sigmaR> <step1_bf_uvgain index="1" type="double" size="[1 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_uvgain> <step1_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_ratio> <step1_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step1_bf_size> <step1_bf_sigmaD index="1" type="double" size="[1 13]"> [16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 ] </step1_bf_sigmaD> <step1_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_isRowIIR> <step1_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_isYcopy> <step2_nonExt_block index="1" type="double" size="[1 4]"> [7.0000 7.0000 7.0000 7.0000 ] </step2_nonExt_block> <step2_nonMed index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </step2_nonMed> <step2_nonBf index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step2_nonBf> <step2_downSample_w index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_w> <step2_downSample_h index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_h> <step2_downSample_meansize index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step2_downSample_meansize> <step2_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 ] </step2_median_ratio> <step2_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step2_median_size> <step2_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_median_IIR> <step2_bf_sigmaR index="1" type="double" size="[1 13]"> [5.1200 6.4000 8.5300 10.2400 10.2400 12.8000 12.8000 12.8000 17.0600 17.0600 17.0600 17.0600 17.0600 ] </step2_bf_sigmaR> <step2_bf_uvgain index="1" type="double" size="[1 13]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step2_bf_uvgain> <step2_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_ratio> <step2_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step2_bf_size> <step2_bf_sigmaD index="1" type="double" size="[1 13]"> [128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 ] </step2_bf_sigmaD> <step2_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_isRowIIR> <step2_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step2_bf_isYcopy> <step3_nonBf3 index="1" type="double" size="[1 4]"> [32.0000 32.0000 32.0000 32.0000 ] </step3_nonBf3> <step3_bf_sigmaR index="1" type="double" size="[1 13]"> [3.4130 4.2670 5.6890 7.1100 8.5300 8.5300 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 ] </step3_bf_sigmaR> <step3_bf_uvgain index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 3.0000 3.0000 3.0000 3.0000 2.5000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step3_bf_uvgain> <step3_bf_ratio index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_ratio> <step3_bf_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step3_bf_size> <step3_bf_sigmaD index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step3_bf_sigmaD> <step3_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step3_bf_isRowIIR> <step3_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_isYcopy> <kernel_3x3 index="1" type="double" size="[1 3]"> [1.0000 0.8825 0.7788 ] </kernel_3x3> <kernel_5x5 index="1" type="double" size="[1 5]"> [1.0000 0.8825 0.7788 0.6065 0.3679 ] </kernel_5x5> <kernel_9x9 index="1" type="double" size="[1 8]"> [1.0000 0.8825 0.7788 0.6065 0.3679 0.1969 0.1353 0.0439 ] </kernel_9x9> <kernel_9x9_num index="1" type="double" size="[1 1]"> [0.0000 ] </kernel_9x9_num> <sigma_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </sigma_adj_luma> <sigma_adj_ratio index="1" type="double" size="[1 9]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </sigma_adj_ratio> <threshold_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </threshold_adj_luma> <threshold_adj_thre index="1" type="double" size="[1 9]"> [10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 ] </threshold_adj_thre> </cell> </Setting> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 4]"> gray </Name> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <step0_uvgrad_ratio index="1" type="double" size="[1 13]"> [40.0000 40.0000 40.0000 50.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 ] </step0_uvgrad_ratio> <step0_uvgrad_offset index="1" type="double" size="[1 13]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </step0_uvgrad_offset> <step1_nonMed1 index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step1_nonMed1> <step1_nonBf1 index="1" type="double" size="[1 4]"> [31.0000 31.0000 31.0000 31.0000 ] </step1_nonBf1> <step1_downSample_w index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_w> <step1_downSample_h index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_h> <step1_downSample_meansize index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_meansize> <step1_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </step1_median_ratio> <step1_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step1_median_size> <step1_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_median_IIR> <step1_bf_sigmaR index="1" type="double" size="[1 13]"> [8.5300 10.2400 10.2400 10.2400 12.8000 12.8000 21.3000 25.6000 25.6000 25.6000 25.6000 25.6000 25.6000 ] </step1_bf_sigmaR> <step1_bf_uvgain index="1" type="double" size="[1 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_uvgain> <step1_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_ratio> <step1_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step1_bf_size> <step1_bf_sigmaD index="1" type="double" size="[1 13]"> [16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 ] </step1_bf_sigmaD> <step1_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_isRowIIR> <step1_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_isYcopy> <step2_nonExt_block index="1" type="double" size="[1 4]"> [7.0000 7.0000 7.0000 7.0000 ] </step2_nonExt_block> <step2_nonMed index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </step2_nonMed> <step2_nonBf index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step2_nonBf> <step2_downSample_w index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_w> <step2_downSample_h index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_h> <step2_downSample_meansize index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step2_downSample_meansize> <step2_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 ] </step2_median_ratio> <step2_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step2_median_size> <step2_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_median_IIR> <step2_bf_sigmaR index="1" type="double" size="[1 13]"> [5.1200 6.4000 8.5300 10.2400 10.2400 12.8000 12.8000 12.8000 17.0600 17.0600 17.0600 17.0600 17.0600 ] </step2_bf_sigmaR> <step2_bf_uvgain index="1" type="double" size="[1 13]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step2_bf_uvgain> <step2_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_ratio> <step2_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step2_bf_size> <step2_bf_sigmaD index="1" type="double" size="[1 13]"> [128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 ] </step2_bf_sigmaD> <step2_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_isRowIIR> <step2_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step2_bf_isYcopy> <step3_nonBf3 index="1" type="double" size="[1 4]"> [32.0000 32.0000 32.0000 32.0000 ] </step3_nonBf3> <step3_bf_sigmaR index="1" type="double" size="[1 13]"> [3.4130 4.2670 5.6890 7.1100 8.5300 8.5300 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 ] </step3_bf_sigmaR> <step3_bf_uvgain index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 3.0000 3.0000 3.0000 3.0000 2.5000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step3_bf_uvgain> <step3_bf_ratio index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_ratio> <step3_bf_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step3_bf_size> <step3_bf_sigmaD index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step3_bf_sigmaD> <step3_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step3_bf_isRowIIR> <step3_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_isYcopy> <kernel_3x3 index="1" type="double" size="[1 3]"> [1.0000 0.8825 0.7788 ] </kernel_3x3> <kernel_5x5 index="1" type="double" size="[1 5]"> [1.0000 0.8825 0.7788 0.6065 0.3679 ] </kernel_5x5> <kernel_9x9 index="1" type="double" size="[1 8]"> [1.0000 0.8825 0.7788 0.6065 0.3679 0.1969 0.1353 0.0439 ] </kernel_9x9> <kernel_9x9_num index="1" type="double" size="[1 1]"> [0.0000 ] </kernel_9x9_num> <sigma_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </sigma_adj_luma> <sigma_adj_ratio index="1" type="double" size="[1 9]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </sigma_adj_ratio> <threshold_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </threshold_adj_luma> <threshold_adj_thre index="1" type="double" size="[1 9]"> [10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 10.0000 ] </threshold_adj_thre> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <step0_uvgrad_ratio index="1" type="double" size="[1 13]"> [40.0000 40.0000 40.0000 50.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 60.0000 ] </step0_uvgrad_ratio> <step0_uvgrad_offset index="1" type="double" size="[1 13]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </step0_uvgrad_offset> <step1_nonMed1 index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step1_nonMed1> <step1_nonBf1 index="1" type="double" size="[1 4]"> [31.0000 31.0000 31.0000 31.0000 ] </step1_nonBf1> <step1_downSample_w index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_w> <step1_downSample_h index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_h> <step1_downSample_meansize index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 4.0000 ] </step1_downSample_meansize> <step1_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.5000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </step1_median_ratio> <step1_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step1_median_size> <step1_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_median_IIR> <step1_bf_sigmaR index="1" type="double" size="[1 13]"> [8.5300 10.2400 10.2400 10.2400 12.8000 12.8000 21.3000 25.6000 25.6000 25.6000 25.6000 25.6000 25.6000 ] </step1_bf_sigmaR> <step1_bf_uvgain index="1" type="double" size="[1 13]"> [1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.5000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_uvgain> <step1_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_ratio> <step1_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step1_bf_size> <step1_bf_sigmaD index="1" type="double" size="[1 13]"> [16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 16.0000 ] </step1_bf_sigmaD> <step1_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step1_bf_isRowIIR> <step1_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step1_bf_isYcopy> <step2_nonExt_block index="1" type="double" size="[1 4]"> [7.0000 7.0000 7.0000 7.0000 ] </step2_nonExt_block> <step2_nonMed index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </step2_nonMed> <step2_nonBf index="1" type="double" size="[1 4]"> [3.0000 3.0000 3.0000 3.0000 ] </step2_nonBf> <step2_downSample_w index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_w> <step2_downSample_h index="1" type="double" size="[1 13]"> [32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 32.0000 ] </step2_downSample_h> <step2_downSample_meansize index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step2_downSample_meansize> <step2_median_ratio index="1" type="double" size="[1 13]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 ] </step2_median_ratio> <step2_median_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step2_median_size> <step2_median_IIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_median_IIR> <step2_bf_sigmaR index="1" type="double" size="[1 13]"> [5.1200 6.4000 8.5300 10.2400 10.2400 12.8000 12.8000 12.8000 17.0600 17.0600 17.0600 17.0600 17.0600 ] </step2_bf_sigmaR> <step2_bf_uvgain index="1" type="double" size="[1 13]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step2_bf_uvgain> <step2_bf_ratio index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_ratio> <step2_bf_size index="1" type="double" size="[1 13]"> [5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 5.0000 ] </step2_bf_size> <step2_bf_sigmaD index="1" type="double" size="[1 13]"> [128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 128.0000 ] </step2_bf_sigmaD> <step2_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step2_bf_isRowIIR> <step2_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step2_bf_isYcopy> <step3_nonBf3 index="1" type="double" size="[1 4]"> [32.0000 32.0000 32.0000 32.0000 ] </step3_nonBf3> <step3_bf_sigmaR index="1" type="double" size="[1 13]"> [3.4130 4.2670 5.6890 7.1100 8.5300 8.5300 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 10.2400 ] </step3_bf_sigmaR> <step3_bf_uvgain index="1" type="double" size="[1 13]"> [4.0000 4.0000 4.0000 3.0000 3.0000 3.0000 3.0000 2.5000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </step3_bf_uvgain> <step3_bf_ratio index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_ratio> <step3_bf_size index="1" type="double" size="[1 13]"> [3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 3.0000 ] </step3_bf_size> <step3_bf_sigmaD index="1" type="double" size="[1 13]"> [8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 8.0000 ] </step3_bf_sigmaD> <step3_bf_isRowIIR index="1" type="double" size="[1 13]"> [0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 0.0000 ] </step3_bf_isRowIIR> <step3_bf_isYcopy index="1" type="double" size="[1 13]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </step3_bf_isYcopy> <kernel_3x3 index="1" type="double" size="[1 3]"> [1.0000 0.8825 0.7788 ] </kernel_3x3> <kernel_5x5 index="1" type="double" size="[1 5]"> [1.0000 0.8825 0.7788 0.6065 0.3679 ] </kernel_5x5> <kernel_9x9 index="1" type="double" size="[1 8]"> [1.0000 0.8825 0.7788 0.6065 0.3679 0.1969 0.1353 0.0439 ] </kernel_9x9> <kernel_9x9_num index="1" type="double" size="[1 1]"> [0.0000 ] </kernel_9x9_num> <sigma_adj_luma index="1" type="double" size="[1 9]"> [0.0000 32.0000 64.0000 96.0000 128.0000 160.0000 192.0000 224.0000 256.0000 ] </sigma_adj_luma> <sigma_adj_ratio 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511.3328 552.3636 628.4089 698.2515 763.3249 824.5762 938.0978 1042.3597 1139.5023 1230.9391 1400.4059 1556.0496 1701.0653 1837.5635 2090.5459 2322.8931 2539.3745 2743.1409 3120.7966 3467.6477 3790.8147 4095.0000 ] </curve_normal> <curve_hdr index="1" type="double" size="[1 45]"> [0.0000 6.0000 11.0000 17.0000 22.0000 28.0000 33.0000 39.0000 44.0000 55.0000 66.0000 77.0000 88.0000 109.0000 130.0000 150.0000 170.0000 210.0000 248.0000 286.0000 323.0000 393.0000 460.0000 525.0000 586.0000 702.0000 809.0000 909.0000 1002.0000 1172.0000 1325.0000 1462.0000 1588.0000 1811.0000 2004.0000 2174.0000 2327.0000 2590.0000 2813.0000 3006.0000 3177.0000 3467.0000 3708.0000 3915.0000 4095.0000 ] </curve_hdr> <curve_night index="1" type="double" size="[1 45]"> [0.0000 6.0000 11.0000 17.0000 22.0000 28.0000 33.0000 39.0000 44.0000 55.0000 66.0000 77.0000 88.0000 109.0000 130.0000 150.0000 170.0000 210.0000 248.0000 286.0000 323.0000 393.0000 460.0000 525.0000 586.0000 702.0000 809.0000 909.0000 1002.0000 1172.0000 1325.0000 1462.0000 1588.0000 1811.0000 2004.0000 2174.0000 2327.0000 2590.0000 2813.0000 3006.0000 3177.0000 3467.0000 3708.0000 3915.0000 4095.0000 ] </curve_night> </GAMMA> <DEGAMMA index="1" type="struct" size="[1 1]"> <Degamma_en index="1" type="char" size="[1 1]"> [0] </Degamma_en> <Degamma_mode index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <Degamma_scene_en index="1" type="char" size="[1 1]"> [1 ] </Degamma_scene_en> <X_axis index="1" type="double" size="[1 17]"> [0 256 512 768 1024 1280 1536 1792 2048 2304 2560 2816 3072 3328 3584 3840 4096] </X_axis> <curve_R index="1" type="double" size="[1 17]"> [0.0000 256.0000 512.0000 768.0000 1024.0000 1280.0000 1536.0000 1792.0000 2048.0000 2304.0000 2560.0000 2816.0000 3072.0000 3328.0000 3584.0000 3840.0000 4095.0000] </curve_R> <curve_G index="1" type="double" size="[1 17]"> [0.0000 256.0000 512.0000 768.0000 1024.0000 1280.0000 1536.0000 1792.0000 2048.0000 2304.0000 2560.0000 2816.0000 3072.0000 3328.0000 3584.0000 3840.0000 4095.0000] </curve_G> <curve_B index="1" type="double" size="[1 17]"> [0.0000 256.0000 512.0000 768.0000 1024.0000 1280.0000 1536.0000 1792.0000 2048.0000 2304.0000 2560.0000 2816.0000 3072.0000 3328.0000 3584.0000 3840.0000 4095.0000] </curve_B> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> HDR </Name> <Degamma_scene_en index="1" type="char" size="[1 1]"> [1 ] </Degamma_scene_en> <X_axis