Test::TestGroup* Test::TestGroup::getLastTest()
{
TestGroup* current = getLastLeaf();
if (!current || current->isTest())
return current;
return getPreviousTest(current);
}
void Group::triggerHitListeners()
{
typedef GroupIteratorType GIType;
for(GIType iter = getChildGroups(); iter != getLastGroup(); ++iter) {
(**iter).triggerHitListeners();
}
typedef LeafIteratorType LIType;
for(LIType iter = getChildLeaves(); iter != getLastLeaf(); ++iter) {
(**iter).triggerHitListeners();
}
Node::triggerHitListeners();
}
void Group::clearChildren()
{
GroupIteratorType groupIter;
GroupIteratorType groupEnd = getLastGroup();
for(groupIter = getChildGroups(); groupIter != groupEnd; ++groupIter) {
Node& node = **groupIter;
node._isOwned = false;
}
LeafIteratorType leafIter;
LeafIteratorType leafEnd = getLastLeaf();
for(leafIter = getChildLeaves(); leafIter != leafEnd; ++leafIter) {
Node& node = **leafIter;
node._isOwned = false;
}
_childGroups.clear();
_childLeaves.clear();
}
void Group::compile(std::set <Shape*>& shapes)
{
GroupIteratorType groupIter;
GroupIteratorType groupEnd = getLastGroup();
for(groupIter = getChildGroups(); groupIter != groupEnd; ++groupIter) {
(*groupIter)->compile(shapes);
}
Leaf* leaf = 0;
Shape* shape = 0;
LeafIteratorType leafIter;
LeafIteratorType leafEnd = getLastLeaf();
for(leafIter = getChildLeaves(); leafIter != leafEnd; ++leafIter) {
leaf = *leafIter;
if (typeid(*leaf) == typeid(Shape)) {
shape = dynamic_cast <Shape*> (leaf);
shapes.insert(shape);
}
}
}
void Group::update()
{
_globalTransform[0][0] = _multiplier[0][0] * _localTransform[0][0];
_globalTransform[0][0] += _multiplier[0][1] * _localTransform[1][0];
_globalTransform[0][0] += _multiplier[0][2] * _localTransform[2][0];
_globalTransform[0][0] += _multiplier[0][3] * _localTransform[3][0];
_globalTransform[0][1] = _multiplier[0][0] * _localTransform[0][1];
_globalTransform[0][1] += _multiplier[0][1] * _localTransform[1][1];
_globalTransform[0][1] += _multiplier[0][2] * _localTransform[2][1];
_globalTransform[0][1] += _multiplier[0][3] * _localTransform[3][1];
_globalTransform[0][2] = _multiplier[0][0] * _localTransform[0][2];
_globalTransform[0][2] += _multiplier[0][1] * _localTransform[1][2];
_globalTransform[0][2] += _multiplier[0][2] * _localTransform[2][2];
_globalTransform[0][2] += _multiplier[0][3] * _localTransform[3][2];
_globalTransform[0][3] = _multiplier[0][0] * _localTransform[0][3];
_globalTransform[0][3] += _multiplier[0][1] * _localTransform[1][3];
_globalTransform[0][3] += _multiplier[0][2] * _localTransform[2][3];
_globalTransform[0][3] += _multiplier[0][3] * _localTransform[3][3];
_globalTransform[1][0] = _multiplier[1][0] * _localTransform[0][0];
_globalTransform[1][0] += _multiplier[1][1] * _localTransform[1][0];
_globalTransform[1][0] += _multiplier[1][2] * _localTransform[2][0];
_globalTransform[1][0] += _multiplier[1][3] * _localTransform[3][0];
_globalTransform[1][1] = _multiplier[1][0] * _localTransform[0][1];
_globalTransform[1][1] += _multiplier[1][1] * _localTransform[1][1];
_globalTransform[1][1] += _multiplier[1][2] * _localTransform[2][1];
