#ifndef CAP3BOARDLIB_H #define CAP3BOARDLIB_H //#pragma pack( push, CAP3BOARDLIB_H ) //#pragma pack(1) // #if defined(STDCALL) all API is __stdcall # if defined(DVRDLL_EXPORTS) # define DVRCAP_API extern "C" __declspec(dllexport) # else # define DVRCAP_API extern "C" __declspec(dllimport) # endif # define CALLING_API __stdcall // #endif #if defined(KERNEL_MODE_CODE) typedef unsigned long DWORD; #endif //______________________________________________________________________________________________ // Definition of System info V1 #define CAP_SYSTEM_MAXBOARD_V1 4 #define CAP_BOARD_MAXVP_V1 4 #define CAP_BOARD_MAXCHANNEL_V1 16 #define CAP_BOARD_MAXDIO_V1 16 #define CAP_MAXRESERVEDINFO 16 #define CAP_BOARD_MAX_DIO_ARRAY_SIZE 8 typedef struct { UCHAR VPId; // VP id UCHAR reserved[CAP_MAXRESERVEDINFO - 1]; } CAP_VP_INFO_V1; // 16*1 => 16bytes typedef struct { DWORD BoardHWId; UCHAR MaxVP; UCHAR MaxChannel; UCHAR MaxDO; UCHAR MaxDI; UCHAR TypeInfo; // [0]=>1:noSwitching,0:switching model. UCHAR HWRevision; UCHAR reserved[CAP_MAXRESERVEDINFO - 10]; CAP_VP_INFO_V1 VPInfo[CAP_BOARD_MAXVP_V1]; } CAP_BOARD_INFO_V1; // 4*VP + 16*1 => 80bytes typedef struct { DWORD SystemId; // ? DWORD MaxBoard; DWORD SysVersion; DWORD DllVersion; DWORD reserved[CAP_MAXRESERVEDINFO - 4]; CAP_BOARD_INFO_V1 BoardInfo[CAP_SYSTEM_MAXBOARD_V1]; } CAP_SYSTEM_INFO_V1; // 4*BD + 16*4 => 384bytes //______________________________________________________________________________________________ // Definition of System info V2 #define CAP_SYSTEM_MAXBOARD_V2 4 #define CAP_BOARD_MAXVP_V2 16 #define CAP_BOARD_MAXCHANNEL_V2 16 #define CAP_BOARD_MAXDIO_V2 16 #define CAP_MAXRESERVED_VPINFO_V2 4 typedef struct { UCHAR VPId; // VP id UCHAR reserved[CAP_MAXRESERVED_VPINFO_V2 - 1]; } CAP_VP_INFO_V2; // 4*1 => 4bytes typedef struct { DWORD BoardHWId; UCHAR MaxVP; UCHAR MaxChannel; UCHAR MaxDO; UCHAR MaxDI; UCHAR TypeInfo; // [0]=>1:noSwitching,0:switching model. UCHAR HWRevision; UCHAR reserved[CAP_MAXRESERVEDINFO - 10]; CAP_VP_INFO_V2 VPInfo[CAP_BOARD_MAXVP_V2]; } CAP_BOARD_INFO_V2; // 16*VP + 16*1 => 80bytes typedef struct { DWORD SystemId; // ? DWORD MaxBoard; DWORD SysVersion; DWORD DllVersion; DWORD reserved[CAP_MAXRESERVEDINFO - 4]; CAP_BOARD_INFO_V2 BoardInfo[CAP_SYSTEM_MAXBOARD_V2]; } CAP_SYSTEM_INFO_V2; // 4*BD + 16*4 => 384bytes //______________________________________________________________________________________________ // Definition of System info Descriptor typedef struct { DWORD InfoSize; DWORD InfoName; DWORD InfoVersion; DWORD reserved; } CAP_SYSTEM_INFO_DESC; #if (USE_CAP_INFO_VERSION == 1) #define CAP_SYSTEM_MAXBOARD CAP_SYSTEM_MAXBOARD_V1 #define CAP_BOARD_MAXVP CAP_BOARD_MAXVP_V1 #define CAP_BOARD_MAXCHANNEL CAP_BOARD_MAXCHANNEL_V1 #define CAP_BOARD_MAXDIO CAP_BOARD_MAXDIO_V1 #define CAP_VP_INFO CAP_VP_INFO_V1 #define CAP_BOARD_INFO CAP_BOARD_INFO_V1 #define CAP_SYSTEM_INFO CAP_SYSTEM_INFO_V1 #else #define CAP_SYSTEM_INFO_NAME 0x5355455A // 'SUEZ' #define CAP_SYSTEM_INFO_VERSION 2 #define CAP_SYSTEM_MAXBOARD CAP_SYSTEM_MAXBOARD_V2 #define CAP_BOARD_MAXVP CAP_BOARD_MAXVP_V2 #define CAP_BOARD_MAXCHANNEL CAP_BOARD_MAXCHANNEL_V2 #define CAP_BOARD_MAXDIO CAP_BOARD_MAXDIO_V2 #define CAP_VP_INFO CAP_VP_INFO_V2 #define CAP_BOARD_INFO CAP_BOARD_INFO_V2 #define CAP_SYSTEM_INFO CAP_SYSTEM_INFO_V2 #endif // End of System info extension //______________________________________________________________________________________________ #define CAP_INVALID_CHANNEL 0xff #define CAP_ALL_BOARD 0xf #define CAP_SN_SIZE 16 // VideoFormat 설정할때 Bdid를 이값으로 사용하면 모든 보드가 동일한 값으로설정 ////////////////////////////////////////////////////////////////////////////////// // Capture Image Info typedef struct { unsigned char BoardNum; // Board ID[0..3] unsigned char ChannelNum; // Channel ID of the Board unsigned char ImageFormat; unsigned char ImageSize; unsigned char CaptureProperty; unsigned char HasNextImage; unsigned char* pImageBuffer; // image address LARGE_INTEGER TimeTag; // KeQuerySystemTime() unsigned short VideoStatus[CAP_SYSTEM_MAXBOARD]; // Board[0..3] unsigned short SensorStatus[CAP_SYSTEM_MAXBOARD]; void* pRISCnImage; // internal use! do not touch! } CAP_IMAGE_INFO; #define MAX_ERRCMN_ERROR_CODE_MSG_LENGTH 128 #define MAX_ERRCMN_SESSION_LENGTH 64 struct ErrorCodeItem { DWORD ErrorCode; // code LARGE_INTEGER TimeStamp; // time-stamp DWORD Reserved; // reserved char AuxMsg[MAX_ERRCMN_ERROR_CODE_MSG_LENGTH + 1]; // aux message char SessionName[MAX_ERRCMN_SESSION_LENGTH + 1]; // session name }; typedef struct { ULONG uStructSize; ULONG uEIOBoardCount; ULONG uRev[CAP_BOARD_MAX_DIO_ARRAY_SIZE]; ULONG uMaxDI[CAP_BOARD_MAX_DIO_ARRAY_SIZE]; ULONG uMaxDO[CAP_BOARD_MAX_DIO_ARRAY_SIZE]; ULONG uEIOMode[CAP_BOARD_MAX_DIO_ARRAY_SIZE]; // 0 : Legacy DIO, 1 : EIO ULONG reserved[CAP_BOARD_MAX_DIO_ARRAY_SIZE*4]; } CAP_EIOBOARD_INFO; ////////////////////////////////////////////////////////////////////////////////// enum ColorFormatValues { CAP_COLOR_FORMAT_RGB24 = 0x11, // RX Not implemented CAP_COLOR_FORMAT_RGB16 = 0x22, // All Not implemented CAP_COLOR_FORMAT_RGB15 = 0x33, // All Not implemented CAP_COLOR_FORMAT_YUY2 = 0x44, CAP_COLOR_FORMAT_Y8 = 0x66, // RX Not implemented CAP_COLOR_FORMAT_YUV12 = 0x88, // RX Not implemented CAP_COLOR_FORMAT_YUV9 = 0x99, // RX Not implemented CAP_COLOR_FORMAT_YV12 = 0xAA, // YVU12, Bt878 not support(made by RISC cmd) }; #define CAP_DEFAULT_COLOR_FORMAT CAP_COLOR_FORMAT_YUY2 enum VideoForamtValues { CAP_VIDEO_FORMAT_AUTO = 0, // Not implemented CAP_VIDEO_FORMAT_NTSC_M, CAP_VIDEO_FORMAT_NTSC_J, // Not implemented CAP_VIDEO_FORMAT_PAL_B, CAP_VIDEO_FORMAT_PAL_M, // Not implemented