450 lines
11 KiB
C++
450 lines
11 KiB
C++
/********************************************************************
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created: 2015/01/14
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author: M.Yang
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purpose: 与UCI库联合使用的有关UTG4000&UTG8000的定义
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*********************************************************************/
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#ifndef UTG4162_h__
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#define UTG4162_h__
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#ifdef __cplusplus
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namespace uci {
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namespace utg4162 {
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#endif // __cplusplus
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/////////////////////////////////Key Define/////////////////////////////
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//@brief : UTG4000&UTG8000系列机型的面板按键键值定义。
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//@remark:
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typedef enum _SGKeys {
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Key_F1 = 0,
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Key_F2,
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Key_F3,
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Key_F4,
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Key_F5,
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Key_F6,
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Key_0 = '0',
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Key_1,
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Key_2,
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Key_3,
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Key_4,
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Key_5,
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Key_6,
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Key_7,
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Key_8,
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Key_9,
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Key_Dot,
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Key_Symbol,
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Key_Right,
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Key_Left,
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Key_Ok,
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Key_Up,
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Key_Down,
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//
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Key_User,
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Key_Digital,
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Key_Counter,
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Key_Mod,
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Key_Sweep,
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Key_Bst,
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Key_Sine,
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Key_Noise,
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Key_Square,
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Key_Ramp,
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Key_Pulse,
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Key_Arb,
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Key_Harmonic,
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Key_DC,
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Key_Ch1,
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Key_Ch2,
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Key_Trigger,
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Key_SwapCh,
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Key_OtherPage,
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Key_Preset,
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Key_Storge,
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Key_StorgeL,
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Key_Utility,
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Key_Help,
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Key_HelpL,
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Key_Esc,
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Key_PrScreen,
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Key_Null = 0xff
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}SGKeys;
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inline int GetKeyIndex(SGKeys _code) {
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return (_code >= Key_F1 && _code < Key_F6) ? _code : _code - '0' + 6;
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};
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//@brief : 判断按键是否锁定
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//@param _code : 键值
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//@param _v : 标记按键锁定状态的64bit整数。使用指令："lock?"获取。
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//@return : == 0 未锁定。否则锁定。
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//@remarks :
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inline int IsKeyLocked(SGKeys _code, long long _v) {
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return _v & ((long long)1 << GetKeyIndex(_code));
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};
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//@brief : 各LED的状态
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//@remarks : 0 表示不亮， 1 表示亮。
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typedef struct _LEDStatus {
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char Noise;
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char UTILTY;
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char STORGE;
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char RAMP;
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char PULSE;
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char COUNTER;
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char USER;
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char DIGTAL;
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char HARMONIC;
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char DC;
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char TRGGER;
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char CH2;
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char SWAPCH;
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char ARB;
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char CH1;
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char SINE;
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char SQUARE;
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}LEDStatus;
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/////////////////////////////////File Load/////////////////////////////
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//@brief : 任意波的加载方式
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typedef enum _ARBWriteMode {
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//@brief : 以载波方式加载
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ARB_MODE_CARRIER = 0,
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//@brief : 以调制波方式加载
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ARB_MODE_MOD,
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}ARBWriteMode;
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//@brief : 下载的文件存放介质
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typedef enum _FileMedium {
