#ifndef _DSOCOM_API_COMMON_DEF_H_201212281614 #define _DSOCOM_API_COMMON_DEF_H_201212281614 #include "dso_base.h" #ifdef __cplusplus namespace comApi { using namespace comAPICommon; #endif //物理单位定义 #ifdef __cplusplus namespace Units { #endif const int UNIT_NULL = 0; //add by yzz const int UNIT_PS = 1; //add by yzz const int UNIT_NS = 2; const int UNIT_US = 3; const int UNIT_MS = 4; const int UNIT_S = 5; const int UNIT_KS = 6; const int UNIT_nVS = 7; const int UNIT_uVS = 8; const int UNIT_mVS = 9 ; const int UNIT_PER = 10; const int UNIT_UV = 11; const int UNIT_MV = 12; const int UNIT_V = 13; const int UNIT_KV = 14; const int UNIT_pHZ = 18; const int UNIT_nHZ = 19; const int UNIT_uHZ =20; const int UNIT_mHZ = 21; const int UNIT_HZ = 22; const int UNIT_KHZ = 23; const int UNIT_MHZ = 24; const int UNIT_GHZ = 25; //const int UNIT_VV = 52; //2014年5月23日11:56:55修改 const int UNIT_mVV = 52; const int UNIT_VV = 53; const int UNIT_KVV = 54; const int UNIT_mDB = 80; // add by yzz const int UNIT_DB = 81; const int UNIT_KDB = 82; // add by yzz #ifdef __cplusplus } #endif #pragma region 命令块 enum DataCMD { Invalid_Data_CMD = -1, //get data cmd GET_DISPLAY_DATA = 150, //get ch1, ch2, math, ref a/b data GET_CH1_DISPLAY_DATA, //get ch1 display data: GET_CH1_ORIGIN_DATA, //get ch1 original data GET_CH2_DISPLAY_DATA, //get ch2 display data GET_CH2_ORIGIN_DATA, //get ch2 original data GET_CH3_DISPLAY_DATA, GET_CH3_ORIGIN_DATA, GET_CH4_DISPLAY_DATA, GET_CH4_ORIGIN_DATA, GET_MATH_DATA = 200, //get math data GET_REF_A_DATA, //get ref A data GET_REF_B_DATA, //get ref B data //[Notice] Get_Data_CMD_END 指向 DataCMD 的最后一个命令 Get_Data_CMD_END = GET_REF_B_DATA, }; /* Command Type */ typedef enum _control_cmd{ Invalid_Control_CMD = -1, CMD_GET_DSO_TYPE = 0, //special function cmd LOCK_DSO_KEYPAD, //lock dso keypad: if set this cmd, the dso's keypad will not work UNLOCK_DSO_KEYPAD, //unlock dso keypad: if set this cmd, the dso's keypad will work normally SET_PROCSTATE, //PROC_STATE: control run/stop GET_PROCSTATE, //PROC_STATE: get run/stop state SET_AUTOSET, //set dso to do auto set SET_TRIG_FORCE, //set dso to be force trigger state SET_SINGLE, SET_COARSE, SET_PRTSC, //set dso to do print screen GET_BITMAP_FILENAME, GET_BITMAP_FILEDATA, //@brief : 按键设置指令 SET_KEY = 20, //@brief : 按键查询指令 GET_KEY, //@brief : 截取压缩后的屏幕像素数据 GET_SCREEN_SHOT, //@brief : 读配置数据 GET_DEV_CONFIG, //@brief : 写配置数据 SET_DEV_CONFIG, //@brief : 查询设备显示名 GET_IDN, //@brief : 获取协议版本号 //@remark: GET_CVER, GET_SCREEN_INFO = 50, //SCREEN_INFO GET_USB_CONNECTION_STATE, //short 1: usb connection state is ok; other: usb connection state is not ok GET_CYMOMETER_VALUE, //SignalFreq GET_CURRENT_ACTIVE_CHANNEL, //short 0: CH1; 1: CH2; 2: MATH; 3: RefA; 4: RefB; -1:other GET_CURRENT_ACTIVE_MENU, //short 0: CH1 menu; 1: CH2 menu; 2: MATH or FFT menu; -1: other menu GET_CURRENT_MENU_SHOW_STATE,//x short 0: current menu is not display; 1: current menu is display GET_SAMPLE, //get sample SET_TO_ZERO = 100, //set dso to zero state