void Building::unselected()
{
this->setLocalZOrder( MAX_GRID_COUNT *_coor.y + _coor.x );
if (_Selected)
{
_Selected = false;
getArr1()->setVisible(false);
getArr2()->setVisible(false);
getArr3()->setVisible(false);
getArr4()->setVisible(false);
getBuildingArmature()->stopAction(getSharkAction());
getBuildingArmature()->setColor(Color3B(255,255,255));
if (_callBack)
{
_callBack(this);
}
}
if (_isillegal)
{
setCoor(_orginCoor);
setillegal(false);
}
if (getGrassBg())
{
getGrassBg()->setVisible(true);
}
addBuildPoint();
if (_db && _db->coord != _coor)
{
_db->updateCoor(_coor.x,_coor.y);
}
}
OcTreeSector* RayIntersection::collideAtomicOcTreeSector(OcTreeSector* ocTreeSector)
{
if( ocTreeSector->_triangles.size() )
{
// collide octree sector triangles
Triangle* triangle;
Vector v0v1, v0v2, n;
Vector hitPoint;
Vector temp;
for( unsigned int i=0; i<ocTreeSector->_triangles.size(); i++ )
{
triangle = _triangles + ocTreeSector->_triangles[i];
if( ::intersectionRayTriangle(
&_asRay,
_vertices + triangle->vertexId[0],
_vertices + triangle->vertexId[1],
_vertices + triangle->vertexId[2],
&hitPoint,
&_collisionTriangle.distance
))
{
D3DXVec3TransformCoord( &temp, _vertices + triangle->vertexId[0], &_atomic->_frame->LTM );
_collisionTriangle.vertices[0] = wrap( temp );
D3DXVec3TransformCoord( &temp, _vertices + triangle->vertexId[1], &_atomic->_frame->LTM );
_collisionTriangle.vertices[1] = wrap( temp );
D3DXVec3TransformCoord( &temp, _vertices + triangle->vertexId[2], &_atomic->_frame->LTM );
_collisionTriangle.vertices[2] = wrap( temp );
v0v1 = _vertices[triangle->vertexId[1]] - _vertices[triangle->vertexId[0]];
v0v2 = _vertices[triangle->vertexId[2]] - _vertices[triangle->vertexId[0]];
D3DXVec3Cross( &n, &v0v1, &v0v2 );
D3DXVec3Normalize( &n, &n );
D3DXVec3TransformNormal( &temp, &n, &_atomic->_frame->LTM );
_collisionTriangle.normal = wrap( temp );
D3DXVec3TransformCoord( &temp, &hitPoint, &_atomic->_frame->LTM );
_collisionTriangle.collisionPoint = wrap( temp );
_collisionTriangle.shader = _geometry->shader( triangle->shaderId );
_collisionTriangle.triangleId = ocTreeSector->_triangles[i];
if( !_callBack( &_collisionTriangle, NULL, _atomic, _callBackData ) ) return NULL;
}
}
}
else if( ocTreeSector->_subtree[0] )
{
for( unsigned int i=0; i<8; i++ )
{
if( intersectionRayAABB( &_asRay, &ocTreeSector->_subtree[i]->_boundingBox ) )
{
if( !collideAtomicOcTreeSector( ocTreeSector->_subtree[i] ) ) return NULL;
}
}
}
return ocTreeSector;
}
void Building::selected()
{
this->setLocalZOrder((MAX_GRID_COUNT + 1) * (MAX_GRID_COUNT + 1));
getArr1()->setVisible(true);
getArr2()->setVisible(true);
getArr3()->setVisible(true);
getArr4()->setVisible(true);
getBuildingArmature()->runAction(getBigAction());
_Selected = true;
_orginCoor = getCoor();
if (_callBack)
{
_callBack(this);
}
}
void CheckBox::onTouchEnded(Touch *touch, Event *event)
{
if (checkParentScroll(_parentPropertyArr))
{
// if parent is scrolling, intercept button event
return;
}
if(_enabled && !_bMoved && isVisible())
{
setSelected(!getSelected());
auto hits = touchHits(touch);
if (hits && _callBack)
{
_callBack(this);
}
// CocosDenshion::SimpleAudioEngine::getInstance()->playEffect(Audio_Effect_Btn_Click);
}
}
