private void RefreshRoots()
{
var roots = _polynom.GetRoots();
firstRootMatrixControl.Fill(roots[0]);
secondRootMatrixControl.Fill(roots[1]);
}
private void RefreshRoots()
{
var roots = _polynom.GetRoots();
firstRootTextEdit.EditValue = double.IsNaN(roots[0].Value) ? "" : roots[0].Value.ToString();
secondRootTextEdit.EditValue = double.IsNaN(roots[1].Value) ? "" : roots[1].Value.ToString();
}
private void RefreshRoots()
{
var roots = _polynom.GetRoots();
firstRootTextEdit.EditValue = roots[0].ToString();
secondRootTextEdit.EditValue = roots[1].ToString();
}
static void Main(string[] args)
{
StreamReader inStream;
StreamWriter outStream, standartStream = new StreamWriter(Console.OpenStandardOutput());
#region RealNumber Polinom
Console.WriteLine("Real Number Polinom:");
#region Reading A coef
Console.Write("a = ");
var realA = new StreamableNumber(0);
inStream = realA.InStream;
Console.SetIn(inStream);
#endregion
#region Reading B coef
Console.Write("b = ");
var realB = new StreamableNumber(0);
inStream = realB.InStream;
Console.SetIn(inStream);
#endregion
#region Reading C coef
Console.Write("c = ");
var realC = new StreamableNumber(0);
inStream = realC.InStream;
Console.SetIn(inStream);
#endregion
var realPolinom = new SecondDegreePolynom <StreamableNumber>(realA, realB, realC);
var realRoots = realPolinom.GetRoots();
#region Writing Root1
Console.Write("root1 = ");
outStream = realRoots[0].OutStream;
Console.SetOut(outStream);
outStream.Flush();
Console.SetOut(standartStream);
Console.WriteLine();
#endregion
#region Writing Root2
Console.Write("root2 = ");
standartStream.Flush();
outStream = realRoots[1].OutStream;
Console.SetOut(outStream);
Console.WriteLine();
outStream.Flush();
Console.SetOut(standartStream);
Console.WriteLine();
#endregion
#endregion
#region ComplexNumber Polinom
Console.WriteLine("Complex Number Polinom:");
#region Reading A coef
Console.Write("a = ");
standartStream.Flush();
var complexA = new StreamableComplex(0);
inStream = complexA.InStream;
Console.SetIn(inStream);
#endregion
#region Reading B coef
Console.Write("b = ");
standartStream.Flush();
var complexB = new StreamableComplex(0);
inStream = complexB.InStream;
Console.SetIn(inStream);
#endregion
#region Reading C coef
Console.Write("c = ");
standartStream.Flush();
var complexC = new StreamableComplex(0);
inStream = complexC.InStream;
Console.SetIn(inStream);
#endregion
var complexPolinom = new SecondDegreePolynom <StreamableComplex>(complexA, complexB, complexC);
var complexRoots = complexPolinom.GetRoots();
#region Writing Root1
Console.Write("root1 = ");
standartStream.Flush();
outStream = complexRoots[0].OutStream;
Console.SetOut(outStream);
outStream.Flush();
Console.SetOut(standartStream);
Console.WriteLine();
#endregion
#region Writing Root2
Console.Write("root2 = ");
standartStream.Flush();
outStream = complexRoots[1].OutStream;
Console.SetOut(outStream);
Console.WriteLine();
outStream.Flush();
Console.SetOut(standartStream);
Console.WriteLine();
#endregion
#endregion
#region DiagonalMatrix Polinom
Console.WriteLine("Diagonal Matrix Polinom:");
Console.Write("dim = ");
standartStream.Flush();
int dim = Int32.Parse(Console.ReadLine());
#region Reading A coef
Console.Write("a = ");
standartStream.Flush();
var matrixA = new StreamableMatrix(dim);
inStream = matrixA.InStream;
Console.SetIn(inStream);
#endregion
#region Reading B coef
Console.Write("b = ");
standartStream.Flush();
var matrixB = new StreamableMatrix(dim);
inStream = matrixB.InStream;
Console.SetIn(inStream);
#endregion
#region Reading C coef
Console.Write("c = ");
standartStream.Flush();
var matrixC = new StreamableMatrix(dim);
inStream = matrixC.InStream;
Console.SetIn(inStream);
#endregion
var matrixPolinom = new SecondDegreePolynom <StreamableMatrix> (matrixA, matrixB, matrixC);
var matrixRoots = matrixPolinom.GetRoots();
#region Writing Root1
Console.Write("root1 = ");
standartStream.Flush();
outStream = matrixRoots[0].OutStream;
Console.SetOut(outStream);
outStream.Flush();
Console.SetOut(standartStream);
Console.WriteLine();
#endregion
#region Writing Root2
Console.Write("root2 = ");
standartStream.Flush();
outStream = matrixRoots[1].OutStream;
Console.SetOut(outStream);
Console.WriteLine();
outStream.Flush();
Console.SetOut(standartStream);
Console.WriteLine();
#endregion
#endregion
Console.ReadKey();
}