index="1" type="double" size="[1 17]"> [0 256 512 768 1024 1280 1536 1792 2048 2304 2560 2816 3072 3328 3584 3840 4096] </X_axis> <curve_R index="1" type="double" size="[1 17]"> [0.0000 256.0000 512.0000 768.0000 1024.0000 1280.0000 1536.0000 1792.0000 2048.0000 2304.0000 2560.0000 2816.0000 3072.0000 3328.0000 3584.0000 3840.0000 4095.0000] </curve_R> <curve_G index="1" type="double" size="[1 17]"> [0.0000 256.0000 512.0000 768.0000 1024.0000 1280.0000 1536.0000 1792.0000 2048.0000 2304.0000 2560.0000 2816.0000 3072.0000 3328.0000 3584.0000 3840.0000 4095.0000] </curve_G> <curve_B index="1" type="double" size="[1 17]"> [0.0000 256.0000 512.0000 768.0000 1024.0000 1280.0000 1536.0000 1792.0000 2048.0000 2304.0000 2560.0000 2816.0000 3072.0000 3328.0000 3584.0000 3840.0000 4095.0000] </curve_B> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> night </Name> <Degamma_scene_en index="1" type="char" size="[1 1]"> [1 ] </Degamma_scene_en> <X_axis index="1" type="double" size="[1 17]"> [0 256 512 768 1024 1280 1536 1792 2048 2304 2560 2816 3072 3328 3584 3840 4096] </X_axis> <curve_R index="1" type="double" size="[1 17]"> [0.0000 256.0000 512.0000 768.0000 1024.0000 1280.0000 1536.0000 1792.0000 2048.0000 2304.0000 2560.0000 2816.0000 3072.0000 3328.0000 3584.0000 3840.0000 4095.0000] </curve_R> <curve_G index="1" type="double" size="[1 17]"> [0.0000 256.0000 512.0000 768.0000 1024.0000 1280.0000 1536.0000 1792.0000 2048.0000 2304.0000 2560.0000 2816.0000 3072.0000 3328.0000 3584.0000 3840.0000 4095.0000] </curve_G> <curve_B index="1" type="double" size="[1 17]"> [0.0000 256.0000 512.0000 768.0000 1024.0000 1280.0000 1536.0000 1792.0000 2048.0000 2304.0000 2560.0000 2816.0000 3072.0000 3328.0000 3584.0000 3840.0000 4095.0000] </curve_B> </cell> </Degamma_mode> </DEGAMMA> <YNR index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1 ] </Enable> <Version index="1" type="char" size="[1 2]"> V1 </Version> <Mode index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <YNR_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-1.2290352525017907e-012 1.2038550160065856e-008 -4.2233162571153615e-005 5.6076213657973994e-002 1.0192677861981792e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9804 0.8182 0.4958 0.1283 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.7302 1.0113 0.8929 -0.0905 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.7314 0.9483 0.9128 0.4183 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.5925 1.2917 1.5306 1.0414 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.1000 1.2000 1.2000 1.1000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.5000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.4000 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.6000 0.6000 0.7000 0.7000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [1.1000 1.2000 1.2000 1.0000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [3.0000 3.0000 1.5000 1.5000 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [2.0000 2.0000 1.2000 1.2000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.0000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.5500 0.5500 0.5500 0.5500 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7.8884084926612559e+000 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9823 0.8116 0.5380 0.0784 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.7185 1.0196 0.9262 -0.3280 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.7069 0.9221 0.8644 -0.1508 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.5684 1.2820 1.3043 0.5457 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.3000 1.2000 1.3000 1.2000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.5000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [0.5000 0.5000 0.5000 0.5000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.4000 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.3000 0.5000 0.5000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [1.2500 1.3000 1.3000 1.2000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [0.5000 0.5000 0.5000 0.5000 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [2.0000 2.0000 1.2000 1.2000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7500 0.6000 0.3000 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.4000 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1100 0.1100 0.1000 0.1000 ] </hi_soft_thresh_scale> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-2.2640771043359048e-012 2.1800846114032070e-008 -7.5694256786135172e-005 1.0105015632956338e-001 1.5307710225315532e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9983 0.8148 0.6135 0.3234 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.7020 1.0118 0.9394 0.5144 ] </ynr_lhci> <ynr_hlci 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0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-5.2418645928747404e-012 4.8376129534209651e-008 -1.5800986577370335e-004 2.0569720083710763e-001 -2.4685997272630630e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9362 0.6543 0.4559 0.4039 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.8559 0.9798 0.6914 0.5389 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.8855 0.9817 0.7013 0.5513 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.7069 1.4633 1.1028 0.7415 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.5000 1.5000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.2000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 3.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.1500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.8500 0.3000 0.3000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6600 0.3600 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> </YNR_ISO> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <YNR_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-8.4303162971622996e-013 7.9640341802261105e-009 -2.6912484620871701e-005 3.3049135399760801e-002 1.8211244079810101e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9332 0.6865 0.4320 0.2739 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.8451 0.9787 0.7649 0.5108 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.8322 0.9514 0.7381 0.4824 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.6986 1.4097 1.2535 0.8366 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> 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0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> </YNR_ISO> </cell> </Setting> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> hdr </Name> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <YNR_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-1.2290352525017907e-012 1.2038550160065856e-008 -4.2233162571153615e-005 5.6076213657973994e-002 1.0192677861981792e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9804 0.8182 0.4958 0.1283 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.7302 1.0113 0.8929 -0.0905 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.7314 0.9483 0.9128 0.4183 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.5925 1.2917 1.5306 1.0414 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.2000 1.2000 1.2500 1.0000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.5000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.4000 ] </imerge_ratio> <imerge_bound 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type="double" size="[1 4]"> [0.7185 1.0196 0.9262 -0.3280 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.7069 0.9221 0.8644 -0.1508 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.5684 1.2820 1.3043 0.5457 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.3000 1.2000 1.3000 1.0000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.5000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.4000 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.3000 0.5000 0.8000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [1.2500 1.3000 1.2500 1.0000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.2000 1.0000 1.0000 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [2.0000 2.0000 1.2000 1.2000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7500 0.6000 0.3000 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.5000 0.5000 0.5000 ] 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1.1960 1.1272 0.2702 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.3000 1.2000 1.5000 1.2000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.5000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [0.3000 0.6000 1.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.3000 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.4000 0.6000 0.6000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [1.1000 1.1000 1.5000 1.0000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.1000 1.0000 1.0000 1.0000 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [4.0000 4.0000 2.0000 1.2000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.3000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7000 0.7000 0.6000 0.3000 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.5000 0.5000 0.5000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.4000 0.3000 0.2000 ] 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1.0000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.5000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [0.4000 0.7000 1.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.2500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3500 0.4000 0.6000 0.6000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [1.2000 1.2000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.2000 1.2000 1.2000 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.4000 ] </hi_denoiseStrength> 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[800.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-4.1986192053256215e-012 4.1503257779560636e-008 -1.4789491352504291e-004 2.0140240999575099e-001 2.1208638870302821e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [1.0025 0.8472 0.5485 0.3510 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.6853 1.0222 0.9862 1.1006 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.6108 0.8194 0.7724 0.6007 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.5178 1.1525 1.1612 1.1062 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.5000 1.0000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.3000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [0.3000 0.5000 1.0000 1.0000 ] </lo_bfScale> 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[0.7069 1.4633 1.1028 0.7415 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.5000 1.5000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.2000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 3.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.1500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.8500 0.3000 0.3000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6600 0.3600 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-5.2418645928747404e-012 4.8376129534209651e-008 -1.5800986577370335e-004 2.0569720083710763e-001 -2.4685997272630630e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9362 0.6543 0.4559 0.4039 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.8559 0.9798 0.6914 0.5389 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.8855 0.9817 0.7013 0.5513 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.7069 1.4633 1.1028 0.7415 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.5000 1.5000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.2000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 3.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.1500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.8500 0.3000 0.3000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] 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size="[1 6]"> [1.2000 1.2000 1.2500 1.0000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.5000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.4000 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.3000 0.5000 0.7000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [1.2500 1.2500 1.2500 1.0000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [2.0000 2.0000 1.2000 1.2000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.1000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6000 0.5000 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6700 0.6700 0.6700 0.6700 0.6700 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6700 0.6700 0.6700 0.6700 0.6700 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.5700 0.5700 0.5700 0.5700 0.5700 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.4000 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1100 0.1100 0.1000 0.1000 ] </hi_soft_thresh_scale> </cell> <cell index="2" type="struct" size="[1 1]"> <iso 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1.0000 1.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.4000 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.3000 0.5000 0.8000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [1.2500 1.3000 1.2500 1.0000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.2000 1.0000 1.0000 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [2.0000 2.0000 1.2000 1.2000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7500 0.6000 0.3000 ] </hi_denoiseWeight> 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size="[1 4]"> [0.3000 0.4000 0.6000 0.6000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [1.1000 1.1000 1.5000 1.0000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.1000 1.0000 1.0000 1.0000 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [4.0000 4.0000 2.0000 1.2000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.3000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7000 0.7000 0.6000 0.3000 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.5000 0.5000 0.5000 0.5000 0.5000 ] 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index="1" type="double" size="[1 1]"> [0.1500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.8500 0.3000 0.3000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6600 0.3600 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-1.2191563319458487e-011 1.2777116887354454e-007 -4.9875448337788342e-004 7.3632967637172442e-001 7.9656561711162794e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [1.0217 0.9644 0.6303 0.1384 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.5148 0.7367 0.5172 -1.2308 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.4797 0.7819 0.5479 0.3082 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.4197 0.6623 1.1675 -1.2428 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.5000 1.5000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.2000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 3.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.1500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.8500 0.3000 0.3000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6600 0.3600 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-5.2418645928747404e-012 4.8376129534209651e-008 -1.5800986577370335e-004 2.0569720083710763e-001 -2.4685997272630630e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9362 0.6543 0.4559 0.4039 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.8559 0.9798 0.6914 0.5389 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.8855 0.9817 0.7013 0.5513 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.7069 1.4633 1.1028 0.7415 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.5000 1.5000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.2000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 3.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.1500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.8500 0.3000 0.3000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6600 0.3600 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-5.2418645928747404e-012 4.8376129534209651e-008 -1.5800986577370335e-004 2.0569720083710763e-001 -2.4685997272630630e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9362 0.6543 0.4559 0.4039 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.8559 0.9798 0.6914 0.5389 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.8855 0.9817 0.7013 0.5513 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.7069 1.4633 1.1028 0.7415 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.5000 1.5000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.2000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 3.