int Fs = 100;
Generate gp = new Generate(Fs);
int f1 = 10;
double[] out = gp.generateSineWave(f1);

int Fs = 100;
Generate gp = new Generate(Fs);
int f1 = 10;
double[] out = gp.generateCosineWave(f1);

int Fs = 100;
Generate gp = new Generate(Fs);
int f1 = 10;
double[] out = gp.generateSquareWave(f1);

int Fs = 100;
Generate gp = new Generate(0, 1, Fs);
int f1 = 5;
double[] out_reg_sawtooth = gp.generateSawtooth(f1, 1); //Regular Sawtooth
double[] out_tri_sawtooth = gp.generateSawtooth(f1, 0.5); //Triangular Sawtooth
double[] out_inv_sawtooth = gp.generateSawtooth(f1, 0); //Inverse Sawtooth

int Fs = 100;
Generate gp = new Generate(-1, 1, 2*Fs);
int f1 = 10;
double[] out = gp.generateGaussianPulse(f1);

int Fs = 100;
Generate gp = new Generate(0, 1, Fs);
double position = 0.5; //middle of the signal
double[] out = gp.generateUnitImpulse(position);

int Fs = 100;
Generate gp = new Generate(0, 1, Fs);
int points = 100;
double omega0 = 5; //central frequency
double scaling = 1;
double[] out = gp.generateMorlet(points, omega0, scaling);

int Fs = 100;
Generate gp = new Generate(0, 1, Fs);
int points = 100;
double width = 4; 
double[] out = gp.generateRicker(points, width);

int Fs = 100;
Generate gp = new Generate(0, 1, Fs);
int order = 4;
int width = 11; 
double[] out = gp.generatePaul(order, width);

int Fs = 100;
Generate gp = new Generate(0, 1, Fs);
double f0 = 0;
double f1 = 10;
double[] out = gp.generateChirp(f0, f1);