- Run
./mvnw package exec:java - Build
./mvnw clean install - Checkstyle
./mvnw checkstyle:checkstyle
Run jar without args to run Desktop App or run jar with args shown below to run in command line mode for easier generating data for report
java -jar $JAR_NAME$ args...
* Params for cmd mode
* <p>
* Generate - generate, filename to save, signal type, params for signal
* Signal type abbreviation:
* uni_noise - rangeStart, rangeLength, amplitude
* gauss_noise -rangeStart, rangeLength, amplitude
* sin - rangeStart, rangeLength, amplitude, term
* sin_one_half - rangeStart, rangeLength, amplitude, term
* sin_two_half - rangeStart, rangeLength, amplitude, term
* rect - rangeStart, rangeLength, amplitude, term, fulfillment
* rect_symm - rangeStart, rangeLength, amplitude, term, fulfillment
* triang - rangeStart, rangeLength, amplitude, term, fulfillment
* unit_jump - rangeStart, rangeLength, amplitude, jumpMoment
* unit_impulse - rangeStart, rangeLength, sampleRate, amplitude, jumpMoment.intValue()
* impulse_noise - rangeStart, rangeLength, sampleRate, amplitude,probability
* --
* low_fil - sampleRate, filterRow, cuttingFrequency,
* windowType: win_rect || win_ham || win_han || win_bla
* --
* band_fil - sampleRate, filterRow, cuttingFrequency,
* windowType: win_rect || win_ham || win_han || win_bla
* --
* high_fil - sampleRate, filterRow, cuttingFrequency,
* windowType: win_rect || win_ham || win_han || win_bla
* <p>
* Sampling - sampl, filename to read, filename to save, sampleRate
* <p>
* Quantization - quant, filename to read, filename to save, type, quantization level
* Type abbreviation :
* qu_trun, qu_roud
* <p>
* Reconstruction - recon, filename to read, filename to save, type, sinc param(only for sinc)
* Type abbreviation:
* zero_order, first_order, sinc
* <p>
* DiscreteFourierTransformation - fou_trans, filename to read, filename to save,
* algorithm type
* ---
* algorithm type abbreviation: def, fast_in, fast_rec
* <p>
* CosineTransformation - cos_trans, filename to read, filename to save, algorithm type
* algorithm type abbreviation: def, fast_in
* <p>
* WalshHadamardTransformation - wals_trans, filename to read, filename to save, algorithm type
* algorithm type abbreviation: def, fast_in
* <p>
* WaveletTransformation - wave_trans, filename to read, filename to save, wavelet type
* wavelet type abbreviation: DB4
* <p>
* Comparison - comp, first filename to read, second filename to read
* <p>
* Draw charts - draw, filenames to read...
* <p>
* Convolution - conv, first filename to read, second filename to read, filename to save
* <p>
* Correlation - corr, first filename to read, second filename to read, filename to save
