/**
* Makes a square of player locations. Places players in a square, which automatically adjusts to a rectangle for rectangular maps.
* Unlike the circle, variance here is determined by a plus or minus (the distVariation) off of the mean distance.
* SpacingVariation determines whether players are equidistant or can be slightly closer or farther apart.
*/
public void rmPlacePlayersSquare(float dist, float distVariation, float spacingVariationfloat)
{
XVector2 min = new XVector2(MapSizeX * dist / 2, MapSizeZ * dist / 2);
XVector2 max = new XVector2(MapSizeX - min.X, MapSizeZ - min.Y);
RMPolygon poly = new RMPolygon()
{
Points = new[] {
new XVector2(min.X, min.Y), new XVector2(min.X, max.Y),
new XVector2(max.X, max.Y), new XVector2(max.X, min.Y)
}
};
float polyLen = poly.Length;
float off = (float)rand.NextDouble();
for (int p = 1; p < players.Count; ++p)
{
players[p].Position =
fracToMeters(tileToFrac(poly.GetPointAlongSurface(
((p - 1 + off) / (players.Count - 1)) * polyLen)
));
}
}
/**
* Makes a square of player locations. Places players in a square, which automatically adjusts to a rectangle for rectangular maps.
* Unlike the circle, variance here is determined by a plus or minus (the distVariation) off of the mean distance.
* SpacingVariation determines whether players are equidistant or can be slightly closer or farther apart.
*/
public void rmPlacePlayersSquare(XReal dist, XReal distVariation, XReal spacingVariationfloat)
{
XReal half = (XReal)0.5f;
XVector2 min = new XVector2(TileSizeX * (half - dist), TileSizeZ * (half - dist));
XVector2 max = new XVector2(TileSizeX - min.X, TileSizeZ - min.Y);
RMPolygon poly = new RMPolygon() {
Points = new[] {
new XVector2(min.X, min.Y), new XVector2(min.X, max.Y),
new XVector2(max.X, max.Y), new XVector2(max.X, min.Y)
}
};
XReal polyLen = poly.Length;
XReal off = (XReal)rand.NextDouble();
for (int p = 1; p < players.Count; ++p) {
players[p].Position =
fracToMeters(tileToFrac(poly.GetPointAlongSurface(
((p - 1 + off) / (players.Count - 1)) * polyLen)
));
}
}