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.1500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.8500 0.3000 0.3000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6600 0.3600 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800.0000 ] </iso> <sigma_curve index="1" type="double" size="[1 5]"> [-5.2418645928747404e-012 4.8376129534209651e-008 -1.5800986577370335e-004 2.0569720083710763e-001 -2.4685997272630630e+001 ] </sigma_curve> <ynr_lci index="1" type="double" size="[1 4]"> [0.9362 0.6543 0.4559 0.4039 ] </ynr_lci> <ynr_lhci index="1" type="double" size="[1 4]"> [0.8559 0.9798 0.6914 0.5389 ] </ynr_lhci> <ynr_hlci index="1" type="double" size="[1 4]"> [0.8855 0.9817 0.7013 0.5513 ] </ynr_hlci> <ynr_hhci index="1" type="double" size="[1 4]"> [0.7069 1.4633 1.1028 0.7415 ] </ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.5000 1.5000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.2000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 3.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.1500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.8500 0.3000 0.3000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6600 0.3600 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> </YNR_ISO> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <YNR_ISO index="1" 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192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6600 0.3600 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 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</ynr_hhci> <lo_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </lo_lumaPoint> <lo_lumaRatio index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.5000 1.5000 1.0000 1.0000 ] </lo_lumaRatio> <lo_directionStrength index="1" type="double" size="[1 1]"> [0.2000 ] </lo_directionStrength> <lo_bfScale index="1" type="double" size="[1 4]"> [1.0000 1.0000 3.0000 1.0000 ] </lo_bfScale> <imerge_ratio index="1" type="double" size="[1 1]"> [0.1500 ] </imerge_ratio> <imerge_bound index="1" type="double" size="[1 1]"> [1.2500 ] </imerge_bound> <denoise_weight index="1" type="double" size="[1 4]"> [0.3000 0.8500 0.3000 0.3000 ] </denoise_weight> <hi_lumaPoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 128.0000 192.0000 256.0000 ] </hi_lumaPoint> <hi_lumaRatio index="1" type="double" size="[1 6]"> [2.0000 2.5000 1.5000 1.5000 1.0000 1.0000 ] </hi_lumaRatio> <hi_bfScale index="1" type="double" size="[1 4]"> [1.2000 1.1000 0.8600 0.8600 ] </hi_bfScale> <hwith_d index="1" type="double" size="[1 4]"> [6.0000 6.0000 4.0000 2.0000 ] </hwith_d> <hi_denoiseStrength index="1" type="double" size="[1 1]"> [1.2000 ] </hi_denoiseStrength> <hi_detailMinAdjDnW index="1" type="double" size="[1 1]"> [0.2000 ] </hi_detailMinAdjDnW> <hi_denoiseWeight index="1" type="double" size="[1 4]"> [0.7500 0.7000 0.6600 0.3600 ] </hi_denoiseWeight> <y_luma_point index="1" type="double" size="[1 6]"> [64.0000 128.0000 192.0000 256.0000 384.0000 512.0000 ] </y_luma_point> <hgrad_y_level1 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level1> <hgrad_y_level2 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level2> <hgrad_y_level3 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level3> <hgrad_y_level4 index="1" type="double" size="[1 6]"> [1.0000 0.6500 0.5500 0.4500 0.3000 0.2000 ] </hgrad_y_level4> <hi_soft_thresh_scale index="1" type="double" size="[1 4]"> [0.1300 0.3000 0.3000 0.1000 ] </hi_soft_thresh_scale> </cell> </YNR_ISO> </cell> </Setting> </cell> </Mode> </YNR> <GIC index="1" type="struct" size="[1 1]"> <enable index="1" type="char" size="[1 1]"> [1 ] </enable> <GIC_ISO index="1" type="cell" size="[1 9]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50.0000 ] </iso> <min_busy_thre index="1" type="double" size="[1 1]"> [40.0000 ] </min_busy_thre> <min_grad_thr1 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr1> <min_grad_thr2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr2> <k_grad1 index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1> <k_grad2 index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2> <smoothness_gb index="1" type="double" size="[1 1]"> [16.0000 ] </smoothness_gb> <smoothness_gb_weak index="1" type="double" size="[1 1]"> [128.0000 ] </smoothness_gb_weak> <gb_thre index="1" type="double" size="[1 1]"> [32.0000 ] </gb_thre> <maxCorV index="1" type="double" size="[1 1]"> [10.0000 ] </maxCorV> <maxCorVboth index="1" type="double" size="[1 1]"> [20.0000 ] </maxCorVboth> <maxCutV index="1" type="double" size="[1 1]"> [80.0000 ] </maxCutV> <dark_thre index="1" type="double" size="[1 1]"> [120.0000 ] </dark_thre> <dark_threHi index="1" type="double" size="[1 1]"> [240.0000 ] </dark_threHi> <k_grad1_dark index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1_dark> <k_grad2_dark index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2_dark> <min_grad_thr_dark1 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr_dark1> <min_grad_thr_dark2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr_dark2> <GValueLimitLo index="1" type="double" size="[1 1]"> [1280.0000 ] </GValueLimitLo> <GValueLimitHi index="1" type="double" size="[1 1]"> [1760.0000 ] </GValueLimitHi> <textureStrength index="1" type="double" size="[1 1]"> [0.2500 ] </textureStrength> <ScaleLo index="1" type="double" size="[1 1]"> [3.0000 ] </ScaleLo> <ScaleHi index="1" type="double" size="[1 1]"> [5.0000 ] </ScaleHi> <noiseCurve_0 index="1" type="double" size="[1 1]"> [0.9257 ] </noiseCurve_0> <noiseCurve_1 index="1" type="double" size="[1 1]"> [-3.2331 ] </noiseCurve_1> <globalStrength index="1" type="double" size="[1 1]"> [1.0000 ] </globalStrength> <noise_coea index="1" type="double" size="[1 1]"> [199.0000 ] </noise_coea> <noise_coeb index="1" type="double" size="[1 1]"> [957.0000 ] </noise_coeb> <diff_clip index="1" type="double" size="[1 1]"> [32767.0000 ] </diff_clip> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100.0000 ] </iso> <min_busy_thre index="1" type="double" size="[1 1]"> [40.0000 ] </min_busy_thre> <min_grad_thr1 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr1> <min_grad_thr2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr2> <k_grad1 index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1> <k_grad2 index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2> <smoothness_gb index="1" type="double" size="[1 1]"> [16.0000 ] </smoothness_gb> <smoothness_gb_weak index="1" type="double" size="[1 1]"> [128.0000 ] </smoothness_gb_weak> <gb_thre index="1" type="double" size="[1 1]"> [32.0000 ] </gb_thre> <maxCorV index="1" type="double" size="[1 1]"> [10.0000 ] </maxCorV> <maxCorVboth index="1" type="double" size="[1 1]"> [20.0000 ] </maxCorVboth> <maxCutV index="1" type="double" size="[1 1]"> [80.0000 ] </maxCutV> <dark_thre index="1" type="double" size="[1 1]"> [120.0000 ] </dark_thre> <dark_threHi index="1" type="double" size="[1 1]"> [240.0000 ] </dark_threHi> <k_grad1_dark index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1_dark> <k_grad2_dark index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2_dark> <min_grad_thr_dark1 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr_dark1> <min_grad_thr_dark2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr_dark2> <GValueLimitLo index="1" type="double" size="[1 1]"> [1280.0000 ] </GValueLimitLo> <GValueLimitHi index="1" type="double" size="[1 1]"> [1760.0000 ] </GValueLimitHi> <textureStrength index="1" type="double" size="[1 1]"> [1.0000 ] </textureStrength> <ScaleLo index="1" type="double" size="[1 1]"> [0.8000 ] </ScaleLo> <ScaleHi index="1" type="double" size="[1 1]"> [1.0000 ] </ScaleHi> <noiseCurve_0 index="1" type="double" size="[1 1]"> [1.2920 ] </noiseCurve_0> <noiseCurve_1 index="1" type="double" size="[1 1]"> [-4.3762 ] </noiseCurve_1> <globalStrength index="1" type="double" size="[1 1]"> [1.0000 ] </globalStrength> <noise_coea index="1" type="double" size="[1 1]"> [270.0000 ] </noise_coea> <noise_coeb index="1" type="double" size="[1 1]"> [1372.0000 ] </noise_coeb> <diff_clip index="1" type="double" size="[1 1]"> [32767.0000 ] </diff_clip> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200.0000 ] </iso> <min_busy_thre index="1" type="double" size="[1 1]"> [40.0000 ] </min_busy_thre> <min_grad_thr1 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr1> <min_grad_thr2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr2> <k_grad1 index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1> <k_grad2 index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2> <smoothness_gb index="1" type="double" size="[1 1]"> [16.0000 ] </smoothness_gb> <smoothness_gb_weak index="1" type="double" size="[1 1]"> [128.0000 ] </smoothness_gb_weak> <gb_thre index="1" type="double" size="[1 1]"> [32.0000 ] </gb_thre> <maxCorV index="1" type="double" size="[1 1]"> [16.0000 ] </maxCorV> <maxCorVboth index="1" type="double" size="[1 1]"> [20.0000 ] </maxCorVboth> <maxCutV index="1" type="double" size="[1 1]"> [80.0000 ] </maxCutV> <dark_thre index="1" type="double" size="[1 1]"> [120.0000 ] </dark_thre> <dark_threHi index="1" type="double" size="[1 1]"> [240.0000 ] </dark_threHi> <k_grad1_dark index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1_dark> <k_grad2_dark index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2_dark> <min_grad_thr_dark1 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr_dark1> <min_grad_thr_dark2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr_dark2> <GValueLimitLo index="1" type="double" size="[1 1]"> [1280.0000 ] </GValueLimitLo> <GValueLimitHi index="1" type="double" size="[1 1]"> [1760.0000 ] </GValueLimitHi> <textureStrength index="1" type="double" size="[1 1]"> [1.0000 ] </textureStrength> <ScaleLo index="1" type="double" size="[1 1]"> [0.8000 ] </ScaleLo> <ScaleHi index="1" type="double" size="[1 1]"> [1.0000 ] </ScaleHi> <noiseCurve_0 index="1" type="double" size="[1 1]"> [1.6032 ] </noiseCurve_0> <noiseCurve_1 index="1" type="double" size="[1 1]"> [-2.1178 ] </noiseCurve_1> <globalStrength index="1" type="double" size="[1 1]"> [1.0000 ] </globalStrength> <noise_coea index="1" type="double" size="[1 1]"> [312.0000 ] </noise_coea> <noise_coeb index="1" type="double" size="[1 1]"> [2077.0000 ] </noise_coeb> <diff_clip index="1" type="double" size="[1 1]"> [32767.0000 ] </diff_clip> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400.0000 ] </iso> <min_busy_thre index="1" type="double" size="[1 1]"> [40.0000 ] </min_busy_thre> <min_grad_thr1 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr1> <min_grad_thr2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr2> <k_grad1 index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1> <k_grad2 index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2> <smoothness_gb index="1" type="double" size="[1 1]"> [16.0000 ] </smoothness_gb> <smoothness_gb_weak index="1" type="double" size="[1 1]"> [128.0000 ] </smoothness_gb_weak> <gb_thre index="1" type="double" size="[1 1]"> [16.0000 ] </gb_thre> <maxCorV index="1" type="double" size="[1 1]"> [24.0000 ] </maxCorV> <maxCorVboth index="1" type="double" size="[1 1]"> [20.0000 ] </maxCorVboth> <maxCutV index="1" type="double" size="[1 1]"> [80.0000 ] </maxCutV> <dark_thre index="1" type="double" size="[1 1]"> [120.0000 ] </dark_thre> <dark_threHi index="1" type="double" size="[1 1]"> [240.0000 ] </dark_threHi> <k_grad1_dark index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1_dark> <k_grad2_dark index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2_dark> <min_grad_thr_dark1 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr_dark1> <min_grad_thr_dark2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr_dark2> <GValueLimitLo index="1" type="double" size="[1 1]"> [1280.0000 ] </GValueLimitLo> <GValueLimitHi index="1" type="double" size="[1 1]"> [1760.0000 ] </GValueLimitHi> <textureStrength index="1" type="double" size="[1 1]"> [1.0000 ] </textureStrength> <ScaleLo index="1" type="double" size="[1 1]"> [0.8000 ] </ScaleLo> <ScaleHi index="1" type="double" size="[1 1]"> [1.0000 ] </ScaleHi> <noiseCurve_0 index="1" type="double" size="[1 1]"> [1.9120 ] </noiseCurve_0> <noiseCurve_1 index="1" type="double" size="[1 1]"> [3.7022 ] </noiseCurve_1> <globalStrength index="1" type="double" size="[1 1]"> [1.0000 ] </globalStrength> <noise_coea index="1" type="double" size="[1 1]"> [418.0000 ] </noise_coea> <noise_coeb index="1" type="double" size="[1 1]"> [2967.0000 ] </noise_coeb> <diff_clip index="1" type="double" size="[1 1]"> [32767.0000 ] </diff_clip> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800.0000 ] </iso> <min_busy_thre index="1" type="double" size="[1 1]"> [80.0000 ] </min_busy_thre> <min_grad_thr1 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr1> <min_grad_thr2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr2> <k_grad1 index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1> <k_grad2 index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2> <smoothness_gb index="1" type="double" size="[1 1]"> [16.0000 ] </smoothness_gb> <smoothness_gb_weak index="1" type="double" size="[1 1]"> [128.0000 ] </smoothness_gb_weak> <gb_thre index="1" type="double" size="[1 1]"> [16.0000 ] </gb_thre> <maxCorV index="1" type="double" size="[1 1]"> [24.0000 ] </maxCorV> <maxCorVboth index="1" type="double" size="[1 1]"> [40.0000 ] </maxCorVboth> <maxCutV index="1" type="double" size="[1 1]"> [160.0000 ] </maxCutV> <dark_thre index="1" type="double" size="[1 1]"> [160.0000 ] </dark_thre> <dark_threHi index="1" type="double" size="[1 1]"> [280.0000 ] </dark_threHi> <k_grad1_dark index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1_dark> <k_grad2_dark index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2_dark> <min_grad_thr_dark1 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr_dark1> <min_grad_thr_dark2 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr_dark2> <GValueLimitLo index="1" type="double" size="[1 1]"> [1280.0000 ] </GValueLimitLo> <GValueLimitHi index="1" type="double" size="[1 1]"> [1760.0000 ] </GValueLimitHi> <textureStrength index="1" type="double" size="[1 1]"> [1.0000 ] </textureStrength> <ScaleLo index="1" type="double" size="[1 1]"> [0.8000 ] </ScaleLo> <ScaleHi index="1" type="double" size="[1 1]"> [1.0000 ] </ScaleHi> <noiseCurve_0 index="1" type="double" size="[1 1]"> [2.4962 ] </noiseCurve_0> <noiseCurve_1 index="1" type="double" size="[1 1]"> [9.5959 ] </noiseCurve_1> <globalStrength index="1" type="double" size="[1 1]"> [1.0000 ] </globalStrength> <noise_coea index="1" type="double" size="[1 1]"> [620.0000 ] </noise_coea> <noise_coeb index="1" type="double" size="[1 1]"> [4047.0000 ] </noise_coeb> <diff_clip index="1" type="double" size="[1 1]"> [32767.0000 ] </diff_clip> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600.0000 ] </iso> <min_busy_thre index="1" type="double" size="[1 1]"> [80.0000 ] </min_busy_thre> <min_grad_thr1 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr1> <min_grad_thr2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr2> <k_grad1 index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1> <k_grad2 index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2> <smoothness_gb index="1" type="double" size="[1 1]"> [16.0000 ] </smoothness_gb> <smoothness_gb_weak index="1" type="double" size="[1 1]"> [128.0000 ] </smoothness_gb_weak> <gb_thre index="1" type="double" size="[1 1]"> [16.0000 ] </gb_thre> <maxCorV index="1" type="double" size="[1 1]"> [26.0000 ] </maxCorV> <maxCorVboth index="1" type="double" size="[1 1]"> [40.0000 ] </maxCorVboth> <maxCutV index="1" type="double" size="[1 1]"> [160.0000 ] </maxCutV> <dark_thre index="1" type="double" size="[1 1]"> [160.0000 ] </dark_thre> <dark_threHi index="1" type="double" size="[1 1]"> [280.0000 ] </dark_threHi> <k_grad1_dark index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1_dark> <k_grad2_dark index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2_dark> <min_grad_thr_dark1 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr_dark1> <min_grad_thr_dark2 index="1" type="double" size="[1 1]"> [16.0000 ] </min_grad_thr_dark2> <GValueLimitLo index="1" type="double" size="[1 1]"> [1280.0000 ] </GValueLimitLo> <GValueLimitHi index="1" type="double" size="[1 1]"> [1760.0000 ] </GValueLimitHi> <textureStrength index="1" type="double" size="[1 1]"> [1.0000 ] </textureStrength> <ScaleLo index="1" type="double" size="[1 1]"> [0.8000 ] </ScaleLo> <ScaleHi index="1" type="double" size="[1 1]"> [1.0000 ] </ScaleHi> <noiseCurve_0 index="1" type="double" size="[1 1]"> [2.9978 ] </noiseCurve_0> <noiseCurve_1 index="1" type="double" size="[1 