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Signal Generators:
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Generates Tone(Sine Wave), Triangle, Rectangle or DC signal.
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Generates pseudo-random Real(double) data samples.
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Generates pseudo-random Real(double) data samples with a Gaussian distribution.
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Arithmetic components:
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Add.
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Subtract.
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Multiply.
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Divide.
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Applies a window function over the input signal.
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Apply Real constant.
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Apply Integer constant.
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Apply Complex constant.
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File Access:
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Stores Real, Integer or Complex data into a Binary file.
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Plays Real, Integer or Complex data from an existing Binary file.
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Filters:
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Performs a LowPass filter over the input signal.
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Performs a HighPass filter over the input signal.
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Performs a BandPass filter over the input signal.
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Performs a BandStop filter over the input signal.
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Performs a FIR filter over the input signal.
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Performs an Arbitrary IIR filter over the input signal.
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Performs an BiQuad IIR filter over the input signal.
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Performs a Median Filter over the input signal.
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Converts the values of the buffers to absolute values
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Removes the DC component from the signal
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Adds a delay to the processed of the signal
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Takes a snapshot(Sample) buffer of the data and sends it to the component output.
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Enables or disables the data buffers to go trough. Works as On/Off switch for the signal passing trough the component.
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Transformations:
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Performs fast Fourier transformation (FFT) over real or complex signal.
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Performs inverse fast Fourier transformation (Inverse FFT) to a real signal.
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Performs inverse fast Fourier transformation (Inverse FFT) to a Complex signal.
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Performs Discrete Fourier transformation (DFT) over real or complex signal.
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Performs inverse Discrete Fourier transformation (Inverse DFT) to a real signal.
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Performs inverse Discrete Fourier transformation (Inverse DFT) to a Complex signal.
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Computes the discrete Fourier transform ( Goertzel DFT ) for a given frequency for a real or complex buffer.
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Performs Discrete Cosine Transform (DCT).
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Performs Inverse Discrete Cosine Transform ( Inverse DCT).
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Performs forward single-level discrete wavelet Haar transformation (Haar).
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Performs Inverse single-level discrete wavelet Haar transformation ( Inverse Haar).
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Converters:
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Converts the input signal to a square signal.
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Converts the input signal to a dB representation form.
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Converts Real(double) data buffer data into Integer data buffer.
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Converts Integer data buffer data into Real(double) data buffer.
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Converts two Real(double) data buffers containing the Real and Imaginary data into Complex data buffer.
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Converts Complex data buffer into two Real(double) data buffers containing the Real and Imaginary data.
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Converts the elements of a complex signal to polar coordinate form.
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Converts the polar form magnitude/phase pairs stored in input signals to Cartesian coordinate form.
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Performs a 90 degrees phase shift.
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Performs Conjugater conversion.
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Computes the Power Spectrum or the Magnitude of a Real Buffer.
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Rearranges the samples into buffers with a specified size.
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Changes the output range of the signal.
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Detects levels in the input signal.
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Statistics components:
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Calculates the noise stats of a signal.
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Meters:
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Implements a RMS (Root Mean Square) Meter.
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User defined custom filters and generators:
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User defined generic filter for Real(double) Data Buffers.
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Generic Real data generator
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User defined generic filter for Integer Data Buffers.
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Generic Integer data generator
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User defined generic filter for Complex Data Buffers.
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Generic Complex data generator
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User defined generic filter for Binary Data Buffers.
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Generic Binary data generator
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The following TimingLab component are included:
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Provides clock for other components.
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Implements a Watch Dog Timer.
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Allows other threads to generate main thread notifications.
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The following PlotLab components are included:
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Plot type scope component.
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Waterfall component.
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The following layers are included in SignalLab and can be added in the TVLDraw component:
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Layer drawing a scope component.
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Layer drawing a waterfall component.
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The following component elements are included in SignalLab and can be added in composite InstrumentLab or PlotLab controls:
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New: A scope component element.
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New: A waterfall component element.
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The following matrix elements are included in SignalLab and can be rendered inside TILMatrixDisplay:
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New: A scope matrix element.
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New: A waterfall matrix element.
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