public double[] Result(double[] inp, Convolution conv)
{
var h = conv.Fh();
var y = conv.Result();
return(Algorithms.Deconvolution(y, h));
}
public FrmMain()
{
InitializeComponent();
var fun1 = new Func(FuncHelper.Func4());
funcAnalysis1.DispFunc = fun1;
var fun2 = new Func(FuncHelper.Func2());
ucFuncAnalysis1.DispFunc = fun2;
var fun3 = new Func(FuncHelper.Func3());
ucFuncAnalysis2.DispFunc = fun3;
//var polyharmFun = new Func(
// Algorithms.SlowReverseFourierTransform(
//Algorithms.SlowFourierTransformCplx(FuncHelper.Polyharm(
// new[] { 50, 5, 150.0 },
// new[] { 75.0, 15, 25 },
// 0.001)[1])));
var polyharmFun = new Func(FuncHelper.Polyharm(
new[] { 50, 5, 150.0 },
new[] { 75.0, 15, 25 },
0.001));
ucFuncAnalysis3.DispFunc = polyharmFun;
var harmFun = new Func(FuncHelper.Harm(50, 25, 0.001));
ucFuncAnalysis4.DispFunc = harmFun;
var noize1F = new Func(FuncHelper.Noise1());
ucFuncAnalysis5.DispFunc = noize1F;
var noize2F = new Func(FuncHelper.Noise2());
ucFuncAnalysis6.DispFunc = noize2F;
var cardiogram = new Convolution();
var cardio = new Func(cardiogram.Result());
//cardio.AddF(noize1F);
ucFuncAnalysis7.DispFunc = cardio;
var deconvolution = new Deconvolution();
var deconv = new Func(deconvolution.Result(cardio.Fx[1], cardiogram));
ucFuncAnalysis8.DispFunc = deconv;
ucFiltration1.DispFunc = polyharmFun;
}
