大恒相机动态库文件和头文件

//---------------------------------------------------------------------------------- /** \file HVDef.h \brief This header file defines constant and external struct type \version V1.0.0.10 \date 2011/08/15 Copyright (c) 2011 Daheng Imavision All right reserved */ //---------------------------------------------------------------------------------- #if !defined(HV_HVDEF) // #define HV_HVDEF /* By C++ language compiler */ #ifdef __cplusplus extern "C" { #endif typedef HANDLE HHV; /// the device type typedef enum tagHVTYPE { UNKNOWN_TYPE = -1, ///< Invalid devcie type. HV1300UCTYPE = 0, HV2000UCTYPE = 1, HV1301UCTYPE = 2, HV2001UCTYPE = 3, HV3000UCTYPE = 4, HV1300UMTYPE = 5, HV1302UCTYPE = 6, HV2002UCTYPE = 7, HV3102UCTYPE = 8, HV1302UMTYPE = 9, HV1300FCTYPE = 10, HV2000FCTYPE = 11, HV3100FCTYPE = 12, HV1300FMTYPE = 13, HV1303UCTYPE = 14, HV2003UCTYPE = 15, HV3103UCTYPE = 16, HV1303UMTYPE = 17, SV1300FMTYPE = 18, SV1300FCTYPE = 19, SV1310FCTYPE = 20, SV1310FMTYPE = 21, SV1311FCTYPE = 22, SV1311FMTYPE = 23, SV400FCTYPE = 24, SV400FMTYPE = 25, DH1394FXTYPE = 26, SV1410FCTYPE = 27, SV1410FMTYPE = 28, SV1420FCTYPE = 29, SV1420FMTYPE = 30, SV2000FCTYPE = 31, SV2000FMTYPE = 32, SV1400FCTYPE = 33, SV1400FMTYPE = 34, HV1350UCTYPE = 35, HV2050UCTYPE = 36, HV3150UCTYPE = 37, HV1350UMTYPE = 38, HV1360UCTYPE = 39, HV2060UCTYPE = 40, HV3160UCTYPE = 41, HV1360UMTYPE = 42, HV1351UCTYPE = 56, HV2051UCTYPE = 57, HV3151UCTYPE = 58, HV1351UMTYPE = 59, GV400UCTYPE = 60, GV400UMTYPE = 61, HV5051UCTYPE = 62, HV5051UMTYPE = 63 } HVTYPE; /// the color code for the device image typedef enum tagHV_COLOR_CODE { COLOR_MONO8 = 0, ///< Y only, Y=8bits COLOR_YUV8_4_1_1 = 1, ///< Y=U=V=8bits, non compressed COLOR_YUV8_4_2_2 = 2, ///< Y=U=V=8bits, non compressed COLOR_YUV8_4_4_4 = 3, ///< Y=U=V=8bits, non compressed COLOR_RGB8 = 4, ///< RGB 8 format, each component has 8bit data COLOR_MONO16 = 5, ///< Y only, Y=16bits, non compressed(unsigned integer) COLOR_RGB16 = 6, ///< RGB 16 format, each component has 16bit data COLOR_SIGNED_MONO16 = 7, ///< Y only, Y=16bits, non compressed(signed integer) COLOR_SIGNED_RGB16 = 8, ///< R=G=B=16bits, non compressed(signed integer) COLOR_RAW8 = 9, ///< RAW 8 format, each pixel has 8bit data COLOR_RAW16 = 10, ///< RAW 16 format, each pixel has 16bit data COLOR_MONO10 = 128,///< Y only, each pixel has 16bit data, the low 10bit is valid COLOR_MONO10_NORMALIZED = 129,///< Reserved COLOR_MONO10_PACKED = 130,///< Y only, packed format, each pixel has 10bit data COLOR_RAW10 = 131,///< RAW 10 format, each pixel has 16bit data, the low 10bit is valid COLOR_RAW10_NORMALIZED = 132,///< Reserved COLOR_RAW10_PACKED = 133,///< RAW 10 packed format, each pixel has 10bit data COLOR_MONO12 = 134,///< Y only, each pixel has 16bit data, the low 12bit is valid COLOR_MONO12_NORMALIZED = 135,///< Reserved COLOR_MONO12_PACKED = 136,///< Y only, packed format, each pixel has 12bit data COLOR_RAW12 = 137,///< RAW 12 format, each pixel has 16bit data, the low 12bit is valid COLOR_RAW12_NORMALIZED = 138,///< Reserved COLOR_RAW12_PACKED = 139 ///< RAW 12 packed format, each pixel has 12bit data } HV_COLOR_CODE; /// Color Filter ID typedef enum tagHV_COLOR_FILTER { COLOR_FILTER_RG_GB = 0, ///< RGB primary color filter (RG/GB) COLOR_FILTER_GB_RG = 1, ///< RGB primary color filter (GB/RG) COLOR_FILTER_GR_BG = 2, ///< RGB primary color filter (GR/BG) COLOR_FILTER_BG_GR = 3 ///< RGB primary color filter (BG/GR) } HV_COLOR_FILTER; /// the video mode typedef enum tagHV_RESOLUTION { RES_MODE0 = 0, ///< Resolution 