userpref.c

来自「使用于克隆器」· C语言代码 · 共 1,639 行 · 第 1/5 页
1,639 行
    rmBurstReadBytes(RM_ADC_VIDEO_NTSC_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
    s_I2CSel=MCU_RAM;
    rmBurstWriteBytes(RM_ADC_VIDEO_NTSC_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
}

void usrInitAdcVIDEOPALSetting(void)
{
   
   s_I2CSel=MCU_RAM;
    rmBurstReadBytes(RM_ADC_VIDEO_PAL_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
    s_I2CSel=TV_RAM;
    rmBurstWriteBytes(RM_ADC_VIDEO_PAL_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
}

void usrLoadAdcVIDEOPALSetting(void)
{
    s_I2CSel=TV_RAM;
    rmBurstReadBytes(RM_ADC_VIDEO_PAL_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
    s_I2CSel=MCU_RAM;
    rmBurstWriteBytes(RM_ADC_VIDEO_PAL_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
}

void usrInitAdcYUVNTSCSetting(void)
{
    
   s_I2CSel=MCU_RAM;
    rmBurstReadBytes(RM_ADC_YUV_NTSC_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
    s_I2CSel=TV_RAM;
    rmBurstWriteBytes(RM_ADC_YUV_NTSC_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
	
}

void usrLoadAdcYUVNTSCSetting(void)
{
    s_I2CSel=TV_RAM;
    rmBurstReadBytes(RM_ADC_YUV_NTSC_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
    s_I2CSel=MCU_RAM;
    rmBurstWriteBytes(RM_ADC_YUV_NTSC_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
	
}

void usrInitAdcYUV720PSetting(void)
{
    
    s_I2CSel=MCU_RAM;
	rmBurstReadBytes(RM_ADC_YUV_720P_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
      s_I2CSel=TV_RAM;
	rmBurstWriteBytes(RM_ADC_YUV_720P_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
}

void usrLoadAdcYUV720PSetting(void)
{
      s_I2CSel=TV_RAM;
	rmBurstReadBytes(RM_ADC_YUV_720P_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
      s_I2CSel=MCU_RAM;
	rmBurstWriteBytes(RM_ADC_YUV_720P_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
}
void usrInitAdcYUVOtherSetting(void)
{
   
      s_I2CSel=MCU_RAM;
	rmBurstReadBytes(RM_ADC_YUV_OTHER_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
      s_I2CSel=TV_RAM;
      rmBurstWriteBytes(RM_ADC_YUV_OTHER_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
}


void usrLoadAdcYUVOtherSetting(void)
{
      s_I2CSel=TV_RAM;
	rmBurstReadBytes(RM_ADC_YUV_OTHER_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
      s_I2CSel=MCU_RAM;
      rmBurstWriteBytes(RM_ADC_YUV_OTHER_SETTING_ADDRESS, (BYTE *)&g_AdcSetting, SIZE_ADC_SETTING);
}



void usrInitPCColorSetting(void)
{


   s_I2CSel=MCU_RAM;
    rmBurstReadBytes(RM_PC_COLOR_SETTING_ADDRESS, (BYTE *)&g_PCColorSetting, SIZE_PC_COLOR_SETTING);
    s_I2CSel=TV_RAM;
    rmBurstWriteBytes(RM_PC_COLOR_SETTING_ADDRESS, (BYTE *)&g_PCColorSetting, SIZE_PC_COLOR_SETTING);
}

void usrLoadPCColorSetting(void)
{
    s_I2CSel=TV_RAM;
    rmBurstReadBytes(RM_PC_COLOR_SETTING_ADDRESS, (BYTE *)&g_PCColorSetting, SIZE_PC_COLOR_SETTING);
    s_I2CSel=MCU_RAM;
    rmBurstWriteBytes(RM_PC_COLOR_SETTING_ADDRESS, (BYTE *)&g_PCColorSetting, SIZE_PC_COLOR_SETTING);
}


///////////////////////////////////////////////////////////////////////////////
// <Function>: usrInitVideoSetting
//
// <Description>: Initialize Video setting.
///////////////////////////////////////////////////////////////////////////////
void usrInitVideoSetting(void)
{
    
   s_I2CSel=MCU_RAM;
    rmBurstReadBytes(RM_VIDEO_SETTING_ADDRESS, (BYTE *)&g_VideoSetting, SIZE_VIDEO_SETTING);
    s_I2CSel=TV_RAM;
    rmBurstWriteBytes(RM_VIDEO_SETTING_ADDRESS, (BYTE *)&g_VideoSetting, SIZE_VIDEO_SETTING);
}
void usrLoadVideoSetting(void)
{
    s_I2CSel=TV_RAM;
    rmBurstReadBytes(RM_VIDEO_SETTING_ADDRESS, (BYTE *)&g_VideoSetting, SIZE_VIDEO_SETTING);
    s_I2CSel=MCU_RAM;
    rmBurstWriteBytes(RM_VIDEO_SETTING_ADDRESS, (BYTE *)&g_VideoSetting, SIZE_VIDEO_SETTING);
}