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//@brief : 存放到RAM
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FM_RAM = 0,
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//@brief : 存放到ROM
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FM_ROM,
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//@brief : 存放到TF卡
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FM_TF,
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//@brief : 存放的U盘
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FM_UDISK
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}FileMedium;
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/////////////////////////////////Parameters Address Define/////////////////////////////
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//工作模式
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typedef enum _EWorkMode : long long {
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//@brief : 基波模式
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WM_BASE = 0,
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//@brief : 调制波模式
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WM_MODE,
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//@brief : 扫频模式
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WM_SWEEP,
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//@brief : 猝发
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WM_BURST,
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}EWorkMode;
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//基本波形
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typedef enum _EBaseWave : long long {
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//@brief : 正弦波
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BASE_SINE = 0,
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//@brief : 方波
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BASE_SQUARE = 1,
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//@brief : 斜波
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BASE_RAMP = 3,
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//@brief : 脉冲波
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BASE_PULSE = 4,
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//@brief : 噪声
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BASE_NOISE = 5,
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//@brief : 任意波
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BASE_ARB = 6,
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//@brief : 谐波
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BASE_HARMONIC = 7,
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//@brief : 直流
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BASE_DC = 8
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}EBaseWave;
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typedef enum _EModeType : long long {
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MT_AM = 0,
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MT_FM = 1,
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MT_PM = 2,
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MT_ASK = 3,
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MT_FSK = 4,
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MT_PSK = 5,
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MT_BPSK = 6,
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MT_QPSK = 7,
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MT_OSK = 8,
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MT_QAM = 9,
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MT_PWM = 10,
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MT_SUM = 11,
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}EModeType;
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//调制波形
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typedef enum _EModeWaveType : long long {
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MOD_WAVE_SINE = 0,
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MOD_WAVE_SQUARE = 1,
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MOD_WAVE_UPRAMP = 2,
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MOD_WAVE_DNRAMP = 3,
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MOD_WAVE_NOISE = 4,
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MOD_WAVE_ARB = 5,
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}EModeWaveType;
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//@brief : 信号源参数编码
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//@remark: 读参数使用rp指令，写参数使用wp指令。
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//@example: wp@ch:0@addr:0x8000@v:0;
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// rp@ch:0@addr:0x8000;
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// 所有参数的对应的数据量是8bytes，double类型
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typedef enum _enumRemoteMessage {
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//@brief : 工作模式
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//@remark: {IO:WR}{DATA:EWorkMode}
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RM_WORK_MODE = 0x8000,
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//{ 基波
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//@brief : 通道开关
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//@remark: {IO:WR}{DATA: 0-OFF，1-ON}
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RM_CH_SW = 0x8001,
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//@brief : 同步开关
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//@remark: {IO:WR}{DATA: 0-OFF，1-ON，2-reverse}
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RM_CH_SYNC_SW,
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//@brief : 通道反向
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//@remark: {IO:WR}{DATA: 0：OFF，1：ON}
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RM_CH_REVERTSE,
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//@brief : 通道负载阻抗
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//@remark: {IO:WR}{DATA: 1~1000}
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RM_CH_LOAD,
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//@brief : 通道输出限制使能
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//@remark: {IO:WR}{DATA: 0：OFF，1：ON}
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RM_CH_OUTPUT_LIMIT_ENABLE,
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//@brief : 通道输出限制最低电平
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//@remark: {IO:WR}{DATA<?>: -10V~MAX_LEVEL}
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RM_CH_OUTPUT_LIMIT_MIN_LEVEL,
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//@brief : 通道输出限制最高电平
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//@remark: {IO:WR}{DATA: MIN_LEVEL~10V}
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RM_CH_OUTPUT_LIMIT_MAX_LEVEL,
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//@brief : 基波类型
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//@remark: {IO:WR}{DATA:EBaseWave}
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RM_BASE_WAVE_TYPE = 0x8008,
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//@brief : 基波频率(单位：Hz)
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//@remark: {IO:WR}{DATA: 1uHz~但前基波最大频率}
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RM_BASE_FREQ,
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//@brief : 基波相位(单位：°)
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//@remark: {IO:WR}{DATA:-360~360}
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RM_BASE_PHASE = 0x800A,
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//@brief : 基波幅度(单位：VPP)
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//@remark: {IO:WR}{DATA: 1mVpp~10Vpp（50欧姆）}
