public static void DoWater(Level lvl, ref PhysInfo C)
{
if (lvl.Config.FiniteLiquids)
{
if (lvl.Config.FiniteHighWater)
{
ushort y = C.Y;
if (y >= lvl.Config.EdgeLevel)
{
FinitePhysics.DoWaterOrLava(lvl, ref C);
return;
}
}
else
{
FinitePhysics.DoWaterOrLava(lvl, ref C);
return;
}
}
if (lvl.Config.RandomFlow)
{
DoWaterRandowFlow(lvl, ref C);
}
else
{
DoWaterUniformFlow(lvl, ref C);
}
}
public static void DoWater(Level lvl, ref PhysInfo C)
{
if (lvl.Config.FiniteLiquids)
{
FinitePhysics.DoWaterOrLava(lvl, ref C);
}
else if (lvl.Config.RandomFlow)
{
DoWaterRandowFlow(lvl, ref C);
}
else
{
DoWaterUniformFlow(lvl, ref C);
}
}
public static void DoWater(Level lvl, ref Check C)
{
Random rand = lvl.physRandom;
if (lvl.finite)
{
lvl.liquids.Remove(C.b);
FinitePhysics.DoWaterOrLava(lvl, ref C);
return;
}
if (lvl.randomFlow)
{
DoWaterRandowFlow(lvl, ref C);
}
else
{
DoWaterUniformFlow(lvl, ref C);
}
}
public static void DoLava(Level lvl, ref PhysInfo C)
{
// upper 3 bits are time delay
if (C.Data.Data < (4 << 5))
{
C.Data.Data += (1 << 5); return;
}
if (lvl.Config.FiniteLiquids)
{
FinitePhysics.DoWaterOrLava(lvl, ref C);
}
else if (lvl.Config.RandomFlow)
{
DoLavaRandowFlow(lvl, ref C, true);
}
else
{
DoLavaUniformFlow(lvl, ref C, true);
}
}
public static void DoLava(Level lvl, ref Check C)
{
if (C.data.Data < 4)
{
C.data.Data++; return;
}
if (lvl.finite)
{
lvl.liquids.Remove(C.b);
FinitePhysics.DoWaterOrLava(lvl, ref C);
return;
}
if (lvl.randomFlow)
{
DoLavaRandowFlow(lvl, ref C, true);
}
else
{
DoLavaUniformFlow(lvl, ref C, true);
}
}
