void CheckBlocks(Position pos)
{
try {
Vec3U16 P = (Vec3U16)pos.BlockCoords;
AABB bb = ModelBB.OffsetPosition(Pos);
int index = level.PosToInt(P.X, P.Y, P.Z);
if (level.Config.SurvivalDeath)
{
PlayerPhysics.Drown(this, bb);
PlayerPhysics.Fall(this, bb);
}
lastFallY = bb.Min.Y;
PlayerPhysics.Walkthrough(this, bb);
oldIndex = index;
} catch (Exception ex) {
Logger.LogError(ex);
}
}
public static byte[] MakeSelection(byte id, string label, Vec3U16 p1, Vec3U16 p2,
short r, short g, short b, short opacity)
{
byte[] buffer = new byte[86];
buffer[0] = Opcode.CpeMakeSelection;
buffer[1] = id;
NetUtils.WriteAscii(label, buffer, 2);
NetUtils.WriteU16(p1.X, buffer, 66);
NetUtils.WriteU16(p1.Y, buffer, 68);
NetUtils.WriteU16(p1.Z, buffer, 70);
NetUtils.WriteU16(p2.X, buffer, 72);
NetUtils.WriteU16(p2.Y, buffer, 74);
NetUtils.WriteU16(p2.Z, buffer, 76);
NetUtils.WriteI16(r, buffer, 78);
NetUtils.WriteI16(g, buffer, 80);
NetUtils.WriteI16(b, buffer, 82);
NetUtils.WriteI16(opacity, buffer, 84);
return(buffer);
}
/// <summary> Returns whether the given coordinates lie within this level's boundaries </summary>
public bool IsValidPos(Vec3U16 pos)
{
return(pos.X < Width && pos.Y < Height && pos.Z < Length);
}
public static Vec3U16 Min(Vec3U16 a, Vec3U16 b)
{
return(new Vec3U16(Math.Min(a.X, b.X), Math.Min(a.Y, b.Y), Math.Min(a.Z, b.Z)));
}
public Vec3U16 Min(Vec3U16 b)
{
return(Min(this, b));
}
public Vec3U16 Max(Vec3U16 b)
{
return(Max(this, b));
}
public float Dot(Vec3U16 b)
{
return(X * b.X + Y * b.Y + Z * b.Z);
}
public bool Equals(Vec3U16 other)
{
return(X == other.X & Y == other.Y && Z == other.Z);
}
