/******************************************************************************/
/**
*
* @file    drv_adi.h
*
* @brief    This file specifies the APIs provided to control ADI(Analog Digital Interface)
*
* @note    Copyright (c) 2013 S2 Technology Co., Ltd. \n
*            All rights reserved.
*
* @author
*
******************************************************************************/
#ifndef __DRV_ADI_H__
#define __DRV_ADI_H__
/*******************************************************************************
* Header include
******************************************************************************/
#include "drv_types.h"
#include "drv_vip_internal.h"
//Pattern generator
#define SINGLE_COLOR        0
#define COLOR_BAR           1
#define COLOR_BAR2          2
#define COLOR_GRAY_SCALE    3
#define GRAY_SCALE          4
#define GRAY_SCALE_PATTERN6	6
#define STRIPE_PTN			5


typedef enum _DRV_ADI_RESET_TYPE
{
    eADI_RESET_TYPE_ADI = 0,
    eADI_RESET_TYPE_ADIX,
    eADI_RESET_TYPE_ADI_EXTS_SD,
} DRV_ADI_RESET_TYPE;

typedef enum _DRV_ADI_EXTS_HV_SYNC_SOURCE_SELECT
{
    eADI_EXTS_HV_SYNC_SOURCE_SELECT_BYPASS = 0,
    eADI_EXTS_HV_SYNC_SOURCE_SELECT_NORMAL,
} DRV_ADI_EXTS_HV_SYNC_SOURCE_SELECT;


typedef enum _DRV_ADI_WINDOW_DIRECTION
{
    eADI_WINDOW_DIRECTION_HORIZONTAL = 0,
    eADI_WINDOW_DIRECTION_VERTICAL,
} DRV_ADI_WINDOW_DIRECTION;

typedef enum _DRV_ADI_TOP_FIELD_TYPE
{
    eADI_TOP_FIELD_TYPE_RED = 0,
    eADI_TOP_FIELD_TYPE_BLUE,
} DRV_ADI_TOP_FIELD_TYPE;

typedef enum _DRV_ADI_DOUBLE_CENTERING_FIELD_TYPE
{
    eADI_DOUBLE_CENTERING_FIELD_TYPE_TOP = 0,
    eADI_DOUBLE_CENTERING_FIELD_TYPE_BOTTOM,
} DRV_ADI_DOUBLE_CENTERING_FIELD_TYPE;

typedef enum _DRV_ADI_SYNC_TYPE
{
    eADI_SYNC_TYPE_HORIZONTAL = 0,
    eADI_SYNC_TYPE_VERTICAL,
} DRV_ADI_SYNC_TYPE;

typedef enum _DRV_ADI_CENTERING_METHOD
{
    eADI_CENTERING_METHOD_BY_SYNC = 0,
    eADI_CENTERING_METHOD_BY_WINDOW,
} DRV_ADI_CENTERING_METHOD;

typedef enum _DRV_ADI_FIELD_POLARITY
{
    eADI_FIELD_POLARITY_NEGATIVE = 0,
    eADI_FIELD_POLARITY_POSITIVE,
} DRV_ADI_FIELD_POLARITY;

typedef enum _DRV_ADI_OFFSET_COMPENSATION_DETECTION_MODE
{
    eADI_OFFSET_COMPENSATION_DETECTION_MODE_LINE = 0,
    eADI_OFFSET_COMPENSATION_DETECTION_MODE_FIELD,
} DRV_ADI_OFFSET_COMPENSATION_DETECTION_MODE;

typedef enum _DRV_ADI_OFFSET_COMPENSATION_DETECTION_PIXELS
{
    eADI_OFFSET_COMPENSATION_DETECTION_PIXELS_ODD = 0,
    eADI_OFFSET_COMPENSATION_DETECTION_PIXELS_EVEN,
    eADI_OFFSET_COMPENSATION_DETECTION_PIXELS_ODD_AND_EVEN,
} DRV_ADI_OFFSET_COMPENSATION_DETECTION_PIXELS;

