public Rectangle ubicacion_boid(Boid b)
{
int radio = (int)Constantes.max(Logica.radioAli, Logica.radioCoh, Logica.radioSep);
int xo = (int)b.Location.X - radio, yo = (int)b.Location.Y - radio, x1 = (int)b.Location.X + radio, y1 = (int)b.Location.Y + radio;
Point inicio = ubicar_punto_casillero(xo, yo);
Point fin = ubicar_punto_casillero(x1, y1);
return(new Rectangle(inicio.X, inicio.Y, fin.X, fin.Y));
}
private double[] calcular_mapa_calor(double value, double min, double max)
{
double[] color = new double[3];
double radio = 0;
if (max != min)
{
radio = 2 * (value - min) / (max - min);
}
color[2] = Constantes.max(0, (1 - radio));
color[0] = Constantes.max(0, (radio - 1));
color[1] = 1 - color[2] - color[0];
return(color);
}
public void ubicar_boid_casillero(Boid b)
{
int radio = (int)Constantes.max(Logica.radioAli, Logica.radioCoh, Logica.radioSep);
int xo = (int)b.Location.X - radio, yo = (int)b.Location.Y - radio, x1 = (int)b.Location.X + radio, y1 = (int)b.Location.Y + radio;
Point inicio = ubicar_punto_casillero(xo, yo);
Point fin = ubicar_punto_casillero(x1, y1);
for (int x = inicio.X; x <= fin.X; x++)
{
for (int y = inicio.Y; y <= fin.Y; y++)
{
matrix [x] [y].boids.Add(b);
matrix [x] [y].visitas++;
if (matrix [x] [y].visitas > 2000000000)
{
resetVisitas();
}
}
}
}