public void DrawFullCarcass()
{
Wb.Clear();
////Z - buffer
//int[,] Z = new int[Wb.PixelWidth, Wb.PixelHeight];
//for (int i = 0; i < Wb.PixelWidth; i++)
//{
// for (int j = 0; j < Wb.PixelHeight; j++)
// {
// Z[i, j] = Int32.MinValue;
// }
//}
Point[] buffer = new Point[(BetaDo - BetaOt)];
for (int alfa = AlfaOt; alfa < AlfaDo; alfa += resolution)
{
for (int beta = BetaOt; beta < BetaDo; beta += resolution * 2)
{
var res = MainModel.Axonometry(MainModel.Func(R, alfa * Math.PI / 180, beta * Math.PI / 180),
Alfa * Math.PI / 180,
Beta * Math.PI / 180);
if (!double.IsNegativeInfinity(pointHorizontal.X))
{
MainModel.Line(wb, (int)pointHorizontal.X, (int)pointHorizontal.Y,
(int)res.Item1 + Wb.PixelWidth / 2, (int)res.Item2 + Wb.PixelHeight / 2,
color);// ,ref Z, (int)res.Item3);
if (alfa > 0)
{
MainModel.Line(wb, (int)buffer[beta].X, (int)buffer[beta].Y,
(int)res.Item1 + Wb.PixelWidth / 2, (int)res.Item2 + Wb.PixelHeight / 2,
color);
}
}
buffer[beta] = new Point(res.Item1 + Wb.PixelWidth / 2, res.Item2 + Wb.PixelHeight / 2);
if (alfa < AlfaDo - resolution)
{
pointHorizontal = new Point(res.Item1 + Wb.PixelWidth / 2, res.Item2 + Wb.PixelHeight / 2);
}
else
{
pointHorizontal.X = double.NegativeInfinity;
}
}
}
}
public void DrawHorizontalCarcass(Func <Tuple <double, double, double>, int, Tuple <double, double, double> > scaling,
Func <Tuple <double, double, double>, int, int, int, Tuple <double, double, double> > moving,
Func <Tuple <double, double, double>, int, Tuple <double, double, double> > rX,
Func <Tuple <double, double, double>, int, Tuple <double, double, double> > rY,
Func <Tuple <double, double, double>, int, Tuple <double, double, double> > rZ)
{
Wb.Clear();
////Z - buffer
//int[,] Z = new int[Wb.PixelWidth, Wb.PixelHeight];
//for (int i = 0; i < Wb.PixelWidth; i++)
//{
// for (int j = 0; j < Wb.PixelHeight; j++)
// {
// Z[i, j] = Int32.MinValue;
// }
//}
for (int alfa = AlfaOt; alfa < AlfaDo; alfa += resolution)
{
for (int beta = BetaOt; beta < BetaDo; beta += resolution * 2)
{
var res = MainModel.Axonometry(rZ(rY(rX(moving(scaling(MainModel.Func(R, alfa * Math.PI / 180, beta * Math.PI / 180), K), Dx, Dy, Dz), AffineAngleX), AffineAngleY), AffineAngleZ),
Alfa * Math.PI / 180,
Beta * Math.PI / 180);
if (!double.IsNegativeInfinity(pointHorizontal.X))
{
MainModel.Line(wb, (int)pointHorizontal.X, (int)pointHorizontal.Y,
(int)res.Item1 + Wb.PixelWidth / 2, (int)res.Item2 + Wb.PixelHeight / 2,
color);//,ref Z, (int)res.Item3);
}
if (alfa < AlfaDo - resolution)
{
pointHorizontal = new Point(res.Item1 + Wb.PixelWidth / 2, res.Item2 + Wb.PixelHeight / 2);
}
else
{
pointHorizontal.X = double.NegativeInfinity;
}
}
}
}
public void DrawPolygons()
{
Wb.Clear();
Point[] bufferUp = new Point[(BetaDo - BetaOt)];
Point[] bufferDown = new Point[(BetaDo - BetaOt)];
for (int alfa = AlfaOt; alfa < AlfaDo; alfa += resolution)
{
for (int beta = BetaOt; beta < BetaDo; beta += resolution)
{
var res = MainModel.Axonometry(MainModel.Func(R, alfa * Math.PI / 180, beta * Math.PI / 180),
Alfa * Math.PI / 180,
Beta * Math.PI / 180);
bufferDown[beta] = new Point(res.Item1 + Wb.PixelWidth / 2, res.Item2 + Wb.PixelHeight / 2);
if (alfa > 1 && beta > 0)
{
MainModel.Polygon(wb, bufferUp[beta - 1], bufferUp[beta], bufferDown[beta - 1], bufferDown[beta], color);
}
if (alfa > 0 && beta > 0)
{
bufferUp[beta - 1] = bufferDown[beta - 1];
}
}
}
}