void usrInitPictureModeData(void)
{

        s_I2CSel=MCU_RAM;
        rmBurstReadBytes(RM_VIDEO_SDTV_PICTURE_PERSONAL_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstReadBytes(RM_VIDEO_HDTV_PICTURE_PERSONAL_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
        s_I2CSel=TV_RAM;
	  rmBurstWriteBytes(RM_VIDEO_SDTV_PICTURE_PERSONAL_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstWriteBytes(RM_VIDEO_HDTV_PICTURE_PERSONAL_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);

	  s_I2CSel=MCU_RAM;
        rmBurstReadBytes(RM_VIDEO_SDTV_PICTURE_BRIGHT_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstReadBytes(RM_VIDEO_HDTV_PICTURE_BRIGHT_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
        s_I2CSel=TV_RAM;
	   rmBurstWriteBytes(RM_VIDEO_SDTV_PICTURE_BRIGHT_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstWriteBytes(RM_VIDEO_HDTV_PICTURE_BRIGHT_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
		
	  s_I2CSel=MCU_RAM;
        rmBurstReadBytes(RM_VIDEO_SDTV_PICTURE_SOFT_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstReadBytes(RM_VIDEO_HDTV_PICTURE_SOFT_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
        s_I2CSel=TV_RAM;
	 rmBurstWriteBytes(RM_VIDEO_SDTV_PICTURE_SOFT_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstWriteBytes(RM_VIDEO_HDTV_PICTURE_SOFT_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
		
	  s_I2CSel=MCU_RAM;
        rmBurstReadBytes(RM_VIDEO_SDTV_PICTURE_NATIVE_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstReadBytes(RM_VIDEO_HDTV_PICTURE_NATIVE_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
        s_I2CSel=TV_RAM;
	  rmBurstWriteBytes(RM_VIDEO_SDTV_PICTURE_NATIVE_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstWriteBytes(RM_VIDEO_HDTV_PICTURE_NATIVE_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
}

void usrLoadPictureModeData(void)
{
        s_I2CSel=TV_RAM;
        rmBurstReadBytes(RM_VIDEO_SDTV_PICTURE_PERSONAL_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstReadBytes(RM_VIDEO_HDTV_PICTURE_PERSONAL_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
        s_I2CSel=MCU_RAM;
	  rmBurstWriteBytes(RM_VIDEO_SDTV_PICTURE_PERSONAL_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstWriteBytes(RM_VIDEO_HDTV_PICTURE_PERSONAL_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);

	  s_I2CSel=TV_RAM;
        rmBurstReadBytes(RM_VIDEO_SDTV_PICTURE_BRIGHT_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstReadBytes(RM_VIDEO_HDTV_PICTURE_BRIGHT_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
        s_I2CSel=MCU_RAM;
	   rmBurstWriteBytes(RM_VIDEO_SDTV_PICTURE_BRIGHT_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstWriteBytes(RM_VIDEO_HDTV_PICTURE_BRIGHT_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
		
	  s_I2CSel=TV_RAM;
        rmBurstReadBytes(RM_VIDEO_SDTV_PICTURE_SOFT_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstReadBytes(RM_VIDEO_HDTV_PICTURE_SOFT_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
        s_I2CSel=MCU_RAM;
	 rmBurstWriteBytes(RM_VIDEO_SDTV_PICTURE_SOFT_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstWriteBytes(RM_VIDEO_HDTV_PICTURE_SOFT_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
		
	  s_I2CSel=TV_RAM;
        rmBurstReadBytes(RM_VIDEO_SDTV_PICTURE_NATIVE_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstReadBytes(RM_VIDEO_HDTV_PICTURE_NATIVE_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
        s_I2CSel=MCU_RAM;
	  rmBurstWriteBytes(RM_VIDEO_SDTV_PICTURE_NATIVE_ADDRESS, (BYTE *)&SDTVadjust, SIZE_VIDEO_PICTURESETTING);
        rmBurstWriteBytes(RM_VIDEO_HDTV_PICTURE_NATIVE_ADDRESS, (BYTE *)&HDTVadjust, SIZE_VIDEO_PICTURESETTING);
}


void usrInitAllPCModeSetting(void)
{
       // usrSavePCModeSetting(unIndex);
           BYTE unIndex; // loop index

    for (unIndex=0; unIndex!=USR_MODE_MAXIMUM ;unIndex++)
    {
        s_I2CSel=MCU_RAM;
       // usrResetPCModeSetting(unIndex);
        usrLoadPCModeSetting(unIndex);
	  s_I2CSel=TV_RAM;
	  usrSavePCModeSetting(unIndex);
    } // for
}
void usrLoadPCModeSetting(BYTE ucRamIndex)
{
    rmBurstReadBytes(rmPCModeAddress(ucRamIndex), (BYTE *)&g_ModeSetting, SIZE_MODE_SETTING);
    
