public ReturnedData doStuff(Point[] withPoints)
{
setStuff(withPoints[0], withPoints[1], withPoints[2], withPoints[3]);
ReturnedData data = new ReturnedData();
Stopwatch watch = new Stopwatch();
watch.Start();
var actuallySquare = calculateActualSquare(leftPoint_, upPoint_, downPoint_);
data.actualSquare = actuallySquare;
var number = new Random();
int insideCounter;
double randomX;
double randomY;
for (var i = 0; i < 5; i++)
{
watch.Start();
double n = Math.Pow(10, i + 3);
insideCounter = 0;
for (var j = 0; j < n; j++)
{
randomX = minX_ + ToDouble(number.Next(0, 132767)) / 132767 * (maxX_ - minX_); //minX_ * number.Next (ToInt32 ( minX_ ), ToInt32(maxX_));
randomY = minY_ + ToDouble(number.Next(0, 132767)) / 132767 * (maxY_ - minY_); //number.Next (ToInt32 ( minY_ ), ToInt32(maxY_));
if (isInside(new Point(randomX, randomY)))
{
insideCounter++;
}
}
var square = square_ * insideCounter / n;
watch.Stop();
data.addSquare(square);
data.addAcc(Math.Abs(square - actuallySquare) / actuallySquare);
data.addPoints(n);
data.addPointsInside(insideCounter);
data.addTime(watch.Elapsed);
watch.Reset();
}
return(data);
}
private void outputResult(ReturnedData dataForOutput, int textBoxNumber)
{
DataGridView currentDataGrid;
if (textBoxNumber == 0)
{
currentDataGrid = objectDataGrid;
}
else
{
currentDataGrid = procedureDataGrid;
}
//var currentDataGrid = dataGrids[textBoxNumber];
var squares = dataForOutput.CalculatedSquares;
var accs = dataForOutput.Accuracies;
var numbOfPoints = dataForOutput.NumberOfPoints;
var numbOfPointsInside = dataForOutput.NumberOfPointsInside;
var times = dataForOutput.Times;
int currentRow = currentDataGrid.RowCount - 1;
for (int i = 0; i < squares.Count; i++)
{
currentDataGrid.Rows.Add();
currentDataGrid.Rows[currentRow].Cells[0].Value = numbOfPoints[i];
currentDataGrid.Rows[currentRow].Cells[1].Value = numbOfPointsInside[i];
currentDataGrid.Rows[currentRow].Cells[2].Value = dataForOutput.actualSquare;
currentDataGrid.Rows[currentRow].Cells[3].Value = squares[i];
currentDataGrid.Rows[currentRow].Cells[4].Value = accs[i];
currentDataGrid.Rows[currentRow].Cells[5].Value = times[i];
currentRow++;
}
currentDataGrid.Rows.Add();
//currentDataGrid.Rows.Add();
// RichTextBox[] textBoxes = new RichTextBox[] {forOOP, forNonOOP};
//
// textBoxes[textBoxNumber].Text += "\n\r\n\r";
//
// var squares = dataForOutput.CalculatedSquares;
// var accs = dataForOutput.Accuracies;
// for (int i = 0; i < squares.Count; i++) {
// textBoxes[textBoxNumber].Text += $"Площадь = {squares[i]} Погрешность = {accs[i]}\n\r";
// }
//
// textBoxes[textBoxNumber].Text += $"Настоящая Площадь = {dataForOutput.actualSquare}\n\rВремя Затрачено: {dataForOutput.time}";
}
public ReturnedData calculate()
{
ReturnedData data = new ReturnedData();
Stopwatch watch = new Stopwatch();
watch.Start();
var actualSquare = calculatedFigure_.calculateActualSquare();
data.actualSquare = actualSquare;
var number = new Random();
int insideCounter;
double randomX;
double randomY;
for (var i = 0; i < 5; i++)
{
watch.Start();
double n = Math.Pow(10, i + 3);
insideCounter = 0;
for (var j = 0; j < n; j++)
{
randomX = mainFigure_.minX_ + ToDouble(number.Next(0, 132767)) / 132767 * (mainFigure_.maxX_ - mainFigure_.minX_); //minX_ * number.Next (ToInt32 ( minX_ ), ToInt32(maxX_));
randomY = mainFigure_.minY_ + ToDouble(number.Next(0, 132767)) / 132767 * (mainFigure_.maxY_ - mainFigure_.minY_); //number.Next (ToInt32 ( minY_ ), ToInt32(maxY_));
if (calculatedFigure_.isInside(new Point(randomX, randomY)))
{
insideCounter++;
}
}
var square = mainFigure_.square_ * insideCounter / n;
watch.Stop();
data.addSquare(square);
data.addAcc(Math.Abs(square - actualSquare) / actualSquare);
data.addPoints(n);
data.addPointsInside(insideCounter);
data.addTime(watch.Elapsed);
watch.Reset();
}
return(data);
}
