, including all inherited members.
| amplitudesMatrix() | FFT | |
| AutoRecalculate enum value | Filter | [private] |
| bool | FFT | |
| Convolve enum value | Filter | [private] |
| Correlate enum value | Filter | [private] |
| Deconvolve enum value | Filter | [private] |
| Differentiate enum value | Filter | [private] |
| double | FFT | |
| double | FFT | |
| enableGraphicsDisplay(bool on=true, Graph *g=0) | Filter | [private, virtual] |
| explanation() | Filter | [private] |
| Fft enum value | Filter | [private] |
| FFT(ApplicationWindow */TransferThis/, Table *, const QString &, const QString &=QString(), int=1, int=-1) | FFT | |
| FFT(ApplicationWindow */TransferThis/, Graph *, const QString &, double, double) | FFT | |
| FFT(ApplicationWindow */TransferThis/, Graph *, const QString &) | FFT | |
| FFT(ApplicationWindow */TransferThis/, PlotCurve *) | FFT | |
| FFT(ApplicationWindow */TransferThis/, PlotCurve *, double, double) | FFT | |
| FFT(ApplicationWindow */TransferThis/, Matrix *, Matrix *=NULL, bool=false, bool=true, bool=false, bool=true) | FFT | |
| FFT(Table *, const QString &, const QString &=QString(), int=1, int=-1)/NoDerived/ | FFT | |
| FftFilter enum value | Filter | [private] |
| Filter(ApplicationWindow */TransferThis/, Graph *=0, const char *=0) | Filter | [private] |
| FilterType enum name | Filter | [private] |
| filterType() | Filter | [private] |
| FindPeaks enum value | Filter | [private] |
| FitExp enum value | Filter | [private] |
| FitGaussAmp enum value | Filter | [private] |
| FitLinear enum value | Filter | [private] |
| FitLinearSlope enum value | Filter | [private] |
| FitLogistic enum value | Filter | [private] |
| FitMultiPeak enum value | Filter | [private] |
| FitPlugIn enum value | Filter | [private] |
| FitPoly enum value | Filter | [private] |
| FitSigmoidal enum value | Filter | [private] |
| FitThreeExp enum value | Filter | [private] |
| FitTwoExp enum value | Filter | [private] |
| FitUser enum value | Filter | [private] |
| hasModifiedData() | Filter | [private] |
| imaginaryOutputMatrix() | FFT | |
| Integrate enum value | Filter | [private] |
| Interpolate enum value | Filter | [private] |
| ManualRecalculate enum value | Filter | [private] |
| maxIterations() | Filter | [private] |
| MultipleLinearRegresion enum value | Filter | [private] |
| NoDerived | FFT | |
| NoDerived | FFT | |
| NoDerived | FFT | |
| NoRecalculate enum value | Filter | [private] |
| normalizeAmplitudes(bool=true) | FFT | |
| outputFormat() | Filter | [private] |
| outputGraph() | Filter | [private] |
| outputPoints() | Filter | [private] |
| outputPrecision() | Filter | [private] |
| Pareto enum value | Filter | [private] |
| realOutputMatrix() | FFT | |
| recalculate() | Filter | [private] |
| RecalculateMode enum name | Filter | [private] |
| recalculateMode() | Filter | [private] |
| resultCurve() | Filter | [private] |
| resultTable() | Filter | [private] |
| run() | FFT | [virtual] |
| setColor(int) | Filter | [private] |
| setColor(const QString &) | Filter | [private] |
| setColor(const QColor &) | Filter | [private] |
| setDataFromCurve(PlotCurve *c) | Filter | [private] |
| setDataFromCurve(PlotCurve *c, double from, double to) | Filter | [private] |
| setDataFromCurve(const QString &, Graph *=0) | Filter | [private] |
| setDataFromCurve(const QString &curveTitle, double from, double to, Graph *g=0) | Filter | [private] |
| setDataFromTable(Table *t, const QString &xColName, const QString &yColName, int from=1, int to=-1, bool=false) | Filter | [private, virtual] |
| setMaximumIterations(int) | Filter | [private] |
| setOutputFormat(const char) | Filter | [private] |
| setOutputFormat(int) | Filter | [private] |
| setOutputPoints(int) | Filter | [private] |
| setOutputPrecision(int) | Filter | [private] |
| setRecalculateMode(int) | Filter | [private] |
| setSampling(double) | FFT | |
| setSortData(bool=true) | Filter | [private] |
| setTolerance(double) | Filter | [private] |
| shiftFrequencies(bool=true) | FFT | |
| SIPQTI_APP(new sipFFT(app, a0,*a1,*a2, a3, a4))%End FFT(Graph * | FFT | |
| SIPQTI_APP(new sipFFT(app, a0,*a1, a2, a3))%End FFT(Graph * | FFT | |
| SIPQTI_APP(new sipFFT(app, a0,*a1))%End FFT(PlotCurve *)/NoDerived/ | FFT | |
| SIPQTI_APP(new sipFFT(app, a0))%End FFT(PlotCurve * | FFT | |
| SIPQTI_APP(new sipFFT(app, a0, a1, a2))%End FFT(Matrix * | FFT | |
| SIPQTI_APP(new sipFFT(app, a0, a1, a2, a3, a4, a5))%End void setInverseFFT(bool | FFT | |
| Smooth enum value | Filter | [private] |
| sortData() | Filter | [private] |
| tolerance() | Filter | [private] |
| ~Filter() | Filter | [private] |