SET_CH1_VPOS_TO_ZERO, SET_CH2_VPOS_TO_ZERO, SET_CH3_VPOS_TO_ZERO, SET_CH4_VPOS_TO_ZERO, SET_HPOS_TO_ZERO, SET_TRIG_TO_ZERO, GET_CH1_MEASURE_PARAM = 250,//get ch1 measure parameters GET_CH2_MEASURE_PARAM, //get ch2 measure parameters GET_CH3_MEASURE_PARAM, GET_CH4_MEASURE_PARAM, GET_MATH_MEASURE_PARAM, //get math measure parameters //set/get channel param cmd SET_CH1_SWITCH = 300, //ChannelSwitch GET_CH1_SWITCH, //ChannelSwitch SET_CH1_ATTRIBUTE, //ChannelAttribute GET_CH1_ATTRIBUTE, //ChannelAttribute SET_CH1_VPOS, //ChannelVPos GET_CH1_VPOS, //ChannelVPos SET_CH1_VLEVEL, //ChannelVLevel GET_CH1_VLEVEL, //ChannelVLevel SET_CH1_TIMEBASE, //ChannelTimeBase返回编码 GET_CH1_TIMEBASE, //ChannelTimeBase SET_CH1_TRIG_LEVEL, //ChannelTLevel GET_CH1_TRIG_LEVEL, //ChannelTLevel SET_CH1_TRIG_POS, //ChannelTPos GET_CH1_TRIG_POS, //ChannelTPos SET_CH2_SWITCH = 350, //ChannelSwitch GET_CH2_SWITCH, //ChannelSwitch SET_CH2_ATTRIBUTE, //ChannelAttribute GET_CH2_ATTRIBUTE, //ChannelAttribute SET_CH2_VPOS, //ChannelVPos GET_CH2_VPOS, //ChannelVPos SET_CH2_VLEVEL, //ChannelVLevel GET_CH2_VLEVEL, //ChannelVLevel SET_CH2_TIMEBASE, //ChannelTimeBase GET_CH2_TIMEBASE, //ChannelTimeBase 返回编码 SET_CH2_TRIG_LEVEL, //ChannelTLevel GET_CH2_TRIG_LEVEL, //ChannelTLevel SET_CH2_TRIG_POS, //ChannelTPos GET_CH2_TRIG_POS, //ChannelTPos //math SET_MATH_SWITCH = 800, //ChannelSwitch GET_MATH_SWITCH, //ChannelSwitch SET_MATH_VPOS, //ChannelVPos GET_MATH_VPOS, //ChannelVPos SET_MATH_VLEVEL, //ChannelVLevel GET_MATH_VLEVEL, //ChannelVLevel SET_FFT_FREQ, //by change timebase GET_FFT_FREQ, //SignalFreq SET_MATH_TYPE, //MathType GET_MATH_TYPE, //MathType SET_MATH_CONFIG, //MathConfig GET_MATH_CONFIG, //MathConfig SET_FFT_CONFIG, //FFTConfig GET_FFT_CONFIG, //FFTConfig SET_FILTER_CONFIG, //FilterConfig GET_FILTER_CONFIG, //FilterConfig //acquire SET_ACQUIRE_CONFIG = 850, //AcquireConfig GET_ACQUIRE_CONFIG, //AcquireConfig //trig menu SET_TRIG_EDGE_CONFIG = 900, //EdgeTrig GET_TRIG_EDGE_CONFIG, //EdgeTrig SET_TRIG_PULSE_CONFIG, //PulseTrig GET_TRIG_PULSE_CONFIG, //PulseTrig SET_TRIG_VIDEO_CONFIG, //VideoTrig GET_TRIG_VIDEO_CONFIG, //VideoTrig SET_TRIG_SLOPE_CONFIG, //SlopeTrig GET_TRIG_SLOPE_CONFIG, //SlopeTrig //display menu SET_DISPLAY_CONFIG = 950, //DisplayConfig GET_DISPLAY_CONFIG, //DisplayConfig //measure menu SET_MEASURE_SOURCE = 1000, //MeasureSrc GET_MEASURE_SOURCE, //MeasureSrc SET_MEASURE_ALL_CONFIG, //MeasureAllConfig GET_MEASURE_ALL_CONFIG, //MeasureAllConfig SET_MEASUER_PART_CONFIG, //MeasurePartConfig GET_MEASURE_PART_CONFIG, //MeasurePartConfig //cursor menu SET_CURSOR_CONFIG = 1050, //CursorConfig GET_CURSOR_CONFIG, //CursorConfig GET_CURSOR_MEASURE_RESULT, //CurSorMeasureResult //storage config SET_STORAGE_SETTING = 1100, //StorageSetting GET_STORAGE_SETTING, //StorageSetting SET_STORAGE_WAVE, //StorageWave GET_STORAGE_WAVE, //StorageWave SET_STORAGE_BITMAP, GET_STORAGE_BITMAP, //reference config SET_REF_A_SWITCH = 1200, //ChannelSwitch GET_REF_A_SWITCH, //ChannelSwitch SET_REF_B_SWITCH, //ChannelSwitch