// Copyright (c) 2006-2012 E-COM. All Rights Reserved. // All the information contained in this file remain the sole and exclusive // property of E-COM and shall not be disclosed by the recipient to a third // party without the prior consent of E-COM. /*! \file FPDRAD-TYEPS.h Abstract: This module is used for the FPDRADTYPES API. It includes : - the constants definitions. - the types definitions. */ #ifndef FPDRAD_TYPES_H #define FPDRAD_TYPES_H #ifdef __cplusplus extern "C" { #endif //! Warning codes typedef enum { LOW_PRIORITY_WARN = 0, WARN_SUCCESS = LOW_PRIORITY_WARN + 0, //探测器休眠 此时应禁止曝光 NORMAL_PRIORITY_WARN = 1000, WARN_OTHERS = NORMAL_PRIORITY_WARN + 0, // WARN_BATTERY = NORMAL_PRIORITY_WARN + 1, //电量低 WARN_WIFI = NORMAL_PRIORITY_WARN + 2, // wifi低 WARN_TEMPRATURE = NORMAL_PRIORITY_WARN + 3, //温度高 WARN_LOAD_CALFILE = NORMAL_PRIORITY_WARN + 4,// 加载校正文件失败 WARN_LOAD_OFFSET_REF = NORMAL_PRIORITY_WARN + 5, //加载OFFSET校正文件失败 WARN_LOAD_GAIN = NORMAL_PRIORITY_WARN + 6, //加载GAIN校正文件失败 WARN_LOAD_DEFECTMAP = NORMAL_PRIORITY_WARN + 7, //加载坏点校正文件失败 WARN_SELECT_DETECTOR = NORMAL_PRIORITY_WARN + 8, //切换探测器失败 WARN_DENOTED_IMAGE_NONE = NORMAL_PRIORITY_WARN +9, } warning_status; //! Error codes typedef enum { LOW_PRIORITY_ERROR = 0, //提示错误，但不能恢复 ERR_BATTERY = LOW_PRIORITY_ERROR + 1, //电量过低 ERR_WIFI = LOW_PRIORITY_ERROR + 2, // wifi过低 ERR_TEMPRATURE = LOW_PRIORITY_ERROR + 3, //温度过高 ERR_SELECT_DETECTOR = LOW_PRIORITY_ERROR + 4, //切换探测器失败 NORMAL_PRIORITY_ERROR = 1000, ERR_SLEEP = NORMAL_PRIORITY_ERROR + 1, //探测器休眠 此时应禁止曝光 ERR_ACQ_FAILED = NORMAL_PRIORITY_ERROR + 2, //曝光后采集图像失败，但不能恢复图像 ERR_RECOVER_IMAGE = NORMAL_PRIORITY_ERROR + 3, //曝光后采集图像失败，可恢复图像 ERR_DISCONNECT = NORMAL_PRIORITY_ERROR + 4, //探测器连接中断 ERR_DETECTOR_REQUEST = NORMAL_PRIORITY_ERROR + 5, //探测器请求曝光失败 FATAL_PRIORITY_ERROR = 2000, ERR_INIT_FAILED = FATAL_PRIORITY_ERROR + 1, //初始化失败 ERR_POWEROFF = FATAL_PRIORITY_ERROR + 2, //探测器没电关机 ERR_LOAD_API = FATAL_PRIORITY_ERROR + 3, //加载API失败 ERR_KEY_MISSED = FATAL_PRIORITY_ERROR + 4, //缺少探测器key文件 ERR_BAD_PARAMETER = FATAL_PRIORITY_ERROR + 5, //参数设置有误 ERR_COMMUNICATION = FATAL_PRIORITY_ERROR + 6, //探测器通信失败或错误 } error_status; //! Activity state typedef enum { // System state STATE_BOOTUP = 1, STATE_INITIALIZING, STATE_STANDBY, STATE_SLEEP, STATE_WORK, STATE_CALIBRATION, STATE_CONVENIENT, STATE_ERROR } system_state; //! Application mode typedef enum { APPLICATION_MODE1, APPLICATION_MODE2, APPLICATION_MODE3 } application_mode; //! Operating mode typedef enum { OM_DEFAULT, OM_RAD, OM_DUAL_ENERGY, OM_POSITIONING, OM_DIGITAL_TOMO, OM_RAW } operating_mode; //! Correction Type typedef enum { CT_NONE = 