public static bool CheckInsideFOV(
Vector2 angle,
Transform transform,
Transform target,
float viewDistance)
{
return(PhysicsUtility.CheckInsideFOV(angle, transform, target.get_position(), viewDistance));
}
public static bool CheckFOV(
LayerMask layer,
Vector2 angle,
Transform transform,
Collider target,
float viewDistance)
{
if (UnityEx.Misc.UnityExtensions.Contains(layer, ((Component)target).get_gameObject().get_layer()))
{
return(false);
}
Vector3 vector3 = Vector3.get_zero();
float num = 0.0f;
switch (target)
{
case SphereCollider _:
case CapsuleCollider _:
switch (target)
{
case SphereCollider _:
vector3 = (target as SphereCollider).get_center();
num = (target as SphereCollider).get_radius();
break;
case CapsuleCollider _:
vector3 = (target as CapsuleCollider).get_center();
num = (target as CapsuleCollider).get_radius();
break;
}
return(PhysicsUtility.CheckInsideFOV(angle, transform, Vector3.op_Addition(((Component)target).get_transform().get_position(), Quaternion.op_Multiply(((Component)target).get_transform().get_rotation(), vector3)), viewDistance + num));
default:
return(false);
}
}
public static bool CheckFOVPoint(
LayerMask layer,
Vector2 angle,
Transform transform,
Transform target,
float viewDistance)
{
return(!UnityEx.Misc.UnityExtensions.Contains(layer, ((Component)target).get_gameObject().get_layer()) && PhysicsUtility.CheckInsideFOV(angle, transform, target, viewDistance));
}
