// SPDX-License-Identifier: GPL-2.0
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/********************************************************************************
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*
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* Copyright (C) 2017 NEXTCHIP Inc. All rights reserved.
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* Module : video_eq.h
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* Description :
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* Author :
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* Date :
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* Version : Version 1.0
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*
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********************************************************************************
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* History :
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*
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*
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********************************************************************************/
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#ifndef _RAPTOR3_VIDEO_EQ_H_
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#define _RAPTOR3_VIDEO_EQ_H_
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#include "nvp6158_common.h"
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#include "nvp6158_video_auto_detect.h"
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///////////////////////////////
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typedef enum ACC_DEBUG
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{
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ACC_GAIN_NORMAL,
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ACC_GAIN_DEBUG,
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}ACC_DEBUG;
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typedef enum DISTANCE
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{
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SHORT_2M,
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LONG_100M,
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LONG_200M,
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LONG_300M,
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LONG_400M,
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LONG_500M,
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}CABLE_DISTANCE;
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typedef struct _NC_VD_AUTO_HSYNC_STR{ // 170207 Hsync Accumulation
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unsigned char Ch;
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unsigned char dev_addr;
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unsigned char h_lock; // Bank 0 0xE2 [3:0] [Ch3:Ch0]
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unsigned int Hsync_Accum_Val1; // Value 1 // 170210 Add
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unsigned int Hsync_Accum_Val2; // Value 2 // 170210 Add
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unsigned int Hsync_Accum_Result; // Value 1 - Value 2 // 170210 Fix
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}NC_VD_AUTO_HSYNC_STR;
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typedef struct _NC_VD_AUTO_SAM_STR{ // 170207 SAM Value 항목 추가
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unsigned char Ch;
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unsigned char dev_addr;
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/*
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unsigned char SAMval_CD; // B13 0xCD [7:0]
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unsigned char SAMval_CC; // B13 0xCC [9:8]
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*/
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unsigned int SAMval;
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}NC_VD_AUTO_SAM_STR;
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typedef struct _NC_VD_AUTO_AGC_STR{ // 170207 AGC Value 항목 추가
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unsigned char Ch;
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unsigned char devnum;
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unsigned char agc_lock; // Bank 0 0xE0 [3:0] [Ch3:Ch0]
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unsigned char AGCval; // B13 0xB8
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}NC_VD_AUTO_AGC_STR;
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typedef struct _NC_VD_AUTO_DIST_STR{ // 170207 Cable Distance 항목 추가
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unsigned char Ch;
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unsigned char devnum;
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unsigned char Dist; // B13 0xA0
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}NC_VD_AUTO_CABLE_DIST_STR;
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typedef struct _NC_VD_MANUAL_DIST_STR{
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unsigned char Ch;
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unsigned char dev_addr;
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unsigned char Dist;
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unsigned char FmtDef;
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unsigned char cabletype; // 0:coax, 1:utp, 2:reserved1, 3:reserved2
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}NC_VD_MANUAL_CABLE_DIST_STR;
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///////////////////////////////////
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typedef struct _video_equalizer_hsync_stage_s{
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unsigned int hsync_stage[9];
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}video_equalizer_hsync_stage_s;
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typedef struct _video_equalizer_agc_stage_s{
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unsigned int agc_stage[9];
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}video_equalizer_agc_stage_s;
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typedef struct _video_equalizer_distance_table_s{
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video_equalizer_hsync_stage_s hsync_stage;
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video_equalizer_agc_stage_s agc_stage;
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} nvp6158_video_equalizer_distance_table_s;
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typedef struct _video_equalizer_base_s{
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unsigned char eq_bypass[11]; // B5x01
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unsigned char eq_band_sel[11]; // B5x58
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unsigned char eq_gain_sel[11]; // B5x5C
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unsigned char deq_a_on[11]; // BAx3d
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unsigned char deq_a_sel[11]; // BAx3C
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unsigned char deq_b_sel[11]; // B9x80
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} video_equalizer_base_s;
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typedef struct _video_equalizer_coeff_s{
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unsigned char deqA_01[11]; // BankA 0x30
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unsigned char deqA_02[11]; // BankA 0x31
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unsigned char deqA_03[11]; // BankA 0x32
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unsigned char deqA_04[11]; // BankA 0x33
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unsigned char deqA_05[11]; // BankA 0x34
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unsigned char deqA_06[11]; // BankA 0x35
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unsigned char deqA_07[11]; // BankA 0x36
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unsigned char deqA_08[11]; // BankA 0x37
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unsigned char deqA_09[11]; // BankA 0x38
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unsigned char deqA_10[11]; // BankA 0x39
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unsigned char deqA_11[11]; // BankA 0x3A
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unsigned char deqA_12[11]; // BankA 0x3B
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} video_equalizer_coeff_s;
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typedef struct _video_equalizer_color_s{
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unsigned char contrast[11]; // Bank0 0x10
