/// <summary>
/// This method handles all the sequencing required to generate data from the mapData file
/// </summary>
/// <param name="mapfile">The mapfile to process</param>
static void doProcessing(mapData mapfile, DemoParser parser)
{
Debug.Success("Starting processing");
//First step: Make a grey dark version of the radar.
Bitmap backgroundRadar = bitmapfilters.brightness(bitmapfilters.greyScaleAverage(mapfile.image_radar), 0.3f);
//Second step: Load the demo into a demodatainstance, so that it parses into different lists.
demodatainstance demo = new demodatainstance(parser);
//Third step: Start making heatmaps
densitymap density_shotsfired = new densitymap();
//Legacy, Make the camera object
camera cam = new camera();
cam.offset = new vector2(mapfile.radar.pos_x, mapfile.radar.pos_y);
cam.scale = mapfile.radar.scale;
foreach (p_Player plyr in demo.players.Values.ToList())
{
foreach (p_Round rnd in plyr.rounds)
{
foreach (vector3 shot in rnd.shotsFired)
{
vector2 screenPos = transforms.worldToScreenSpace(shot, cam);
density_shotsfired.createHeatMapSplodge((int)screenPos.x, (int)screenPos.y, 20);
}
}
}
density_shotsfired.averageBlur3x3();
density_shotsfired.normalise(0.4f);
Bitmap output = density_shotsfired.toBitMap();
output = gradients.fire.applyToImage(output);
output = bitmapfilters.alphaOver(backgroundRadar, output);
output.Save("test_shotsfired.png");
}
public static vector2 worldToScreenSpace(this vector3 position, camera cam)
{
return(new vector2(Convert.ToInt32((position.x - cam.offset.x) / cam.scale).Clamp(0, (int)cam.resolution.x),
(Convert.ToInt32((position.y - cam.offset.y) / cam.scale) + 1024)));
}
