void nodeManager::killNodes(vector<string> indexes) {
for(int i = 0; i < indexes.size(); i ++) {
killNode(indexes[i]);
}
}
void nodeManager::killAllNodes() {
map<string, ofPtr<clamourNode> >::iterator it;
it = mNodes.begin();
while(it != mNodes.end()) {
killNode(it->first);
++it;
}
}
void nodeManager::implementReaction(reaction & r, ofPtr<clamourNode> t, bool isOn) {
if(r.rType == "sleep") {
appReactions[t->getName()] = "resetControl";
killNode(t->getName());
} else if(r.rType == "transform") {
clamourNode temp = presetStore::nodePresets[r.stringParams["PRESET"]]; //load the node into the reaction for easier variation
setNode(t, temp);
} else if(r.rType == "scaleNode") {
parameter p = t->getDrawData().getParameter("size");
p.abs_val *= r.floatParams["SCALE"];
p.abs_val = min(1.0f, p.abs_val);
t->setDrawParameter(p);
ofPath pt = t->getEdgeTemplate();
pt.scale(r.floatParams["SCALE"], r.floatParams["SCALE"]);
t->setEdgeTemplate(pt);
t->updatePath();
} else if(r.rType == "scaleShift") {
float shift = t->getShiftAmount() * r.floatParams["SCALE"];
t->setShiftAmount(shift);
} else if(r.rType == "scaleAttack") {
float att = t->getAttSecs() * r.floatParams["SCALE"];
t->setAttSecs(att);
} else if(r.rType == "event") {
t->triggerEvent(r.intParams["ENV_INDEX"]);
} else if(r.rType == "eventOff") {
t->endEvent(r.intParams["ENV_INDEX"]); // not sure this one is necessary
}
}
bool RedBlackTree<Key, Data>::erase(Key const &key, Data const &rec, RedBlackNode<Key, Data> *curnode)
{
if (!valid(curnode)) return false;
bool killed = false;
if (Compare(curnode->id, key) == 0) {
if (Compare(curnode->data, rec) == 0) {
killNode(curnode);
killed = true;
}
if (!killed)
killed = erase(key, rec, curnode->left);
if (!killed)
killed = erase(key, rec, curnode->right);
}
return killed;
}
bool RedBlackTree<Key, Data>::erase(Key const &key)
{
RedBlackNode<Key, Data> *z;
/* delete node z from tree */
/* find node in tree */
z = rootNode;
while (valid(z)) {
if (Compare(key, z->id) == 0)
break;
else{
z = (Compare(key, z->id) <= 0) ? z->left : z->right;
}
}
if (z == nullNode) {
return false;
}
return killNode(z);
}