typedef enum _DRV_ADI_PATTERN_TYPE
{
    eADI_PATTERN_TYPE_SINGLE_COLOR = SINGLE_COLOR,
    eADI_PATTERN_TYPE_COLOR_BAR = COLOR_BAR,
    eADI_PATTERN_TYPE_COLOR_BAR2 = COLOR_BAR2,
    eADI_PATTERN_TYPE_COLOR_GRAY_SCALE = COLOR_GRAY_SCALE,
    eADI_PATTERN_TYPE_GRAY_SCALE = GRAY_SCALE,
    eADI_PATTERN_TYPE_GRAY_SCALE_PATTERN6 = GRAY_SCALE_PATTERN6,
    eADI_PATTERN_TYPE_STRIPE_PTN = STRIPE_PTN,
} DRV_ADI_PATTERN_TYPE;

typedef enum _DRV_ADI_COLOR_SEARCH_TYPE
{
    eADI_COLOR_SEARCH_TYPE_G_Y  = 0,
    eADI_COLOR_SEARCH_TYPE_B_CB = 1,
    eADI_COLOR_SEARCH_TYPE_R_CR = 2,
} DRV_ADI_COLOR_SEARCH_TYPE;

typedef struct _DRV_ADI_INPUT_CONFIG
{
    UINT8 Source;
    UINT8 InputDataFormat;
    UINT8 IsInterlaceMode:1;
    UINT8 IsATVSource:1;
    UINT8 Reserved:6;
} DRV_ADI_INPUT_CONFIG;

typedef struct _DRV_ADI_PATTERN_PARAM
{
    UINT16 InputWidth;
    UINT16 InputHeight;
    char* pPatch;
    DRV_ADI_PATTERN_TYPE Type;
    UINT16 Param1;
    UINT16 Param2;
    UINT16 Param3;
    BOOL IsInterlaceMode;
} DRV_ADI_PATTERN_PARAM;

