SignalLab
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Signal Processing Library | Signal Processing Library | ||
== Packages == | == Packages == | ||
| + | *[[Package Mitov.BasicLab]] - Contains the basic components and classes for all the products. | ||
*[[Package SignalLabAdditionalPkg]] - Contains the additional signal processing components and classes. | *[[Package SignalLabAdditionalPkg]] - Contains the additional signal processing components and classes. | ||
| − | *[[Package SignalLabBasicPkg]] - Contains the basic components and classes for | + | *[[Package SignalLabBasicPkg]] - Contains the basic components and classes for the basic SignalLab components. |
*[[Package SignalLabPkg]] - Contains the Digital Signal Processing(DSP) components and classes for SignalLab. | *[[Package SignalLabPkg]] - Contains the Digital Signal Processing(DSP) components and classes for SignalLab. | ||
*[[Package SignalLabScopePkg]] - Contains the Scope and Waterfall components. | *[[Package SignalLabScopePkg]] - Contains the Scope and Waterfall components. | ||
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== Components == | == Components == | ||
=== From [[Package SignalLabAdditionalPkg]] === | === From [[Package SignalLabAdditionalPkg]] === | ||
| + | *[[Image:BIGSLAverageValue.gif]] [[Image:SLAverageValue.gif]] [[Image:NETSLAverageValue.gif]] '''[[Class SLAverageValue.TSLAverageValue|TSLAverageValue]]''' - Averages the input values. | ||
*[[Image:BIGSLGenericRealValueGen.gif]] [[Image:SLGenericRealValueGen.gif]] [[Image:NETSLGenericRealValueGen.gif]] '''[[Class SLGenericRealValueGen.TSLGenericRealValueGen|TSLGenericRealValueGen]]''' - User defined generator for Real values. | *[[Image:BIGSLGenericRealValueGen.gif]] [[Image:SLGenericRealValueGen.gif]] [[Image:NETSLGenericRealValueGen.gif]] '''[[Class SLGenericRealValueGen.TSLGenericRealValueGen|TSLGenericRealValueGen]]''' - User defined generator for Real values. | ||
*[[Image:BIGSLGenericRealValue.gif]] [[Image:SLGenericRealValue.gif]] [[Image:NETSLGenericRealValue.gif]] '''[[Class SLGenericRealValue.TSLGenericRealValue|TSLGenericRealValue]]''' - User defined filter for Real values. | *[[Image:BIGSLGenericRealValue.gif]] [[Image:SLGenericRealValue.gif]] [[Image:NETSLGenericRealValue.gif]] '''[[Class SLGenericRealValue.TSLGenericRealValue|TSLGenericRealValue]]''' - User defined filter for Real values. | ||
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*[[Image:BIGSLGenericRealMatrix.gif]] [[Image:SLGenericRealMatrix.gif]] [[Image:NETSLGenericRealMatrix.gif]] '''[[Class SLGenericRealMatrix.TSLGenericRealMatrix|TSLGenericRealMatrix]]''' - User defined generator for Real matrix data. | *[[Image:BIGSLGenericRealMatrix.gif]] [[Image:SLGenericRealMatrix.gif]] [[Image:NETSLGenericRealMatrix.gif]] '''[[Class SLGenericRealMatrix.TSLGenericRealMatrix|TSLGenericRealMatrix]]''' - User defined generator for Real matrix data. | ||
=== From [[Package SignalLabPkg]] === | === From [[Package SignalLabPkg]] === | ||
| + | *[[Image:BIGSLMinMax.gif]] [[Image:SLMinMax.gif]] [[Image:NETSLMinMax.gif]] '''[[Class SLMinMax.TSLMinMax|TSLMinMax]]''' - Finds the minimal and maximal values in the buffer. | ||
| + | *[[Image:BIGSLMean.gif]] [[Image:SLMean.gif]] [[Image:NETSLMean.gif]] '''[[Class SLMean.TSLMean|TSLMean]]''' - Performs a Median Filter. | ||
| + | *[[Image:BIGSLSnippetTrigger.gif]] [[Image:SLSnippetTrigger.gif]] [[Image:NETSLSnippetTrigger.gif]] '''[[Class SLSnippetTrigger.TSLSnippetTrigger|TSLSnippetTrigger]]''' - Detects passing trough a level and takes a data snippet around it. | ||
| + | *[[Image:BIGSLPatternDetector.gif]] [[Image:SLPatternDetector.gif]] [[Image:NETSLPatternDetector.gif]] '''[[Class SLPatternDetector.TSLPatternDetector|TSLPatternDetector]]''' - Detects patterns in the buffers. | ||