CAP_VIDEO_FORMAT_PAL_N, // Not implemented CAP_VIDEO_FORMAT_SECAM, // Not implemented CAP_VIDEO_FORMAT_PAL_NC // Not implemented }; #define CAP_DEFAULT_VIDEO_FORMAT CAP_VIDEO_FORMAT_NTSC_M enum ImageSizeValues { CAP_NTSC_SIZE_720X480 = 14, CAP_NTSC_SIZE_720X240 = 15, CAP_NTSC_SIZE_360X240 = 16, CAP_NTSC_SIZE_180x120 = 26, CAP_NTSC_SIZE_704X480 = 17, CAP_NTSC_SIZE_704X240 = 18, CAP_NTSC_SIZE_352X240 = 19, CAP_NTSC_SIZE_176x120 = 27, CAP_NTSC_SIZE_640X480 = 0, CAP_NTSC_SIZE_640X240 = 1, CAP_NTSC_SIZE_320X240 = 2, CAP_NTSC_SIZE_240X160 = 3, // Not implemented CAP_NTSC_SIZE_160X120 = 4, // Not implemented CAP_PAL_SIZE_768X576 = 10, // RX3 Not Support CAP_PAL_SIZE_768X288 = 12, // RX3 Not Support CAP_PAL_SIZE_384X288 = 11, // RX3 Not Support CAP_PAL_SIZE_192x144 = 28, CAP_PAL_SIZE_720X576 = 5, CAP_PAL_SIZE_720X288 = 13, CAP_PAL_SIZE_360X288 = 7, CAP_PAL_SIZE_180x144 = 29, CAP_PAL_SIZE_704X576 = 20, CAP_PAL_SIZE_704X288 = 21, CAP_PAL_SIZE_352X288 = 22, CAP_PAL_SIZE_176x144 = 30, CAP_PAL_SIZE_672X544 = 23, CAP_PAL_SIZE_672X272 = 24, CAP_PAL_SIZE_336X272 = 25, // last CAP_PAL_SIZE_168X136 = 31, // last CAP_PAL_SIZE_640X480 = 9, // RX3 Not Support CAP_PAL_SIZE_640X240 = 6, // RX3 Not Support CAP_PAL_SIZE_320X240 = 8, // RX3 Not Support CAP_PAL_SIZE_160x120 = 32, CAP_MAX_SUPPORT_IMAGESIZE = 33, }; #define CAP_NTSC_SIZE_640X240_DOUBLE (CAP_NTSC_SIZE_640X240 | 0x80) #define CAP_PAL_SIZE_640X240_DOUBLE (CAP_PAL_SIZE_640X240 | 0x80) #define CAP_PAL_SIZE_768X288_DOUBLE (CAP_PAL_SIZE_768X288 | 0x80) #define CAP_PAL_SIZE_720X288_DOUBLE (CAP_PAL_SIZE_720X288 | 0x80) #define CAP_DEFAULT_IMAGE_SIZE CAP_NTSC_SIZE_320X240 ////////////////////////////////////////////////////////////////////////////////// // capture property enum { CAP_CAPTURE_PORPERTY_VERTICAL_FLOP = 0x01, // 영상이 뒤집혀서 저장된다.(RGB모드에서유용) CAP_CAPTURE_PORPERTY_HDOUBLE = 0x02, // Not implemented // 가로방향으로 영상이 두배 커진다. (320x240) =>(640x240)으로 사용가능. // DLL에서 변환된다. CAP_CAPTURE_PORPERTY_VDOUBLE = 0x04, // Not implemented // 세로방향으로 영상이 두배 커진다. (320x240) =>(320x480)으로 사용가능. // DLL에서 변환된다. CAP_CAPTURE_PORPERTY_SEPARATED_FIELD = 0x08, // Not implemented // 프레임캡쳐인경우, 필드가 분리되어 캡쳐된다. CAP_CAPTURE_PORPERTY_OVERLAY = 0x10, // Not implemented // 오버레이 영상을 만든다. }; ////////////////////////////////////////////////////////////////////////////////// // Capture method enum { // method CAPTURE_METHOD_CALLBACK =0, CAPTURE_METHOD_LOCK_AND_WAIT =1, CAPTURE_METHOD_QUERY =2, // call-back type CAPTURE_CALLBACK_ONCAPTURE =0x10, CAPTURE_CALLBACK_ONVIDEO =0x11, CAPTURE_CALLBACK_ONSENSOR =0x12 }; ////////////////////////////////////////////////////////////////////////////////// // Sequence Method enum { CAP_AUTO_SEQUENCE =0, CAP_FIXED_SEQUENCE =1, CAP_USER_SEQUENCE =2 }; #define CAP_MAXSEQUENCE_CHANNEL 49 ////////////////////////////////////////////////////////////////////////////////// // RS485 /* baud-rate */ enum { BAUD_RATE_19200BPS =0x10, BAUD_RATE_9600BPS =0x11, BAUD_RATE_4800BPS =0x12, BAUD_RATE_2400BPS =0x13, BAUD_RATE_1200BPS =0x14 }; /* serial port mode */ #define DATA_BIT_SIZE_8 0x11 /* 8-bit UART baud-rate variable */ #define DATA_BIT_SIZE_9 0x12 /* 9-bit UART baud-rate variable */ /* serial port mode */ #define ZERO_PARITY 0x00 #define STICK_PARITY 0x01 ////////////////////////////////////////////////////////////////////////////////// // I2C & EEPROM enum { CAP_I2C_READ = 1, CAP_I2C_WRITE, CAP_I2C_RANDOM_READ, CAP_I2C_RANDOM_WRITE, CAP_I2C_RANDOM_WRITE_NOWAIT }; typedef struct { DWORD Cmd; DWORD BdID; UCHAR DevID; UCHAR Addr; UCHAR Data; } CAP_I2C_CMD; #define CAP_USER_EEPROM_START_ADDR 0x00 #define CAP_USER_EEPROM_SIZE 16 #define CAP_UID_ADDR 0x10000 #define CAP_MAX_SPEED_SEQUENCE 0 #define CAP_ACCURATE_SEQUENCE 1 #define CAP_D1_ACCURATE_SEQUENCE 2 #define CAP_D1_ACCURATE_SEQUENCE2 3 // SW AGC #define CAP_SW_AGC_AUTO 0 // event driven #define CAP_SW_AGC_USER 1 // user fix #define CAP_SW_AGC_CONTINUOUS 2 // always calculate #define CAP_SW_AGC_DISABLE 3 // all channel fixed to default. // Get Frame Rate Flag // Array type #define CAP_FRAMERATE_RETURN_TYPE_0 0x01 //x100 #define CAP_FRAMERATE_AVR 0x0100 #define CAP_FRAMERATE_MIN 0x0200 #define CAP_FRAMERATE_MAX 0x0400 // cap adjust command #define VAC_EIO_ENABLE 0x00030010 // SetCommand ; N/A // GetCommand ; Not used #define VAC_EIO_DO 0x00030020 // S(G)etCommand ; Param0 : DO bitmask #define VAC_EIO_DI 0x00030040 // SetCommand ; Not used // GetCommand ; Param0 : DI bitmask #define VAC_EIO_DITYPE 0x00030080 // SetCommand ; Param0 : 0 ; DITYPE VOLTAGE // 1 ; DITYPE RELAY // GetCommand ; Not used #define MAKEEIOBOARDID(bdid, eiobdid) ((bdid & 0xFF) | ((eiobdid & 0xFF) << 16)) #define GETBOARDID(bdid) (bdid & 0xFF) #define GETEIOBOARDID(bdid) ((bdid >> 16) & 0xFF) // QueryInfo #define QR_XLINECODE 0x1000 #define QR_GET_PROCESS_STATE 0x1001 #define QR_GET_HWINFO_STR 0x1002 // p0(in) #bd, p1(out) str ptr #define QR_EXT_VIDEOOUT_MODE 0x1005 #define QR_GET_EIOINFO 0x1006 // refer to CAP5_EIOBOARD_INFO // *********************************************************************** // Callback Prototype // *********************************************************************** typedef BOOL (CALLING_API *FUNC_ON_THREEDWORD)(DWORD A, DWORD B, DWORD C); typedef BOOL (CALLING_API *FUNC_ON_TWODWORD)(DWORD A, DWORD B); typedef BOOL (CALLING_API *FUNC_ON_ONEDWORD)(DWORD A); // Cap3SetFuncOnCapture // Cap3SetFuncOnSensor // Cap3SetFuncOnVideoPresent //onCapture (DWORD mixedCh, DWORD pImageAddr); // bdid = mixedCh>>4, ch = mixedCh&0xF; //onCaputre (DWORD ImageInfo); // pImgeInfo = (CAP_IMAGE_INFO*) ImageInfo; // needs static pointer conversoin //onVideoLoss (DWORD mixedCh, DWORD bPresent); //onSensor (DWORD bdid, DWORD