/******************************************************************************/
/**
*
* @file    drv_dpy.h
*
* @brief    This file specifies the APIs provided to control DPY(Display)
*
* @note    Copyright (c) 2013 S2 Technology Co., Ltd. \n
*            All rights reserved.
*
* @author
*
******************************************************************************/
#ifndef __DRV_DPY_H__
#define __DRV_DPY_H__
/*******************************************************************************
* Header include
******************************************************************************/
#include "drv_types.h"

typedef enum _DRV_DPY_RESET_TYPE
{
    eDPY_RESET_TYPE_FIFO = 0,
    eDPY_RESET_TYPE_STATUS,
    eDPY_RESET_TYPE_PANEL_TIMING,
} DRV_DPY_RESET_TYPE;

typedef enum _DRV_DPY_WINDOW_DIRECTION
{
    eDPY_WINDOW_DIRECTION_HORIZONTAL = 0,
    eDPY_WINDOW_DIRECTION_VERTICAL,
} DRV_DPY_WINDOW_DIRECTION;

typedef enum _DRV_DPY_DITHER
{
    eDPY_DITHER_12_BITS_TO_12_BITS  = 0,
    eDPY_DITHER_12_BITS_TO_10_BITS  = 1,
    eDPY_DITHER_12_BITS_TO_9_BITS   = 2,
    eDPY_DITHER_12_BITS_TO_8_BITS   = 3,
} DRV_DPY_DITHER;

typedef enum _DRV_DPY_FRAME_LOCK_WITH_NEXT_FRAME_METHOD
{
    eDPY_FRAME_LOCK_WITH_NEXT_FRAME_METHOD_ANY_TIME     = 0,
    eDPY_FRAME_LOCK_WITH_NEXT_FRAME_METHOD_END_OF_LINE  = 1,
} DRV_DPY_FRAME_LOCK_WITH_NEXT_FRAME_METHOD;

typedef enum _DRV_DPY_FRAME_LOCK_MODE
{
    eDPY_FRAME_LOCK_MODE_OFF = 0,
    eDPY_FRAME_LOCK_MODE_60HZ,
    eDPY_FRAME_LOCK_MODE_50HZ,
    eDPY_FRAME_LOCK_MODE_48HZ,
} DRV_DPY_FRAME_LOCK_MODE;

typedef enum _DRV_DPY_LVDS_CHANNEL_MODE
{
    eDPY_LVDS_CHANNEL_MODE_SINGLE   = 0,
    eDPY_LVDS_CHANNEL_MODE_DUAL     = 1,
} DRV_DPY_LVDS_CHANNEL_MODE;

typedef enum _DRV_DPY_COLOR_LOOK_UP_TABLE_POSITION
{
    eDPY_COLOR_LOOK_UP_TABLE_POSITION_BEFORE_CONTRAST   = 0,
    eDPY_COLOR_LOOK_UP_TABLE_POSITION_AFTER_CONTRAST    = 1,
} DRV_DPY_COLOR_LOOK_UP_TABLE_POSITION;

typedef enum _DRV_DPY_PATTERN_COLOR_SPACE
{
    eDPY_PATTERN_COLOR_SPACE_RGB        = 0,
    eDPY_PATTERN_COLOR_SPACE_YCC_R609   = 1,
    eDPY_PATTERN_COLOR_SPACE_YPP_R701   = 2,
} DRV_DPY_PATTERN_COLOR_SPACE;

typedef struct _DRV_DPY_OUTPUT_PANEL_WINDOW
{
    UINT32 HTotal;
    UINT32 VTotal;
    UINT32 HStart;
    UINT32 HEnd;
    UINT32 VStart;
    UINT32 VEnd;
    UINT8 HSyncStart;
    UINT8 HSyncEnd;
    UINT8 VSyncStart;
    UINT8 VSyncEnd;
} DRV_DPY_OUTPUT_PANEL_WINDOW;

typedef enum{
	DISPLAY_WINDOW,  //only transfer color format from RGB to YUV for display window
	DISPLAY_AND_PANEL, //transfer color format from RGB to YUV for display and panel window
}DRV_DPY_MATRIX_TYPE;

