saa7113.h

用于TM1300/PNX1300系列DSP（主要用于视频处理）的设备库的源码

/*
 * Copyright (c) 1995-1999 by TriMedia Technologies. 
 *
 * +------------------------------------------------------------------+
 * | This software is furnished under a license and may only be used  |
 * | and copied in accordance with the terms and conditions of  such  |
 * | a license and with the inclusion of this copyright notice. This  |
 * | software or any other copies of this software may not be provided|
 * | or otherwise made available to any other person.  The ownership  |
 * | and title of this software is not transferred.                   |
 * |                                                                  |
 * | The information in this software is subject  to change without   |
 * | any  prior notice and should not be construed as a commitment by |
 * | TriMedia Technologies.                                           |
 * |                                                                  |
 * | this code and information is provided "as is" without any        |
 * | warranty of any kind, either expressed or implied, including but |
 * | not limited to the implied warranties of merchantability and/or  |
 * | fitness for any particular purpose.                              |
 * +------------------------------------------------------------------+
 *
 *  Module name              : saa7113.h    1.8
 *
 *  Last update              : 18:43:44 - 00/11/09
 *
 *  Description              : 
 *
 *  Initialize and control routines for saa7113
 *
 *
 *  Revision                 :
 *		Built for the TCS 2.0 release
 *      
 *		
 */

#ifndef _SAA7113_H_
#define _SAA7113_H_

#include <tm1/tmAvFormats.h>
#include <tmlib/tmtypes.h>
#include <tm1/tmBoard.h>	/* for subaddInfo_t */

#if defined(__cplusplus)
extern "C" {
#endif

#define SAA7113_SUPPORTED_STANDARDS	(vasNone | vasNTSC | vasPAL)
#define SAA7113_SUPPORTED_ADAPTERS	(vaaNone | vaaCVBS | vaaSvideo)
#define SAA7113_CAPABILITIES_FLAGS      (vcapNone)
#define SAA7113_OUTPUT_FORMATS          (vdfNone)

/********************************************************************************************/
extern tmLibdevErr_t saa7113Init (pboardVIParam_t param); 

extern tmLibdevErr_t saa7113Configure(UInt32 subaddr, UInt32 value);

extern tmLibdevErr_t saa7113GetStandard(tmVideoAnalogStandard_t *standard);
extern tmLibdevErr_t saa7113GetBrightness(UInt *val);
extern tmLibdevErr_t saa7113SetBrightness(UInt val);
extern tmLibdevErr_t saa7113GetContrast(UInt *val);
extern tmLibdevErr_t saa7113SetContrast(UInt val);
extern tmLibdevErr_t saa7113GetSaturation(UInt *val);
extern tmLibdevErr_t saa7113SetSaturation(UInt val);
extern tmLibdevErr_t saa7113GetHue(UInt *val);
extern tmLibdevErr_t saa7113SetHue(UInt val);

/********************************************************************************************/
extern tmLibdevErr_t saa7113InitM(pboardVIDec_t pVD, pboardVIParam_t param);

extern tmLibdevErr_t saa7113ConfigureM(pboardVIDec_t pVD, UInt32 subaddr, UInt32 value);

extern tmLibdevErr_t saa7113GetStandardM(pboardVIDec_t pVD, tmVideoAnalogStandard_t *standard);
extern tmLibdevErr_t saa7113GetBrightnessM(pboardVIDec_t pVD, UInt *val);
extern tmLibdevErr_t saa7113SetBrightnessM(pboardVIDec_t pVD, UInt val);
extern tmLibdevErr_t saa7113GetContrastM(pboardVIDec_t pVD, UInt *val);
extern tmLibdevErr_t saa7113SetContrastM(pboardVIDec_t pVD, UInt val);
extern tmLibdevErr_t saa7113GetSaturationM(pboardVIDec_t pVD, UInt *val);
extern tmLibdevErr_t saa7113SetSaturationM(pboardVIDec_t pVD, UInt val);
extern tmLibdevErr_t saa7113GetHueM(pboardVIDec_t pVD, UInt *val);
extern tmLibdevErr_t saa7113SetHueM(pboardVIDec_t pVD, UInt val);