1]"> [25.8940 ] </noiseCurve_1> <globalStrength index="1" type="double" size="[1 1]"> [1.0000 ] </globalStrength> <noise_coea index="1" type="double" size="[1 1]"> [872.0000 ] </noise_coea> <noise_coeb index="1" type="double" size="[1 1]"> [5817.0000 ] </noise_coeb> <diff_clip index="1" type="double" size="[1 1]"> [32767.0000 ] </diff_clip> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200.0000 ] </iso> <min_busy_thre index="1" type="double" size="[1 1]"> [80.0000 ] </min_busy_thre> <min_grad_thr1 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr1> <min_grad_thr2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr2> <k_grad1 index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1> <k_grad2 index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2> <smoothness_gb index="1" type="double" size="[1 1]"> [16.0000 ] </smoothness_gb> <smoothness_gb_weak index="1" type="double" size="[1 1]"> [128.0000 ] </smoothness_gb_weak> <gb_thre index="1" type="double" size="[1 1]"> [8.0000 ] </gb_thre> <maxCorV index="1" type="double" size="[1 1]"> [28.0000 ] </maxCorV> <maxCorVboth index="1" type="double" size="[1 1]"> [60.0000 ] </maxCorVboth> <maxCutV index="1" type="double" size="[1 1]"> [240.0000 ] </maxCutV> <dark_thre index="1" type="double" size="[1 1]"> [160.0000 ] </dark_thre> <dark_threHi index="1" type="double" size="[1 1]"> [280.0000 ] </dark_threHi> <k_grad1_dark index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1_dark> <k_grad2_dark index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2_dark> <min_grad_thr_dark1 index="1" type="double" size="[1 1]"> [64.0000 ] </min_grad_thr_dark1> <min_grad_thr_dark2 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr_dark2> <GValueLimitLo index="1" type="double" size="[1 1]"> [1280.0000 ] </GValueLimitLo> <GValueLimitHi index="1" type="double" size="[1 1]"> [1760.0000 ] </GValueLimitHi> <textureStrength index="1" type="double" size="[1 1]"> [1.0000 ] </textureStrength> <ScaleLo index="1" type="double" size="[1 1]"> [0.8000 ] </ScaleLo> <ScaleHi index="1" type="double" size="[1 1]"> [1.0000 ] </ScaleHi> <noiseCurve_0 index="1" type="double" size="[1 1]"> [3.9381 ] </noiseCurve_0> <noiseCurve_1 index="1" type="double" size="[1 1]"> [43.7942 ] </noiseCurve_1> <globalStrength index="1" type="double" size="[1 1]"> [1.0000 ] </globalStrength> <noise_coea index="1" type="double" size="[1 1]"> [1168.0000 ] </noise_coea> <noise_coeb index="1" type="double" size="[1 1]"> [7765.0000 ] </noise_coeb> <diff_clip index="1" type="double" size="[1 1]"> [32767.0000 ] </diff_clip> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400.0000 ] </iso> <min_busy_thre index="1" type="double" size="[1 1]"> [80.0000 ] </min_busy_thre> <min_grad_thr1 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr1> <min_grad_thr2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr2> <k_grad1 index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1> <k_grad2 index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2> <smoothness_gb index="1" type="double" size="[1 1]"> [16.0000 ] </smoothness_gb> <smoothness_gb_weak index="1" type="double" size="[1 1]"> [128.0000 ] </smoothness_gb_weak> <gb_thre index="1" type="double" size="[1 1]"> [8.0000 ] </gb_thre> <maxCorV index="1" type="double" size="[1 1]"> [32.0000 ] </maxCorV> <maxCorVboth index="1" type="double" size="[1 1]"> [60.0000 ] </maxCorVboth> <maxCutV index="1" type="double" size="[1 1]"> [240.0000 ] </maxCutV> <dark_thre index="1" type="double" size="[1 1]"> [160.0000 ] </dark_thre> <dark_threHi index="1" type="double" size="[1 1]"> [280.0000 ] </dark_threHi> <k_grad1_dark index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1_dark> <k_grad2_dark index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2_dark> <min_grad_thr_dark1 index="1" type="double" size="[1 1]"> [64.0000 ] </min_grad_thr_dark1> <min_grad_thr_dark2 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr_dark2> <GValueLimitLo index="1" type="double" size="[1 1]"> [1280.0000 ] </GValueLimitLo> <GValueLimitHi index="1" type="double" size="[1 1]"> [1760.0000 ] </GValueLimitHi> <textureStrength index="1" type="double" size="[1 1]"> [1.0000 ] </textureStrength> <ScaleLo index="1" type="double" size="[1 1]"> [3.0000 ] </ScaleLo> <ScaleHi index="1" type="double" size="[1 1]"> [5.0000 ] </ScaleHi> <noiseCurve_0 index="1" type="double" size="[1 1]"> [4.9321 ] </noiseCurve_0> <noiseCurve_1 index="1" type="double" size="[1 1]"> [84.4889 ] </noiseCurve_1> <globalStrength index="1" type="double" size="[1 1]"> [1.0000 ] </globalStrength> <noise_coea index="1" type="double" size="[1 1]"> [1168.0000 ] </noise_coea> <noise_coeb index="1" type="double" size="[1 1]"> [7765.0000 ] </noise_coeb> <diff_clip index="1" type="double" size="[1 1]"> [32767.0000 ] </diff_clip> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800.0000 ] </iso> <min_busy_thre index="1" type="double" size="[1 1]"> [80.0000 ] </min_busy_thre> <min_grad_thr1 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr1> <min_grad_thr2 index="1" type="double" size="[1 1]"> [8.0000 ] </min_grad_thr2> <k_grad1 index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1> <k_grad2 index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2> <smoothness_gb index="1" type="double" size="[1 1]"> [16.0000 ] </smoothness_gb> <smoothness_gb_weak index="1" type="double" size="[1 1]"> [128.0000 ] </smoothness_gb_weak> <gb_thre index="1" type="double" size="[1 1]"> [8.0000 ] </gb_thre> <maxCorV index="1" type="double" size="[1 1]"> [32.0000 ] </maxCorV> <maxCorVboth index="1" type="double" size="[1 1]"> [60.0000 ] </maxCorVboth> <maxCutV index="1" type="double" size="[1 1]"> [240.0000 ] </maxCutV> <dark_thre index="1" type="double" size="[1 1]"> [160.0000 ] </dark_thre> <dark_threHi index="1" type="double" size="[1 1]"> [280.0000 ] </dark_threHi> <k_grad1_dark index="1" type="double" size="[1 1]"> [64.0000 ] </k_grad1_dark> <k_grad2_dark index="1" type="double" size="[1 1]"> [2.0000 ] </k_grad2_dark> <min_grad_thr_dark1 index="1" type="double" size="[1 1]"> [64.0000 ] </min_grad_thr_dark1> <min_grad_thr_dark2 index="1" type="double" size="[1 1]"> [32.0000 ] </min_grad_thr_dark2> <GValueLimitLo index="1" type="double" size="[1 1]"> [1280.0000 ] </GValueLimitLo> <GValueLimitHi index="1" type="double" size="[1 1]"> [1760.0000 ] </GValueLimitHi> <textureStrength index="1" type="double" size="[1 1]"> [1.0000 ] </textureStrength> <ScaleLo index="1" type="double" size="[1 1]"> [3.0000 ] </ScaleLo> <ScaleHi index="1" type="double" size="[1 1]"> [5.0000 ] </ScaleHi> <noiseCurve_0 index="1" type="double" size="[1 1]"> [5.3636 ] </noiseCurve_0> <noiseCurve_1 index="1" type="double" size="[1 1]"> [176.5523 ] </noiseCurve_1> <globalStrength index="1" type="double" size="[1 1]"> [1.0000 ] </globalStrength> <noise_coea index="1" type="double" size="[1 1]"> [1168.0000 ] </noise_coea> <noise_coeb index="1" type="double" size="[1 1]"> [7765.0000 ] </noise_coeb> <diff_clip index="1" type="double" size="[1 1]"> [32767.0000 ] </diff_clip> </cell> </GIC_ISO> <edge_en index="1" type="char" size="[1 1]"> [0 ] </edge_en> <gr_ration index="1" type="char" size="[1 1]"> [0 ] </gr_ration> <noise_cut_en index="1" type="char" size="[1 1]"> [0 ] </noise_cut_en> </GIC> <MFNR index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1 ] </Enable> <Version index="1" type="char" size="[1 2]"> V1 </Version> <local_gain_en index="1" type="double" size="[1 1]"> [1 ] </local_gain_en> <motion_detect_en index="1" type="double" size="[1 1]"> [0 ] </motion_detect_en> <mode_3to1 index="1" type="double" size="[1 1]"> [0 ] </mode_3to1> <max_level index="1" type="char" size="[1 1]"> [4 ] </max_level> <max_level_uv index="1" type="char" size="[1 1]"> [3 ] </max_level_uv> <back_ref_num index="1" type="char" size="[1 1]"> [1 ] </back_ref_num> <awb_uv_ratio index="1" type="cell" size="[1 4]"> <cell index="1" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 1]"> A </name> <ratio index="1" type="double" size="[1 2]"> [1.0000 1.0000 ] </ratio> </cell> <cell index="2" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 3]"> D65 </name> <ratio index="1" type="double" size="[1 2]"> [1.0000 1.0000 ] </ratio> </cell> <cell index="3" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 8]"> F11_TL84 </name> <ratio index="1" type="double" size="[1 2]"> [0.9000 0.7000 ] </ratio> </cell> <cell index="4" type="struct" size="[1 1]"> <name index="1" type="char" size="[1 6]"> F2_CWF </name> <ratio index="1" type="double" size="[1 2]"> [1.0000 1.0000 ] </ratio> </cell> </awb_uv_ratio> <Mode index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <Dynamic index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [0 ] </Enable> <LowTh_iso index="1" type="double" size="[1 1]"> [50.0000 ] </LowTh_iso> <LowTh_time index="1" type="double" size="[1 1]"> [0.0100 ] </LowTh_time> <HighTh_iso index="1" type="double" size="[1 1]"> [50.0000 ] </HighTh_iso> <HighTh_time index="1" type="double" size="[1 1]"> [0.0250 ] </HighTh_time> </Dynamic> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <MFNR_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50.0000 ] </iso> <weight_limit_y index="1" type="double" size="[1 4]"> [32.0000 32.0000 32.0000 32.0000 ] </weight_limit_y> <weight_limit_uv index="1" type="double" size="[1 3]"> [32.0000 32.0000 32.0000 ] </weight_limit_uv> <ratio_frq index="1" type="double" size="[1 4]"> [0.5000 2.0000 0.5000 2.0000 ] </ratio_frq> <luma_w_in_chroma index="1" type="double" size="[1 3]"> [0.5000 0.5000 0.5000 ] </luma_w_in_chroma> <noise_curve index="1" type="double" size="[1 5]"> [-1.2290352525017907e-012 1.2038550160065856e-008 -4.2233162571153615e-005 5.6076213657973994e-002 1.0192677861981792e+001 ] </noise_curve> <noise_curve_x00 index="1" type="double" size="[1 1]"> [3.6470000000000000e+003 ] </noise_curve_x00> <y_lo_noiseprofile index="1" type="double" size="[1 4]"> [1.00000 0.77126 0.50930 0.30210 ] </y_lo_noiseprofile> <y_hi_noiseprofile index="1" type="double" size="[1 4]"> [0.69421 0.70148 0.60469 0.00000 ] </y_hi_noiseprofile> <y_lo_denoiseweight index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </y_lo_denoiseweight> <y_hi_denoiseweight index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </y_hi_denoiseweight> <y_lo_bfscale index="1" type="double" size="[1 4]"> [0.4000 0.4200 0.4200 0.4200 ] </y_lo_bfscale> <y_hi_bfscale index="1" type="double" size="[1 4]"> [0.4000 0.4200 0.4200 0.4200 ] </y_hi_bfscale> <y_lumanrpoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 192.0000 232.0000 256.0000 ] </y_lumanrpoint> <y_lumanrcurve index="1" type="double" size="[1 6]"> [1.3000 1.2000 1.2000 1.1000 1.1000 1.0000 ] </y_lumanrcurve> <y_denoisestrength index="1" type="double" size="[1 1]"> [1.0000 ] </y_denoisestrength> <y_lo_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </y_lo_lvl0_gfdelta> <y_hi_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </y_hi_lvl0_gfdelta> <y_lo_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl1_gfdelta> <y_hi_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_hi_lvl1_gfdelta> <y_lo_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl2_gfdelta> <y_hi_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_hi_lvl2_gfdelta> <y_lo_lvl3_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl3_gfdelta> <y_hi_lvl3_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_hi_lvl3_gfdelta> <uv_lo_noiseprofile index="1" type="double" size="[1 3]"> [1.00000 0.77126 0.50930 ] </uv_lo_noiseprofile> <uv_hi_noiseprofile index="1" type="double" size="[1 3]"> [0.69421 0.70148 0.35740 ] </uv_hi_noiseprofile> <uv_lo_denoiseweight index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </uv_lo_denoiseweight> <uv_hi_denoiseweight index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </uv_hi_denoiseweight> <uv_lo_bfscale index="1" type="double" size="[1 3]"> [0.4000 0.4000 0.4000 ] </uv_lo_bfscale> <uv_hi_bfscale index="1" type="double" size="[1 3]"> [0.4000 0.4000 0.4000 ] </uv_hi_bfscale> <uv_lumanrpoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 192.0000 232.0000 256.0000 ] </uv_lumanrpoint> <uv_lumanrcurve index="1" type="double" size="[1 6]"> [1.3000 1.2000 1.2000 1.1000 1.1000 1.0000 ] </uv_lumanrcurve> <uv_denoisestrength index="1" type="double" size="[1 1]"> [1.2000 ] </uv_denoisestrength> <uv_lo_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </uv_lo_lvl0_gfdelta> <uv_hi_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </uv_hi_lvl0_gfdelta> <uv_lo_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_lo_lvl1_gfdelta> <uv_hi_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_hi_lvl1_gfdelta> <uv_lo_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_lo_lvl2_gfdelta> <uv_hi_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_hi_lvl2_gfdelta> <lvl0_gfsigma index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </lvl0_gfsigma> <lvl1_gfsigma index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </lvl1_gfsigma> <lvl2_gfsigma index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </lvl2_gfsigma> <lvl3_gfsigma index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </lvl3_gfsigma> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100.0000 ] </iso> <weight_limit_y index="1" type="double" size="[1 4]"> [32.0000 32.0000 32.0000 32.0000 ] </weight_limit_y> <weight_limit_uv index="1" type="double" size="[1 3]"> [32.0000 32.0000 32.0000 ] </weight_limit_uv> <ratio_frq index="1" type="double" size="[1 4]"> [0.5000 2.0000 0.5000 2.0000 ] </ratio_frq> <luma_w_in_chroma index="1" type="double" size="[1 3]"> [0.5000 0.5000 0.5000 ] </luma_w_in_chroma> <noise_curve index="1" type="double" size="[1 5]"> [-2.1650308177323400e-012 2.0830080952836396e-008 -7.1126383768646551e-005 9.2540732565311146e-002 7.8884084926612559e+000 ] </noise_curve> <noise_curve_x00 index="1" type="double" size="[1 1]"> [3.6470000000000000e+003 ] </noise_curve_x00> <y_lo_noiseprofile index="1" type="double" size="[1 4]"> [1.00000 0.77773 0.51884 0.32851 ] </y_lo_noiseprofile> <y_hi_noiseprofile index="1" type="double" size="[1 4]"> [0.66744 0.65299 0.53667 0.00000 ] </y_hi_noiseprofile> <y_lo_denoiseweight index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </y_lo_denoiseweight> <y_hi_denoiseweight index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </y_hi_denoiseweight> <y_lo_bfscale index="1" type="double" size="[1 4]"> [0.4000 0.4000 0.4000 0.4000 ] </y_lo_bfscale> <y_hi_bfscale index="1" type="double" size="[1 4]"> [0.4000 0.4000 0.4000 0.4000 ] </y_hi_bfscale> <y_lumanrpoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 192.0000 232.0000 256.0000 ] </y_lumanrpoint> <y_lumanrcurve index="1" type="double" size="[1 6]"> [1.2000 1.2000 1.3000 1.2000 1.1000 1.0000 ] </y_lumanrcurve> <y_denoisestrength index="1" type="double" size="[1 1]"> [1.0000 ] 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0.03906 0.03906 0.03906 0.03906 ] </uv_lo_lvl0_gfdelta> <uv_hi_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </uv_hi_lvl0_gfdelta> <uv_lo_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_lo_lvl1_gfdelta> <uv_hi_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_hi_lvl1_gfdelta> <uv_lo_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_lo_lvl2_gfdelta> <uv_hi_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_hi_lvl2_gfdelta> <lvl0_gfsigma index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </lvl0_gfsigma> <lvl1_gfsigma index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </lvl1_gfsigma> <lvl2_gfsigma index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </lvl2_gfsigma> <lvl3_gfsigma index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 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0.03906 0.03906 0.03906 0.03906 0.03906 ] </y_hi_lvl0_gfdelta> <y_lo_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl1_gfdelta> <y_hi_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_hi_lvl1_gfdelta> <y_lo_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl2_gfdelta> <y_hi_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_hi_lvl2_gfdelta> <y_lo_lvl3_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl3_gfdelta> <y_hi_lvl3_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_hi_lvl3_gfdelta> <uv_lo_noiseprofile index="1" type="double" size="[1 3]"> [1.00000 0.72924 0.45749 ] </uv_lo_noiseprofile> <uv_hi_noiseprofile index="1" type="double" size="[1 3]"> [0.72960 0.61071 0.39626 ] </uv_hi_noiseprofile> <uv_lo_denoiseweight index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </uv_lo_denoiseweight> <uv_hi_denoiseweight