void DRV_DPY_Reset(DRV_DPY_RESET_TYPE eType, BOOL fEnable);
void DRV_DPY_EnableOutput(BOOL fEnable);
void DRV_DPY_Enable(BOOL fEnable);
#if (CONFIG_CHIPID == 0x330)
void DRV_DPY_SetDisplayWindow(DRV_DPY_WINDOW_DIRECTION eDirection, UINT16 Start, UINT16 End);
void DRV_DPY_GetDisplayWindow(DRV_DPY_WINDOW_DIRECTION eDirection, UINT16 *pStart, UINT16 *pEnd);
#else
void DRV_DPY_SetDisplayWindow(UINT16 HStart, UINT16 HEnd, UINT16 VStart, UINT16 VEnd);
#endif
void DRV_DPY_SetDither(DRV_DPY_DITHER eSelect);
void DRV_DPY_EnableHistory(BOOL fEnable);
void DRV_DPY_SetHistoryWindow(DRV_DPY_WINDOW_DIRECTION eDirection, UINT16 Start, UINT16 End);
void DRV_DPY_GetHistoryWindow(DRV_DPY_WINDOW_DIRECTION eDirection, UINT16 *pStart, UINT16 *pEnd);
void DRV_DPY_EnableFrameLockMode(BOOL fEnable);
BOOL DRV_DPY_IsFrameLockModeEnabled(void);
void DRV_DPY_SetFrameLockWithNextFrameMethod(DRV_DPY_FRAME_LOCK_WITH_NEXT_FRAME_METHOD eMethod);
void DRV_DPY_SetFrameLockMode(DRV_DPY_FRAME_LOCK_MODE eFrameLockMode, UINT16 InputFrameRate, BOOL fDoubleOutputFrameRate);
void DRV_DPY_SetFrameLockRate(UINT8 Value);
UINT8 DRV_DPY_GetFrameLockRate(void);
void DRV_DPY_SetPanelWindow(DRV_DPY_OUTPUT_PANEL_WINDOW *pWindow);
void DRV_DPY_GetPanelWindow(DRV_DPY_OUTPUT_PANEL_WINDOW *pWindow);
void DRV_DPY_SetOutputPanelHVTotal(DRV_DPY_WINDOW_DIRECTION eDirection, UINT32 Value);
void DRV_DPY_SetLVDSChannelMode(DRV_DPY_LVDS_CHANNEL_MODE eMode);
DRV_DPY_LVDS_CHANNEL_MODE DRV_DPY_GetLVDSChannelMode(void);
void DRV_DPY_SetColorLookUpTablePosition(DRV_DPY_COLOR_LOOK_UP_TABLE_POSITION ePosition);
void DRV_DPY_SetDataPipeDelay(UINT8 PixelClockCycleTime);
UINT8 DRV_DPY_GetDataPipeDelay(void);
void DRV_DPY_SetInterruptLineCount(UINT16 Value);
void DRV_DPY_EnablePipPattern(BOOL fEnable);
void DRV_DPY_SetPipPatternColorSpace(DRV_DPY_PATTERN_COLOR_SPACE eColorSpace);
void DRV_DPY_SetPanelWindowColor(UINT8 Red, UINT8 Green, UINT8 Blue);
void DRV_DPY_SetPanelWindowColor_Bypass(UINT8 Red, UINT8 Green, UINT8 Blue);
void DRV_DPY_GetPanelWindowColor(UINT8 *Red, UINT8 *Green, UINT8 *Blue);
void DRV_DPY_SetPipYppPattern(UINT8 Y, UINT8 Pb, UINT8 Pr);
void DRV_DPY_EnableMatrixPattern(UINT8 wG, UINT8 wB, UINT8 wR);
void DRV_DPY_DisableMatrixPattern(BOOL fBypassYUV2RGB);
void DRV_DPY_SetPatternColorYCbCr(UINT8 Y, UINT8 Cb, UINT8 Cr);
void DRV_DPY_EnableBorder(UINT8 InWidth, UINT8 Red, UINT8 Green, UINT8 Blue);
void DRV_DPY_DisableBorder(void);
void DRV_DPY_EnableDigestBorder(BOOL fEn);
BOOL DRV_DPY_IsDigestBorderEnabled(void);
#ifdef CONFIG_ENABLE_MIR
void DRV_DPY_SelectDPYMatrixWindow(DRV_DPY_MATRIX_TYPE eMatrixType);
void DRV_DPY_SetPanelWindowColorIsYUV(UINT8 Red, UINT8 Green, UINT8 Blue, BOOL fConvertToYUV);
#endif
#ifdef CONFIG_SUPPORT_3D_EN
void DRV_DPY_Set2Dto3DWindow(UINT16 HStart, UINT16 VStart);
#endif
#endif