public Matrix(IMatrixElement[] vector)
{
_matrix = new IMatrixElement[vector.Length, 1];
for (int i = 0; i < vector.Length; i++)
_matrix[i, 0] = vector[i].Clone();
this._matrixChanged = true;
}
private void SetDestinationButton_Click(object sender, EventArgs e)
{
if (!IsDestinationPositionEmpty())
{
MessageBox.Show(Locales.Strings.EmptyPosition);
return;
}
if (!IsMatrixInitialized())
{
MessageBox.Show(Locales.Strings.MatrixNotInitialized);
return;
}
int.TryParse(DestinationXPos.Text, out int xPosition);
int.TryParse(DestinationYPos.Text, out int yPosition);
IMatrixElement destinationElement = MatrixFactory.CreateMatrixElement(MatrixElementType.Destination, xPosition - 1, yPosition - 1);
try
{
Matrix.SetMatrixElement(destinationElement);
DisplayMatrix();
DestinationSet = true;
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
private void SetStartPositionBttn_Click(object sender, EventArgs e)
{
if (!IsStartPositionEmpty())
{
MessageBox.Show(Locales.Strings.EmptyPosition);
return;
}
if (!IsMatrixInitialized())
{
MessageBox.Show(Locales.Strings.MatrixNotInitialized);
return;
}
int.TryParse(StartXPos.Text, out int xPosition);
int.TryParse(StartYPos.Text, out int yPosition);
try
{
IMatrixElement startElement = MatrixFactory.CreateMatrixElement(MatrixElementType.Start, xPosition - 1, yPosition - 1);
Matrix.SetMatrixElement(startElement);
DisplayMatrix();
StartSet = true;
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
public static IGraph ConvertMatrixToGraph(IMatrix matrix)
{
IGraph graph = new Graph();
foreach (IMatrixLine line in matrix.MatrixInstance)
{
foreach (IMatrixElement element in line.Line)
{
IGraphVertex vertex = ConvertMatrixElementToVertex(element);
IMatrixElement elementAtRight = line.GetElementAtRight(element);
IMatrixElement elementAtLeft = line.GetElementAtLeft(element);
IMatrixElement elementAbove = matrix.GetElementAbove(line, element);
IMatrixElement elementBelow = matrix.GetElementBelow(line, element);
if (!elementAtLeft.IsEmpty())
{
vertex.ConnectedVertices.Add(ConvertMatrixElementToVertex(elementAtLeft));
}
if (!elementAtRight.IsEmpty())
{
vertex.ConnectedVertices.Add(ConvertMatrixElementToVertex(elementAtRight));
}
if (!elementAbove.IsEmpty())
{
vertex.ConnectedVertices.Add(ConvertMatrixElementToVertex(elementAbove));
}
if (!elementBelow.IsEmpty())
{
vertex.ConnectedVertices.Add(ConvertMatrixElementToVertex(elementBelow));
}
graph.GraphInstance.Add(vertex);
}
}
return(graph);
}
public IMatrixElement Mul(IMatrixElement e)
{
Dictionary<string, double> element2 = (e as MatrixElementWithVariables).element, res = new Dictionary<string, double>();
foreach (var keyValue1 in this.element)
{
foreach (var keyValue2 in element2)
{
string var;
if (keyValue1.Key == "" && keyValue2.Key == "")
var = "";
else if (keyValue1.Key == "")
var = keyValue2.Key;
else if (keyValue2.Key == "")
var = keyValue1.Key;
else if (keyValue1.Key == keyValue2.Key)
var = keyValue1.Key + "^2";
else
var = keyValue1.Key + "+" + keyValue2.Key;
//= var1;
//if (var1 != var2)
// var += " * " + var2;
//else if (var1 != "")
// var += "^2";
if (res.ContainsKey(var))
res[var] += keyValue1.Value * keyValue2.Value;
else
res.Add(var, keyValue1.Value * keyValue2.Value);
}
}
return new MatrixElementWithVariables(res);
}
public Matrix(int rows, int cols,IMatrixElement element)
{
_matrix = new IMatrixElement[rows, cols];
for (int i = 0; i < cols; i++)
for (int j = 0; j < rows; j++)
_matrix[j, i] = element;
this._matrixChanged = true;
}
private static IGraphVertex ConvertMatrixElementToVertex(IMatrixElement element)
{
IGraphVertex vertex = new GraphVertex
{
MatrixElement = element
};
return(vertex);
}
public IMatrixElement GetElementAtRight(IMatrixElement element)
{
if (!HasElementAtRight(Line.IndexOf(element)))
{
return(GetEmptyElement());
}
return(Line[Line.IndexOf(element) + 1]);
}
public IMatrixElement GetElementAbove(IMatrixLine line, IMatrixElement element)
{
if (!HasLineAbove(MatrixInstance.IndexOf(line)))
{
