int filterType = 1; //Can be 1 (for type 1) or 2 (for type 2)
double rippleFactor = 1; //maximum ripple allowed below unity gain 
int Fs = 100; //Sampling Frequency in Hz  
int order = 4; //order of the filter  
int cutOff = 9; //Cut-off Frequency  
Chebyshev flt = new Chebyshev(Fs, filterType, rippleFactor); //signal is of type double[]  
double[] result = flt.lowPassFilter(signal, order, cutOff); //get the result after filtering  

int filterType = 1; //Can be 1 (for type 1) or 2 (for type 2)
double rippleFactor = 1; //maximum ripple allowed below unity gain 
int Fs = 100; //Sampling Frequency in Hz  
int order = 4; //order of the filter  
int cutOff = 29; //Cut-off Frequency  
Chebyshev flt = new Chebyshev(Fs, filterType, rippleFactor); //signal is of type double[]  
double[] result = flt.highPassFilter(signal, order, cutOff); //get the result after filtering  

int filterType = 1; //Can be 1 (for type 1) or 2 (for type 2)
double rippleFactor = 1; //maximum ripple allowed below unity gain 
int Fs = 100; //Sampling Frequency in Hz  
int order = 4; //order of the filter  
int lowCutOff = 12; //Lower Cut-off Frequency  
int highCutOff = 18; //Higher Cut-off Frequency  
Chebyshev flt = new Chebyshev(Fs, filterType, rippleFactor); //signal is of type double[]  
double[] result = flt.bandPassFilter(signal, order, lowCutOff, highCutOff); //get the result after filtering

int filterType = 1; //Can be 1 (for type 1) or 2 (for type 2)
double rippleFactor = 1; //maximum ripple allowed below unity gain 
int Fs = 100; //Sampling Frequency in Hz  
int order = 4; //order of the filter  
int lowCutOff = 7; //Lower Cut-off Frequency  
int highCutOff = 28; //Higher Cut-off Frequency  
Chebyshev flt = new Chebyshev(Fs, filterType, rippleFactor); //signal is of type double[]  
double[] result = flt.bandStopFilter(signal, order, lowCutOff, highCutOff); //get the result after filtering  

int filterType = 2; //Can be 1 (for type 1) or 2 (for type 2)
double rippleFactor = 1; //maximum ripple allowed below unity gain 
int Fs = 100; //Sampling Frequency in Hz  
int order = 4; //order of the filter  
int cutOff = 9; //Cut-off Frequency  
Chebyshev flt = new Chebyshev(Fs, filterType, rippleFactor); //signal is of type double[]  
double[] result = flt.lowPassFilter(signal, order, cutOff); //get the result after filtering  

int filterType = 2; //Can be 1 (for type 1) or 2 (for type 2)
double rippleFactor = 1; //maximum ripple allowed below unity gain 
int Fs = 100; //Sampling Frequency in Hz  
int order = 4; //order of the filter  
int cutOff = 29; //Cut-off Frequency  
Chebyshev flt = new Chebyshev(Fs, filterType, rippleFactor); //signal is of type double[]  
double[] result = flt.highPassFilter(signal, order, cutOff); //get the result after filtering  

int filterType = 2; //Can be 1 (for type 1) or 2 (for type 2)
double rippleFactor = 1; //maximum ripple allowed below unity gain 
int Fs = 100; //Sampling Frequency in Hz  
int order = 4; //order of the filter  
int lowCutOff = 12; //Lower Cut-off Frequency  
int highCutOff = 18; //Higher Cut-off Frequency  
Chebyshev flt = new Chebyshev(Fs, filterType, rippleFactor); //signal is of type double[]  
double[] result = flt.bandPassFilter(signal, order, lowCutOff, highCutOff); //get the result after filtering

int filterType = 2; //Can be 1 (for type 1) or 2 (for type 2)
double rippleFactor = 1; //maximum ripple allowed below unity gain 
int Fs = 100; //Sampling Frequency in Hz  
int order = 4; //order of the filter  
int lowCutOff = 7; //Lower Cut-off Frequency  
int highCutOff = 28; //Higher Cut-off Frequency  
Chebyshev flt = new Chebyshev(Fs, filterType, rippleFactor); //signal is of type double[]  
double[] result = flt.bandStopFilter(signal, order, lowCutOff, highCutOff); //get the result after filtering