public void VisualizeSolution(IMatrix <int> matrix, ISolution solution)
{
var text = new StringBuilder();
var splitted = new SplittedMatrix(matrix, solution);
var index = new Index2D();
for (int i = 0; i < splitted.Size(0); i++) //строка разбитой матрицы
{
if (i != 0)
{
text.AppendLine();
}
for (index.I = splitted.CellLow(i, 0); index.I <= splitted.CellHigh(i, 0); index.I++) //строка исходной матрицы, попавшая в строку разбитой матрицы
{
for (int j = 0; j < splitted.Size(1); j++) //столбец разбитой матрицы
{
if (j != 0)
{
text.AppendFormat(" ");
}
for (index.J = splitted.CellLow(j, 1); index.J <= splitted.CellHigh(j, 1); index.J++) //столбец исходной матрицы, попавший в столбец разбитой матрицы
{
text.AppendFormat("{0,3} ", matrix[index]);
}
}
text.AppendLine();
}
}
MessageBox.Show(text.ToString());
}
public ISolution Run(IMatrix <int> matrix)
{
var startSolution = auxilary.Run(matrix);
int[] x = startSolution[0].ToArray();
int[] y = startSolution[1].ToArray();
var solution = new ArraySolution(x, y);
var m = new SplittedMatrix(matrix, solution);
while (true)
{
bool result = false;
for (int I = 0; I < x.Length; I++)
{
for (int J = 0; J < y.Length; J++)
{
result |= LocalProcedure(x, y, m, I, J);
}
}
if (!result)
{
break;
}
}
return(solution);
}
public SolutionVisualizerForm(SplittedMatrix splittedMatrix, IMatrix<int> matrix, ISolution solution, int min, int max, double criterion)
{
InitParameters(splittedMatrix, matrix, solution);
SetSizeOfBitmap();
SetMinMax(min, max);
SetBoundOfValuesOfMatrix(min, max);
SetCriterion(criterion);
settingsEvent();
}
public SolutionVisualizerForm(SplittedMatrix splittedMatrix, IMatrix <int> matrix, ISolution solution, int min, int max, double criterion)
{
InitParameters(splittedMatrix, matrix, solution);
SetSizeOfBitmap();
SetMinMax(min, max);
SetBoundOfValuesOfMatrix(min, max);
SetCriterion(criterion);
settingsEvent();
}
public void VisualizeSolution(IMatrix <int> matrix, ISolution solution)
{
var max = CoreUtilities.Utilities.Max(matrix);
var min = CoreUtilities.Utilities.Min(matrix);
var criterion = MinMaxCriterium.Calculate(matrix, solution);
var splitted = new SplittedMatrix(matrix, solution);
var solutionVisualizer =
new SolutionVisualizerForm(splitted, matrix,
solution, min, max, criterion);
solutionVisualizer.Draw();
solutionVisualizer.Show();
}
private void InitParameters(SplittedMatrix splittedMatrix, IMatrix <int> matrix, ISolution solution)
{
Name = "SolutionVisualizerForm";
Text = " Visualizer of solution";
this.splittedMatrix = splittedMatrix;
this.matrix = matrix;
this.solution = solution;
int rows = matrix.Size(1);
int columns = matrix.Size(0);
int minSize = rows < columns ? rows : columns;
zoomShift = 1 + minSize / 400;
coefficient = 255.0 / CoreUtilities.Utilities.Max(matrix);
modeOfDrawing = Mode.Matrix;
ModeChangeButton.Visible = true;
settingsEvent = SetZoom;
settingsEvent += SetSolutionSize;
settingsEvent += SetStep;
settingsEvent += SetBitmap;
settingsEvent += InitSumInBlocks;
settingsEvent += SetBoundOfValuesOfBlocks;
settingsEvent += SetSumInBlocks;
}
private void InitParameters(SplittedMatrix splittedMatrix, IMatrix<int> matrix, ISolution solution)
{
Name = "SolutionVisualizerForm";
Text = " Visualizer of solution";
this.splittedMatrix = splittedMatrix;
this.matrix = matrix;
this.solution = solution;
int rows = matrix.Size(1);
int columns = matrix.Size(0);
int minSize = rows < columns ? rows : columns;
zoomShift = 1 + minSize / 400;
coefficient = 255.0 / CoreUtilities.Utilities.Max(matrix);
modeOfDrawing = Mode.Matrix;
ModeChangeButton.Visible = true;
settingsEvent = SetZoom;
settingsEvent += SetSolutionSize;
settingsEvent += SetStep;
settingsEvent += SetBitmap;
settingsEvent += InitSumInBlocks;
settingsEvent += SetBoundOfValuesOfBlocks;
settingsEvent += SetSumInBlocks;
}