}
void usrLoadAllPCModeSetting(void)
{
       // usrSavePCModeSetting(unIndex);
           BYTE unIndex; // loop index

    for (unIndex=0; unIndex!=USR_MODE_MAXIMUM ;unIndex++)
    {
        s_I2CSel=TV_RAM;
       // usrResetPCModeSetting(unIndex);
        usrLoadPCModeSetting(unIndex);
	  s_I2CSel=MCU_RAM;
	  usrSavePCModeSetting(unIndex);
    } // for
}



void usrSavePCModeSetting(BYTE ucRamIndex)
{

    rmBurstWriteBytes(rmPCModeAddress(ucRamIndex), (BYTE *)&g_ModeSetting, SIZE_MODE_SETTING);
}



void usrInitAllYUVModeSetting(void)
{

        //usrSaveYUVModeSetting(unIndex);
            BYTE unIndex; // loop index

    for (unIndex=0; unIndex!=USR_YUV_MODE_MAXIMUM ;unIndex++)
    {

	 s_I2CSel=MCU_RAM;
	 usrLoadYUVModeSetting(unIndex);
	 s_I2CSel=TV_RAM;
        usrSaveYUVModeSetting(unIndex);
	 
    } // for

}

void usrLoadAllYUVModeSetting(void)
{

        //usrSaveYUVModeSetting(unIndex);
            BYTE unIndex; // loop index

    for (unIndex=0; unIndex!=USR_YUV_MODE_MAXIMUM ;unIndex++)
    {
        
	 s_I2CSel=TV_RAM;
	 usrLoadYUVModeSetting(unIndex);
	 s_I2CSel=MCU_RAM;
        usrSaveYUVModeSetting(unIndex);
    } // for

}
void usrLoadYUVModeSetting(BYTE ucMdIndex)
{
    rmBurstReadBytes(rmYUVModeAddress(ucMdIndex), (BYTE *)&g_ModeSetting, SIZE_MODE_SETTING);
}

void usrSaveYUVModeSetting(BYTE ucRamIndex)
{
    rmBurstWriteBytes(rmYUVModeAddress(ucRamIndex), (BYTE *)&g_ModeSetting, SIZE_MODE_SETTING);
}

void usrInitSoundSetting(void)
{

   s_I2CSel=MCU_RAM;
    rmBurstReadBytes(RM_SOUND_SETTING_ADDRESS, (BYTE *)&g_SoundSetting, SIZE_SOUND_SETTING);
    s_I2CSel=TV_RAM;
     rmBurstWriteBytes(RM_SOUND_SETTING_ADDRESS, (BYTE *)&g_SoundSetting, SIZE_SOUND_SETTING);
}

void usrLoadSoundSetting(void)
{
    s_I2CSel=TV_RAM;
    rmBurstReadBytes(RM_SOUND_SETTING_ADDRESS, (BYTE *)&g_SoundSetting, SIZE_SOUND_SETTING);
    s_I2CSel=MCU_RAM;
     rmBurstWriteBytes(RM_SOUND_SETTING_ADDRESS, (BYTE *)&g_SoundSetting, SIZE_SOUND_SETTING);
}


void usrInitSoundModeData(void)
{
        s_I2CSel=MCU_RAM;
        rmBurstReadBytes(RM_SOUND_MODE_PERSONAL_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
        s_I2CSel=TV_RAM;
	  rmBurstWriteBytes(RM_SOUND_MODE_PERSONAL_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
	  
	 s_I2CSel=MCU_RAM;
        rmBurstReadBytes(RM_SOUND_MODE_STEREO_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
        s_I2CSel=TV_RAM;
	  rmBurstWriteBytes(RM_SOUND_MODE_STEREO_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
	  
	  s_I2CSel=MCU_RAM;
        rmBurstReadBytes(RM_SOUND_MODE_NEWS_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
        s_I2CSel=TV_RAM;
	  rmBurstWriteBytes(RM_SOUND_MODE_NEWS_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
	  
	 s_I2CSel=MCU_RAM;
        rmBurstReadBytes(RM_SOUND_MODE_THEATER_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
        s_I2CSel=TV_RAM;
	  rmBurstWriteBytes(RM_SOUND_MODE_THEATER_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
	  
	 s_I2CSel=MCU_RAM;
        rmBurstReadBytes(RM_SOUND_MODE_ODEUM_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
        s_I2CSel=TV_RAM;
	 rmBurstWriteBytes(RM_SOUND_MODE_ODEUM_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
}

void usrLoadSoundModeData(void)
{
        s_I2CSel=TV_RAM;
        rmBurstReadBytes(RM_SOUND_MODE_PERSONAL_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
        s_I2CSel=MCU_RAM;
	  rmBurstWriteBytes(RM_SOUND_MODE_PERSONAL_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
	  
	 s_I2CSel=TV_RAM;
        rmBurstReadBytes(RM_SOUND_MODE_STEREO_ADDRESS, (BYTE *)&g_SoundModeData, SIZE_SOUND_MODE_DATA);
        s_I2CSel=MCU_RAM;
userpref.c - 源码说明

本页面展示了「使用于克隆器」中的 userpref.c 源码文件，采用 C语言编程语言编写，共 1,639 行代码。您可以在线阅读完整代码内容，也可以返回资源详情页下载完整源码包进行本地学习和开发。
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