public Graph(CommonOptions commonOpts, params double[] coeffs)
{
Collectors = new Spectrum(commonOpts, coeffs);
int length = coeffs.Length;
_all = new int[length];
for (int i = 0; i < length; ++i) {
_all[i] = i + 1;
}
}
public Graph(CommonOptions commonOpts, params double[] coeffs)
{
Collectors = new Spectrum(commonOpts, coeffs);
int length = coeffs.Length;
_all = new int[length];
for (int i = 0; i < length; ++i)
{
_all[i] = i + 1;
}
}
public virtual bool setScalingCoeff(byte col, ushort pnt, double mass)
{
// this graph CommonOptions used
double value = mass * CommonOptions.scanVoltageRealNew(pnt);
bool result = Collectors.RecomputeMassRows(col, value);
if (result && axisMode == ScalableDataList.DisplayValue.Mass)
{
OnGraphDataModified(col);
}
return(result);
}
public Spectrum(CommonOptions cd, params double[] coeffs)
: base(coeffs.Length)
{
// better to clone here?
CommonOptions = cd;
if (coeffs.Length == 0)
{
throw new ArgumentOutOfRangeException("coeffs");
}
foreach (double coeff in coeffs)
{
Add(new Collector(coeff, cd.scanVoltageRealNew));
}
}
void loadCommonData(CommonOptions co)
{
// TODO: remove hard-coded numbers here (use constants in Config)
setupNumericUpDown(expTimeNumericUpDown, 1, uint.MaxValue, co.eTimeReal);
//setupNumericUpDown(idleTimeNumericUpDown, 10, 100, co.iTimeReal);
setupNumericUpDown(d1VoltageNumericUpDown, 0, 3000, co.d1VReal, CommonOptions.dVConvert, CommonOptions.dVConvert);
setupNumericUpDown(d2VoltageNumericUpDown, 0, 3000, co.d2VReal, CommonOptions.dVConvert, CommonOptions.dVConvert);
setupNumericUpDown(d3VoltageNumericUpDown, 0, 3000, co.d3VReal, CommonOptions.dVConvert, CommonOptions.dVConvert);
setupNumericUpDown(iVoltageNumericUpDown, 50, 100, co.iVoltageReal, CommonOptions.iVoltageConvert, CommonOptions.iVoltageConvert);
setupNumericUpDown(eCurrentNumericUpDown, 0, 20, co.eCurrentReal, CommonOptions.eCurrentConvert, CommonOptions.eCurrentConvert);
setupNumericUpDown(fV1NumericUpDown, 50, 100, co.fV1Real, CommonOptions.fV1Convert, CommonOptions.fV1Convert);
setupNumericUpDown(fV2NumericUpDown, 50, 100, co.fV2Real, CommonOptions.fV2Convert, CommonOptions.fV2Convert);
setupNumericUpDown(CPNumericUpDown, (decimal)0.01, (decimal)0.2, co.C);
setupNumericUpDown(kNumericUpDown, (decimal)0.6, (decimal)0.9, co.K);
}
public MeasureGraph(CommonOptions commonOpts, params double[] coeffs)
: base(commonOpts, coeffs)
{
}
void loadCommonData(CommonOptions co)
{
// TODO: remove hard-coded numbers here (use constants in Config)
setupNumericUpDown(expTimeNumericUpDown, 1, uint.MaxValue, co.eTimeReal);
//setupNumericUpDown(idleTimeNumericUpDown, 10, 100, co.iTimeReal);
setupNumericUpDown(d1VoltageNumericUpDown, 0, 3000, co.d1VReal, CommonOptions.dVConvert, CommonOptions.dVConvert);
setupNumericUpDown(d2VoltageNumericUpDown, 0, 3000, co.d2VReal, CommonOptions.dVConvert, CommonOptions.dVConvert);
setupNumericUpDown(d3VoltageNumericUpDown, 0, 3000, co.d3VReal, CommonOptions.dVConvert, CommonOptions.dVConvert);
setupNumericUpDown(iVoltageNumericUpDown, 50, 100, co.iVoltageReal, CommonOptions.iVoltageConvert, CommonOptions.iVoltageConvert);
setupNumericUpDown(eCurrentNumericUpDown, 0, 20, co.eCurrentReal, CommonOptions.eCurrentConvert, CommonOptions.eCurrentConvert);
setupNumericUpDown(fV1NumericUpDown, 50, 100, co.fV1Real, CommonOptions.fV1Convert, CommonOptions.fV1Convert);
setupNumericUpDown(fV2NumericUpDown, 50, 100, co.fV2Real, CommonOptions.fV2Convert, CommonOptions.fV2Convert);
setupNumericUpDown(CPNumericUpDown, (decimal)0.01, (decimal)0.09, co.C);
setupNumericUpDown(kNumericUpDown, (decimal)0.6, (decimal)0.9, co.K);
}
public sendSVoltage(ushort step)
{
SVoltage = CommonOptions.scanVoltage(step);
}
public PreciseSpectrum(CommonOptions cd)
: this()
{
// better to clone here?
myCommonOptions = cd;
}
public MeasureGraph(CommonOptions commonOpts, params double[] coeffs)
: base(commonOpts, coeffs)
{
}
