public Bitmap Render(IImageRaster <IRaster3DInteger, bool> source_image)
{
IRaster3DInteger source_raster = source_image.Raster;
List <int> elements_true = source_image.GetElementIndexesWithValue(true);
float[,] coordinates_image = new float[elements_true.Count, 3];
float[,] elements_projection = new float[elements_true.Count, 3];
int [] coordinates = new int [3];
for (int element_index_index = 0; element_index_index < elements_true.Count; element_index_index++)
{
source_raster.GetElementCoordinatesRBA(elements_true[element_index_index], coordinates);
coordinates_image[element_index_index, 0] = coordinates[0];
coordinates_image[element_index_index, 1] = coordinates[1];
coordinates_image[element_index_index, 2] = coordinates[2];
}
for (int element_index = 0; element_index < elements_true.Count; element_index++)
{
elements_projection[element_index, 0] = ((coordinates_image[element_index, 0] - image_focus[0]) * projection_vector_x[0]) +
((coordinates_image[element_index, 1] - image_focus[1]) * projection_vector_x[1]) +
((coordinates_image[element_index, 2] - image_focus[2]) * projection_vector_x[2]);
elements_projection[element_index, 1] = ((coordinates_image[element_index, 0] - image_focus[0]) * projection_vector_y[0]) +
((coordinates_image[element_index, 1] - image_focus[1]) * projection_vector_y[1]) +
((coordinates_image[element_index, 2] - image_focus[2]) * projection_vector_y[2]);
elements_projection[element_index, 2] = ((coordinates_image[element_index, 0] - image_focus[0]) * projection_vector_z[0]) +
((coordinates_image[element_index, 1] - image_focus[1]) * projection_vector_z[1]) +
((coordinates_image[element_index, 2] - image_focus[2]) * projection_vector_z[2]);
}
Raster2DInteger bitmap_raster = new Raster2DInteger(bitmap_size_x, bitmap_size_y);
Bitmap destination_image = new Bitmap(bitmap_size_x, bitmap_size_y);
for (int index_y = 0; index_y < bitmap_raster.Size1; index_y++)
{
for (int index_x = 0; index_x < bitmap_raster.Size0; index_x++)
{
destination_image.SetPixel(index_x, index_y, Color.Black);
}
}
for (int element_index = 0; element_index < elements_true.Count; element_index++)
{
int x_target = (int)elements_projection[element_index, 0] + (bitmap_raster.Size0 / 2);
int y_target = (int)elements_projection[element_index, 1] + (bitmap_raster.Size1 / 2);
if (bitmap_raster.ContainsCoordinates(x_target, y_target))
{
destination_image.SetPixel(x_target, y_target, Color.White);
}
}
return(destination_image);
}
public IImageRaster <IRaster2DInteger, bool> Render(Tuple <List <int>, IRaster3DInteger> render_source)
{
List <int> elements_true = render_source.Item1;
IRaster3DInteger source_raster = render_source.Item2;
float[,] coordinates_image = new float[elements_true.Count, 3];
float[,] elements_projection = new float[elements_true.Count, 3];
int [] coordinates = new int [3];
for (int element_index_index = 0; element_index_index < elements_true.Count; element_index_index++)
{
source_raster.GetElementCoordinatesRBA(elements_true[element_index_index], coordinates);
coordinates_image[element_index_index, 0] = coordinates[0];
coordinates_image[element_index_index, 1] = coordinates[1];
coordinates_image[element_index_index, 2] = coordinates[2];
}
for (int element_index = 0; element_index < elements_true.Count; element_index++)
{
elements_projection[element_index, 0] = ((coordinates_image[element_index, 0] - image_focus[0]) * projection_vector_x[0]) +
((coordinates_image[element_index, 1] - image_focus[1]) * projection_vector_x[1]) +
((coordinates_image[element_index, 2] - image_focus[2]) * projection_vector_x[2]);
elements_projection[element_index, 1] = ((coordinates_image[element_index, 0] - image_focus[0]) * projection_vector_y[0]) +
((coordinates_image[element_index, 1] - image_focus[1]) * projection_vector_y[1]) +
((coordinates_image[element_index, 2] - image_focus[2]) * projection_vector_y[2]);
elements_projection[element_index, 2] = ((coordinates_image[element_index, 0] - image_focus[0]) * projection_vector_z[0]) +
((coordinates_image[element_index, 1] - image_focus[1]) * projection_vector_z[1]) +
((coordinates_image[element_index, 2] - image_focus[2]) * projection_vector_z[2]);
}
Raster2DInteger bitmap_raster = new Raster2DInteger(bitmap_size_x, bitmap_size_y);
ImageRaster2D <bool> destination_image = new ImageRaster2D <bool>(bitmap_size_x, bitmap_size_y);
for (int element_index = 0; element_index < elements_true.Count; element_index++)
{
int x_target = (int)elements_projection[element_index, 0] + (bitmap_raster.Size0 / 2);
int y_target = (int)elements_projection[element_index, 1] + (bitmap_raster.Size1 / 2);
if (bitmap_raster.ContainsCoordinates(x_target, y_target))
{
destination_image.SetElementValue(x_target, y_target, true);
}
}
return(destination_image);
}
public BitmapFast Render(Tuple <double[][], Color[]> render_image)
{
double[][] points = render_image.Item1;
Color[] colors = render_image.Item2;
double [][] projected_points = new double [points.Length][];
int[] coordinates = new int[3];
for (int point_index = 0; point_index < points.Length; point_index++)
{
projected_points[point_index] = (projection_matrix * (points[point_index] - offset_matrix)).ToArray1DFloat64();
}
Raster2DInteger bitmap_raster = new Raster2DInteger(bitmap_size_x, bitmap_size_y);
BitmapFast destination_image = new BitmapFast(this.bitmap_size_x, this.bitmap_size_y);
destination_image.Lock();
for (int index_y = 0; index_y < bitmap_raster.Size1; index_y++)
{
for (int index_x = 0; index_x < bitmap_raster.Size0; index_x++)
{
destination_image.SetPixel(index_x, index_y, Color.Black);
}
}
for (int element_index = 0; element_index < points.Length; element_index++)
{
int x_target = (int)(projected_points[element_index][0] * this.scale) + (bitmap_raster.Size0 / 2);
int y_target = (int)(projected_points[element_index][1] * this.scale) + (bitmap_raster.Size1 / 2);
if (bitmap_raster.ContainsCoordinates(x_target, y_target))
{
destination_image.SetPixel(x_target, y_target, colors[element_index]);
}
}
destination_image.Unlock();
return(destination_image);
}