Announcements and Updates

[ilvoron]

Stay up-to-date with important announcements and updates regarding the Signal Processing and Visualization Library. Check here for new releases, feature rollouts, and major changes.

[ilvoron]

In plans 'till the end of the week:

1. TSummator - Summation of signals
2. TMultiplier - Multiplication of signals
3. TDerivative - Calculating the derivative of a signal
4. TIntegral - Calculating the integral of a signal
5. TNoizeGenerator - Noise generation

[ilvoron]

1. TSummator - Summation of signals done
2. TMultiplier - Multiplication of signals
3. TDerivative - Calculating the derivative of a signal
4. TIntegral - Calculating the integral of a signal
5. TNoizeGenerator - Noise generation

[ilvoron]

1. TSummator - Summation of signals done
2. TMultiplier - Multiplication of signals done
3. TDerivative - Calculating the derivative of a signal
4. TIntegral - Calculating the integral of a signal
5. TNoizeGenerator - Noise generation

[ilvoron]

1. TSummator - Summation of signals done
2. TMultiplier - Multiplication of signals done
3. TDifferentiator - Calculating the derivative of a signal done + renamed
4. TIntegral - Calculating the integral of a signal
5. TNoizeGenerator - Noise generation

[ilvoron]

1. TSummator - Summation of signals done
2. TMultiplier - Multiplication of signals done
3. TDifferentiator - Calculating the derivative of a signal done + renamed
4. TIntegral - Calculating the integral of a signal done
5. TNoizeGenerator - Noise generation

[ilvoron]

1. TSummator - Summation of signals done
2. TMultiplier - Multiplication of signals done
3. TDifferentiator - Calculating the derivative of a signal done + renamed
4. TIntegral - Calculating the integral of a signal done
5. TNoiseGenerator - Noise generation done + renamed

[ilvoron]

Planned Features:

1. TAmplitudeDetector: Module to detect the amplitude of a signal.
2. TFourierTransform: Implementation of a Fourier Transform for signal analysis.
3. TFastFourierTransform: Optimized Fast Fourier Transform (FFT) for efficient frequency domain analysis.
4. TCorrelator: A module for cross-correlation between signals.
5. TFrequencyDetector: Detect and analyze the dominant frequency in a signal.
6. TFilter: A signal filtering module.
7. TWavReader: A WAV file reader to import audio signals.
8. TWavWriter: A WAV file writer to export audio signals.
9. TWavHeader: Handles WAV file headers for reading and writing audio files.
10. TTanGenerator: A module to generate a signal with a tangent waveform.

[ilvoron]

Progress:

• TAmplitudeDetector: Module to detect the amplitude of a signal.
• TFourierTransform: Implementation of a Fourier Transform for signal analysis.
• TFastFourierTransform: Optimized Fast Fourier Transform (FFT) for efficient frequency domain analysis.
• TCorrelator: A module for cross-correlation between signals.
• TFrequencyDetector: Detect and analyze the dominant frequency in a signal.
• TFilter: A signal filtering module.
• TWavReader: A WAV file reader to import audio signals.
• TWavWriter: A WAV file writer to export audio signals.
• TWavHeader: Handles WAV file headers for reading and writing audio files.
• TTanGenerator: A module to generate a signal with a tangent waveform.