/********************************************************************************************/
extern tmLibdevErr_t saa7113GetVSyncFallingEdge(pboardVIDec_t pVD, UInt *lineNumber);
extern tmLibdevErr_t saa7113GetSlicedData(pboardVIDec_t pVD, UInt8 *Y, UInt8 *U, UInt8 *V, tmVideoDataService_t service, UInt sizeY, UInt8 *data, UInt8 *dataSize);
extern tmLibdevErr_t saa7113GetStatus(pboardVIDec_t pVD, tmVideoStatusType_t type, UInt *state);
extern tmLibdevErr_t saa7113GetSupportedDataServices(tmVideoDataService_t fieldOne[], tmVideoDataService_t fieldTwo[], UInt8 tblSize);
extern tmLibdevErr_t saa7113SetDataServices(pboardVIDec_t pVD, tmVideoDataService_t fieldOne[], tmVideoDataService_t fieldTwo[], UInt8 tblSize);
extern tmLibdevErr_t saa7113GetSlicerLineFlags(pboardVIDec_t pVD, Bool fieldOne[], Bool fieldTwo[], UInt8 tblSize);
extern tmLibdevErr_t saa7113EnableSlicing(pboardVIDec_t pVD, Bool enable);
extern tmLibdevErr_t saa7113SetSlicerVideoStandard(pboardVIDec_t pVD, tmVideoAnalogStandard_t standard);
extern tmLibdevErr_t saa7113GetSlicerVideoStandard(pboardVIDec_t pVD, tmVideoAnalogStandard_t *standard);
extern tmLibdevErr_t saa7113ToggleFieldID(pboardVIDec_t pVD, Bool toggle);
extern tmLibdevErr_t saa7113SetSlicerInput(pboardVIDec_t pVD, UInt num);
extern tmLibdevErr_t saa7113GetSlicerInput(pboardVIDec_t pVD, UInt *num);
extern tmLibdevErr_t saa7113SetVideoColor(pboardVIDec_t pVD, tmVideoColor_t color, UInt val);
extern tmLibdevErr_t saa7113GetVideoColor(pboardVIDec_t pVD, tmVideoColor_t color, UInt *val);
extern tmLibdevErr_t saa7113SetAnalogInput(pboardVIDec_t pVD, UInt num);
extern tmLibdevErr_t saa7113GetAnalogInput(pboardVIDec_t pVD, UInt *num);
extern tmLibdevErr_t saa7113SetStandard(pboardVIDec_t pVD, tmVideoAnalogStandard_t standard);
extern tmLibdevErr_t saa7113SetSourceType(pboardVIDec_t pVD, tmVideoSourceType_t type);
extern tmLibdevErr_t saa7113GetSourceType(pboardVIDec_t pVD, tmVideoSourceType_t *type);
extern tmLibdevErr_t saa7113SetOutputFormat(pboardVIDec_t pVD, tmVideoRGBYUVFormat_t format);
extern tmLibdevErr_t saa7113GetOutputFormat(pboardVIDec_t pVD, tmVideoRGBYUVFormat_t *format);
extern tmLibdevErr_t saa7113SetAcquisitionWnd(pboardVIDec_t pVD, UInt beginX, UInt beginY, UInt endX, UInt endY);
extern tmLibdevErr_t saa7113GetAcquisitionWnd(pboardVIDec_t pVD, UInt *beginX, UInt *beginY, UInt *endX, UInt *endY);
extern tmLibdevErr_t saa7113GetDefaultAcquisitionWnd(pboardVIDec_t pVD, UInt *beginX, UInt *beginY, UInt *endX, UInt *endY);
extern tmLibdevErr_t saa7113SetOutputSize(pboardVIDec_t pVD, UInt width, UInt height);
extern tmLibdevErr_t saa7113SetInterlaceMode(pboardVIDec_t pVD, Bool interlace);
extern tmLibdevErr_t saa7113DisableDecoder(pboardVIDec_t pVD, Bool disable);
extern tmLibdevErr_t saa7113EnablePowerSaveMode(pboardVIDec_t pVD, Bool enable);
extern tmLibdevErr_t saa7113GetGPIOCount(pboardVIDec_t pVD, UInt *num);
extern tmLibdevErr_t saa7113SetGPIOState(pboardVIDec_t pVD, UInt pin, Bool state);
extern tmLibdevErr_t saa7113GetGPIOState(pboardVIDec_t pVD, UInt pin, Bool *state);
extern tmLibdevErr_t saa7113OpenVBI(pboardVIDec_t pVD, UInt sampleFreq, UInt startLine, UInt numLines);
extern tmLibdevErr_t saa7113EnableVBI(pboardVIDec_t pVD, Bool enable);
extern tmLibdevErr_t saa7113SetVBIMode(pboardVIDec_t pVD, tmVideoVBIMode_t mode);
extern tmLibdevErr_t saa7113SetSlicerMode(pboardVIDec_t pVD, tmVideoSlicerMode_t mode);
extern tmLibdevErr_t saa7113CloseVBI(pboardVIDec_t pVD);
extern tmLibdevErr_t saa7113GetSlicerLineFlags(pboardVIDec_t pVD, Bool fieldOne[], Bool fieldTwo[], UInt8 tblSize);
extern tmLibdevErr_t saa7113GetAdapterVideoStandard(pboardVIDec_t pVD, tmVideoAnalogAdapter_t adapter, UInt adapterNum, tmVideoAnalogStandard_t *std);

#if defined(__cplusplus)
}
#endif

#endif