public void SetCostMap(CostMap cost_map, int cost_map_real_invul)
{
this.cost_map = cost_map;
this.cost_map_real_invul = cost_map_real_invul;
highlight_map = null;
if (showC)
{
Redraw();
}
}
float GetCost(int xpos, int ypos, byte life, sbyte invul, bool hasBonus)
{
CostMap cm = GetCostMap(life, invul, hasBonus);
if (cm == null)
{
return(float.PositiveInfinity);
}
short xpix = Physics.pos_to_px(xpos);
short ypix = Physics.pos_to_px(ypos);
float cost = cm.CostAtPx(xpix, ypix, Flooding.GetRealInvul(life, invul));
float mult_cost = cost * Settings.cost_multiplier;
return(cost > 0 && mult_cost <= 0 ? float.Epsilon : mult_cost);
}
public ExtendedCostMap ComputeExtendedCostMap(WallClipSetting wcs, int invul_frames)
{
CostMap targetCM = ComputeCostMap(wcs, invul_frames);
CostMap bonusCM = null;
if (m.HasBonus != Map.BonusType.None && Settings.bonus_required)
{
bonusCM = ComputeCostMap(wcs, invul_frames, true);
float max = 0;
Rectangle r = m.GetBonusPxRect().Value;
for (int y = r.Top; y < r.Bottom; y++)
{
for (int x = r.Left; x < r.Right; x++)
{
max = Math.Max(max, targetCM.CostAtPx((short)x, (short)y, 0));
}
}
bonusCM.GlobalMalus += max + Settings.back_before_bonus_malus;
}
return(new ExtendedCostMap(targetCM, bonusCM));
}
public ExtendedCostMap(CostMap targetCM, CostMap bonusCM)
{
this.targetCM = targetCM;
this.bonusCM = bonusCM;
}