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unsigned char h_peaking[11]; // Bank0 0x18
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unsigned char c_filter[11]; // Bank0 0x21
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unsigned char hue[11]; // Bank0 0x40
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unsigned char u_gain[11]; // Bank0 0x44
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unsigned char v_gain[11]; // Bank0 0x48
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unsigned char u_offset[11]; // Bank0 0x4c
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unsigned char v_offset[11]; // Bank0 0x50
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unsigned char black_level[11]; // Bank5 0x20
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unsigned char acc_ref[11]; // Bank5 0x27
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unsigned char cti_delay[11]; // Bank5 0x28
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unsigned char sub_saturation[11]; // Bank5 0x2B
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unsigned char burst_dec_a[11]; // Bank5 0x24
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unsigned char burst_dec_b[11]; // Bank5 0x5F
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unsigned char burst_dec_c[11]; // Bank5 0xD1
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unsigned char c_option[11]; // Bank5 0xD5
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unsigned char y_filter_b[11]; // BankA 0x25
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unsigned char y_filter_b_sel[11]; // BankA 0x27
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} video_equalizer_color_s;
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typedef struct _video_equalizer_timing_a_s{
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unsigned char h_delay_a[11]; // Bank0 0x58
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unsigned char h_delay_b[11]; // Bank0 0x89
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unsigned char h_delay_c[11]; // Bank0 0x8E
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unsigned char y_delay[11]; // Bank0 0xA0
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} video_equalizer_timing_a_s;
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typedef struct _video_equalizer_clk_s{
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unsigned char clk_adc[11]; // Bank1 0x84
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unsigned char clk_dec[11]; // Bank1 0x8C
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} video_equalizer_clk_s;
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typedef struct _video_equalizer_timing_b_s{
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unsigned char h_scaler1[11]; // B9x96 + ch*0x20
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unsigned char h_scaler2[11]; // B9x97 + ch*0x20
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unsigned char h_scaler3[11]; // B9x98 + ch*0x20
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unsigned char h_scaler4[11]; // B9x99 + ch*0x20
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unsigned char h_scaler5[11]; // B9x9a + ch*0x20
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unsigned char h_scaler6[11]; // B9x9b + ch*0x20
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unsigned char h_scaler7[11]; // B9x9c + ch*0x20
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unsigned char h_scaler8[11]; // B9x9d + ch*0x20
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unsigned char h_scaler9[11]; // B9x9e + ch*0x20
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unsigned char pn_auto[11]; // B9x40 + ch
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unsigned char comb_mode[11]; // B5x90
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unsigned char h_pll_op_a[11]; // B5xB9
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unsigned char mem_path[11]; // B5x57
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unsigned char fsc_lock_speed[11]; //B5x25
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unsigned char format_set1[11]; // B0x81
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unsigned char format_set2[11]; // B0x85
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unsigned char v_delay[11]; // B0x64
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} video_equalizer_timing_b_s;
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typedef struct _video_equalizer_value_table_s{
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video_equalizer_base_s eq_base;
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video_equalizer_coeff_s eq_coeff;
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video_equalizer_color_s eq_color;
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video_equalizer_timing_a_s eq_timing_a;
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video_equalizer_clk_s eq_clk;
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video_equalizer_timing_b_s eq_timing_b;
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} video_equalizer_value_table_s;
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typedef struct _video_equalizer_info{
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unsigned char Ch;
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unsigned char devnum;
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unsigned char distance;
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unsigned char FmtDef;
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} video_equalizer_info_s;
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CABLE_DISTANCE NVP6158_NC_VD_MANUAL_CABLE_DISTANCE_Get (unsigned char Ch, video_input_cable_dist *pDistance);
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CABLE_DISTANCE nvp6158_get_eq_dist(video_equalizer_info_s *ps_eq_info);
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unsigned char __nvp6158_video_cable_manualdistance( unsigned char cabletype, video_input_hsync_accum *pvin_hsync_accum,
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video_input_acc_gain_val *pvin_acc_val, nvp6158_video_equalizer_distance_table_s *pdistance_value );
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void __nvp6158_eq_base_set_value( video_equalizer_info_s *pvin_eq_set, video_equalizer_base_s *pbase );
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void __nvp6158_eq_coeff_set_value( video_equalizer_info_s *pvin_eq_set, video_equalizer_coeff_s *pcoeff );
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void __nvp6158_eq_color_set_value( video_equalizer_info_s *pvin_eq_set, video_equalizer_color_s *pcolor );
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void __nvp6158_eq_timing_a_set_value( video_equalizer_info_s *pvin_eq_set, video_equalizer_timing_a_s *ptiming_a );
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void __nvp6158_eq_clk_set_value( video_equalizer_info_s *pvin_eq_set, video_equalizer_clk_s *pclk );
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void __nvp6158_eq_timing_b_set_value( video_equalizer_info_s *pvin_eq_set, video_equalizer_timing_b_s *ptiming_b );
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unsigned int __nvp6158_get_acc_gain(unsigned char ch, unsigned char devnum);
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unsigned int __nvp6158_get_yplus_slope(unsigned char ch, unsigned char devnum);
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unsigned int __nvp6158_get_yminus_slope(unsigned char ch, unsigned char devnum);
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unsigned int __nvp6158_get_sync_width( unsigned char ch, unsigned char devnum );
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void __nvp6168_set_eq_ext_val(video_equalizer_info_s *pvin_eq_set);
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void nvp6158_video_input_cable_manualdist_read(video_input_cable_dist *vin_cable_dist );
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void nvp6168_video_input_cable_manualdist_read(video_input_cable_dist *vin_cable_dist );
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int nvp6158_set_equalizer(video_equalizer_info_s *pvin_eq_set);
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int nvp6168_set_equalizer(video_equalizer_info_s *pvin_eq_set);
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int nvp6158_video_input_cable_measure_way( unsigned char ch, unsigned char devnum );
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CABLE_DISTANCE nvp6158_get_eq_dist(video_equalizer_info_s *ps_eq_info);
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#endif /* _RAPTOR3_VIDEO_EQ_H_ */
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