private void Do_Clear_Click(object sender, EventArgs e)
{
for (var i = 0; i < textBoxes.Length; ++i)
{
textBoxes[i].Text = "";
}
Debug.Text = "";
if (state != States.before)
{
Extramethods.changeScene(textBoxes, roBoxes, Coefficient, Operation, true);
var j = FMatrix.Columns.Count - 1;
for (; j >= 0; --j)
{
FMatrix.Columns.Remove(FMatrix.Columns[j]);
}
var k = SMatrix.Columns.Count - 1;
for (; k >= 0; --k)
{
SMatrix.Columns.Remove(SMatrix.Columns[k]);
}
var l = RMatrix.Columns.Count - 1;
for (; l >= 0; --l)
{
RMatrix.Columns.Remove(RMatrix.Columns[l]);
}
}
Coefficient.Text = "";
state = States.before;
}
private void Button1_Click(object sender, EventArgs e) /* START */
{
if (state == States.before)
{
if (Operation.SelectedIndex == 0)
{
var error = "";
var willContinue = Extramethods.findingErrors(out error, textBoxes);
if (MFirstCols.Text != "" && MSecStrs.Text != "" && int.Parse(MFirstCols.Text) != int.Parse(MSecStrs.Text))
{
error = "Count of cols first matrix != count of rows second matrix";
willContinue = false;
}
if (willContinue == false)
{
Debug.Text = error;
}
else
{
matrix1 = new Matrix(int.Parse(MFirstStrs.Text), int.Parse(MFirstCols.Text));
matrix2 = new Matrix(int.Parse(MSecStrs.Text), int.Parse(MSecCols.Text));
matrix3 = new Matrix(matrix1.Rows, matrix2.Cols);
Extramethods.changeScene(textBoxes, roBoxes, Coefficient, Operation, false);
DataTable table1;
DataTable table2;
DataTable table3;
Extramethods.addCols(out table1, out table2, out table3, matrix1.Cols,
matrix1.Rows, matrix2.Cols, matrix2.Rows, matrix3.Cols, matrix3.Rows);
FMatrix.DataSource = table1;
SMatrix.DataSource = table2;
RMatrix.DataSource = table3;
state = States.input;
}
}
else if (Operation.SelectedIndex == 1) // addition
{
var error = "";
var willContinue = Extramethods.findingErrors(out error, textBoxes);
if (willContinue == false)
{
Debug.Text = error;
return;
}
if (int.Parse(MFirstCols.Text) != int.Parse(MSecCols.Text) || int.Parse(MFirstStrs.Text) != int.Parse(MSecStrs.Text))
{
Debug.Text = "Count of cols and rows in matrixes are different";
return;
}
var cols = int.Parse(MFirstCols.Text);
var rows = int.Parse(MFirstStrs.Text);
matrix1 = new Matrix(rows, cols);
matrix2 = new Matrix(rows, cols);
matrix3 = new Matrix(rows, cols);
Extramethods.changeScene(textBoxes, roBoxes, Coefficient, Operation, false);
DataTable table1;
DataTable table2;
DataTable table3;
Extramethods.addCols(out table1, out table2, out table3, cols, rows);
FMatrix.DataSource = table1;
SMatrix.DataSource = table2;
RMatrix.DataSource = table3;
state = States.input;
}
else if (Operation.SelectedIndex == 2) // subtraction
{
var error = "";
var willContinue = Extramethods.findingErrors(out error, textBoxes);
if (willContinue == false)
{
Debug.Text = error;
return;
}
if (int.Parse(MFirstCols.Text) != int.Parse(MSecCols.Text) || int.Parse(MFirstStrs.Text) != int.Parse(MSecStrs.Text))
{
Debug.Text = "Count of cols and rows in matrixes are different";
return;
}
var cols = int.Parse(MFirstCols.Text);
var rows = int.Parse(MFirstStrs.Text);
matrix1 = new Matrix(rows, cols);
matrix2 = new Matrix(rows, cols);
matrix3 = new Matrix(rows, cols);
Extramethods.changeScene(textBoxes, roBoxes, Coefficient, Operation, false);
DataTable table1;
DataTable table2;
DataTable table3;
Extramethods.addCols(out table1, out table2, out table3, cols, rows);
FMatrix.DataSource = table1;
SMatrix.DataSource = table2;
RMatrix.DataSource = table3;
state = States.input;
}
else if (Operation.SelectedIndex == -1)
{
Debug.Text = "Choose operator for resolving";
}
else
{
Debug.Text = "Lol what";
}
}
else
{
Debug.Text = "You just started calculation matrixes";
}
}
private void CopyT_Click(object sender, EventArgs e)
{
Extramethods.copyMatrix(Debug, FMatrix, SMatrix, RMatrix, 3, matrix1.Rows, matrix1.Cols,
matrix2.Rows, matrix2.Cols, matrix3.Rows, matrix3.Cols);
}
private void SetS_Click(object sender, EventArgs e)
{
Extramethods.setMatrix(Debug, FMatrix, SMatrix, RMatrix, 2, matrix1.Rows, matrix1.Cols,
matrix2.Rows, matrix2.Cols, matrix3.Rows, matrix3.Cols);
}