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RM_BASE_AMP_VPP,
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//@brief : 基波幅度(单位：VRMS)
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//@remark: {IO:WR}{DATA: 1mVRMS~5Vpp（50欧姆）}
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RM_BASE_AMP_VRMS,
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//@brief : 基波幅度(单位：VDBM)
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//@remark: {IO:WR}{DATA: -53.010VDBM~26.99VDBM（50欧姆）}
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RM_BASE_AMP_VDBM,
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//@brief : 基波偏移(单位：V)
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//@remark: {IO:WR}{DATA: -5VRMS~5Vpp（50欧姆）}
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RM_BASE_OFFSET,
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//@brief : 基波高电平(单位：V)
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//@remark: {IO:WR}{DATA: BASE_LOW~5Vpp（50欧姆）}
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RM_BASE_HIGHT = 0x800F,
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//@brief : 基波低电平(单位：V)
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//@remark: {IO:WR}{DATA: -5VRMS~BASE_HIGHT（50欧姆）}
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RM_BASE_LOW = 0x8010,
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//@brief : 基波占空比对方波占空比、脉冲波占空比、三角波对称度共用
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//@remark: {IO:WR}{DATA: 0~100}
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RM_BASE_DUTY,
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//@brief : 脉冲波上升时间(单位：s)
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//@remark: {IO:WR}{DATA: min ~ 周期*0.4}
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RM_BASE_RISETIME,
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//@brief : 脉冲波下降时间(单位：s)
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//@remark: {IO:WR}{DATA: min ~ 周期*0.4}
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RM_BASE_FALLTIME,
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//@brief : 任意波播放模式开关
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//@remark: {IO:WR}{DATA:0：OFF，1：ON}
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RM_BASE_ARB_PLAY_ENABLE,
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//@brief : 谐波 - 工作模式
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//@remark: {IO:WR}
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//{DATA:
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//0: 奇次,
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//1: 偶次,
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//2: 全部,
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//3: USER,自定义
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// }
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RM_BASE_HARMOIC_TYPE = 0x8080,
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//@brief :谐波开关,在RM_BASE_HARMOIC_TYPE=USER时有效
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//@remark: {IO:WR}{DATA:BIT14至BIT0分别对应2~16次谐波开关，BIT15对应基波强制开启}
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RM_BASE_HARMONIC_ONOFF,
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//设置N(2~16)次谐波,可以可以有两种方法:
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//EG:N=3(三次谐波),AMP = 1Vpp, PHASE = 90°
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//方法1:
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//（1）、指定谐波次数，RM_HARMONIC_NUM = N(2~16),
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//（2）、设定谐波的幅度和相位,
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// RM_HARMONIC_SN_AMP_N = 1.0; RM_HARMONIC_SN_PHASE_N = 90.0;
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//方法1:直接设置第三次谐波的幅度和相位
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//RM_HARMONIC_SN_AMP_3 = 1.0, RM_HARMONIC_SN_PHASE_3 = 90.0,
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//@brief : 谐波次数
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//@remark: {IO:WR}{DATA:1~15}
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RM_HARMONIC_NUM,
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//@brief : 谐波幅度Vpp
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//@remark: {IO:WR}{DATA:0~基波幅度}
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RM_HARMONIC_SN_AMP_N,
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//@brief : 谐波相位(单位：°)
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//@remark: {IO:WR}{DATA:-360~360}
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RM_HARMONIC_SN_PHASE_N = 0x8084,
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//@brief : 谐波幅度 同RM_HARMONIC_SN_AMP_N
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RM_HARMONIC_SN_AMP_2,
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RM_HARMONIC_SN_AMP_3,
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RM_HARMONIC_SN_AMP_4,
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RM_HARMONIC_SN_AMP_5,
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RM_HARMONIC_SN_AMP_6,
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RM_HARMONIC_SN_AMP_7 = 0x808A ,
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RM_HARMONIC_SN_AMP_8,
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RM_HARMONIC_SN_AMP_9,
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RM_HARMONIC_SN_AMP_10,
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RM_HARMONIC_SN_AMP_11,
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RM_HARMONIC_SN_AMP_12 = 0x808F,
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RM_HARMONIC_SN_AMP_13 = 0x8090,
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RM_HARMONIC_SN_AMP_14,
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RM_HARMONIC_SN_AMP_15,
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RM_HARMONIC_SN_AMP_16,
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//@brief : 谐波相位 RM_HARMONIC_SN_PHASE_N
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RM_HARMONIC_SN_PHASE_2,
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RM_HARMONIC_SN_PHASE_3,
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RM_HARMONIC_SN_PHASE_4,
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RM_HARMONIC_SN_PHASE_5,
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RM_HARMONIC_SN_PHASE_6,
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RM_HARMONIC_SN_PHASE_7,
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RM_HARMONIC_SN_PHASE_8 = 0x809A,
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RM_HARMONIC_SN_PHASE_9,
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RM_HARMONIC_SN_PHASE_10,
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RM_HARMONIC_SN_PHASE_11,
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RM_HARMONIC_SN_PHASE_12,
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RM_HARMONIC_SN_PHASE_13 = 0x809F,
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RM_HARMONIC_SN_PHASE_14 = 0x80A0,
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RM_HARMONIC_SN_PHASE_15,
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RM_HARMONIC_SN_PHASE_16,
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//}
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//{MOD
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//@brief : 调制模式
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//@remark: {IO:WR}{DATA:EModeType}
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RM_MOD_TYPE = 0x8100,
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//调制波形
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//0: MOD_SINE,
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//1: MOD_SQUARE,
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//2: MOD_UPRAMP,
