private void ShowPow()
{
if (CheckEmptyText(textBox2) && CheckEmptyText(textBox4))
{
label1.Text = NewtonCalculations.GetRoot(NewtonCalculations.ff, NewtonCalculations.ffdX, double.Parse(textBox1.Text), double.Parse(textBox2.Text), double.Parse(textBox4.Text)).ToString();
}
}
private void ShowHer()
{
if (CheckEmptyText(textBox1) && CheckEmptyText(textBox2) && CheckEmptyText(textBox5) && CheckEmptyText(textBox6) && CheckEmptyText(textBox7) && CheckEmptyText(textBox8))
{
label1.Text = NewtonCalculations.GetRoot(NewtonCalculations.fff, NewtonCalculations.fffdX, double.Parse(textBox1.Text), double.Parse(textBox2.Text), double.Parse(textBox5.Text), double.Parse(textBox6.Text), double.Parse(textBox7.Text), double.Parse(textBox8.Text)).ToString();
}
}
private void CheckCorrectness()
{
switch (NowRandomComponent.ToString())
{
case "Матрицы":
{
switch (NowRandomMatrixFunction.ToString())
{
case "Sub":
{
DataGridView CheckDataGrid = new DataGridView();
CheckDataGrid.RowCount = dataGridViews[0].RowCount;
CheckDataGrid.ColumnCount = dataGridViews[0].ColumnCount;
CheckDataGrid = MatrixCalculator.MatrixSub(dataGridViews[0], dataGridViews[1], CheckDataGrid);
if (CheckIdentityMatrix(CheckDataGrid, dataGridViews[2]))
{
CorrectCount++;
}
break;
}
case "Mul":
{
DataGridView CheckDataGrid = new DataGridView();
CheckDataGrid.RowCount = dataGridViews[0].RowCount;
CheckDataGrid.ColumnCount = dataGridViews[0].ColumnCount;
CheckDataGrid = MatrixCalculator.MatrixMul(dataGridViews[0], dataGridViews[1], CheckDataGrid);
if (CheckIdentityMatrix(CheckDataGrid, dataGridViews[2]))
{
CorrectCount++;
}
break;
}
}
break;
}
case "Уравнения":
{
if (EquChecker != 4)
{
if (AnswerText.Text == NewtonCalculations.GetRoot(NewtonCalculations.f, NewtonCalculations.fdX, FirstB, SecondB, koef1).ToString())
{
CorrectCount++;
}
}
else
{
}
break;
}
}
}
