public PointJSON CaseToCase(CaseJSON case_src, CaseJSON case_dest)
{
int cX = case_dest.X - case_src.X;
int cY = case_dest.Y - case_src.Y;
PointJSON p = new PointJSON();
p.X = ((cX - cY) * 100) + case_dest.Adjustment.X - case_src.Adjustment.X;
p.Y = ((cX + cY) * 50) + case_dest.Adjustment.Y - case_src.Adjustment.Y;
return(p);
//return {X:((cX-cY)*100)+case_dest.Adjustment.X-case_src.Adjustment.X,Y:((cX+cY)*50)+case_dest.Adjustment.Y-case_src.Adjustment.Y};
}
public void OnDistance(Point3D location_dest, PointJSON adjustment)
{
MoveDraw.Location.X = X;
MoveDraw.Location.Y = Y;
MoveDraw.Location.Z = Z;
MoveDraw.Adjustment.X = Adjustment.X;
MoveDraw.Adjustment.Y = Adjustment.Y;
var Case_src = new CaseJSON(); // {X:0,Y:0, Adjustment:{X:0,Y:0}};
var Case_dest = new CaseJSON(); // {X:0,Y:0, Adjustment:{X:0,Y:0}};
Case_src.X = MoveDraw.Location.X - MoveDraw.Location.Z;
Case_src.Y = MoveDraw.Location.Y - MoveDraw.Location.Z;
Case_src.Adjustment.X = MoveDraw.Adjustment.X;
Case_src.Adjustment.Y = MoveDraw.Adjustment.Y;
Case_dest.X = location_dest.X - location_dest.Z;
Case_dest.Y = location_dest.Y - location_dest.Z;
Case_dest.Adjustment.X = adjustment.X;
Case_dest.Adjustment.Y = adjustment.Y;
MoveDraw.Distance = CaseToCase(Case_src, Case_dest);
MoveDraw.DrawStep = 0;
double ratio_X = Math.Abs((double)(this.MoveDraw.Distance.X / 100));
double ratio_Y = Math.Abs((double)(this.MoveDraw.Distance.Y / 100));
int ratio_Speed_X = Convert.ToInt32(Move.Speed * ratio_X);
int ratio_Speed_Y = Convert.ToInt32(Move.Speed * ratio_Y);
if (ratio_Speed_X > ratio_Speed_Y)
{
MoveDraw.Time = ratio_Speed_X;
}
else
{
MoveDraw.Time = ratio_Speed_Y;
}
Direction = ScreenDirection(MoveDraw.Distance.X, MoveDraw.Distance.Y);
}