index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </uv_hi_denoiseweight> <uv_lo_bfscale index="1" type="double" size="[1 3]"> [0.5000 0.7000 0.7000 ] </uv_lo_bfscale> <uv_hi_bfscale index="1" type="double" size="[1 3]"> [0.3000 0.3000 0.4000 ] </uv_hi_bfscale> <uv_lumanrpoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 192.0000 232.0000 256.0000 ] </uv_lumanrpoint> <uv_lumanrcurve index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </uv_lumanrcurve> <uv_denoisestrength index="1" type="double" size="[1 1]"> [1.8000 ] </uv_denoisestrength> <uv_lo_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </uv_lo_lvl0_gfdelta> <uv_hi_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </uv_hi_lvl0_gfdelta> <uv_lo_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] 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LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <MFNR_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50.0000 ] </iso> <weight_limit_y index="1" type="double" size="[1 4]"> [64.0000 64.0000 64.0000 64.0000 ] </weight_limit_y> <weight_limit_uv index="1" type="double" size="[1 3]"> [64.0000 64.0000 64.0000 ] </weight_limit_uv> <ratio_frq index="1" type="double" size="[1 4]"> [0.5000 2.0000 0.5000 2.0000 ] </ratio_frq> <luma_w_in_chroma index="1" type="double" size="[1 3]"> [0.5000 0.5000 0.5000 ] </luma_w_in_chroma> <noise_curve index="1" type="double" size="[1 5]"> [-1.2290352525017907e-012 1.2038550160065856e-008 -4.2233162571153615e-005 5.6076213657973994e-002 1.0192677861981792e+001 ] </noise_curve> <noise_curve_x00 index="1" type="double" size="[1 1]"> [3.6470000000000000e+003 ] </noise_curve_x00> <y_lo_noiseprofile index="1" type="double" size="[1 4]"> [1.00000 0.77126 0.50930 0.30210 ] </y_lo_noiseprofile> <y_hi_noiseprofile index="1" type="double" size="[1 4]"> [0.69421 0.70148 0.60469 0.00000 ] </y_hi_noiseprofile> <y_lo_denoiseweight index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </y_lo_denoiseweight> <y_hi_denoiseweight index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </y_hi_denoiseweight> <y_lo_bfscale index="1" type="double" size="[1 4]"> [0.5000 0.5000 0.5000 0.5000 ] </y_lo_bfscale> <y_hi_bfscale index="1" type="double" size="[1 4]"> [0.5000 0.5000 0.5000 0.5000 ] </y_hi_bfscale> <y_lumanrpoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 192.0000 232.0000 256.0000 ] </y_lumanrpoint> <y_lumanrcurve index="1" type="double" size="[1 6]"> [1.2000 1.2000 1.2000 1.1000 1.1000 1.0000 ] </y_lumanrcurve> <y_denoisestrength index="1" type="double" size="[1 1]"> [1.2000 ] </y_denoisestrength> <y_lo_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </y_lo_lvl0_gfdelta> <y_hi_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </y_hi_lvl0_gfdelta> <y_lo_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl1_gfdelta> <y_hi_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_hi_lvl1_gfdelta> <y_lo_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl2_gfdelta> <y_hi_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_hi_lvl2_gfdelta> <y_lo_lvl3_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl3_gfdelta> <y_hi_lvl3_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_hi_lvl3_gfdelta> <uv_lo_noiseprofile index="1" type="double" size="[1 3]"> [1.00000 0.77126 0.50930 ] </uv_lo_noiseprofile> <uv_hi_noiseprofile index="1" type="double" size="[1 3]"> [0.69421 0.70148 0.35740 ] </uv_hi_noiseprofile> <uv_lo_denoiseweight index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </uv_lo_denoiseweight> <uv_hi_denoiseweight index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </uv_hi_denoiseweight> <uv_lo_bfscale index="1" type="double" size="[1 3]"> [0.5000 0.5000 0.5000 ] </uv_lo_bfscale> <uv_hi_bfscale index="1" type="double" size="[1 3]"> [0.5000 0.5000 0.5000 ] </uv_hi_bfscale> <uv_lumanrpoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 192.0000 232.0000 256.0000 ] </uv_lumanrpoint> <uv_lumanrcurve index="1" type="double" size="[1 6]"> [1.3000 1.2000 1.2000 1.1000 1.1000 1.0000 ] </uv_lumanrcurve> <uv_denoisestrength index="1" type="double" size="[1 1]"> [1.2000 ] </uv_denoisestrength> <uv_lo_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </uv_lo_lvl0_gfdelta> <uv_hi_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] 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index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 4]"> gray </Name> <Dynamic index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [0 ] </Enable> <LowTh_iso index="1" type="double" size="[1 1]"> [50.0000 ] </LowTh_iso> <LowTh_time index="1" type="double" size="[1 1]"> [0.0100 ] </LowTh_time> <HighTh_iso index="1" type="double" size="[1 1]"> [50.0000 ] </HighTh_iso> <HighTh_time index="1" type="double" size="[1 1]"> [0.0250 ] </HighTh_time> </Dynamic> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <MFNR_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50.0000 ] </iso> <weight_limit_y index="1" type="double" size="[1 4]"> [64.0000 64.0000 64.0000 64.0000 ] </weight_limit_y> <weight_limit_uv index="1" type="double" size="[1 3]"> [64.0000 64.0000 64.0000 ] </weight_limit_uv> <ratio_frq index="1" type="double" size="[1 4]"> [0.5000 2.0000 0.5000 2.0000 ] </ratio_frq> <luma_w_in_chroma index="1" type="double" size="[1 3]"> [0.5000 0.5000 0.5000 ] </luma_w_in_chroma> <noise_curve index="1" type="double" size="[1 5]"> [-1.2290352525017907e-012 1.2038550160065856e-008 -4.2233162571153615e-005 5.6076213657973994e-002 1.0192677861981792e+001 ] </noise_curve> <noise_curve_x00 index="1" type="double" size="[1 1]"> [3.6470000000000000e+003 ] </noise_curve_x00> <y_lo_noiseprofile index="1" type="double" size="[1 4]"> [1.00000 0.77126 0.50930 0.30210 ] </y_lo_noiseprofile> <y_hi_noiseprofile index="1" type="double" size="[1 4]"> [0.69421 0.70148 0.60469 0.00000 ] </y_hi_noiseprofile> <y_lo_denoiseweight index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </y_lo_denoiseweight> <y_hi_denoiseweight index="1" type="double" size="[1 4]"> [1.0000 1.0000 1.0000 1.0000 ] </y_hi_denoiseweight> <y_lo_bfscale index="1" type="double" size="[1 4]"> [0.5000 0.5000 0.5000 0.5000 ] </y_lo_bfscale> <y_hi_bfscale index="1" type="double" size="[1 4]"> [0.5000 0.5000 0.5000 0.5000 ] </y_hi_bfscale> <y_lumanrpoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 192.0000 232.0000 256.0000 ] </y_lumanrpoint> <y_lumanrcurve index="1" type="double" size="[1 6]"> [1.2000 1.2000 1.2000 1.1000 1.1000 1.0000 ] </y_lumanrcurve> <y_denoisestrength index="1" type="double" size="[1 1]"> [1.2000 ] </y_denoisestrength> <y_lo_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </y_lo_lvl0_gfdelta> <y_hi_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </y_hi_lvl0_gfdelta> <y_lo_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </y_lo_lvl1_gfdelta> <y_hi_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 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index="1" type="double" size="[1 3]"> [1.00000 0.72924 0.45749 ] </uv_lo_noiseprofile> <uv_hi_noiseprofile index="1" type="double" size="[1 3]"> [0.72960 0.61071 0.39626 ] </uv_hi_noiseprofile> <uv_lo_denoiseweight index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </uv_lo_denoiseweight> <uv_hi_denoiseweight index="1" type="double" size="[1 3]"> [1.0000 1.0000 1.0000 ] </uv_hi_denoiseweight> <uv_lo_bfscale index="1" type="double" size="[1 3]"> [0.5000 0.7000 0.7000 ] </uv_lo_bfscale> <uv_hi_bfscale index="1" type="double" size="[1 3]"> [0.3000 0.3000 0.4000 ] </uv_hi_bfscale> <uv_lumanrpoint index="1" type="double" size="[1 6]"> [0.0000 32.0000 64.0000 192.0000 232.0000 256.0000 ] </uv_lumanrpoint> <uv_lumanrcurve index="1" type="double" size="[1 6]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </uv_lumanrcurve> <uv_denoisestrength index="1" type="double" size="[1 1]"> [1.8000 ] </uv_denoisestrength> <uv_lo_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </uv_lo_lvl0_gfdelta> <uv_hi_lvl0_gfdelta index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </uv_hi_lvl0_gfdelta> <uv_lo_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_lo_lvl1_gfdelta> <uv_hi_lvl1_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_hi_lvl1_gfdelta> <uv_lo_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_lo_lvl2_gfdelta> <uv_hi_lvl2_gfdelta index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </uv_hi_lvl2_gfdelta> <lvl0_gfsigma index="1" type="double" size="[1 6]"> [0.06250 0.03906 0.03906 0.03906 0.03906 0.03906 ] </lvl0_gfsigma> <lvl1_gfsigma index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </lvl1_gfsigma> <lvl2_gfsigma index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </lvl2_gfsigma> <lvl3_gfsigma index="1" type="double" size="[1 3]"> [0.12500 0.10938 0.10938 ] </lvl3_gfsigma> </cell> </MFNR_ISO> </cell> </Setting> <motion_detection index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [0] </Enable> <ISO index="1" type="double" size="[1 13]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 25600.0000 51200.0000 102400.0000 204800.0000 ] </ISO> <sigmaHScale index="1" type="double" size="[1 13]"> [1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 ] </sigmaHScale> <sigmaLScale index="1" type="double" size="[1 13]"> [0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 0.5 ] </sigmaLScale> <light_clp index="1" type="double" size="[1 13]"> [32 32 32 32 32 32 32 32 32 32 32 32 32 ] </light_clp> <uv_weight index="1" type="double" size="[1 13]"> [1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 ] </uv_weight> <mfnr_sigma_scale index="1" type="double" size="[1 13]"> [4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 4.0 ] </mfnr_sigma_scale> <yuvnr_gain_scale0 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </yuvnr_gain_scale0> <yuvnr_gain_scale1 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </yuvnr_gain_scale1> <yuvnr_gain_scale2 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </yuvnr_gain_scale2> <frame_limit_y index="1" type="double" size="[1 13]"> [24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 ] </frame_limit_y> <frame_limit_uv index="1" type="double" size="[1 13]"> [24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 24.0 ] </frame_limit_uv> <reserved7 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </reserved7> <reserved6 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </reserved6> <reserved5 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </reserved5> <reserved4 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </reserved4> <reserved3 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </reserved3> <reserved2 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </reserved2> <reserved1 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </reserved1> <reserved0 index="1" type="double" size="[1 13]"> [2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 2.0 ] </reserved0> </motion_detection> </cell> </Mode> </MFNR> <SHARP index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1] </Enable> <Version index="1" type="char" size="[1 2]"> V1 </Version> <luma_point index="1" type="double" size="[1 8]"> [0 16 32 64 96 160 224 256] </luma_point> <Mode index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <gauss_luma_coeff index="1" type="double" size="[3 3]"> [0.0625 0.125 0.0625 0.125 0.25 0.125 0.0625 0.125 0.0625] </gauss_luma_coeff> <pbf_coeff_l index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </pbf_coeff_l> <pbf_coeff_h index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </pbf_coeff_h> <rf_m_coeff_l index="1" type="double" size="[5 5]"> [0.023438 0.03125 0.039063 0.03125 0.023438 0.03125 0.046875 0.054688 0.046875 0.03125 0.039063 0.054688 0.09375 0.054688 0.039063 0.03125 0.046875 0.054688 0.046875 0.03125 0.023438 0.03125 0.039063 0.03125 0.023438] </rf_m_coeff_l> <rf_m_coeff_h index="1" type="double" size="[5 5]"> [0.023438 0.03125 0.039063 0.03125 0.023438 0.03125 0.046875 0.054688 0.046875 0.03125 0.039063 0.054688 0.09375 0.054688 0.039063 0.03125 0.046875 0.054688 0.046875 0.03125 0.023438 0.03125 0.039063 0.03125 0.023438] </rf_m_coeff_h> <mbf_coeff index="1" type="double" size="[17 13]"> [0 0 0 0 0.40625 0 0 0 0 0 0 0 0.40625 0 0 0 0 0 0 0 0 0 0 0.34375 0 0.328125 0 0.34375 0 0 0 0 0 0 0 0 0.40625 0 0.359375 0 0 0 0 0 0 0 0.359375 0 0.40625 0 0 0 0 0 0 0 0.296875 0 0.234375 0 0.234375 0 0.296875 0 0 0 0 0 0 0.40625 0 0.34375 0 0 0 0 0.171875 0 0 0 0 0.34375 0 0.40625 0 0 0 0 0 0 0.234375 0 0.140625 0.109375 0.140625 0 0.234375 0 0 0 0 0 0.4375 0 0 0.328125 0 0 0.171875 0.109375 0 0.109375 0.171875 0 0 0.328125 0 0 0.4375 0 0 0 0 0 0.234375 0 0.140625 0.109375 0.140625 0 0.234375 0 0 0 0 0 0 0.40625 0 0.34375 0 0 0 0 0.171875 0 0 0 0 0.34375 0 0.40625 0 0 0 0 0 0 0.296875 0 0.234375 0 0.234375 0 0.296875 0 0 0 0 0 0 0 0.40625 0 0.359375 0 0 0 0 0 0 0 0.359375 0 0.40625 0 0 0 0 0 0 0 0 0.34375 0 0.328125 0 0.34375 0 0 0 0 0 0 0 0 0 0 0.40625 0 0 0 0 0 0 0 0.40625 0 0 0 0] </mbf_coeff> <rf_h_coeff_l index="1" type="double" size="[5 5]"> [0 0.015625 0.023438 0.015625 0 0.015625 0.0625 0.101563 0.0625 0.015625 0.023438 0.101563 0.125 0.101563 0.023438 0.015625 0.0625 0.101563 0.0625 0.015625 0 0.015625 0.023438 0.015625 0] </rf_h_coeff_l> <rf_h_coeff_h index="1" type="double" size="[5 5]"> [0 0.015625 0.023438 0.015625 0 0.015625 0.0625 0.101563 0.0625 0.015625 0.023438 0.101563 0.125 0.101563 0.023438 0.015625 0.0625 0.101563 0.0625 0.015625 0 0.015625 0.023438 0.015625 0] </rf_h_coeff_h> <hbf_coeff_l index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </hbf_coeff_l> <hbf_coeff_h index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </hbf_coeff_h> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <SHARP_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <lratio index="1" type="double" size="[1 1]"> [0.3] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.7] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [5.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [2 3 4 4 6 5 4 4] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.5] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [6] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 12 24 32 46 46 40 36] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-0.05 -0.15 -0.3 -0.4 -0.5 -0.5 -0.5 -0.4] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [8 16 24 36 50 45 40 30] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.5] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.65] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.36] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [6] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [2] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [64] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <lratio index="1" type="double" size="[1 1]"> [0.25] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.75] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.5] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.3] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [6] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [8 16 24 32 40 42 42 36] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-0.05 -0.15 -0.3 -0.3 -0.3 -0.3 -0.3 -0.1] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [4 12 24 36 46 46 40 30] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.5] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.75] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [1] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [6] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [2] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [56] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <lratio index="1" type="double" size="[1 1]"> [0] </lratio> <hratio index="1" type="double" size="[1 1]"> [2] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.5] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.3] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [8] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [2 12 24 32 32 32 32 16] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [0 -0.1 -0.25 -0.3 -0.4 -0.3 -0.2 -0.1] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [2 6 12 24 30 30 30 30] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.5] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.65] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.8] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [8] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [3] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [64] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <lratio index="1" type="double" size="[1 