bwSensor); // Cap3SetOnCallBacks: // OnCapture(DWORD A, DWORD B) // CAP_IMAGE_INFO* pImageInfo = (CAP_IMAGE_INFO*) A; // MyContext *pContext = (MyContext *) B; // OnVideo(DWORD A, DWORD B) // bdId = (A>>24)&0xF; bdCh = (A>>16)&0xF; bPresent = A&1; // MyContext *pContext = (MyContext *) B; // OnSensor(DWORD A, DWORD B) // bdId = (A>>24)&0xF; bwState = A&0xFFFF; // MyContext *pContext = (MyContext *) B; // *********************************************************************** // Process Control API // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3Control(DWORD cmd, void* inD, DWORD inSize, void* outD, DWORD outSize, DWORD* rsBytes); DVRCAP_API BOOL CALLING_API Cap3CheckSN(DWORD bdid, UCHAR* sN); DVRCAP_API BOOL CALLING_API Cap3Setup(); DVRCAP_API BOOL CALLING_API Cap3Endup(void); DVRCAP_API BOOL CALLING_API Cap3Run(void); DVRCAP_API BOOL CALLING_API Cap3Stop(void); // *********************************************************************** // Call-Back API } // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3SetFuncOnCapture(FUNC_ON_TWODWORD func); DVRCAP_API BOOL CALLING_API Cap3SetFuncOnCaptureEx(FUNC_ON_ONEDWORD func); DVRCAP_API BOOL CALLING_API Cap3SetFuncOnSensor(FUNC_ON_TWODWORD func); DVRCAP_API BOOL CALLING_API Cap3SetFuncOnVideoPresent(FUNC_ON_TWODWORD func); DVRCAP_API BOOL CALLING_API Cap3SetOnCallBacks(DWORD funcType, FUNC_ON_ONEDWORD fStart, FUNC_ON_TWODWORD fCall, FUNC_ON_ONEDWORD fStop, void *pContext); // *********************************************************************** // Capture Method API } // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3SetCaptureMethod(DWORD method); DVRCAP_API BOOL CALLING_API Cap3QueryWaitImage(CAP_IMAGE_INFO *pInfo); DVRCAP_API BOOL CALLING_API Cap3ReleaseImage(CAP_IMAGE_INFO *pInfo); // *********************************************************************** // Video Format & Color Setting // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3SetVideoFormat(DWORD bdid, DWORD format); DVRCAP_API BOOL CALLING_API Cap3SetColorFormat(DWORD bdid, DWORD format); DVRCAP_API BOOL CALLING_API Cap3SetCaptureProperty(DWORD bdid, DWORD property); DVRCAP_API BOOL CALLING_API Cap3SetImageSize(DWORD bdid, DWORD channel, DWORD imagesize); DVRCAP_API BOOL CALLING_API Cap3SetBrightness(DWORD bdid, DWORD channel, DWORD brightness); DVRCAP_API BOOL CALLING_API Cap3SetContrast(DWORD bdid, DWORD channel, DWORD contrast); DVRCAP_API BOOL CALLING_API Cap3SetHue(DWORD bdid, DWORD channel, DWORD hue); DVRCAP_API BOOL CALLING_API Cap3SetSaturationU(DWORD bdid, DWORD channel, DWORD contrast); DVRCAP_API BOOL CALLING_API Cap3SetSaturationV(DWORD bdid, DWORD channel, DWORD contrast); DVRCAP_API BOOL CALLING_API Cap3GetVideoFormat(DWORD bdid, DWORD *pFormat); DVRCAP_API BOOL CALLING_API Cap3GetColorFormat(DWORD bdid, DWORD *pFormat); DVRCAP_API