static Collider AllocCollider(ProxyForceFieldPrimitive.FieldPrimitiveType pt)
{
if (!s_ColliderCoreObject)
{
const string k_tempObjName = "TempForceFieldPrimPosedForCollision";
s_ColliderCoreObject = new GameObject();
s_ColliderCoreObject.hideFlags = HideFlags.HideAndDontSave;
s_ColliderCoreObject.name = k_tempObjName;
}
var gm = s_ColliderCoreObject;
switch (pt)
{
case ProxyForceFieldPrimitive.FieldPrimitiveType.Box:
case ProxyForceFieldPrimitive.FieldPrimitiveType.PlaneForward:
case ProxyForceFieldPrimitive.FieldPrimitiveType.LineOnX:
return(gm.AddComponent <BoxCollider>());
case ProxyForceFieldPrimitive.FieldPrimitiveType.Sphere:
return(gm.AddComponent <SphereCollider>());
default:
throw new System.NotImplementedException("Collider for " + pt);
}
}
static Collider EnsureCollider(int argIndex, ProxyForceFieldPrimitive.FieldPrimitiveType pt)
{
const int maxArgs = 2;
const int maxTypes = (int)(ProxyForceFieldPrimitive.FieldPrimitiveType.COUNT_TYPES);
if (s_CollidersByArgByPrimType != null)
{
// already allocted
}
else
{
s_CollidersByArgByPrimType = new Collider[maxArgs][];
for (var ai = 0; ai < maxArgs; ai++)
{
s_CollidersByArgByPrimType[ai] = new Collider[maxTypes];
}
}
var typeIndex = (int)pt;
var col = s_CollidersByArgByPrimType[argIndex][typeIndex];
if (col)
{
return(col);
}
col = AllocCollider(pt);
s_CollidersByArgByPrimType[argIndex][typeIndex] = col;
return(col);
}