*[[Image:BIGSLSubtractComplex.gif]] [[Image:SLSubtractComplex.gif]] [[Image:NETSLSubtractComplex.gif]] '''[[Class SLSubtractComplex.TSLSubtractComplex|TSLSubtractComplex]]''' - Combines two input complex signals by performing Subtract operation. | *[[Image:BIGSLSubtractComplex.gif]] [[Image:SLSubtractComplex.gif]] [[Image:NETSLSubtractComplex.gif]] '''[[Class SLSubtractComplex.TSLSubtractComplex|TSLSubtractComplex]]''' - Combines two input complex signals by performing Subtract operation. | ||
*[[Image:BIGSLMultiplyComplex.gif]] [[Image:SLMultiplyComplex.gif]] [[Image:NETSLMultiplyComplex.gif]] '''[[Class SLMultiplyComplex.TSLMultiplyComplex|TSLMultiplyComplex]]''' - Combines multiple input complex signals by performing Multiply operation. | *[[Image:BIGSLMultiplyComplex.gif]] [[Image:SLMultiplyComplex.gif]] [[Image:NETSLMultiplyComplex.gif]] '''[[Class SLMultiplyComplex.TSLMultiplyComplex|TSLMultiplyComplex]]''' - Combines multiple input complex signals by performing Multiply operation. | ||
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*[[Image:BIGSLWaterfall.gif]] [[Image:SLWaterfall.gif]] [[Image:NETSLWaterfall.gif]] '''[[Class SLWaterfall.TSLWaterfall|TSLWaterfall]]''' - Visible waterfall for representing Real(double) data. | *[[Image:BIGSLWaterfall.gif]] [[Image:SLWaterfall.gif]] [[Image:NETSLWaterfall.gif]] '''[[Class SLWaterfall.TSLWaterfall|TSLWaterfall]]''' - Visible waterfall for representing Real(double) data. | ||
=== From [[Package TimingLabBasicPkg]] === | === From [[Package TimingLabBasicPkg]] === | ||
| + | *[[Image:BIGTLThreadEvent.gif]] [[Image:TLThreadEvent.gif]] [[Image:NETTLThreadEvent.gif]] '''[[Class TLThreadEvent.TTLThreadEvent|TTLThreadEvent]]''' - Executes event in a separated thread. | ||
| + | *[[Image:BIGTLMainThreadEvent.gif]] [[Image:TLMainThreadEvent.gif]] [[Image:NETTLMainThreadEvent.gif]] '''[[Class TLMainThreadEvent.TTLMainThreadEvent|TTLMainThreadEvent]]''' - Allows other threads to generate main thread notifications. | ||
| + | *[[Image:BIGTLStopWatch.gif]] [[Image:TLStopWatch.gif]] [[Image:NETTLStopWatch.gif]] '''[[Class TLStopWatch.TTLStopWatch|TTLStopWatch]]''' - Measures time intervals. | ||
| + | *[[Image:BIGTLFrequencyMeter.gif]] [[Image:TLFrequencyMeter.gif]] [[Image:NETTLFrequencyMeter.gif]] '''[[Class TLFrequencyMeter.TTLFrequencyMeter|TTLFrequencyMeter]]''' - Measures frequency of events. | ||
| + | *[[Image:BIGTLCounter.gif]] [[Image:TLCounter.gif]] [[Image:NETTLCounter.gif]] '''[[Class TLCounter.TTLCounter|TTLCounter]]''' - Counts events. | ||
*[[Image:BIGTLWatchDogTimer.gif]] [[Image:TLWatchDogTimer.gif]] [[Image:NETTLWatchDogTimer.gif]] '''[[Class TLWatchDogTimer.TTLWatchDogTimer|TTLWatchDogTimer]]''' - Implements a Watch Dog Timer. | *[[Image:BIGTLWatchDogTimer.gif]] [[Image:TLWatchDogTimer.gif]] [[Image:NETTLWatchDogTimer.gif]] '''[[Class TLWatchDogTimer.TTLWatchDogTimer|TTLWatchDogTimer]]''' - Implements a Watch Dog Timer. | ||
| − | |||
*[[Image:BIGTLClockGen.gif]] [[Image:TLClockGen.gif]] [[Image:NETTLClockGen.gif]] '''[[Class TLClockGen.TTLClockGen|TTLClockGen]]''' - Provides clock for other components. | *[[Image:BIGTLClockGen.gif]] [[Image:TLClockGen.gif]] [[Image:NETTLClockGen.gif]] '''[[Class TLClockGen.TTLClockGen|TTLClockGen]]''' - Provides clock for other components. | ||
== Layers == | == Layers == | ||
=== From [[Package SignalLabScopePkg]] === | === From [[Package SignalLabScopePkg]] === | ||
| − | *[[Image:SLScopeLayer.gif]] '''[[Class SLScope.TSLScopeLayer|TSLScopeLayer]]''' - A scope drawing layer. See Also Defines a scope drawing layer. You can add this layer to any drawing component such as TVLDraw to render a video layer containing a scope. <b>Example:</b> <image ScopeLayerSample> | + | *[[Image:SLScopeLayer.gif]] '''[[Class SLScope.TSLScopeLayer|TSLScopeLayer]]''' - A scope drawing layer. See Also Defines a scope drawing layer. You can add this layer to any drawing component such as TVLDraw to render a video layer containing a scope. <b>Diagram:</b> <image SLScopeLayer_Preview> <b>Example:</b> <image ScopeLayerSample> |
