private void DrawCg( kMath.CollGrid cg )
{
if ( cg != null )
{
g.DrawRectangle ( ppen, cg.p0.x, cg.p0.y,
cg.p1.x - cg.p0.x, cg.p1.y - cg.p0.y );
if ( cg.CL[ 0 ] != null )
{
foreach ( kMath.CollGrid cgl in cg.CL )
{
DrawCg ( cgl );
}
//Parallel.ForEach(cg.CL, DrawCg);
}
}
}
private void DrawCg( kMath.CollGrid cg )
{
if ( cg != null )
{
//lock ( cg )
//{
/*this.g.DrawLine(ppen, cg.p0.x, cg.p0.y, cg.p0.x, cg.p1.y);
this.g.DrawLine(ppen, cg.p0.x, cg.p1.y, cg.p1.x, cg.p1.y);
this.g.DrawLine(ppen, cg.p1.x, cg.p1.y, cg.p1.x, cg.p0.y);
this.g.DrawLine(ppen, cg.p1.x, cg.p0.y, cg.p0.x, cg.p0.y);*/
g.DrawRectangle ( ppen, cg.p0.x, cg.p0.y,
cg.p1.x - cg.p0.x, cg.p1.y - cg.p0.y );
//this.g.DrawString(cg.PL.Count.ToString(),
// fnt, brsh, cg.p1.x/2, cg.p0.y/2);
//this.g.DrawString(cg.CL.Length.ToString(),
// fnt, brsh, cg.p1.x, cg.p1.y);
if ( cg.CL[ 0 ] != null )
{
foreach ( kMath.CollGrid cgl in cg.CL )
{
DrawCg ( cgl );
}
//Parallel.ForEach(cg.CL, DrawCg);
}
//}
}
}