0x0, //! defines the Offset correction CT_OFFSET = 0x1, //! defines the Gain correction CT_GAIN = 0x2, //! defines the Defect correction CT_DEFECT = 0x4, //! defines the Butting Cross/Line Correction CT_BUTTING = 0x8, //! defines the Echo Line Correction CT_ECHO_LINE = 0x10, //! defines the pixels cluster defect Correction CT_PIXELS_CLUSTER_DEFECT = 0x20, //! defines the Clipping Correction CT_CLIPPING = 0x40, //! enables all possible corrections CT_ALL = 0xFFFF } correction_type; //! Image type typedef enum { IT_OFFSET = 1, IT_X, IT_DEFECT_MAP } image_type; //! Detector state typedef enum { DS_OPERATION = 1, DS_SERVICE, DS_DOWNLOAD, DS_STANDBY, DS_BOOT, DS_SLEEP, DS_ERROR, DS_NOTDEFINED = -1 } detector_state; //! type of data typedef enum { DT_FLOAT_TYPE = 1, //< 32-bit floating point DT_USHORT_TYPE, //< 16-bit unsigned short } data_type; //! Image information typedef struct { //! Data size in bytes unsigned long dataSize; //! number of bits for a pixel unsigned short bitsPerPixel; //! Horizontal image pixel size unsigned short sizeX; //! Vertical image pixel size unsigned short sizeY; } ImageParameters; //! Global Image Structure typedef struct { //! memory pointer on the image buffer void * imgPtr; //! image parameters ImageParameters imgParam; } acquisition_image; //! structure of configuration parameters typedef struct { unsigned short nbDetectors; } config_parameters; //! structure of Hardware status typedef struct { unsigned short nbDetectors; //! structure of detector status struct DetectorStatus { float temperature; //< detector temperature struct BatteryStatus { bool present; //< battery present or not in the detector unsigned short charge; //< charge level of the battery (in %) } *batteryStatus; struct WifiStatus { bool present; //< WI-FI present or not in the detector unsigned short linkQuality; //< Link quality } *wifiStatus; } * detectorStatus; } hardware_status; //! detector pattern typedef enum { DP_NORMAL = 0, //< Normal image DP_STATIC, //< Digital static ramp DP_DYNAMIC, //< Digital dynamic ramp DP_ANALOG, //< Analog pattern DP_RANDOM //< Pseudo random pattern (GPSA) } detector_pattern; typedef enum { BIN0 = 0 }binning_mode; typedef enum { XWINDOW_500MS, XWINDOW_1000MS }xwindow_mdoe; //! structure of exposure mode typedef struct { detector_pattern detectorPattern; binning_mode binningMode; xwindow_mdoe XWindowMode; }exposur_mode; typedef enum { // Image Pixel Module ECM_SAMPLES_PER_PIXEL, // 图像的采样通道数目:1 ECM_ROW, // 图像行的数目（高） ECM_COLUMNS, // 图像列的数目（宽） ECM_BITS_ALLOCATED, // 为每个像素分配的位数 ECM_BITS_STORED, // 每个像素存储占用的位数 ECM_HIGH_BIT, // 最高位在分配的存储单元中的位置 ECM_PIXEL_REPRESENTATION, // 每个像素的解释方式:0 //ECM_PIXEL_ASPECT_RATIO, // 像素宽高比: 1:1 // DX Detector Module ECM_DETECTOR_ACTIVE_TIME, // 曝光窗口 ECM_DETECTOR_ACTIVATION_OFFSET_FROM_EXPOSURE, // 曝光开始后多长时间曝光窗口打开：0 ECM_FIELD_OF_VIEW_SHAPE, //可视区（遮光器）形状Enumerated Values: RECTANGLE ROUND HEXAGONAL： 方形，原型，六角形； ECM_FIELD_OF_VIEW_DIMENSION, // RECTANGLE: row dimension followed by column. 