GET_REF_B_SWITCH, //ChannelSwitch SET_REF_A_VPOS, //ChannelVPos GET_REF_A_VPOS, //ChannelVPos SET_REF_A_VLEVEL, //ChannelVLevel GET_REF_A_VLEVEL, //ChannelVLevel SET_REF_A_TRIG_POS, //ChannelTPos GET_REF_A_TRIG_POS, //ChannelTPos SET_REF_B_VPOS, //ChannelVPos GET_REF_B_VPOS, //ChannelVPos SET_REF_B_VLEVEL, //ChannelVLevel GET_REF_B_VLEVEL, //ChannelVLevel SET_REF_B_TRIG_POS, //ChannelTPos GET_REF_B_TRIG_POS, //ChannelTPos GET_REF_A_TIMEBASE, //ChannelTimeBase GET_REF_B_TIMEBASE, //ChannelTimeBase SET_REF_CONFIG, //RefConfig GET_REF_A_CONFIG, //RefConfig GET_REF_B_CONFIG, //RefConfig GET_REFWAVE_EXIST, //short 0:not exist; 1:exist GET_REFSETTING_EXIST, //short 0:not exist; 1:exist //horizon menu SET_HORIZON_CONFIG = 1300, //HorizonConfig GET_HORIZON_CONFIG, //HorizonConfig //utility SET_UTILITY_CONFIG = 1400, //UtilityConfig GET_UTILITY_CONFIG, //UtilityConfig //record SET_RECORD_CONFIG = 1500, //RecordConfig GET_RECORD_CONFIG, //RecordConfig //auto calibrate SET_SELF_CALIBRATE = 1600, //set dso to be self-calibrate //product config SET_RESET_CONFIG = 1700, //set dso config to product config //select cursor // SET_CURSOR_INDEX = 2000, // GET_CURSOR_INDEX, }CONTROL_CMD; #pragma endregion 命令块 #pragma region 枚举值定义块 //状态的获取，现在是通过帧数据包里面，以字符串的形式获取！ typedef enum{ PROC_STOP = 0, PROC_RUN, PROC_ARMED = PROC_RUN, PROC_READY, PROC_TRIGED, PROC_AUTO, PROC_SCAN, PROC_OVER, PROC_RESET, // Add by yzz, for UTD2102CEX }E_PROC_STATE; typedef enum{ CH_Invalid_ID = -1, CH_1_ID = 0, CH_2_ID, CH_MATH_ID, CH_REF_A_ID, CH_REF_B_ID, CH_MAX_CNT, }E_CHANNEL_ID; /********************************************** ****************Channel Attribute***************** ***********************************************/ typedef enum{ CH_COUPLING_DC = 0, CH_COUPLING_AC, CH_COUPLING_GND, }CH_ATTR_COUPLING; typedef enum{ SWITCH_OFF = 0, SWITCH_ON, }SWITCH_STATE; typedef enum { CH_VOLT_SCALE_COARSE = 0, CH_VOLT_SCALE_FINE, }CH_VOLT_SCALE; typedef enum{ CH_PROBE_1X = 0, CH_PROBE_10X, CH_PROBE_100X, CH_PROBE_1000X, }CH_PROBE; //枚举值。探头极性：正常（0）、反相（1） enum ChannelPolarity { CH_Polar_Normal = 0, CH_Polar_Invert, }; /***********************************************/ /********** vertical system: channel position *********/ /***********************************************/ typedef enum{ CH_VPOS_TOP = 378, CH_VPOS_BOT = -122, }E_CH_VPOS_LIMIT; /***********************************************/ /******** vertical system: channel voltage level *******/ /***********************************************/ typedef enum{ ADJUST_DECREASE = -1, ADJUST_INCREASE = 1, }E_ADJUST_DIR; /*****************************************************************/ /* horizontal system: channel horizontal position ,ie channel pre-trigger depth */ /*****************************************************************/ typedef enum{ CH_TPOS_LEFT = 0, CH_TPOS_RIGHT = 700, }E_CH_TPOS_LIMIT; enum E_CH_TriggerLevel_Limit { CH_TriggerLevel_Min = -327, CH_TriggerLevel_Max = 375, }; /***********************************************/ /***************** math/fft config *****************/ /***********************************************/ enum E_MATH_TYPE { MATH_TYPE_MATH = 0, MATH_TYPE_FFT, MATH_TYPE_FILTER, //add by yzz }; typedef enum{ OP_SIGN_ADD = 0, OP_SIGN_SUB, OP_SIGN_MULTIPLY, OP_SIGN_DIVIDE, }E_MATH_OP_SIGN; typedef enum{ FFT_WIN_RECTANGLE = 0, FFT_WIN_HANNING, FFT_WIN_HAMMING, FFT_WIN_BLACKMAN, }E_FFT_WINDOW; typedef enum{ FFT_UNIT_VRMS = 0, FFT_UNIT_DBVRMS, }E_FFT_UNIT; /***********************************************/ /***************** acquire config *****************/ /***********************************************/ enum E_ACQ_MODE { ACQ_MODE_NORMAL = 0, ACQ_MODE_PEAK, ACQ_MODE_AVERAGE, }; enum E_SAMPLE_MODE { SAMPLE_REAL = 0, SAMPLE_EQUIVALENT, SAMPLE_SCAN //add by yzz }; /***********************************************/ /***************** trigger config *****************/ /***********************************************/ typedef enum{ TRIG_TYPE_EDGE = 0, //触发类型: 边沿 TRIG_TYPE_NTSC, //触发类型: 视频 TRIG_TYPE_WIDTH, //触发类型: 脉宽 }E_TRIG_TYPE; typedef enum{ TRIG_CH1 = CH_1_ID, TRIG_CH2 = CH_2_ID, TRIG_EXT, TRIG_EXT_5, //EXT/5 TRIG_AC_LINE = 4, TRIG_ALTER, }E_TRIG_SOURCE; typedef enum{ TRIG_EDGE_RISE = 0, TRIG_EDGE_FALL, TRIG_EDGE_RISE_FALL, }E_TRIG_SLOPE; typedef enum{ TRIG_MODE_AUTO = 0, TRIG_MODE_NORMAL, TRIG_MODE_SINGLE, }E_TRIG_MODE; typedef enum{ TIRG_COUPLING_DC = 0, TIRG_COUPLING_AC, TIRG_COUPLING_H_RESTRAIN, //trigger coupling high frequency restrain TIRG_COUPLING_L_RESTRAIN, //trigger coupling low frequency restrain }E_TIRG_COUPLING; typedef enum{ PULSE_CONDITION_GT = 0, //pulse condition greater than PULSE_CONDITION_LT, //pulse condition less than PULSE_CONDITION_ET, //pulse condition equal to PULSE_CONDITION_NO_EQUAL, //pulse not equal to , add by yzz [RESERVE] }E_PULSE_CONDITION; typedef enum{ PULSE_POLAR_P = 0, PULSE_POLAR_N, }E_PULSE_POLAR; enum TriggerType_Video_Standard { TRIG_Video_PAL = 0, TRIG_Video_NTSC, }; //视频触发-同步方式：奇数行(0)、偶数行(1)、所有行(2)、指定行(3) enum TriggerType_Video_SyncMode { TRIG_Video_SyncMode_Odd = 0, TRIG_Video_SyncMode_Even, TRIG_Video_SyncMode_ALL, TRIG_Video_SyncMode_Specified, }; /***********************************************/ /***************** display config *****************/ /***********************************************/ typedef enum{ DISPLAY_TYPE_VECTOR = 0, DISPLAY_TYPE_DOT, }E_DISPLAY_TYPE; typedef enum{ FORMAT_YT = 0, FORMAT_XY, }E_FORMAT; typedef enum{ DISPLAY_TIME_CLOSED = 0, DISPLAY_TIME_1S, DISPLAY_TIME_2S, DISPLAY_TIME_5S, DISPLAY_TIME_INFINITE, }E_DISPLAY_TIME; /***********************************************/ /***************** horizon config *****************/ /***********************************************/ typedef enum{ WIN_TYPE_MAIN = 0, WIN_TYPE_WINDOW, }E_WIN_TYPE; /***********************************************/ /***************** utility config *****************/ /***********************************************/ typedef enum{ MENU_DISPLAY_T5S = 0, MENU_DISPLAY_T10S, MENU_DISPLAY_T15S, MENU_DISPLAY_TMANUAL, }E_MENU_DISPLAY_TIME; typedef enum{ LANGUAGE_ZHCN, //简体中文 