public frmMain()
{
InitializeComponent();
FunctionU funcu = new FunctionU();
funcu.Build();
FunctionV funcV = new FunctionV();
funcV.Build();
FunctionZ funcZ = new FunctionZ(funcu, funcV);
funcZ.Build();
var powerU = funcu.Power();
var powerV = funcV.Power();
var powerZ = funcZ.Power();
var spectreU = funcu.FurieTransform().GetAFR;
var spectreV = funcV.FurieTransform().GetAFR;
var spectreZ = funcZ.FurieTransform().GetAFR;
var energySpectU = funcu.EnergySpectre().GetAFR;
var energySpectV = funcV.EnergySpectre().GetAFR;
var energySpectZ = funcZ.EnergySpectre().GetAFR;
var relativeSpectre = funcu.RelativeEnergySpectre(funcV).GetAFR;
chartForMainSignals.AddFunc(powerU);
chartForMainSignals.AddFunc(powerV);
chartForMainSignals.AddFunc(powerZ);
chartForMainSignals.AddFunc(funcu);
chartForMainSignals.AddFunc(funcV);
chartForMainSignals.AddFunc(funcZ);
chartForMainSignals.AddFunc(spectreU);
chartForMainSignals.AddFunc(spectreV);
chartForMainSignals.AddFunc(spectreZ);
chartForMainSignals.AddFunc(energySpectU);
chartForMainSignals.AddFunc(energySpectV);
chartForMainSignals.AddFunc(energySpectZ);
chartForMainSignals.AddFunc(relativeSpectre);
chartForMainSignals.DrawFunc();
ResultOutPut(memoResults, funcu);
ResultOutPut(memoResults, funcV);
ResultOutPut(memoResults, funcZ);
memoResults.Text += "Скалярное произведение v и u =" + funcu.ScalarProduct(funcV) + Environment.NewLine;
memoResults.Text += "косинус угла между v и u =" + funcu.ScalarProduct(funcV) / (funcu.Norma() * funcV.Norma()) + Environment.NewLine;
memoResults.Text += energySpectU.FullEnergy() + Environment.NewLine;
memoResults.Text += energySpectV.FullEnergy() + Environment.NewLine;
memoResults.Text += energySpectZ.FullEnergy() + Environment.NewLine;
//memoResults.Text += relativeSpectre.FullEnergy() + Environment.NewLine;
}
public FunctionZ(FunctionU funcU, FunctionV funcV)
{
Series.Name = "Сумма функций";
_funcU = funcU;
_funcV = funcV;
}