宽\高 // ROUND: diameter. 半径 // HEXAGONAL: diameter of a circumscribed circle. 外切圆半径 ECM_FIELD_OF_VIEW_ORIGIN, // ECM_FIELD_OF_VIEW_ROTATION, // 0, 90, 180, 270 ECM_FIELD_OF_VIEW_HORIZAONTAL_FLIP, // NO YES；注意，先旋转后水平翻转 ECM_IMAGE_PIXEL_SPACING, // 像素间距 ECM_DETECTOR_TYPE, // 探测器类型：SCINTILLATOR ECM_DETECTOR_CONFIGURATION, // 面板:AREA ECM_DETECTOR_ID, // 采集当前图像的探测器的ID或者序列号 ECM_DATE_OF_LAST_DETECTOR_CALIBRATION, // 上一次探测器校正的日期 ECM_TIME_OF_LAST_DETECTOR_CALIBRATION, // 上一次探测器校正的时间 ECM_EXPOSURE_ON_DETECTOR_SINCE_LAST_CALIBRATION,// 上次校正以来的曝光次数 ECM_EXPOSURE_ON_DETECTOR_SINCE_MANUFACTURED, // 出厂以来的曝光次数 ECM_DETECTOR_TIME_SINCE_LAST_EXPOSURE, // 上次曝光到这次曝光之间的间隔 ECM_DETECTOR_BINNING, // 探测器像素和输出图像之间的合并关系 ECM_DETECTOR_CONDITION_NOMINAL_FLAG, // YES NO；比如温度过高，就不是正常 ECM_DETECTOR_TEMPERATURE, // 探测器温度 ECM_SENSITIVITY, // 厂商自定义 ECM_DETECTOR_ELEMENT_PHYSICAL_SIZE, // 探测器物理尺寸 ECM_DETECTOR_ELEMENT_SPACING, // 探测器元素间隔 ECM_DETECTOR_ACTIVE_SHAPE, // 有效区形状 ECM_DETECTOR_ACTIVE_DIMENSION, // 有效区尺寸 // RECTANGLE: row dimension followed by column. 宽\高 // ROUND: diameter. 半径 // HEXAGONAL: diameter of a circumscribed circle. 外切圆半径 ECM_DETECTOR_ACTIVE_ORIGIN, // 有效区原点 // X-Ray Detector Module ECM_PHYSICAL_DETECTOR_SIZE, // 探测器的物理尺寸，单位 mm Row size\column size ECM_POSITON_OF_ISO_CENTER_PROJECTION, // }ecm_info; typedef enum { EVT_CODE_NA = 0, EVT_PREPARE, //! Sent when the detector is ready to make an exposure EVT_READY, //! Sent when XWidnwow open begins EVT_XWINDOW_ON, //! Sent when XWidnwow open ends EVT_XWINDOW_OFF, //! Sent when exposure image transmission begins EVT_START_TRANSMIT, //! Sent when exposure image transmission ends EVT_END_TRANSMIT, EVT_START_INI, EVT_END_INI, EVT_START_XRAY_CALIBRATION, EVT_END_XRAY_CALIBRATION, EVT_ABORT_XRAY_CALIBRATION, EVT_CALI_NO_IMG, //For Konica only EVT_CALI_RESULT //For Konica only } ste_code; //! structure for event data typedef struct { //unsigned short size; //error_status error; //unsigned short detector; //void * data; char data; } event_data; typedef enum { SYN_EXP_PREPARE = 0, SYN_EXP_READY, SYN_EXP_XWINDOWON, SYN_EXP_OVER, SYN_EXP_EIPON, SYN_EXP_EIPOFF, }syn_exposure_status; typedef enum { SYN_EVT_SYSTEM_STATUS = 100, SYN_EVT_EXPOSURE_STATUS = 200, }syn_event_id; #ifdef __cplusplus } #endif #endif // FPDRAD_TYPES_H