static void WaveletCreateFromFunction()
{
Func <double, double> func = t => Math.Sin(6 * t) / (1 + t * t);
//Func<double, double> func = t => (t >= 0.45 && t <= 0.55) ? Math.Sin(20 * Math.PI*(t - 0.45)) : 0;
Wavelet.Wavelets wavelets = Wavelet.Wavelets.LP;
double omega = 2;
FuncMethods.DefInteg.GaussKronrod.NodesCount nodesCount = GaussKronrod.NodesCount.GK61;
double xmin = -3;
double xmax = 8;
double ymin = -4;
double ymax = 4;
int spaceCount = 40;
double tmin = -7;
double tmax = 7;
int tcount = 260;
WaveletTest.Start(func, wavelets, omega, nodesCount,
new NetOnDouble(xmin, xmax, spaceCount),
new NetOnDouble(ymin, ymax, spaceCount),
new NetOnDouble(tmin, tmax, tcount));
}
static void WaveletCreateFromArray()
{
double begin = -0.0004;
double step = 16E-9;
int count = 150000;
string filename = "ArrayB.txt";
string path = @"C:\Users\user1\Desktop\zameri\n28_uzkopolos\Замер G\Разница";
Wavelet.Wavelets wavelets = Wavelet.Wavelets.LP;
double omega = 2;
FuncMethods.DefInteg.GaussKronrod.NodesCount nodesCount = GaussKronrod.NodesCount.GK61;
double xmin = 1.0 / 80000;
double xmax = 1.0 / 20000;
double ymin = -0.0004;
double ymax = 0.002079984;
int spaceCount = 200;
WaveletTest.Start(begin, step, count, filename, path, wavelets, omega, nodesCount, new NetOnDouble(xmin, xmax, spaceCount), new NetOnDouble(ymin, ymax, spaceCount));
}