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//3: MOD_DNRAMP,
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//4: MOD_NOISE,
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//5: MOD_ARB,
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//@brief : 调制波形
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//@remark: {IO:WR}{DATA:EModeWaveType}
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RM_MOD_WAVE,
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//@brief : 调制波频率（单位：Hz）
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//@remark: {IO:WR}{DATA: 1uHz~200KHz}
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RM_MOD_FREQ,
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//@brief : 调制波速率（单位：s）
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//@remark: {IO:WR}{DATA<double>: 2ms~1Ms}
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RM_MOD_RATE,
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//@brief : 调制深度（单位：%）
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//@remark: {IO:WR}{DATA: 0~120}
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RM_MOD_SCOPE,
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//@brief : 调制源
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//@remark: {IO:WR}{DATA: 0-Internal,1-External}
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RM_MOD_SOURCE,
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//@brief : FM频差（单位：Hz）
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//@remark: {IO:WR}{DATA: 0~载波但前频率}
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RM_MOD_FRE_DEV,
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//@brief : PM相差 (单位：°)
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//@remark: {IO:WR}{DATA:-360~360}
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RM_MOD_PHASE_DEV,
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//@brief : FSK跳频（单位：Hz）
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//@remark: {IO:WR}{DATA: 0~载波最大频率}
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RM_MOD_HOP_FREQ,
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//@brief : BPSK调制数据源
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//@remark: {IO:WR}
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//{DATA<double>:
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//0: PN7,
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//1: PN9,
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//2: PN15,
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//3: PN21,
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//}
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RM_MOD_DATA_SOURCE = 0x8109,
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//@brief : BPSK相位、QPSK相位1,(单位：°)
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//@remark: {IO:WR}{DATA: -360~360}}
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RM_MOD_PSK_PHASE1,
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//@brief : QPSK相位2(单位：°)
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//@remark: {IO:WR}{DATA:-360~360}}
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RM_MOD_PSK_PHASE2,
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//@brief : QPSK相位3(单位：°)
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//@remark: {IO:WR}{DATA:-360~360}
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RM_MOD_PSK_PHASE3,
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//@brief : OSK震荡时间(单位：s)
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//@remark: {IO:WR}{DATA: 8ns~200s}
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RM_MOD_OSC_TIME,
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//@brief : QAM调制IQ MAM
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//@remark: {IO:WR}{DATA: 0-4QAM,1-8QAM,2-16QAM,3-32QAM,4-64QAM,5-128QAM,6-256QAM,}
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RM_MOD_IQ_MAP,
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//@brief : PWM调制占空比差值
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//@remark: {IO:WR}{DATA: 0~PULS DUTY}
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RM_MOD_DUTY_DEV,
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//}
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//{SWEEP
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//@brief : 扫频类型
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//@remark: {IO:WR}{DATA: 0：线性，1：对数}
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RM_SWEEP_TYPE = 0x8200,
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//@brief : 扫频触发源
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//@remark: {IO:WR}{DATA: 0：内部，1：外部，2：手动}
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RM_SWEEP_SOURCE,
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//@brief : 扫频时间(单位：s)
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//@remark: {IO:WR}{DATA: 1ms~500s}
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RM_SWEEP_TIME,
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//@brief : 扫频起始频率（单位：Hz）
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//@remark: {IO:WR}{DATA: 1uHz~最大载波频率}
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RM_SWEEP_START_FREQ,
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//@brief : 扫频停止频率（单位：Hz）
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//@remark: {IO:WR}{DATA: 1uHz~最大载波频率}
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RM_SWEEP_STOP_FREQ,
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//@brief : 同步输出触发频率（单位：Hz）
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//@remark: {IO:WR}{DATA: RM_SWEEP_START_FREQ~RM_SWEEP_STOP_FREQ}
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RM_SWEEP_SYNC_FREQ,
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//@brief : 扫频触发输出
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//@remark: {IO:WR}{DATA: 0-OFF，1-ON}
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RM_SWEEP_TIRG_OUT,
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//}
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//{BURST
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//@brief : 猝发类型
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//@remark: {IO:WR}{DATA:
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//0: N周期,
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//1: 无限,
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//2: 门控
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//}
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RM_BURST_TYPE = 0x8300,
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//@brief : 猝发触发源
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//@remark: {IO:WR}{DATA: 0：内部，1：外部，2：手动}
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RM_BURST_SOURCE,
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//@brief : 触发输出
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//@remark: {IO:WR}{DATA: 0-OFF，1-ON}
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RM_BURST_TIRG_OUT,
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//@brief : 猝发周期（单位：s）
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//@remark: {IO:WR}{DATA: 1~500}
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RM_BURST_PERIOD,
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//@brief : 猝发相位(单位：°)
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//@remark: {IO:WR}{DATA:-360~360}
|
||
RM_BURST_PHASE,
|
||
//@brief : 猝发周期数（单位：个）
|
||
//@remark: {IO:WR}{DATA: 1~50000}
|
||
RM_BURST_CYCLES,
|
||
//@brief : 触发边沿
|
||
//@remark: {IO:WR}{DATA: 0-Rise，1-Fall}
|
||
RM_BURST_TIRG_EDGE,
|
||
//}
|
||
}ERemoteMessage;
|
||
|
||
|
||
#ifdef __cplusplus
|
||
}
|
||
}
|
||
#endif // __cplusplus
|
||
|
||
#endif // UTG4162_h__
|