public Calibrate(List<List<SamplingResult>> src, Settings settings) {
_src = src;
_settings = settings;
//Main()
GetCoefficient_K();
}
private void SetSettingsData(Settings settings) {
_driveCurrent = settings._data._ldDrive;
_biasCurrent = settings._data._ldBias;
_calibration = settings._data._ldCalib;
//測定待ち時間
//if(settings._data._interval._isAutoMeasure){
// _preparationTime = settings._data._interval._time;
//}else{
// _preparationTime = "0";
//}
_offset = settings._data._offset;
_gain = settings._data._gain;
}
public string LaserSetting(Settings.Data.Interval interval) {
string result = "";
string autoStart = "";
string autoOff = "";
//if (interval._isAutoMeasure == true) {
// autoStart = "ON";
//} else {
// autoStart = "OFF";
//}
if (interval._cutOffLaserAfterMeasure == true) {
autoOff = "ON";
} else {
autoOff = "OFF";
}
result += "インターバル時間: " + interval._time + "秒" + "\r\n";
result += "自動測定: " + autoStart + "\r\n";
result += "自動レーザー停止: " + autoOff + "\r\n";
return result;
}
public GammaManager(Settings settings) {
_settings = settings;
}
public GammaManager(List<SamplingResult> src, Settings settings) {
_src = src;
_settings = settings;
}
public ProductDataFormat(Settings settings,List<TextBox> tempList) {
MakeDate();
SetSettingsData(settings);
SetTempData(tempList);
}
public Form1() {
InitializeComponent();
_machine = new Machine();
_settings = new Settings(this,_machine);
InitialAllGUI();
}
public MeasureData(Settings settings) {
_settings = settings;
}
public Stability(Settings settings) {
_settings = settings;
}
//public void SetBslFactor(List<double> gamma, double bsl) {
// _gamma = gamma;
// _bsl = bsl;
// //timeStump作成
// MakeDate();
//}
public Stability(List<List<SamplingResult>> src, Settings settings) {
_raw_samplingResult = src;
_settings = settings;
}
const int numOfLaser = 9; //1個目はオフセット
public DataProcessor(Machine machine,Settings settings){
_machine = machine;
_settings = settings;
}