void DRV_ADI_Init(void);
void DRV_ADI_Reset(DRV_ADI_RESET_TYPE eType, BOOL fEnable);
void DRV_ADI_SetSyncTimeout(DRV_ADI_SYNC_TYPE eType, UINT32 Value);
void DRV_ADI_SetProgrammableSyncPosition(DRV_ADI_SYNC_TYPE eType, UINT32 Value);
void DRV_ADI_InitProgrammableSyncPosition(void);
UINT32 DRV_ADI_GetProgrammableSyncPosition(DRV_ADI_SYNC_TYPE eType);
void DRV_ADI_EnableProgrammableSyncPosition(DRV_ADI_SYNC_TYPE eType, BOOL fEnable);
BOOL DRV_ADI_IsProgrammableSyncPositionEnabled(DRV_ADI_SYNC_TYPE eType);
void DRV_ADI_EnableAutoVSyncDelayAdjustment(BOOL fEnable);
void DRV_ADI_SetVSyncEarlierIndicator(BOOL fFlag);
void DRV_ADI_SetInputConfig(DRV_ADI_INPUT_CONFIG *pConfig);
void DRV_ADI_SetSourceSelect(DRV_ADI_SOURCE eSource);
DRV_ADI_SOURCE DRV_ADI_GetSourceSelect(void);
void DRV_ADI_SetInputWindow(DRV_ADI_WINDOW_DIRECTION eDirection, UINT16 Start, UINT16 End);
void DRV_ADI_GetInputWindow(DRV_ADI_WINDOW_DIRECTION eDirection, UINT16 *pStart, UINT16 *pEnd);
void DRV_ADI_SetCaptureWindow(DRV_ADI_WINDOW_DIRECTION eDirection, UINT16 Start, UINT16 End);
void DRV_ADI_GetCaptureWindow(DRV_ADI_WINDOW_DIRECTION eDirection, UINT16 *pStart, UINT16 *pEnd);
void DRV_ADI_SetCenteringWindow(DRV_ADI_WINDOW_DIRECTION eDirection, UINT16 Start, UINT16 End);
void DRV_ADI_SetCenteringMethod(DRV_ADI_CENTERING_METHOD eMethod);
void DRV_ADI_EnableCentering(BOOL fEnable);
BOOL DRV_ADI_IsCenteringEnabled(void);
void DRV_ADI_SetDoubleCenteringFieldSelection(DRV_ADI_DOUBLE_CENTERING_FIELD_TYPE eType);
void DRV_ADI_SetTopFieldVerticalAdjustment(INT8 Value);
void DRV_ADI_SetBottomFieldVerticalAdjustment(INT8 Value);
void DRV_ADI_SetYUV422HorizontalSize(UINT16 Value);
void DRV_ADI_SetPixelsPerLineToGFX(UINT32 Value);
void DRV_ADI_EnableColorSearch(DRV_ADI_COLOR_SEARCH_TYPE eType);
void DRV_ADI_DisableColorSearch(void);
BOOL DRV_ADI_IsColorSearchEnabled(void);
void DRV_ADI_EnableColorFill(UINT8 Red, UINT8 Green, UINT8 Blue);
void DRV_ADI_DisableColorFill(void);
void DRV_ADI_EnableColorFillingInPanningArea(BOOL fEnable);
void DRV_ADI_EnableCaptureWindowVerticalEnd(BOOL fEnable);
void DRV_ADI_SetEXTSHVSyncSourceSelect(DRV_ADI_EXTS_HV_SYNC_SOURCE_SELECT eSelect);
void DRV_ADI_SetEXTSTopField(DRV_ADI_TOP_FIELD_TYPE eType);
void DRV_ADI_SetEXTSInterlaceMode(BOOL fFlag);
void DRV_ADI_SetEXTSSyncThreshold(DRV_ADI_SYNC_TYPE eType, UINT32 Value);
void DRV_ADI_SetEXTSRGBYActiveDetectionThreshold(UINT32 Value);
void DRV_ADI_SetEXTSDisplayData(DRV_ADI_WINDOW_DIRECTION eDirection, UINT16 Start, UINT16 End);
void DRV_ADI_GetEXTSDisplayData(DRV_ADI_WINDOW_DIRECTION eDirection, UINT16 *pStart, UINT16 *pEnd);
void DRV_ADI_SetEXTSOffsetCompensationDetectionMode(DRV_ADI_OFFSET_COMPENSATION_DETECTION_MODE eMode);
void DRV_ADI_SetEXTSOffsetCompensationDetectionPixels(DRV_ADI_OFFSET_COMPENSATION_DETECTION_PIXELS eOddEven);
void DRV_ADI_SetEXTSAutoOffsetAdjustmentWindow(DRV_ADI_WINDOW_DIRECTION eDirection, UINT32 Start, UINT32 End);
void DRV_ADI_EnableEXTSAutoOffsetDetection(BOOL fEnable);
BOOL DRV_ADI_IsEXTSAutoOffsetDetectionEnabled(void);
void DRV_ADI_SetHDMITopField(DRV_ADI_TOP_FIELD_TYPE eType);
void DRV_ADI_SetHDMIFramePackingInterlaceMode(BOOL fFlag);
void DRV_ADI_EnableHDMIFramePacking(BOOL fEnable);
void DRV_ADI_SetMPEGFieldInputPolarity(DRV_ADI_FIELD_POLARITY ePolarity);
void DRV_ADI_GeneratePattern(DRV_ADI_PATTERN_PARAM *pPatternParam);
void DRV_ADI_PatternEnable(BOOL ucEnable);
void DRV_ADI_ENABLE_AutoPolarityControl(BOOL fEnable);
void DRV_VDI_SetColorCross_Y_Address(UINT32 f0, UINT32 f1, UINT32 f2,UINT32 f3, UINT32 f4, UINT32 f5, UINT32 f6, UINT32 f7);
void DRV_VDI_SetColorCross_UV_Address(UINT32 f0, UINT32 f1, UINT32 f2,UINT32 f3, UINT32 f4, UINT32 f5, UINT32 f6, UINT32 f7);

#endif