LANGUAGE_ZHTW, //繁体中文 LANGUAGE_ENGLISH, //英语 LANGUAGE_ESPANOL, //西班牙语 LANGUAGE_PORTUGUESE, //葡萄牙语 LANGUAGE_FRENCH, //法语 LANGUAGE_GERMAN, //德语 LANGUAGE_DUTCH, //荷兰语 LANGUAGE_RUSSIANS, //俄语 LANGUAGE_Korean, //俄语 }E_LANGUAGE; typedef enum{ SKIN_GREYISH_GREEN = 0, //浅绿色 SKIN_BLUE, //蓝色 SKIN_RED, //红色 SKIN_BOTTLE_GREEN, //深绿色 }E_SKIN; /***********************************************/ /***************** storage config *****************/ /***********************************************/ typedef enum{ STORAGE_TYPE_WAVE = 0, STORAGE_TYPE_SETTING, }E_STORAGE_TYPE; typedef enum{ STORAGE_MEDIUM_DSO = 0, STORAGE_MEDIUM_USB, }E_STORAGE_MEDIUM; typedef enum{ SAVSRC_CH1 = CH_1_ID, SAVSRC_CH2 = CH_2_ID, SAVSRC_ALL, }E_STORAGE_WAVE_SRC_CH; typedef enum{ STORAGE_DEPTH_NORMAL = 0, //普通存储 STORAGE_DEPTH_LONG, //长存储 }E_STORAGE_DEPTH; /***********************************************/ /**************** reference config *****************/ /***********************************************/ typedef enum{ REF_A = 0, REF_B, }E_REF_SRC; /***********************************************/ /***************** Cursor config *****************/ /***********************************************/ typedef enum{ CURSOR_TYPE_VOLTAGE = 0, CURSOR_TYPE_TIME, CURSOR_TYPE_TRACK, CURSOR_TYPE_CLOSED, }E_CURSOR_TYPE; typedef enum{ CURSOR_ID_1 = 0, CURSOR_ID_2, CURSOR_ID_MAX, }E_CURSOR_ID; enum Cursor_Measure_Limit { Screen_Scale_H_Min = 50, Screen_Scale_H_Max = 749, Screen_Scale_V_Min = 28, Screen_Scale_V_Max = 228, }; #pragma endregion 枚举值定义块 #pragma region 数据结构定义块 //参数测量的基类 typedef struct _measure_param_packet { MeasureParam freq; MeasureParam period; MeasureParam risetime; MeasureParam falltime; MeasureParam pwidth; MeasureParam nwidth; MeasureParam overshoot; MeasureParam preshoot; MeasureParam pduty; MeasureParam nduty; MeasureParam vmean; MeasureParam vpp; MeasureParam vrms; MeasureParam vtop; MeasureParam vbase; MeasureParam vmid; MeasureParam vmax; MeasureParam vmin; MeasureParam vamp; }MeasureParamPacket; // typedef struct { MeasureParam freq; MeasureParam period; MeasureParam risetime; MeasureParam falltime; MeasureParam pwidth; MeasureParam nwidth; MeasureParam overshoot; MeasureParam preshoot; MeasureParam pduty; MeasureParam nduty; MeasureParam vmean; MeasureParam vpp; MeasureParam vrms; MeasureParam vtop; MeasureParam vbase; MeasureParam vmid; MeasureParam vmax; MeasureParam vmin; MeasureParam vamp; // char Reserve[24]; }MeasureParamPacket_UTD2000CEX; // typedef struct { MeasureParam freq; // MeasureParam period; // MeasureParam risetime; // MeasureParam falltime; // MeasureParam pwidth; // MeasureParam nwidth; // MeasureParam overshoot; // MeasureParam preshoot; // MeasureParam pduty; // MeasureParam nduty; // MeasureParam vmean; // MeasureParam vpp; // MeasureParam vrms; // MeasureParam vtop; // MeasureParam vbase; // MeasureParam vmid; // MeasureParam vmax; // MeasureParam vmin; // MeasureParam vamp; // // MeasureParam area; //面积 MeasureParam cycleArea; //周期面积 MeasureParam cycleMean; //周期平均值 