_globalTransform[1][1] += _multiplier[1][3] * _localTransform[3][1];
_globalTransform[1][2] = _multiplier[1][0] * _localTransform[0][2];
_globalTransform[1][2] += _multiplier[1][1] * _localTransform[1][2];
_globalTransform[1][2] += _multiplier[1][2] * _localTransform[2][2];
_globalTransform[1][2] += _multiplier[1][3] * _localTransform[3][2];
_globalTransform[1][3] = _multiplier[1][0] * _localTransform[0][3];
_globalTransform[1][3] += _multiplier[1][1] * _localTransform[1][3];
_globalTransform[1][3] += _multiplier[1][2] * _localTransform[2][3];
_globalTransform[1][3] += _multiplier[1][3] * _localTransform[3][3];
_globalTransform[2][0] = _multiplier[2][0] * _localTransform[0][0];
_globalTransform[2][0] += _multiplier[2][1] * _localTransform[1][0];
_globalTransform[2][0] += _multiplier[2][2] * _localTransform[2][0];
_globalTransform[2][0] += _multiplier[2][3] * _localTransform[3][0];
_globalTransform[2][1] = _multiplier[2][0] * _localTransform[0][1];
_globalTransform[2][1] += _multiplier[2][1] * _localTransform[1][1];
_globalTransform[2][1] += _multiplier[2][2] * _localTransform[2][1];
_globalTransform[2][1] += _multiplier[2][3] * _localTransform[3][1];
_globalTransform[2][2] = _multiplier[2][0] * _localTransform[0][2];
_globalTransform[2][2] += _multiplier[2][1] * _localTransform[1][2];
_globalTransform[2][2] += _multiplier[2][2] * _localTransform[2][2];
_globalTransform[2][2] += _multiplier[2][3] * _localTransform[3][2];
_globalTransform[2][3] = _multiplier[2][0] * _localTransform[0][3];
_globalTransform[2][3] += _multiplier[2][1] * _localTransform[1][3];
_globalTransform[2][3] += _multiplier[2][2] * _localTransform[2][3];
_globalTransform[2][3] += _multiplier[2][3] * _localTransform[3][3];
_globalTransform[3][0] = _multiplier[3][0] * _localTransform[0][0];
_globalTransform[3][0] += _multiplier[3][1] * _localTransform[1][0];
_globalTransform[3][0] += _multiplier[3][2] * _localTransform[2][0];
_globalTransform[3][0] += _multiplier[3][3] * _localTransform[3][0];
_globalTransform[3][1] = _multiplier[3][0] * _localTransform[0][1];
_globalTransform[3][1] += _multiplier[3][1] * _localTransform[1][1];
_globalTransform[3][1] += _multiplier[3][2] * _localTransform[2][1];
_globalTransform[3][1] += _multiplier[3][3] * _localTransform[3][1];
_globalTransform[3][2] = _multiplier[3][0] * _localTransform[0][2];
_globalTransform[3][2] += _multiplier[3][1] * _localTransform[1][2];
_globalTransform[3][2] += _multiplier[3][2] * _localTransform[2][2];
_globalTransform[3][2] += _multiplier[3][3] * _localTransform[3][2];
_globalTransform[3][3] = _multiplier[3][0] * _localTransform[0][3];
_globalTransform[3][3] += _multiplier[3][1] * _localTransform[1][3];
_globalTransform[3][3] += _multiplier[3][2] * _localTransform[2][3];
_globalTransform[3][3] += _multiplier[3][3] * _localTransform[3][3];
typedef GroupIteratorType GIType;
for(GIType iter = getChildGroups(); iter != getLastGroup(); ++iter) {
(*iter)->update(_globalTransform);
}
typedef LeafIteratorType LIType;
for(LIType iter = getChildLeaves(); iter != getLastLeaf(); ++iter) {
(*iter)->update(_globalTransform);
}
}