| − | *[[Image:SLWaterfallLayer.gif]] '''[[Class SLWaterfall.TSLWaterfallLayer|TSLWaterfallLayer]]''' - A waterfall draw layer. See Also Defines a waterfall draw layer. You can add this layer to any drawing component such as TVLDraw to render a video layer containing a waterfall. <b>Example:</b> <image WaterfallLayerSample> | + | *[[Image:SLWaterfallLayer.gif]] '''[[Class SLWaterfall.TSLWaterfallLayer|TSLWaterfallLayer]]''' - A waterfall draw layer. See Also Defines a waterfall draw layer. You can add this layer to any drawing component such as TVLDraw to render a video layer containing a waterfall. <b>Diagram:</b> <image SLWaterfallLayer_Preview> <b>Example:</b> <image WaterfallLayerSample> |
== Elements == | == Elements == | ||
=== From [[Package SignalLabScopePkg]] === | === From [[Package SignalLabScopePkg]] === | ||
Latest revision as of 00:29, 26 June 2013
This is a Beta Read Only version of this page. Please review and send recommendations to mitov@mitov.com. We will enable the editing as soon as we are happy with the overall Wiki site.
Contents |
Description
Signal Processing Library
Packages
- Package Mitov.BasicLab - Contains the basic components and classes for all the products.
- Package SignalLabAdditionalPkg - Contains the additional signal processing components and classes.
- Package SignalLabBasicPkg - Contains the basic components and classes for the basic SignalLab components.
- Package SignalLabPkg - Contains the Digital Signal Processing(DSP) components and classes for SignalLab.
- Package SignalLabScopePkg - Contains the Scope and Waterfall components.
- Package TimingLabBasicPkg - Contains the basic components and classes for the basic TimingLab components.
Components
From Package SignalLabAdditionalPkg
TSLAverageValue - Averages the input values.
TSLGenericRealValueGen - User defined generator for Real values.
TSLGenericRealValue - User defined filter for Real values.
TSLDetectLevels - Detects levels in the input signal.
TSLChangeRange - Changes the output range of the signal.
From Package SignalLabBasicPkg
TSLPair - Pairs multiple data buffers together.
TSLGenericReal - User defined filter for Real data.
TSLGenericFilter - User defined filter for Binary data.
TSLGenericGen - User defined generator for Binary data.
TSLGenericRealGen - User defined generator for Real data.
TSLGenericRealMatrix - User defined generator for Real matrix data.
From Package SignalLabPkg
TSLMinMax - Finds the minimal and maximal values in the buffer.
TSLMean - Performs a Median Filter.
TSLSnippetTrigger - Detects passing trough a level and takes a data snippet around it.
TSLPatternDetector - Detects patterns in the buffers.
TSLSubtractComplex - Combines two input complex signals by performing Subtract operation.
TSLMultiplyComplex - Combines multiple input complex signals by performing Multiply operation.
TSLDivideComplex - Combines two input complex signals by performing Divide operation.
TSLAddComplex - Combines multiple input signals by performing Add operation over complex data.
TSLRMSMeter - RMS (Root Mean Square) Meter.
TSLCombFilter - Performs a Comb filter over the input signal.
TSLNoiseStats - Calculates the noise stats of a signal.
TSLSwitch - Enables or disables the data to go trough.
TSLSnapshot - Takes a snapshot of the data.
TSLIir - Performs an Arbitrary IIR filter over the input signal.
TSLBandPass - Performs a BandPass filter over the input signal.
TSLBandStop - Performs a BandStop filter over the input signal.
TSLFir - Performs a FIR filter over the input signal.
TSLFourier - Performs Fast Fourier Transformation (FFT).
TSLInverseFourier - Performs Real Inverse Fast Fourier Transformation (Inverse FFT).
TSLInverseComplexFourier - Performs Complex Inverse Fast Fourier Transformation (Inverse FFT).
