00001
00002
00004
00005 #ifndef __LasGuiMeasurement_h__
00006 #define __LasGuiMeasurement_h__
00007
00008 #include <TObject.h>
00009
00010 #define MAXAXIS 3
00011 #define MAXCHANNELS 4
00012 #define MAXWAVEPOINTS 4096
00013
00049 class LasGuiMeasurement : public TObject {
00050 public:
00052 LasGuiMeasurement();
00053
00054 ~LasGuiMeasurement() {}
00055
00056 void SetMeasNumber(int i) { meas_number = i; }
00057 void SetScanNumber(int i) { scan_number = i; }
00058 void SetMeasIndexInScan(int i) { meas_index_in_scan = i; }
00059 void SetAxisEnabled(int ax, bool b) { axis_enabled[ax] = b; }
00060 void SetAxisIndex(int ax, int i) { axis_index[ax] = i; }
00061 void SetAxisPosition(int ax, float f) { axis_position[ax] = f; }
00062 void SetVoltage(float f) { voltage = f; }
00063 void SetCurrent(float f) { current = f; }
00064 void SetChannelActive(int ch, bool b) { channel_active[ch] = b; }
00065 void SetChannelNumber(int ch, int i) { channel_number[ch] = i; }
00066 void SetTimeScale(int ch, float f) { timescale[ch] = f; }
00067 void SetChannelScale(int ch, float f) { channel_scale[ch] = f; }
00068 void SetRiseTime(int ch, float f) { rise_time[ch] = f; }
00069 void SetVamplitude(int ch, float f) { vamplitude[ch] = f; }
00070 void SetVbase(int ch, float f) { vbase[ch] = f; }
00071 void SetVmax(int ch, float f) { vmax[ch] = f; }
00072 void SetVmin(int ch, float f) { vmin[ch] = f; }
00073 void SetVpp(int ch, float f) { vpp[ch] = f; }
00074 void SetNPoints(int ch, int i) { npoints[ch] = i; }
00075 void SetWaveTimes(int, double*, double);
00076 void SetWaveVolts(int, double*);
00077
00078
00081 int GetMeasNumber() const { return meas_number; }
00082
00084 int GetScanNumber() const { return scan_number; }
00085
00089 int GetMeasIndexInScan() const { return meas_index_in_scan; }
00090
00092 bool isAxisEnabled(int ax) const { return axis_enabled[ax]; }
00093
00095 int GetAxisIndex(int ax) const { return axis_index[ax]; }
00096
00098 float GetAxisPosition(int ax) const { return axis_position[ax]; }
00099
00101 float GetVoltage() const { return voltage; }
00102
00104 float GetCurrent() const { return current; }
00105
00107 bool isChannelActive(int ch) const { return channel_active[ch]; }
00108
00110 int GetChannelNumber(int ch) const { return channel_number[ch]; }
00111
00113 float GetTimeScale(int ch) const { return timescale[ch]; }
00114
00116 float GetChannelScale(int ch) const { return channel_scale[ch]; }
00117
00123 float GetRiseTime(int ch) const { return rise_time[ch]; }
00124
00126 float GetVamplitude(int ch) const { return vamplitude[ch]; }
00127
00129 float GetVbase(int ch) const { return vbase[ch]; }
00130
00132 float GetVmax(int ch) const { return vmax[ch]; }
00133
00135 float GetVmin(int ch) const { return vmin[ch]; }
00136
00139 float GetVpp(int ch) const { return vpp[ch]; }
00140
00142 int GetNPoints(int ch) const { return npoints[ch]; }
00143
00149 double *GetWaveTimes(int ch) { return wavetimes[ch]; }
00150
00153 double *GetWaveVolts(int ch) { return wavevolts[ch]; }
00154
00155 private:
00156 int meas_number;
00157 int scan_number;
00158 int meas_index_in_scan;
00159
00160 bool axis_enabled[MAXAXIS];
00161 int axis_index[MAXAXIS];
00162 float axis_position[MAXAXIS];
00163
00164 float voltage, current;
00165
00166 bool channel_active[MAXCHANNELS];
00167 int channel_number[MAXCHANNELS];
00168 float timescale[MAXCHANNELS], channel_scale[MAXCHANNELS];
00169 float rise_time[MAXCHANNELS], vamplitude[MAXCHANNELS];
00170 float vbase[MAXCHANNELS], vmax[MAXCHANNELS];
00171 float vmin[MAXCHANNELS], vpp[MAXCHANNELS];
00172 int npoints[MAXCHANNELS];
00173 double wavetimes[MAXCHANNELS][MAXWAVEPOINTS];
00174 double wavevolts[MAXCHANNELS][MAXWAVEPOINTS];
00175
00176 ClassDef(LasGuiMeasurement,1);
00177 };
00178
00179 #endif
