void checkLightUpd(LightedBlock now, Block.BlockInit nn)
{
if (nn != null && nn.Lightness < now.b.Lightness * nn.getLightCoeff())
{
ls.Remove(nn.it);
nn.Lightness = now.b.Lightness * nn.getLightCoeff();
nn.it = new LightedBlock(nn);
ls.Add(nn.it);
}
}
public int CompareTo(object o)
{
LightedBlock p = o as LightedBlock;
if (this.Lightness != p.Lightness)
{
return(this.Lightness.CompareTo(p.Lightness));
}
else if (this.k != p.k)
{
return(this.k.CompareTo(p.k));
}
return(0);
}
public void updLight(Block.BlockInit b)
{
main._m.FrameNum++;
b.used = main._m.FrameNum;
Queue <LightedBlock> bfs = new Queue <LightedBlock>();
if (b.Lightness > b.getBasicLight())
{
bfs.Enqueue(new LightedBlock(b, b.Lightness));
}
else
{
bfs.Enqueue(new LightedBlock(b, b.getBasicLight()));
}
b.Lightness = b.getBasicLight();
ls.Clear();
List <Block.BlockInit> edge = new List <Block.BlockInit>();
while (bfs.Count != 0)
{
LightedBlock BNow = bfs.Peek();
bfs.Dequeue();
BNow.b.it = new LightedBlock(BNow.b);
ls.Add(BNow.b.it);
if (BNow.Lightness <= 0.01f)
{
edge.Add(BNow.b);
continue;
}
if (BNow.b.Left != null && BNow.b.Left.used < main._m.FrameNum)
{
BNow.b.Left.Lightness = BNow.b.Left.getBasicLight();
BNow.b.Left.used = main._m.FrameNum;
bfs.Enqueue(new LightedBlock(BNow.b.Left, BNow.Lightness * BNow.b.Left.getLightCoeff()));
}
if (BNow.b.Right != null && BNow.b.Right.used < main._m.FrameNum)
{
BNow.b.Right.Lightness = BNow.b.Right.getBasicLight();
BNow.b.Right.used = main._m.FrameNum;
bfs.Enqueue(new LightedBlock(BNow.b.Right, BNow.Lightness * BNow.b.Right.getLightCoeff()));
}
if (BNow.b.FlippedY)
{
if (BNow.b.Up != null && BNow.b.Up.used < main._m.FrameNum)
{
BNow.b.Up.Lightness = BNow.b.Up.getBasicLight();
BNow.b.Up.used = main._m.FrameNum;
bfs.Enqueue(new LightedBlock(BNow.b.Up, BNow.Lightness * BNow.b.Up.getLightCoeff()));
}
}
else
{
if (BNow.b.Down != null && BNow.b.Down.used < main._m.FrameNum)
{
BNow.b.Down.Lightness = BNow.b.Down.getBasicLight();
BNow.b.Down.used = main._m.FrameNum;
bfs.Enqueue(new LightedBlock(BNow.b.Down, BNow.Lightness * BNow.b.Down.getLightCoeff()));
}
}
}
foreach (Block.BlockInit b1 in edge)
{
if (b1.Left != null && b1.Left.used < main._m.FrameNum)
{
b1.Left.used = main._m.FrameNum;
b1.Left.it = new LightedBlock(b1.Left);
ls.Add(b1.Left.it);
}
if (b1.Right != null && b1.Right.used < main._m.FrameNum)
{
b1.Right.used = main._m.FrameNum;
b1.Right.it = new LightedBlock(b1.Right);
ls.Add(b1.Right.it);
}
if (b1.FlippedY)
{
if (b1.Up != null && b1.Up.used < main._m.FrameNum)
{
b1.Up.used = main._m.FrameNum;
b1.Up.it = new LightedBlock(b1.Up);
ls.Add(b1.Up.it);
}
}
else
{
if (b1.Down != null && b1.Down.used < main._m.FrameNum)
{
b1.Down.used = main._m.FrameNum;
b1.Down.it = new LightedBlock(b1.Down);
ls.Add(b1.Down.it);
}
}
}
calcLight(false);
}
public void calcLight(bool pgen)
{
AllBlocks.Clear();
bool endd = true;
int i = LrNow;
if (pgen)
{
main._m.loadSet(((float)LrNow) / (6 * Depth * Depth));
}
while (ls.Count != 0)
{
i++;
LightedBlock now = ls.Max;
if (now.b.Left != null)
{
checkLightUpd(now, now.b.Left);
}
if (now.b.Right != null)
{
checkLightUpd(now, now.b.Right);
}
if (now.b.FlippedY)
{
if (now.b.Up != null)
{
checkLightUpd(now, now.b.Up);
}
}
else
{
if (now.b.Down != null)
{
checkLightUpd(now, now.b.Down);
}
}
AllBlocks.Add(now.b);
ls.Remove(now);
if (pgen)
{
if (i > LrNow + Depth * 10)
{
LrNow = i++;
endd = false;
break;
}
}
}
if (pgen)
{
if (endd)
{
foreach (Block.BlockInit b in AllBlocks)
{
b.UpdateLightness();
}
AllBlocks.Clear();
main._m.loadSet(0);
plr.transform.position = new Vector3(0, Depth * 0.2f + 0.4f);
plr.GetComponent <PhysicsO>().active = false;
plr.GetComponent <Rigidbody2D>().velocity = Vector2.zero;
main._m.loadTxtSet("Instancing");
LoadState++;
LrNow = 0;
}
}
else
{
foreach (Block.BlockInit b in AllBlocks)
{
b.UpdateLightness();
}
AllBlocks.Clear();
}
}
