static IntVector2D LogAndEnqueue(Action <FovCone> enqueue, int range, IntVector2D top,
IntVector2D bottom, RiseRun riseRun, int code
)
{
if (top.GT(bottom))
{
var cone = new FovCone(range + 1, top, bottom, riseRun);
FieldOfViewTrace(false, " EQ: ({0}) code: {1}", cone, code);
enqueue(cone);
return(bottom);
}
else
{
return(top);
}
}
static IntVector2D LogAndEnqueue(Action<FovCone> enqueue, int range, IntVector2D top,
IntVector2D bottom, RiseRun riseRun, int code
)
{
if (top.GT(bottom))
{
var cone = new FovCone(range + 1, top, bottom, riseRun);
#if TraceFOV
TraceFlag.FieldOfView.Trace(false, " EQ: ({0}) code: {1}",cone,code);
#endif
enqueue(cone);
return bottom;
}
else
{
return top;
}
}
static bool LE(this IntVector2D lhs, IntVector2D rhs)
{
return(!lhs.GT(rhs));
}
static IntVector2D VectorMax(IntVector2D lhs, IntVector2D rhs)
{
return(lhs.GT(rhs) ? lhs : rhs);
}
// These are here (instead of IntVector2D.cs) because they are "upside-down" for regular use.
static IntVector2D VectorMax(IntVector2D lhs, IntVector2D rhs)
{
return lhs.GT(rhs) ? lhs : rhs;
}
static bool LE(this IntVector2D lhs, IntVector2D rhs) => !lhs.GT(rhs);
static IntVector2D VectorMax(IntVector2D lhs, IntVector2D rhs) => lhs.GT(rhs) ? lhs : rhs;