1]"> [0] </lratio> <hratio index="1" type="double" size="[1 1]"> [2] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [4 8 10 12 10 8 6 2] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.5] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.3] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [8] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [2 12 24 32 32 32 32 16] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [0 -0.1 -0.25 -0.3 -0.4 -0.3 -0.2 -0.1] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [2 6 12 24 30 30 30 30] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.5] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.6] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.8] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [8] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [2] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [56] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <lratio index="1" type="double" size="[1 1]"> [0] </lratio> <hratio index="1" type="double" size="[1 1]"> [2] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [8 10 12 12 12 8 7 6] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.8] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [2] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [2 12 24 32 32 32 32 16] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [0 -0.1 -0.25 -0.3 -0.4 -0.3 -0.2 -0.1] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [2 6 12 24 30 30 30 30] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.75] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.5] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [8] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [2] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [40] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <lratio index="1" type="double" size="[1 1]"> [0] </lratio> <hratio index="1" type="double" size="[1 1]"> [2] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [8 10 12 12 12 8 7 6] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.8] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [2] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [2 12 24 32 32 32 32 16] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [0 -0.1 -0.25 -0.3 -0.4 -0.3 -0.2 -0.1] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [2 6 12 24 30 30 30 30] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.9] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.75] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [12] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [2] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <lratio index="1" type="double" size="[1 1]"> [0] </lratio> <hratio index="1" type="double" size="[1 1]"> [2] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [2.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [11] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [2 10 12 16 16 16 12 8] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [0 -0.1 -0.25 -0.3 -0.4 -0.3 -0.2 -0.1] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [2 4 8 12 14 12 12 12] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.9] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.9] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [12] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [20] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [0.5] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [0.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.9] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.8] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [10] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [2 3 4 4 8 4 2 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [0 0 -0.15 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [2 8 12 16 20 16 12 4] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.9] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.9] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.75] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [11] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [2] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [12] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> </SHARP_ISO> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <SHARP_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [2 3 4 4 6 5 4 4] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.3] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 12 5 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 16 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.6] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.6] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.5] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 14 16 10 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 18 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.9] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 14 8 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 20 24 28 28 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.9] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 10 14 14 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 16 24 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [4 5 6 8 8 8 7 6] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.7] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [8 8 12 14 16 16 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 15 22 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.75] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.5] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [5 5 6 8 9 8 8 7] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.4] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> </SHARP_ISO> </cell> </Setting> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> hdr </Name> <gauss_luma_coeff index="1" type="double" size="[3 3]"> [0.0625 0.125 0.0625 0.125 0.25 0.125 0.0625 0.125 0.0625] </gauss_luma_coeff> <pbf_coeff_l index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </pbf_coeff_l> <pbf_coeff_h index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </pbf_coeff_h> <rf_m_coeff_l index="1" type="double" size="[5 5]"> [0.023438 0.03125 0.039063 0.03125 0.023438 0.03125 0.046875 0.054688 0.046875 0.03125 0.039063 0.054688 0.09375 0.054688 0.039063 0.03125 0.046875 0.054688 0.046875 0.03125 0.023438 0.03125 0.039063 0.03125 0.023438] </rf_m_coeff_l> <rf_m_coeff_h index="1" type="double" size="[5 5]"> [0.023438 0.03125 0.039063 0.03125 0.023438 0.03125 0.046875 0.054688 0.046875 0.03125 0.039063 0.054688 0.09375 0.054688 0.039063 0.03125 0.046875 0.054688 0.046875 0.03125 0.023438 0.03125 0.039063 0.03125 0.023438] </rf_m_coeff_h> <mbf_coeff index="1" type="double" size="[17 13]"> [0 0 0 0 0.40625 0 0 0 0 0 0 0 0.40625 0 0 0 0 0 0 0 0 0 0 0.34375 0 0.328125 0 0.34375 0 0 0 0 0 0 0 0 0.40625 0 0.359375 0 0 0 0 0 0 0 0.359375 0 0.40625 0 0 0 0 0 0 0 0.296875 0 0.234375 0 0.234375 0 0.296875 0 0 0 0 0 0 0.40625 0 0.34375 0 0 0 0 0.171875 0 0 0 0 0.34375 0 0.40625 0 0 0 0 0 0 0.234375 0 0.140625 0.109375 0.140625 0 0.234375 0 0 0 0 0 0.4375 0 0 0.328125 0 0 0.171875 0.109375 0 0.109375 0.171875 0 0 0.328125 0 0 0.4375 0 0 0 0 0 0.234375 0 0.140625 0.109375 0.140625 0 0.234375 0 0 0 0 0 0 0.40625 0 0.34375 0 0 0 0 0.171875 0 0 0 0 0.34375 0 0.40625 0 0 0 0 0 0 0.296875 0 0.234375 0 0.234375 0 0.296875 0 0 0 0 0 0 0 0.40625 0 0.359375 0 0 0 0 0 0 0 0.359375 0 0.40625 0 0 0 0 0 0 0 0 0.34375 0 0.328125 0 0.34375 0 0 0 0 0 0 0 0 0 0 0.40625 0 0 0 0 0 0 0 0.40625 0 0 0 0] </mbf_coeff> <rf_h_coeff_l index="1" type="double" size="[5 5]"> [0 0.015625 0.023438 0.015625 0 0.015625 0.0625 0.101563 0.0625 0.015625 0.023438 0.101563 0.125 0.101563 0.023438 0.015625 0.0625 0.101563 0.0625 0.015625 0 0.015625 0.023438 0.015625 0] </rf_h_coeff_l> <rf_h_coeff_h index="1" type="double" size="[5 5]"> [0 0.015625 0.023438 0.015625 0 0.015625 0.0625 0.101563 0.0625 0.015625 0.023438 0.101563 0.125 0.101563 0.023438 0.015625 0.0625 0.101563 0.0625 0.015625 0 0.015625 0.023438 0.015625 0] </rf_h_coeff_h> <hbf_coeff_l index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </hbf_coeff_l> <hbf_coeff_h index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </hbf_coeff_h> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <SHARP_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [2 3 4 4 6 5 4 4] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.3] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 12 5 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 16 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.6] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.6] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.5] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 14 16 10 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 18 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.9] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 14 8 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 20 24 28 28 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.9] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 10 14 14 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 16 24 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [4 5 6 8 8 8 7 6] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.7] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [8 8 12 14 16 16 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 15 22 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.75] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.5] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [5 5 6 8 9 8 8 7] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.4] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> </SHARP_ISO> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <SHARP_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [2 3 4 4 6 5 4 4] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.3] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 12 5 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 16 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.6] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.6] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.5] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 14 16 10 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 18 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.9] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 14 8 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 20 24 28 28 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.9] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 10 14 14 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 16 24 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [4 5 6 8 8 8 7 6] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.7] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [8 8 12 14 16 16 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 15 22 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.75] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.5] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [5 5 6 8 9 8 8 7] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.4] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> </SHARP_ISO> </cell> </Setting> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 4]"> gray </Name> <gauss_luma_coeff index="1" type="double" size="[3 3]"> [0.0625 0.125 0.0625 0.125 0.25 0.125 0.0625 0.125 0.0625] </gauss_luma_coeff> <pbf_coeff_l index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </pbf_coeff_l> <pbf_coeff_h index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </pbf_coeff_h> <rf_m_coeff_l index="1" type="double" size="[5 5]"> [0.023438 0.03125 0.039063 0.03125 0.023438 0.03125 0.046875 0.054688 0.046875 0.03125 0.039063 0.054688 0.09375 0.054688 0.039063 0.03125 0.046875 0.054688 0.046875 0.03125 0.023438 0.03125 0.039063 0.03125 0.023438] </rf_m_coeff_l> <rf_m_coeff_h index="1" type="double" size="[5 5]"> [0.023438 0.03125 0.039063 0.03125 0.023438 0.03125 0.046875 0.054688 0.046875 0.03125 0.039063 0.054688 0.09375 0.054688 0.039063 0.03125 0.046875 0.054688 0.046875 0.03125 0.023438 0.03125 0.039063 0.03125 0.023438] </rf_m_coeff_h> <mbf_coeff index="1" type="double" size="[17 13]"> [0 0 0 0 0.40625 0 0 0 0 0 0 0 0.40625 0 0 0 0 0 0 0 0 0 0 0.34375 0 0.328125 0 0.34375 0 0 0 0 0 0 0 0 0.40625 0 0.359375 0 0 0 0 0 0 0 0.359375 0 0.40625 0 0 0 0 0 0 0 0.296875 0 0.234375 0 0.234375 0 0.296875 0 0 0 0 0 0 0.40625 0 0.34375 0 0 0 0 0.171875 0 0 0 0 0.34375 0 0.40625 0 0 0 0 0 0 0.234375 0 0.140625 0.109375 0.140625 0 0.234375 0 0 0 0 0 0.4375 0 0 0.328125 0 0 0.171875 0.109375 0 0.109375 0.171875 0 0 0.328125 0 0 0.4375 0 0 0 0 0 0.234375 0 0.140625 0.109375 0.140625 0 0.234375 0 0 0 0 0 0 0.40625 0 0.34375 0 0 0 0 0.171875 0 0 0 0 0.34375 0 0.40625 0 0 0 0 0 0 0.296875 0 0.234375 0 0.234375 0 0.296875 0 0 0 0 0 0 0 0.40625 0 0.359375 0 0 0 0 0 0 0 0.359375 0 0.40625 0 0 0 0 0 0 0 0 0.34375 0 0.328125 0 0.34375 0 0 0 0 0 0 0 0 0 0 0.40625 0 0 0 0 0 0 0 0.40625 0 0 0 0] </mbf_coeff> <rf_h_coeff_l index="1" type="double" size="[5 5]"> [0 0.015625 0.023438 0.015625 0 0.015625 0.0625 0.101563 0.0625 0.015625 0.023438 0.101563 0.125 0.101563 0.023438 0.015625 0.0625 0.101563 0.0625 0.015625 0 0.015625 0.023438 0.015625 0] </rf_h_coeff_l> <rf_h_coeff_h index="1" type="double" size="[5 5]"> [0 0.015625 0.023438 0.015625 0 0.015625 0.0625 0.101563 0.0625 0.015625 0.023438 0.101563 0.125 0.101563 0.023438 0.015625 0.0625 0.101563 0.0625 0.015625 0 0.015625 0.023438 0.015625 0] </rf_h_coeff_h> <hbf_coeff_l index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </hbf_coeff_l> <hbf_coeff_h index="1" type="double" size="[3 3]"> [0.15625 0.25 0.15625 0.25 0.375 0.25 0.15625 0.25 0.15625] </hbf_coeff_h> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <SHARP_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [2 3 4 4 6 5 4 4] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.3] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 12 5 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 16 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.6] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.6] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.5] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 14 16 10 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 18 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.9] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 14 8 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 20 24 28 28 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.9] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 10 14 14 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 16 24 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [4 5 6 8 8 8 7 6] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.7] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [8 8 12 14 16 16 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 15 22 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.75] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.5] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [5 5 6 8 9 8 8 7] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.4] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> </SHARP_ISO> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <SHARP_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4.2] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [2 3 4 4 6 5 4 4] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.3] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 12 5 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 16 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.6] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.6] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <lratio index="1" type="double" size="[1 1]"> [0.65] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.5] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.6] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 14 16 10 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 18 24 32 32 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.6] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.9] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 10 16 16 14 8 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [10 12 20 24 28 28 10 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.9] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.2] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [3 4 5 6 6 5 4 3] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.8] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 10 14 14 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 16 24 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.8] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3.5] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [4 5 6 8 8 8 7 6] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.7] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [1] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [8 8 12 14 16 16 7 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.4 -0.3 -0.3 -0.25 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 15 22 28 28 12 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.8] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.75] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.5] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [32] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [4] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [5 5 6 8 9 8 8 7] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.4] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <lratio index="1" type="double" size="[1 1]"> [0.67] </lratio> <hratio index="1" type="double" size="[1 1]"> [1.5] </hratio> <mf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </mf_sharp_ratio> <hf_sharp_ratio index="1" type="double" size="[1 1]"> [3] </hf_sharp_ratio> <luma_sigma index="1" type="double" size="[1 8]"> [6 8 10 12 14 12 12 10] </luma_sigma> <pbf_gain index="1" type="double" size="[1 1]"> [0.6] </pbf_gain> <pbf_ratio index="1" type="double" size="[1 1]"> [0.5] </pbf_ratio> <pbf_add index="1" type="double" size="[1 1]"> [0] </pbf_add> <mf_clip_pos index="1" type="double" size="[1 8]"> [4 6 8 8 10 8 4 0] </mf_clip_pos> <mf_clip_neg index="1" type="double" size="[1 8]"> [-1 -0.5 -0.25 -0.25 -0.2 -0.2 -0.1 0] </mf_clip_neg> <hf_clip index="1" type="double" size="[1 8]"> [6 10 12 16 20 20 8 0] </hf_clip> <mbf_gain index="1" type="double" size="[1 1]"> [0.7] </mbf_gain> <hbf_gain index="1" type="double" size="[1 1]"> [0.7] </hbf_gain> <hbf_ratio index="1" type="double" size="[1 1]"> [0.7] </hbf_ratio> <mbf_add index="1" type="double" size="[1 1]"> [2] </mbf_add> <hbf_add index="1" type="double" size="[1 1]"> [1] </hbf_add> <local_sharp_strength index="1" type="double" size="[1 1]"> [16] </local_sharp_strength> <pbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </pbf_coeff_percent> <rf_m_coeff_Percent index="1" type="double" size="[1 1]"> [0.6] </rf_m_coeff_Percent> <rf_h_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </rf_h_coeff_percent> <hbf_coeff_percent index="1" type="double" size="[1 1]"> [0.6] </hbf_coeff_percent> </cell> </SHARP_ISO> </cell> </Setting> </cell> </Mode> </SHARP> <EDGEFILTER index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1] </Enable> <Version index="1" type="char" size="[1 2]"> V1 </Version> <luma_point index="1" type="double" size="[1 8]"> [0 16 32 64 96 160 224 256] </luma_point> <Mode index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <dog_kernel_l index="1" type="double" size="[5 5]"> [-0.0625 -0.109375 -0.140625 -0.109375 -0.0625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.140625 0.234375 0.4375 0.234375 -0.140625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.0625 -0.109375 -0.140625 -0.109375 -0.0625] </dog_kernel_l> <dog_kernel_h index="1" type="double" size="[5 5]"> [-0.0625 -0.109375 -0.140625 -0.109375 -0.0625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.140625 0.234375 0.4375 0.234375 -0.140625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.0625 -0.109375 -0.140625 -0.109375 -0.0625] </dog_kernel_h> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <EDGEFILTER_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [24] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.3 0.4 0.5 0.5 0.5 0.4 0.3 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [64] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.6 0.6 0.6 0.6 0.6 0.5 0.4] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.5 0.6 0.6 0.6 0.5 0.5 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> </EDGEFILTER_ISO> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <EDGEFILTER_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [24] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.3 0.4 0.5 0.5 0.5 0.4 0.3 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [64] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.6 0.6 0.6 0.6 0.6 0.5 0.4] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.5 0.6 0.6 0.6 0.5 0.5 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> </EDGEFILTER_ISO> </cell> </Setting> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> hdr </Name> <dog_kernel_l index="1" type="double" size="[5 5]"> [-0.0625 -0.109375 -0.140625 -0.109375 -0.0625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.140625 0.234375 0.4375 0.234375 -0.140625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.0625 -0.109375 -0.140625 -0.109375 -0.0625] </dog_kernel_l> <dog_kernel_h index="1" type="double" size="[5 5]"> [-0.0625 -0.109375 -0.140625 -0.109375 -0.0625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.140625 0.234375 0.4375 0.234375 -0.140625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.0625 -0.109375 -0.140625 -0.109375 -0.0625] </dog_kernel_h> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <EDGEFILTER_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [24] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.3 0.4 0.5 0.5 0.5 0.4 0.3 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [64] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.6 0.6 0.6 0.6 0.6 0.5 0.4] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.5 0.6 0.6 0.6 0.5 0.5 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> </EDGEFILTER_ISO> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <EDGEFILTER_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [24] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.3 0.4 0.5 0.5 0.5 0.4 0.3 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [64] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.6 0.6 0.6 0.6 0.6 0.5 0.4] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.5 0.6 0.6 0.6 0.5 0.5 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> </EDGEFILTER_ISO> </cell> </Setting> </cell> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 4]"> gray </Name> <dog_kernel_l index="1" type="double" size="[5 5]"> [-0.0625 -0.109375 -0.140625 -0.109375 -0.0625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.140625 0.234375 0.4375 0.234375 -0.140625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.0625 -0.109375 -0.140625 -0.109375 -0.0625] </dog_kernel_l> <dog_kernel_h index="1" type="double" size="[5 5]"> [-0.0625 -0.109375 -0.140625 -0.109375 -0.0625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.140625 0.234375 0.4375 0.234375 -0.140625 -0.109375 0.078125 0.234375 0.078125 -0.109375 -0.0625 -0.109375 -0.140625 -0.109375 -0.0625] </dog_kernel_h> <Setting index="1" type="cell" size="[1 2]"> <cell index="1" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> LSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> lcg </Sensor_Mode> <EDGEFILTER_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [24] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.3 0.4 0.5 0.5 0.5 0.4 0.3 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [64] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.6 0.6 0.6 0.6 0.6 0.5 0.4] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.5 0.6 0.6 0.6 0.5 0.5 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> </EDGEFILTER_ISO> </cell> <cell index="2" type="struct" size="[1 1]"> <SNR_Mode index="1" type="char" size="[1 4]"> HSNR </SNR_Mode> <Sensor_Mode index="1" type="char" size="[1 3]"> hcg </Sensor_Mode> <EDGEFILTER_ISO index="1" type="cell" size="[1 13]"> <cell index="1" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [50] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="2" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [100] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [2 6 8 10 16 16 14 10] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [3 4 4 5 6 5 5 4] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="3" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [3] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 7 8 7 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.15 0.2 0.3 0.4 0.4 0.3 0.2 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="4" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [24] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [5 6 6 8 9 8 7 6] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.3 0.4 0.5 0.5 0.5 0.4 0.3 0.2] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="5" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [64] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 32 32 24 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.6 0.6 0.6 0.6 0.6 0.5 0.4] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="6" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [1600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.5 0.5 0.6 0.6 0.6 0.5 0.5 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="7" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [3200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="8" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [6400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="9" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [12800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="10" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [25600] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="11" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [51200] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="12" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [102400] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> <cell index="13" type="struct" size="[1 1]"> <iso index="1" type="double" size="[1 1]"> [204800] </iso> <edge_thed index="1" type="double" size="[1 1]"> [5] </edge_thed> <src_wgt index="1" type="double" size="[1 1]"> [0] </src_wgt> <alpha_adp_en index="1" type="char" size="[1 1]"> [1] </alpha_adp_en> <local_alpha index="1" type="double" size="[1 1]"> [1] </local_alpha> <global_alpha index="1" type="double" size="[1 1]"> [1] </global_alpha> <noise_clip index="1" type="double" size="[1 8]"> [4 8 16 24 24 16 16 16] </noise_clip> <dog_clip_pos index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_pos> <dog_clip_neg index="1" type="double" size="[1 8]"> [6 8 8 8 8 8 8 8] </dog_clip_neg> <dog_alpha index="1" type="double" size="[1 8]"> [0.9 0.9 1 1 1 0.8 0.6 0.5] </dog_alpha> <direct_filter_coeff index="1" type="double" size="[1 5]"> [0.1 0.2 0.4 0.2 0.1] </direct_filter_coeff> <dog_kernel_percent index="1" type="double" size="[1 1]"> [0.5] </dog_kernel_percent> </cell> </EDGEFILTER_ISO> </cell> </Setting> </cell> </Mode> </EDGEFILTER> <DEHAZE index="1" type="struct" size="[1 1]"> <Enable index="1" type="double" size="[1 1]"> [1.0000 ] </Enable> <cfg_alpha_normal index="1" type="double" size="[1 1]"> [1.0000 ] </cfg_alpha_normal> <cfg_alpha_HDR index="1" type="double" size="[1 1]"> [1.0000 ] </cfg_alpha_HDR> <cfg_alpha_night index="1" type="double" size="[1 1]"> [1.0000 ] </cfg_alpha_night> <Dehaze_Setting index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <Dehaze_en index="1" type="double" size="[1 1]"> [0.0000 ] </Dehaze_en> <ISO index="1" type="double" size="[1 9]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 ] </ISO> <dc_min_th index="1" type="double" size="[1 9]"> [64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 ] </dc_min_th> <dc_max_th index="1" type="double" size="[1 9]"> [192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 ] </dc_max_th> <yhist_th index="1" type="double" size="[1 9]"> [249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 ] </yhist_th> <yblk_th index="1" type="double" size="[1 9]"> [0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 ] </yblk_th> <dark_th index="1" type="double" size="[1 9]"> [250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 ] </dark_th> <bright_min index="1" type="double" size="[1 9]"> [180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 ] </bright_min> <bright_max index="1" type="double" size="[1 9]"> [240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 ] </bright_max> <wt_max index="1" type="double" size="[1 9]"> [0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 ] </wt_max> <air_min index="1" type="double" size="[1 9]"> [200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 ] </air_min> <air_max index="1" type="double" size="[1 9]"> [250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 ] </air_max> <tmax_base index="1" type="double" size="[1 9]"> [125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 ] </tmax_base> <tmax_off index="1" type="double" size="[1 9]"> [0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </tmax_off> <tmax_max index="1" type="double" size="[1 9]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </tmax_max> <cfg_wt index="1" type="double" size="[1 9]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </cfg_wt> <cfg_air index="1" type="double" size="[1 9]"> [210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 ] </cfg_air> <cfg_tmax index="1" type="double" size="[1 9]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 ] </cfg_tmax> <dc_thed index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </dc_thed> <dc_weitcur index="1" type="double" size="[1 9]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </dc_weitcur> <air_thed index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </air_thed> <air_weitcur index="1" type="double" size="[1 9]"> [0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 ] </air_weitcur> <stab_fnum index="1" type="double" size="[1 1]"> [8.0000 ] </stab_fnum> <sigma index="1" type="double" size="[1 1]"> [6.0000 ] </sigma> <wt_sigma index="1" type="double" size="[1 1]"> [8.0000 ] </wt_sigma> <air_sigma index="1" type="double" size="[1 1]"> [120.0000 ] </air_sigma> <tmax_sigma index="1" type="double" size="[1 1]"> [0.0100 ] </tmax_sigma> </cell> <cell index="2" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> HDR </Name> <Dehaze_en index="1" type="double" size="[1 1]"> [1.0000 ] </Dehaze_en> <ISO index="1" type="double" size="[1 9]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 ] </ISO> <dc_min_th index="1" type="double" size="[1 9]"> [64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 ] </dc_min_th> <dc_max_th index="1" type="double" size="[1 9]"> [192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 ] </dc_max_th> <yhist_th index="1" type="double" size="[1 9]"> [249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 ] </yhist_th> <yblk_th index="1" type="double" size="[1 9]"> [0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 ] </yblk_th> <dark_th index="1" type="double" size="[1 9]"> [250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 ] </dark_th> <bright_min index="1" type="double" size="[1 9]"> [180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 ] </bright_min> <bright_max index="1" type="double" size="[1 9]"> [240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 ] </bright_max> <wt_max index="1" type="double" size="[1 9]"> [0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 ] </wt_max> <air_min index="1" type="double" size="[1 9]"> [200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 ] </air_min> <air_max index="1" type="double" size="[1 9]"> [250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 ] </air_max> <tmax_base index="1" type="double" size="[1 9]"> [125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 ] </tmax_base> <tmax_off index="1" type="double" size="[1 9]"> [0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </tmax_off> <tmax_max index="1" type="double" size="[1 9]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </tmax_max> <cfg_wt index="1" type="double" size="[1 9]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </cfg_wt> <cfg_air index="1" type="double" size="[1 9]"> [210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 ] </cfg_air> <cfg_tmax index="1" type="double" size="[1 9]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 ] </cfg_tmax> <dc_thed index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </dc_thed> <dc_weitcur index="1" type="double" size="[1 9]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </dc_weitcur> <air_thed