BOOL CALLING_API Cap3GetImageSize(DWORD bdid, DWORD channel, DWORD *pD); DVRCAP_API BOOL CALLING_API Cap3GetBrightness(DWORD bdid, DWORD channel, DWORD *pD); DVRCAP_API BOOL CALLING_API Cap3GetContrast(DWORD bdid, DWORD channel, DWORD *pD); DVRCAP_API BOOL CALLING_API Cap3GetHue(DWORD bdid, DWORD channel, DWORD *pD); DVRCAP_API BOOL CALLING_API Cap3GetSaturationU(DWORD bdid, DWORD channel, DWORD *pD); DVRCAP_API BOOL CALLING_API Cap3GetSaturationV(DWORD bdid, DWORD channel, DWORD *pD); DVRCAP_API BOOL CALLING_API Cap3SetAdjust(DWORD bdid, DWORD channel, DWORD cmd, DWORD param0, DWORD param1, DWORD param2, DWORD param3); DVRCAP_API BOOL CALLING_API Cap3GetAdjust(DWORD bdid, DWORD channel, DWORD cmd, DWORD *param0, DWORD *param1, DWORD *param2, DWORD *param3); // *********************************************************************** // DIO & Video Status API // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3SetCaptureEnable(DWORD bdid, DWORD channel, DWORD v); DVRCAP_API BOOL CALLING_API Cap3GetVideoStatus(DWORD bdid, DWORD* list); DVRCAP_API BOOL CALLING_API Cap3SetDO(DWORD bdid, DWORD v); DVRCAP_API BOOL CALLING_API Cap3GetDO(DWORD bdid, DWORD *pD); DVRCAP_API BOOL CALLING_API Cap3GetDI(DWORD bdid, DWORD *pD); DVRCAP_API BOOL CALLING_API Cap3SetExtVideoOut(DWORD bdid, DWORD ch); DVRCAP_API BOOL CALLING_API Cap3GetExtVideoOut(DWORD bdid, DWORD *pD); // *********************************************************************** // I2C & UserEEprom API // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3I2CTransfer(DWORD bdid, DWORD btid, DWORD devid, DWORD cmd, DWORD addr, UCHAR *pData); DVRCAP_API BOOL CALLING_API Cap3WriteUserEEPROM(DWORD bdid, DWORD btid, UCHAR *data); DVRCAP_API BOOL CALLING_API Cap3ReadUserEEPROM(DWORD bdid, DWORD btid, UCHAR *data); // *********************************************************************** // RS485 API // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3SetRS485BaudRate(DWORD bdid, DWORD data); DVRCAP_API BOOL CALLING_API Cap3SetRS485DataBitSize(DWORD bdid, DWORD data); DVRCAP_API BOOL CALLING_API Cap3SetRS485Bit8(DWORD bdid, DWORD data); DVRCAP_API BOOL CALLING_API Cap3SetRS485TxData(DWORD bdid, UCHAR* pD, DWORD n); DVRCAP_API BOOL CALLING_API Cap3GetRS485RxData(DWORD bdid, UCHAR *data,DWORD maxrdSize, DWORD *rdSize); // *********************************************************************** // Watchdog API // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3WatchdogEnable(DWORD on); DVRCAP_API BOOL CALLING_API Cap3SetWatchdogTimeout(DWORD second); DVRCAP_API BOOL CALLING_API Cap3SetBuzzerTimeout(DWORD uBdID,DWORD uSec); DVRCAP_API BOOL CALLING_API Cap3WatchdogEnableEx(DWORD uBdID, DWORD on); DVRCAP_API BOOL CALLING_API Cap3SetWatchdogTimeoutEx(DWORD uBdID, DWORD second); // *********************************************************************** // UserSequence API // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3SetSequenceMethod(DWORD bdid, DWORD m); DVRCAP_API BOOL CALLING_API Cap3SetUserSequenceList(DWORD bdid, DWORD btid, UCHAR* seqList); DVRCAP_API BOOL CALLING_API Cap3AddUserSequenceList(DWORD bdid, DWORD btid, UCHAR* seqList); DVRCAP_API BOOL CALLING_API Cap3GetUserSequenceList(DWORD bdid, DWORD btid, UCHAR* seqList); // *********************************************************************** // Driver Information API // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3GetSystemInfo(CAP_SYSTEM_INFO_V1 *pInfo); DVRCAP_API BOOL CALLING_API Cap3GetSystemInfoEx(CAP_SYSTEM_INFO_DESC *pDesc, void *pInfo); DVRCAP_API BOOL CALLING_API Cap3GetLastErrorCode(ErrorCodeItem *pEcode); DVRCAP_API BOOL CALLING_API Cap3QueryInfo(DWORD cmd, DWORD *Param0, DWORD *Param1, DWORD *Param2, DWORD *Param3); DVRCAP_API BOOL CALLING_API Cap3BtRegWrite(DWORD bdid, DWORD btid, DWORD addr, DWORD data); DVRCAP_API BOOL CALLING_API Cap3BtRegRead(DWORD bdid, DWORD btid, DWORD addr, DWORD *pData); //DVRCAP_API BOOL CALLING_API Cap3CheckFramrateConstancy(DWORD nTolerance, DWORD maxFrame, DWORD nGroup, UCHAR *pFPS); //DVRCAP_API BOOL CALLING_API Cap3MakeFrameListGroup(DWORD nTolerance, DWORD maxFPS, DWORD nGroup, UCHAR *pFPS, UCHAR (*paFPSGroup)[CAP_BOARD_MAXCHANNEL]); //DVRCAP_API BOOL CALLING_API Cap3CheckChannelConstancy(DWORD nTolerance, DWORD maxFrame, DWORD nGroup, UCHAR (*paSeq)[CAP_BOARD_MAXCHANNEL]); //DVRCAP_API BOOL CALLING_API Cap3MakeUserSequenceList(DWORD bAccurate, DWORD maxFrame, UCHAR *pFPS, UCHAR *pSeqList); DVRCAP_API BOOL CALLING_API Cap3SetBoardFrameRate(DWORD bdid, DWORD bAccurate, DWORD maxTolerance, DWORD maxFrame, DWORD nGroup, UCHAR *pFPS); DVRCAP_API BOOL CALLING_API Cap3GetExpectedFrameRate(DWORD bdid, DWORD flag, DWORD MaxCh, DWORD *pFPS); // *********************************************************************** // SW AGC API // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3SetSWAGCMode(DWORD bdid, DWORD ch, DWORD mode); DVRCAP_API BOOL CALLING_API Cap3GetSWAGCMode(DWORD bdid, DWORD ch, DWORD *pData); DVRCAP_API BOOL CALLING_API Cap3SetSWAGCLevel(DWORD bdid, DWORD ch, DWORD data); DVRCAP_API BOOL CALLING_API Cap3GetSWAGCLevel(DWORD bdid, DWORD ch, DWORD *pData); // *********************************************************************** // Vendoer Specific IO API // *********************************************************************** DVRCAP_API BOOL CALLING_API Cap3SetSpecialIOMode(DWORD bdid,DWORD data); DVRCAP_API BOOL CALLING_API Cap3GetSpecialIOMode(DWORD bdid,DWORD *pData); DVRCAP_API BOOL CALLING_API Cap3WriteSpecialIOData(DWORD bdid,DWORD data); DVRCAP_API BOOL CALLING_API Cap3ReadSpecialIOData(DWORD bdid,DWORD *pData); //#pragma pack( pop, CAP3BOARDLIB_H ) #endif