return(GetEmptyElement());
}
int indexOfElement = line.Line.IndexOf(element);
IMatrixLine lineAbove = MatrixInstance[MatrixInstance.IndexOf(line) - 1];
return(lineAbove.GetElementAtIndex(indexOfElement));
}
public IMatrixElement GetElementBelow(IMatrixLine line, IMatrixElement element)
{
if (!HasLineBelow(MatrixInstance.IndexOf(line)))
{
return(GetEmptyElement());
}
int indexOfElement = line.Line.IndexOf(element);
IMatrixLine lineBelow = MatrixInstance[MatrixInstance.IndexOf(line) + 1];
return(lineBelow.GetElementAtIndex(indexOfElement));
}
public void SetMatrixElement(IMatrixElement element)
{
if (!IsElementInRange(element))
{
throw new ElementOutOfRangeException(Locales.Strings.ElementOutOfRange);
}
if (!IsRobotElementAlreadySet() && element.IsRobot())
{
StartPositionSet = true;
}
else if (IsRobotElementAlreadySet() && element.IsRobot())
{
throw new StartElementAlreadySetException(Locales.Strings.StartPositionAlreadySet);
}
if (IsElementAlreadyMarked(element))
{
throw new ElementAlreadySetException(Locales.Strings.PositionAlreadySet);
}
MatrixInstance[element.X].Line[element.Y] = element;
}
public IMatrixElement Sub(IMatrixElement e)
{
return new FunctionMatrixElement(this.Function - (e as FunctionMatrixElement).Function);
}
public IMatrixElement Mul(IMatrixElement e)
{
FunctionMatrixElement eq = e as FunctionMatrixElement;
return new FunctionMatrixElement(eq.Function * this.Function);
}
public IMatrixElement Div(IMatrixElement e)
{
return new FunctionMatrixElement(this.Function / (e as FunctionMatrixElement).Function);
}
public IMatrixElement Add(IMatrixElement e)
{
return new FunctionMatrixElement(this.Function + (e as FunctionMatrixElement).Function);
}
private Function SetVariableValue(string name, IMatrixElement value)
{
if (value is FunctionMatrixElement)
{
return new Function(this.SetVariableValue(name, (value as FunctionMatrixElement).Function));
}
if (value is DoubleMatrixElement)
{
return new Function(this.SetVariableValue(name, (value as DoubleMatrixElement).D));
}
throw new Exception("Unsupported matrix element type");
}
public IMatrixElement Mul(IMatrixElement e)
{
DoubleMatrixElement e1 = e as DoubleMatrixElement;
return new DoubleMatrixElement(D * e1.D);
}
public IMatrixElement Add(IMatrixElement e)
{
DoubleMatrixElement e1 = e as DoubleMatrixElement;
return new DoubleMatrixElement(D + e1.D);
}
private bool IsElementAlreadyMarked(IMatrixElement element) => !MatrixInstance[element.X].Line[element.Y].IsAvailable();
private bool IsElementInRange(IMatrixElement element) => element.X < Size && element.Y < Size && element.X >= 0 && element.Y >= 0;
public IMatrixElement Div(IMatrixElement e)
{
return new DoubleMatrixElement(this.D / (e as DoubleMatrixElement).D);
}
/// <summary>
/// Инициализация матрицы с помощью двумерно массива вещественных чисел
/// </summary>
/// <param name="matrix">Массив элементов матрицы</param>
public Matrix(IMatrixElement[,] matrix)
{
_matrix = matrix.Clone() as IMatrixElement[,];
this._matrixChanged = true;
}
public IMatrixElement Sub(IMatrixElement e)
{
return new DoubleMatrixElement(D - (e as DoubleMatrixElement).D);
}
/// <summary>
/// Единичная матрица заданного размера.
/// </summary>
/// <param name="size">Размерность матрицы.</param>
/// <returns></returns>
public static Matrix IdentityMatrix(int size, IMatrixElement elementForGetType)
{
Matrix m = new Matrix(size, size,elementForGetType.Zero());
for (int i = 0; i < size; i++)
m[i, i] = elementForGetType.One();
return m;
}
//public double ToDouble(double[] variablesValues)
//{
//}
public IMatrixElement Div(IMatrixElement e)
{
throw new NotImplementedException();
}
public IMatrixElement Add(IMatrixElement e)
{
Dictionary<string, double> element2 = (e as MatrixElementWithVariables).element, res = new Dictionary<string, double>(element);
foreach (string var1 in element2.Keys)
{
if (res.ContainsKey(var1))
res[var1] += element2[var1];
else
res.Add(var1, element2[var1]);
}
return new MatrixElementWithVariables(res);
}