TSLGaussGen - Generates Gaussian distribution pseudo-random samples.
TSLHighPass - Performs a HighPass filter over the input signal.
TSLLogger - Records the signal to file.
TSLLowPass - Performs a LowPass filter over the input signal.
TSLPlayer - Plays signal from file.
TSLRandomGen - Generates pseudo-random Real(double) dta samples.
TSLSignalGen - Generates Tone(Sine Wave), Triangle, Rectangle, Ramp or DC signal.
TSLMultiply - Combines multiple input real signals by performing Multiply operation.
TSLAdd - Combines multiple input signals by performing Add operation over real data.
TSLSubtract - Combines two input real signals by performing Subtract operation.
TSLDivide - Combines two input real signals by performing Divide operation.
TSLComplexToReal - Converts Complex buffer to Real and Imaginary buffers.
TSLRealToComplex - Converts Real and Imaginary buffers to a Complex buffer.
TSLApplyComplexConst - Applies a Complex constant to each sample.
TSLApplyIntConst - Applies a Integer constant to each sample.
TSLApplyRealConst - Applies a Real constant to each sample.
TSLRealToInt - Converts Real data to Integer.
TSLIntToReal - Converts Integer data to Real.
TSLCartToPolar - Converts the elements of a complex signal to polar coordinate form.
TSLPolarToCart - Converts the polar form magnitude/phase pairs stored in input signals to Cartesian coordinate form.
TSLHilbert - Performs a Hilbert transform.
TSLApplyWindow - Applies a window function over the input signal.
TSLMedian - Performs a Median Filter.
TSLToSquare - Converts the input signal to a square signal.
TSLBiQuadIir - Performs a BiQuad IIR filter over the input signal.
TSLDft - Performs Discrete Fourier Transformation (DFT).
TSLInverseDft - Performs Real Inverse Discrete Fourier Transformation (Inverse DFT).
TSLInverseComplexDft - Performs Complex Inverse Discrete Fourier Transformation (Inverse DFT).
TSLDct - Performs Discrete Cosine Transform (DCT).
TSLInverseDct - Performs Inverse Discrete Cosine Transform (Inverse DCT).
TSLGoertzOne - Computes the Discrete Fourier Transform ( Goertzel DFT ) for a given frequency.
TSLHaar - Performs Forward single-level discrete wavelet Haar transformation.
TSLInverseHaar - Performs Inverse single-level discrete wavelet Haar transformation.
TSLPowerSpectrum - Computes the Power Spectrum or the Magnitude of a Real Buffer.
TSLConjugate - Performs Conjugater conversion.
TSLRepack - Rearranges the samples into buffers with a specified size.
TSLRealTodB - Converts real data to dB format.
TSLDelayLine - Delays the signal.
TSLAbs - Converts the values of the buffers to absolute values.
TSLRemoveDC - Removes the DC component from the signal.
TSLGenericComplex - User defined filter for Complex data.
TSLGenericInt - User defined filter for Integer data.
TSLGenericComplexGen - User defined generator for Complex data.
TSLGenericIntGen - User defined generator for Integer data.
From Package SignalLabScopePkg
TSLScope - Visible Scope/Plot component for representing floating point data.
TSLWaterfall - Visible waterfall for representing Real(double) data.
From Package TimingLabBasicPkg
TTLThreadEvent - Executes event in a separated thread.
TTLMainThreadEvent - Allows other threads to generate main thread notifications.
TTLStopWatch - Measures time intervals.
TTLFrequencyMeter - Measures frequency of events.
TTLCounter - Counts events.
TTLWatchDogTimer - Implements a Watch Dog Timer.
TTLClockGen - Provides clock for other components.
Layers
From Package SignalLabScopePkg
TSLScopeLayer - A scope drawing layer. See Also Defines a scope drawing layer. You can add this layer to any drawing component such as TVLDraw to render a video layer containing a scope. Diagram: <image SLScopeLayer_Preview> Example: <image ScopeLayerSample>
TSLWaterfallLayer - A waterfall draw layer. See Also Defines a waterfall draw layer. You can add this layer to any drawing component such as TVLDraw to render a video layer containing a waterfall. Diagram: <image SLWaterfallLayer_Preview> Example: <image WaterfallLayerSample>
Elements
From Package SignalLabScopePkg
TSLExternalScopeElement - A scope component element.
TSLExternalWaterfallElement - A waterfall component element.
Matrix Layers
From Package SignalLabScopePkg
TSLExternalScopeMatrixLayer - A scope matrix component layer.
TSLExternalWaterfallMatrixLayer - A waterfall matrix component layer.
