internal static Color calculateShadowColor(SceneManager sManager, vec4 intersectionPoint, MaterialProperty material)
{
vec3 _currentColor = material.AmbientColour;
_currentColor = _currentColor * Light.LightAmbient;
return(createColour(_currentColor));
}
private static bool hasObjectIntersection(Dictionary <int, ObjectType> objectList, List <AABB> aabbGrpups, Ray ray, out vec4 intersecPoint, out vec4 normal, out MaterialProperty materialProperty, out KeyValuePair <int, ObjectType> kvp)
{
float closestT = Constants.Max_camera_distance;
intersecPoint = new vec4();
normal = new vec4();
materialProperty = new MaterialProperty();
kvp = new KeyValuePair <int, ObjectType>();
bool hasFound = false;
//Erst AABB gruppen durchsuchen
foreach (var aabb in aabbGrpups)
{
if (!aabb.hitAABB(ray))
{
continue;
}
foreach (var _obj in aabb.ElementList)
{
vec4 _current_intersec = new vec4();
vec4 _current_normal = new vec4();
MaterialProperty _props = new MaterialProperty();
float t;
if (_obj.hasIntersectionPoint(ray, out _current_intersec, out _current_normal, out t, out _props))
{
if (t > 0 && t < closestT)
{
intersecPoint = _current_intersec;
normal = _current_normal;
closestT = t;
materialProperty = _props;
kvp = new KeyValuePair <int, ObjectType>(_obj.IdNumber, _obj);
hasFound = true;
}
}
}
}
//Dann restliche Objekte
foreach (var _kvp in objectList)
{
if (_kvp.Value.PartOfGroup)
{
continue;
}
vec4 _current_intersec = new vec4();
vec4 _current_normal = new vec4();
MaterialProperty _props = new MaterialProperty();
ObjectType obj = _kvp.Value;
float t;
if (obj.hasIntersectionPoint(ray, out _current_intersec, out _current_normal, out t, out _props))
{
if (t > 0 && t < closestT)
{
intersecPoint = _current_intersec;
normal = _current_normal;
closestT = t;
materialProperty = _props;
kvp = _kvp;
hasFound = true;
}
}
}
return(hasFound);
}