index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </air_thed> <air_weitcur index="1" type="double" size="[1 9]"> [0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 ] </air_weitcur> <stab_fnum index="1" type="double" size="[1 1]"> [8.0000 ] </stab_fnum> <sigma index="1" type="double" size="[1 1]"> [6.0000 ] </sigma> <wt_sigma index="1" type="double" size="[1 1]"> [8.0000 ] </wt_sigma> <air_sigma index="1" type="double" size="[1 1]"> [120.0000 ] </air_sigma> <tmax_sigma index="1" type="double" size="[1 1]"> [0.0100 ] </tmax_sigma> </cell> <cell index="3" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 5]"> night </Name> <Dehaze_en index="1" type="double" size="[1 1]"> [1.0000 ] </Dehaze_en> <ISO index="1" type="double" size="[1 9]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 ] </ISO> <dc_min_th index="1" type="double" size="[1 9]"> [64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 ] </dc_min_th> <dc_max_th index="1" type="double" size="[1 9]"> [192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 192.0000 ] </dc_max_th> <yhist_th index="1" type="double" size="[1 9]"> [249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 249.0000 ] </yhist_th> <yblk_th index="1" type="double" size="[1 9]"> [0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 0.0020 ] </yblk_th> <dark_th index="1" type="double" size="[1 9]"> [250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 ] </dark_th> <bright_min index="1" type="double" size="[1 9]"> [180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 180.0000 ] </bright_min> <bright_max index="1" type="double" size="[1 9]"> [240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 240.0000 ] </bright_max> <wt_max index="1" type="double" size="[1 9]"> [0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 0.9000 ] </wt_max> <air_min index="1" type="double" size="[1 9]"> [200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 200.0000 ] </air_min> <air_max index="1" type="double" size="[1 9]"> [250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 250.0000 ] </air_max> <tmax_base index="1" type="double" size="[1 9]"> [125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 125.0000 ] </tmax_base> <tmax_off index="1" type="double" size="[1 9]"> [0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 0.1000 ] </tmax_off> <tmax_max index="1" type="double" size="[1 9]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </tmax_max> <cfg_wt index="1" type="double" size="[1 9]"> [0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 0.8000 ] </cfg_wt> <cfg_air index="1" type="double" size="[1 9]"> [210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 210.0000 ] </cfg_air> <cfg_tmax index="1" type="double" size="[1 9]"> [0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 0.2000 ] </cfg_tmax> <dc_thed index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </dc_thed> <dc_weitcur index="1" type="double" size="[1 9]"> [1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 1.0000 ] </dc_weitcur> <air_thed index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </air_thed> <air_weitcur index="1" type="double" size="[1 9]"> [0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 0.1400 ] </air_weitcur> <stab_fnum index="1" type="double" size="[1 1]"> [8.0000 ] </stab_fnum> <sigma index="1" type="double" size="[1 1]"> [6.0000 ] </sigma> <wt_sigma index="1" type="double" size="[1 1]"> [8.0000 ] </wt_sigma> <air_sigma index="1" type="double" size="[1 1]"> [120.0000 ] </air_sigma> <tmax_sigma index="1" type="double" size="[1 1]"> [0.0100 ] </tmax_sigma> </cell> </Dehaze_Setting> <Enhance_Setting index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <Enhance_en index="1" type="double" size="[1 1]"> [1.0000 ] </Enhance_en> <ISO index="1" type="double" size="[1 9]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 ] </ISO> <enhance_value index="1" type="double" size="[1 9]"> [1.1000 1.1000 1.1000 1.1000 1.1000 1.1000 1.0500 1.0000 1.0000 ] </enhance_value> </cell> <cell index="2" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> HDR </Name> <Enhance_en index="1" type="double" size="[1 1]"> [1.0000 ] </Enhance_en> <ISO index="1" type="double" size="[1 9]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 ] </ISO> <enhance_value index="1" type="double" size="[1 9]"> [1.2500 1.2500 1.2500 1.2000 1.2000 1.2000 1.1000 1.1000 1.0000 ] </enhance_value> </cell> <cell index="3" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 5]"> night </Name> <Enhance_en index="1" type="double" size="[1 1]"> [1.0000 ] </Enhance_en> <ISO index="1" type="double" size="[1 9]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 ] </ISO> <enhance_value index="1" type="double" size="[1 9]"> [1.2500 1.2500 1.2500 1.2000 1.2000 1.2000 1.1000 1.1000 1.0000 ] </enhance_value> </cell> </Enhance_Setting> <Hist_Setting index="1" type="cell" size="[1 3]"> <cell index="1" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 6]"> normal </Name> <Hist_en index="1" type="double" size="[1 1]"> [0.0000 ] </Hist_en> <ISO index="1" type="double" size="[1 9]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 ] </ISO> <hist_channel index="1" type="double" size="[1 9]"> [0 0 0 0 0 0 0 0 0 ] </hist_channel> <hist_para_en index="1" type="double" size="[1 9]"> [1 1 1 1 1 1 1 1 1 ] </hist_para_en> <hist_gratio index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </hist_gratio> <hist_th_off index="1" type="double" size="[1 9]"> [64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 ] </hist_th_off> <hist_k index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </hist_k> <hist_scale index="1" type="double" size="[1 9]"> [0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 ] </hist_scale> <hist_min index="1" type="double" size="[1 9]"> [0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 ] </hist_min> <cfg_gratio index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </cfg_gratio> </cell> <cell index="2" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 3]"> HDR </Name> <Hist_en index="1" type="double" size="[1 1]"> [1.0000 ] </Hist_en> <ISO index="1" type="double" size="[1 9]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 ] </ISO> <hist_channel index="1" type="double" size="[1 9]"> [0 0 0 0 0 0 0 0 0 ] </hist_channel> <hist_para_en index="1" type="double" size="[1 9]"> [1 1 1 1 1 1 1 1 1 ] </hist_para_en> <hist_gratio index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </hist_gratio> <hist_th_off index="1" type="double" size="[1 9]"> [64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 ] </hist_th_off> <hist_k index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </hist_k> <hist_scale index="1" type="double" size="[1 9]"> [0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 ] </hist_scale> <hist_min index="1" type="double" size="[1 9]"> [0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 ] </hist_min> <cfg_gratio index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </cfg_gratio> </cell> <cell index="3" type="struct" size="[1 1]"> <Name index="1" type="char" size="[1 5]"> night </Name> <Hist_en index="1" type="double" size="[1 1]"> [1.0000 ] </Hist_en> <ISO index="1" type="double" size="[1 9]"> [50.0000 100.0000 200.0000 400.0000 800.0000 1600.0000 3200.0000 6400.0000 12800.0000 ] </ISO> <hist_channel index="1" type="double" size="[1 9]"> [0 0 0 0 0 0 0 0 0 ] </hist_channel> <hist_para_en index="1" type="double" size="[1 9]"> [1 1 1 1 1 1 1 1 1 ] </hist_para_en> <hist_gratio index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </hist_gratio> <hist_th_off index="1" type="double" size="[1 9]"> [64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 64.0000 ] </hist_th_off> <hist_k index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </hist_k> <hist_scale index="1" type="double" size="[1 9]"> [0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 0.0900 ] </hist_scale> <hist_min index="1" type="double" size="[1 9]"> [0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 0.0150 ] </hist_min> <cfg_gratio index="1" type="double" size="[1 9]"> [2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 2.0000 ] </cfg_gratio> </cell> </Hist_Setting> </DEHAZE> <SENSORINFO index="1" type="struct" size="[1 1]"> <GainRange index="1" type="struct" size="[1 1]"> <IsLinear index="1" type="double" size="[1 1]"> [1 ] </IsLinear> <Linear index="1" type="double" size="[1 7]"> [1.0000 512.0000 64.0000 0.0000 1.0000 64.0000 32768.0000 ] </Linear> <NonLinear index="1" type="char" size="[1 10]">DB_MODE</NonLinear> </GainRange> <TimeFactor index="1" type="double" size="[1 4]"> [0.0000 0.0000 1.0000 0.5000 ] </TimeFactor> <CISLinTimeRegMaxFac index="1" type="double" size="[1 2]"> [2.0000 8.0000 ] </CISLinTimeRegMaxFac> <CISHdrTimeRegSumFac index="1" type="double" size="[1 2]"> [2.0000 8.0000 ] </CISHdrTimeRegSumFac> <CISTimeRegOdevity index="1" type="double" size="[1 2]"> [1.0000 0.0000 ] </CISTimeRegOdevity> <CISHdrTimeRegOdevity index="1" type="double" size="[1 2]"> [1.0000 0.0000 ] </CISHdrTimeRegOdevity> <CISTimeRegMin index="1" type="double" size="[1 1]"> [2 ] </CISTimeRegMin> <CISHdrTimeRegMin index="1" type="double" size="[1 1]"> [2 ] </CISHdrTimeRegMin> <CISHdrTimeRegMax index="1" type="double" size="[1 3]"> [0 0 0] </CISHdrTimeRegMax> <CISTimeRegUnEqualEn index="1" type="double" size="[1 1]"> [1 ] </CISTimeRegUnEqualEn> <CISMinFps index="1" type="double" size="[1 1]"> [10.0000 ] </CISMinFps> <CISAgainRange index="1" type="double" size="[1 2]"> [1.0000 15.7500 ] </CISAgainRange> <CISExtraAgainRange index="1" type="double" size="[1 2]"> [1.0000 1.0000 ] </CISExtraAgainRange> <CISDgainRange index="1" type="double" size="[1 2]"> [1.0000 31.5000 ] </CISDgainRange> <CISIspDgainRange index="1" type="double" size="[1 2]"> [1.0000 1.0000 ] </CISIspDgainRange> <CISHdrGainIndSetEn index="1" type="double" size="[1 1]"> [1 ] </CISHdrGainIndSetEn> <SensorFlip index="1" type="char" size="[1 1]"> [0 ] </SensorFlip> </SENSORINFO> <MODULEINFO index="1" type="struct" size="[1 1]"> <FNumber index="1" type="double" size="[1 1]"> [1.6000 ] </FNumber> <EFL index="1" type="double" size="[1 1]"> [5.2000 ] </EFL> <LensTavg index="1" type="double" size="[1 1]"> [90.0000 ] </LensTavg> <IRCutTavg index="1" type="double" size="[1 1]"> [90.0000 ] </IRCutTavg> </MODULEINFO> <LUT3D index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [0 ] </enable> <look_up_table_r index="1" type="double" size="[1 729]"> [0 20 205 415 626 829 1023 1023 1023 0 20 205 415 626 829 1023 1023 1023 0 20 205 415 626 829 1023 1023 1023 0 20 205 416 626 829 1023 1023 1023 0 20 205 415 626 829 1023 1023 1023 0 20 205 416 626 829 1023 1023 1023 0 20 205 415 626 829 1023 1023 1023 509 511 541 616 724 850 971 1023 1023 677 678 687 714 759 821 897 983 1023 0 20 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1023 1023 1023 1023 ] </look_up_table_b> </LUT3D> <LDCH index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [0 ] </enable> <mesh_file index="1" type="char" size="[1 31]"> LDCH_mesh_2688_1520_os04a10_4IR </mesh_file> <correct_level index="1" type="int" size="[1 1]"> [255 ] </correct_level> <correct_level_max index="1" type="int" size="[1 1]"> [255 ] </correct_level_max> <light_center index="1" type="double" size="[1 2]"> [1.3511178239999999e+003 7.3948608000000002e+002 ] </light_center> <distortion_coeff index="1" type="double" size="[1 4]"> [-1.8302636074851755e+003 4.2379512840610002e-004 -2.5076748550000000e-007 1.2724700000000000e-010 ] </distortion_coeff> </LDCH> <FEC index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [0 ] </enable> <mesh_file index="1" type="char" size="[1 30]"> FEC_mesh_2688_1520_os04a10_4IR </mesh_file> <correct_level index="1" type="int" size="[1 1]"> [255 ] </correct_level> <light_center index="1" type="double" size="[1 2]"> [1.3511178239999999e+003 7.3948608000000002e+002 ] </light_center> <distortion_coeff index="1" type="double" size="[1 4]"> [-1.8302636074851755e+003 4.2379512840610002e-004 -2.5076748550000000e-007 1.2724700000000000e-010 ] </distortion_coeff> </FEC> <ORB index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [0 ] </enable> </ORB> <CPSL index="1" type="struct" size="[1 1]"> <enable index="1" type="char" size="[1 1]"> [1 ] </enable> <mode index="1" type="int" size="[1 1]"> [0 ] </mode> <force_gray index="1" type="char" size="[1 1]"> [1 ] </force_gray> <light_src index="1" type="int" size="[1 1]"> [1 ] </light_src> <auto_adjust_sens index="1" type="double" size="[1 1]"> [50.0000 ] </auto_adjust_sens> <auto_on2off_th index="1" type="int" size="[1 1]"> [1000 ] </auto_on2off_th> <auto_off2on_th index="1" type="int" size="[1 1]"> [100 ] </auto_off2on_th> <auto_sw_interval index="1" type="int" size="[1 1]"> [5 ] </auto_sw_interval> <manual_on index="1" type="char" size="[1 1]"> [0 ] </manual_on> <manual_strength index="1" type="double" size="[1 1]"> [100.0000 ] </manual_strength> </CPSL> <LUMADETECT index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [1 ] </enable> <fixed_times index="1" type="int" size="[1 1]"> [0 ] </fixed_times> <threshold index="1" type="double" size="[1 1]"> [0.0100 ] </threshold> <threshold_level2 index="1" type="double" size="[1 1]"> [1000.0000 ] </threshold_level2> </LUMADETECT> <CPROC index="1" type="struct" size="[1 1]"> <enable index="1" type="int" size="[1 1]"> [1] </enable> <brightness index="1" type="int" size="[1 1]"> [128] </brightness> <contrast index="1" type="int" size="[1 1]"> [128] </contrast> <saturation index="1" type="int" size="[1 1]"> [128] </saturation> <hue index="1" type="int" size="[1 1]"> [128] </hue> </CPROC> <IE index="1" type="struct" size="[1 1]"> <enable index="1" type="int" size="[1 1]"> [1] </enable> <mode index="1" type="int" size="[1 1]"> [0] </mode> </IE> <COLOR_AS_GREY index="1" type="struct" size="[1 1]"> <enable index="1" type="int" size="[1 1]"> [0 ] </enable> </COLOR_AS_GREY> </sensor> <system type="struct" size="[1 1]"> <HDR index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [0 ] </enable> <support_mode index="1" type="char" size="[1 11]"> MODE_2_LINE </support_mode> <line_mode index="1" type="char" size="[1 5]">STAGGER</line_mode> </HDR> <DCG_SETTING index="1" type="struct" size="[1 1]"> <Normal index="1" type="struct" size="[1 1]"> <support_en index="1" type="double" size="[1 1]"> [0 ] </support_en> <dcg_optype index="1" type="char" size="[1 8]">AUTO</dcg_optype> <dcgmode_init index="1" type="double" size="[1 1]"> [0 ] </dcgmode_init> <dcg_ratio index="1" type="double" size="[1 1]"> [1.0000 ] </dcg_ratio> <gain_ctrl index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [1 ] </enable> <lcg2hcg_th index="1" type="double" size="[1 1]"> [32.0000 ] </lcg2hcg_th> <hcg2lcg_th index="1" type="double" size="[1 1]"> [16.0000 ] </hcg2lcg_th> </gain_ctrl> <env_ctrl index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [0 ] </enable> <lcg2hcg_th index="1" type="double" size="[1 1]"> [0.3125 ] </lcg2hcg_th> <hcg2lcg_th index="1" type="double" size="[1 1]"> [0.6000 ] </hcg2lcg_th> </env_ctrl> </Normal> <Hdr index="1" type="struct" size="[1 1]"> <support_en index="1" type="double" size="[1 1]"> [0 ] </support_en> <dcg_optype index="1" type="char" size="[1 8]">AUTO</dcg_optype> <dcgmode_init index="1" type="double" size="[1 3]"> [0 0 0 ] </dcgmode_init> <dcg_ratio index="1" type="double" size="[1 1]"> [1.0000 ] </dcg_ratio> <sync_switch index="1" type="double" size="[1 1]"> [1 ] </sync_switch> <gain_ctrl index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [1 ] </enable> <lcg2hcg_th index="1" type="double" size="[1 1]"> [32.0000 ] </lcg2hcg_th> <hcg2lcg_th index="1" type="double" size="[1 1]"> [16.0000 ] </hcg2lcg_th> </gain_ctrl> <env_ctrl index="1" type="struct" size="[1 1]"> <enable index="1" type="double" size="[1 1]"> [0 ] </enable> <lcg2hcg_th index="1" type="double" size="[1 1]"> [0.3125 ] </lcg2hcg_th> <hcg2lcg_th index="1" type="double" size="[1 1]"> [0.6000 ] </hcg2lcg_th> </env_ctrl> </Hdr> </DCG_SETTING> <EXP_DELAY index="1" type="struct" size="[1 1]"> <Normal index="1" type="struct" size="[1 1]"> <time_delay index="1" type="double" size="[1 1]"> [2 ] </time_delay> <gain_delay index="1" type="double" size="[1 1]"> [2 ] </gain_delay> <dcg_delay index="1" type="double" size="[1 1]"> [1 ] </dcg_delay> </Normal> <Hdr index="1" type="struct" size="[1 1]"> <time_delay index="1" type="double" size="[1 1]"> [2 ] </time_delay> <gain_delay index="1" type="double" size="[1 1]"> [2 ] </gain_delay> <dcg_delay index="1" type="double" size="[1 1]"> [1 ] </dcg_delay> </Hdr> </EXP_DELAY> </system> </matfile>
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