0 RES_MODE1 = 1, ///< Resolution 1 RES_MODE2 = 2, ///< Resolution 2 RES_MODE3 = 3, ///< Resolution 3 RES_MODE4 = 4, ///< Resolution 4 RES_MODE5 = 5, ///< Resolution 5 RES_MODE6 = 6 ///< Resolution 6 } HV_RESOLUTION; /// the image acquisition mode. typedef enum tagHV_SNAP_MODE { CONTINUATION = 0, ///< Acquire images continuously TRIGGER = 1, ///< Acquiring image controlled by standard trigger TRIGGER_EDGE = 2, ///< Acquiring image controlled by edge event triggering TRIGGER_LEVEL = 3, ///< Acquiring image controlled by level triggering TRIGGER_LEVEL_STANDARD = 4 ///< Acquiring image controlled by standard level triggering } HV_SNAP_MODE; /// the trigger signal polarity typedef enum tagHV_POLARITY { LOW = 0, HIGH = 1 } HV_POLARITY; /// the image acquisition speed typedef enum tagHV_SNAP_SPEED { NORMAL_SPEED = 0, ///< Acquiring images at normal speed HIGH_SPEED = 1 ///< Acquiring images at high speed } HV_SNAP_SPEED; ///the color channel for controlling gains typedef enum tagHV_CHANNEL { RED_CHANNEL = 0x10, ///< Red channel GREEN_CHANNEL1 = 0x11, ///< Green channe1 GREEN_CHANNEL2 = 0x12, ///< Green channe2 BLUE_CHANNEL = 0x13 ///< Blue channel } HV_CHANNEL; /// the controlling method of A/D conversion typedef enum tagHV_ADC_CONTROL{ ADC_BITS = 0, ///< Controlling bits that are used for A/D conversion ADC_BLKLEVEL_CAL = 1, ///< Enable/disable to control the black level parameter ADC_BLKLEVEL_CAL_REDCHANNEL = 0x10,///< Controlling the red channel of the black level ADC_BLKLEVEL_CAL_GREENCHANNEL1 = 0x11,///< Controlling the green channel 1 of the black level ADC_BLKLEVEL_CAL_GREENCHANNEL2 = 0x12,///< Controlling the green channel 2 of the black level ADC_BLKLEVEL_CAL_BLUECHANNEL = 0x13 ///< Controlling the blue channel of the black level } HV_ADC_CONTROL; /// the level of A/D conversion typedef enum tagHV_ADC_LEVEL{ ADC_LEVEL0 = 0, ///< Level 0 ADC_LEVEL1 = 1, ///< Level 1 ADC_LEVEL2 = 2, ///< Level 2 ADC_LEVEL3 = 3, ///< Level 3 ADC_LEVEL4 = 4 ///< Level 4 } HV_ADC_LEVEL; /// the controlling method of exposure typedef enum tagHV_AEC_CONTROL{ AEC_EXPOSURE_TIME = 1, ///< Controlling exposure by exposure coefficient AEC_SHUTTER_SPEED = 2, ///< Controlling the shutter speed AEC_SHUTTER_UNIT = 3 ///< Controlling the unit of the shutter speed } HV_AEC_CONTROL; /// the unit of the shutter speed typedef enum tagSHUTTER_UNIT{ SHUTTER_US = 0, ///< The unit of the shutter speed is microsecond SHUTTER_MS = 1 ///< The unit of the shutter speed is millisecond }SHUTTER_UNIT_VALUE; /// the mirror direction during the image acquisition typedef enum tagHV_MIRROR_DIRECTION { VERT_DIR = 1, ///< performing vertical mirror during image acquisition HOR_DIR = 2, ///< performing horizontal mirror during image acquisition FULL_DIR = 3 ///< performing vertical and horizontal mirror during image acquisition } HV_MIRROR_DIRECTION; /// the device information of a camera typedef enum tagHV_DEVICE_INFO { DESC_DEVICE_TYPE = 0, ///< the device type of a camera DESC_RESOLUTION = 1, ///< the resolution of a camera DESC_DEVICE_MARK = 2, ///< the device mark of a camera DESC_DEVICE_SERIESNUM = 3, ///< the serial number of a camera DESC_DEVICE_BLANKSIZE = 4, ///< the available range of blanking interval DESC_DEVICE_CHIPID = 5, ///< the device chip id DESC_DEVICE_HARDWARE_VERSION = 6, ///< the firmware version of camera DESC_DEVICE_BAYER_LAYOUT = 11 ///< the bayer layout of image } HV_DEVICE_INFO; /// Define HV periphery device control typedef enum tagHV_PERIDEV_CONTROL{ PERIDEV_BICOLOR_LAMP1 = 0, ///< control the lamp1 PERIDEV_BICOLOR_L