MeasureParam cycleRms; //周期均方值 MeasureParam burstWidth; //突发脉冲 } MeasureParamPacket_UTD2102CM; //cmd: GET_PROCSTATE, SET_PROCSTATE typedef struct _proc_state{ //0, PROC_STOP; 1, PROC_RUN; 1, PROC_ARMED; 2, PROC_READY; 3, PROC_TRIGED; 4, PROC_AUTO; 5, PROC_SCAN; 6, PROC_OVER; short procState; }PROC_STATE; ////////////////////////////////////////////////////////////////////////// // 数据坐标系： // 通过GET_CH1_DISPLAY_DATA、GET_DISPLAY_DATA等命令提取到的波形数据的坐标系： // X轴 ： 即访问索引值，0开始，范围就是点数 // Y轴 ： 即提取到的ADC范围值，[0,255]， UTD2102CEX 的网格底部是28，顶部是228，范围为200 ////////////////////////////////////////////////////////////////////////// //cmd: GET_SCREEN_INFO typedef struct _screen_info{ short screen_width; //屏幕宽度，像素值 short screen_height; //屏幕高度，像素值 short x_grid_count; //网格格数： 横向 short y_grid_count; //网格格数： 纵向 short x_grid_pixels; //单元格横向像素数 short y_grid_pixels; //单元格纵向像素数 short y_min; //数据坐标系，y坐标范围[y_min， y_max] short t_min; //数据坐标系，x坐标范围[t_min， t_max]，以0起始 short y_max; //数据坐标系，y坐标范围[y_min， y_max] short t_max; //数据坐标系，x坐标范围[t_min， t_max]，以0起始 }ScreenInfo; /********************************************** *************** Channel Switch ****************** ***********************************************/ typedef struct _channel_switch{ short ch_switch; }ChannelSwitch; /* channel attribute configuration : cmd = SET_CH1_ATTRIBUTE, GET_CH1_ATTRIBUTE */ typedef struct _channel_attribute{ short coupling; //CH_COUPLING short bwlimited; //SWITCH_STATE short voltscale; //CH_VOLT_SCALE short probe; //CH_PROBE short inverted; //SWITCH_STATE }ChannelAttribute; /* channel attribute configuration : cmd = SET_CH1_ATTRIBUTE, GET_CH1_ATTRIBUTE */ typedef struct _pre_offset_volt{ short preOffsetSwitch; //0, STATE_CLOSED; 1, STATE_OPEN short coarseValue; // short fineValue; // short toZero; //0, don't set to zero; 1, set to zero }PreOffsetVolt; typedef struct _channel_vpos{ short vpos; //[(TOP: 378), (Middle: 128), (BOTTOM: -122)] }ChannelVPos; typedef struct _channel_volt_level{ short voltLevel; //when set cmd, para: 1 or -1, when get cmd, voltage level value float voltValue; //读取的是探头倍率为X1是的伏格档值 short voltUnit; short IsLimit; }ChannelVLevel; /***********************************************/ /******** horizontal system: channel time base *******/ /***********************************************/ typedef struct _channel_timebase{ short timeBase; }ChannelTimeBase; typedef struct _channel_tpos{ short tpos; //[(Left: 0), (Middle: 350), (Right: 700)] }ChannelTPos; /***********************************************/ /******** tigger system: channel trigger position ******/ /***********************************************/ typedef struct _channel_trig_level{ short trigLevel; //[-375, 0(middle), 375] float trigValue; short trigUnit; short isLimited; }ChannelTLevel; typedef struct _math_type{ int mathType; }MathType; typedef struct _fft_freq{ float freqValue; int freqUnit; int IsLimit; // == 1,yes; =0, no! }SignalFreq; typedef struct _math_config{ short mathOpA; short mathOpB; short mathOpSign; }MathConfig; typedef struct _fft_config{ short fftSource; short fftWindow; short fftUnit; }FFTConfig; typedef struct _acquire_config{ short acquireMode; short averageNum; //2^(averageNum + 1), ie: {(0: 2), (1: 4), (2: 8), (3: 16), (4: 32), (5: 64), (6: 128), (7: 256)} short sampleMode; short fastAcquire; }AcquireConfig; typedef struct _trig_config{ short trigType; short trigSource; short trigMode; short trigCoupling; }TriggerConfig; typedef struct _trig_edge_config{ TriggerConfig trigConfig; short trigSlope; }TrigEdgeConfig; typedef struct _trig_pulse_config{ TriggerConfig trigConfig; short pulseCondition; UINT pulseWidth; short pulsePolar; }TrigPulseConfig; typedef struct _display_config{ short displayType; short displayFormat; short displayTime; short displayLum; }DisplayConfig; typedef struct _horizon_config{ short windowType; //E_WIN_TYPE unsigned int holdOff; //[10, 187500000] }HorizonConfig; typedef struct _utility_config{ short autoCalibrate; //0, not do auto calibrate; 1, do auto calibrate short menuDisplayTime; //E_MENU_DISPLAY_TIME short language; //E_LANGUAGE short defaultSetting; //0, not do default setting; 1 do default setting short skin; //E_SKIN short gridBrightness; //[1, 100] short sysInfo; //0, not display system info; 1, display system info; short cymometer; //0: close; 1: open }UtilityConfig; typedef struct _storage_setting{ short saveType; //STORAGE_TYPE_SETTING short savePos; //[1, 20] short save; //1, save, 0, not save short recall; //1, recall, 0, not recall }StorageSetting; typedef struct _storage_wave{ short saveType; //STORAGE_TYPE_WAVE short saveSource; short savePos; short saveMedium; short saveDepth; short save; }StorageWave; /***********************************************/ /***************** measure config *****************/ /***********************************************/ typedef struct _measure_config{ short measureSrc; }MeasureConfig; typedef struct _ref_timebase{ float ref_TValue; int ref_Tunit; }RefTimeBase; typedef struct _ref_config { short refSrc; //REF_A, REF_B short pos; //[1, 20] short medium; //MEDIUM_DSO, MEDIUM_USB short onoff; //1, on; 0, off; }RefConfig; typedef struct _cursor_measure_result{ MeasureParam Va; MeasureParam Vb; MeasureParam deltaV; MeasureParam TaFa;// when ch1, ch2, Ta; when math channel, Fa; MeasureParam TbFb;// when ch1, ch2, Tb; when math channel, Fb; MeasureParam deltaT; MeasureParam deltaF; char Reserve[56]; }CursorMeasureResult; typedef struct _cursor_config{ short cursorType; short iActiveCursor; //需要增加活动光标标识 short voltCursorPos[CURSOR_ID_MAX];//[28(top), 428(bottom)] short timeCursorPos[CURSOR_ID_MAX];//[50(left), 749(right)] short autoCursorPos[CURSOR_ID_MAX];//[51(left), 749(right)] }CursorConfig; /***********************************************/ /***************** measure config *****************/ /***********************************************/ typedef struct _measure_src { short measureSrc; }MeasureSrc; #pragma endregion 数据结构定义块 #ifdef __cplusplus } #endif #endif//end of #ifndef _DSOCOM_API_COMMON_DEF_H_201212281614