void EClassManager::resolveInheritance()
{
// Resolve inheritance on the model classes
for (Models::iterator i = _models.begin(); i != _models.end(); ++i) {
resolveModelInheritance(i->first, i->second);
}
// Resolve inheritance for the entities. At this stage the classes
// will have the name of their parent, but not an actual pointer to
// it
for (EntityClasses::iterator i = _entityClasses.begin();
i != _entityClasses.end(); ++i)
{
// Tell the class to resolve its own inheritance using the given
// map as a source for parent lookup
i->second->resolveInheritance(_entityClasses);
// If the entity has a model path ("model" key), lookup the actual
// model and apply its mesh and skin to this entity.
if (i->second->getModelPath().size() > 0) {
Models::iterator j = _models.find(i->second->getModelPath());
if (j != _models.end()) {
i->second->setModelPath(j->second->mesh);
i->second->setSkin(j->second->skin);
}
}
}
// greebo: Override the eclass colours of two special entityclasses
Vector3 worlspawnColour = ColourSchemes().getColour("default_brush");
Vector3 lightColour = ColourSchemes().getColour("light_volumes");
IEntityClassPtr light = findOrInsert("light", true);
light->setColour(lightColour);
IEntityClassPtr worldspawn = findOrInsert("worldspawn", true);
worldspawn->setColour(worlspawnColour);
}
int main(int argc, char *argv[])
{
char word[MAX_WORD_SIZE];
FILE *in = fopen("words.in", "r");
BinaryTree bst;
bst.pRoot = NULL;
while (fscanf(in, "%s", word) == 1) {
if (bst.pRoot == NULL) {
bst.pRoot = newTreeNode(newNodeData(word));
} else {
findOrInsert(bst, newNodeData(word));
}
}
printf("\nThe in-order traversal is:");
inOrder(bst.pRoot);
printf("\n\n");
printf("\nThe pre-order traversal is:");
preOrder(bst.pRoot);
printf("\n\n");
fclose(in);
/*
FILE *in = fopen("btree.in", "r");
BinaryTree bt;
bt.pRoot = buildTree(in);
printf("\nThe in-order traversal is: ");
preOrder(bt.pRoot);
printf("\n\n");
fclose(in);
*/
return 0;
}
void NodeList::draw () {
Node * curr;
Resistor * curr1;
curr = head;
int x, y, height;
x= 50;
y= 0;
height = getHeight() * 50;
while (curr != NULL) {
string temp = MergeString_Number(curr->nodeId, "Node ");
string temp1 = MergeString_Number(" V", curr->voltage);
window.gl_setcolor(BLACK);
window.gl_drawrect(x,20, x+10, height); // drawing the box for the node
window.gl_drawtext(x+5,15, temp , 100); // drawing nodeID
window.gl_drawtext(x+5,0, temp1, 100); // drawing voltage
x = x+ 100;
curr1 = (curr->getResistorList()).getHead();
while (curr1 != NULL) {
int nodeid1 = curr1->getEndpoints(0);
int nodeid2 = curr1->getEndpoints(1);
if (nodeid1 == curr->nodeId) {
if (nodeid2 >curr->nodeId) {
int x1 = 55 + (curr->drawID*100);
int x2 = ((findOrInsert(nodeid2))->drawID * 100) + 55;
int x3 = x1 +(x2-x1)/2;
y = y+50;
string temp = MergeString_String(curr1->getName(), " (");
string temp1 = MergeString_Number(curr1->getResistance(), temp);
string temp2 = MergeString_String(temp1, " Ohms)");
// making /\/\/\/
window.gl_setcolor(RED);
window.gl_drawline(x1, y, x3-20, y);
window.gl_drawline(x3-20, y, x3-10, y+5);
window.gl_drawline(x3-10, y+5, x3, y-5 );
window.gl_drawline(x3, y-5, x3+10, y+5 );
window.gl_drawline(x3+10, y+5,x3+20, y );
window.gl_drawline(x3+20, y, x2, y);
//drawing resistance
window.gl_drawtext((x1+x2)/2, y-10, temp2 , 200);
}
}
else if (nodeid2 == curr->nodeId ) {
if (nodeid1 >curr->nodeId) {
int x1 = 55 + (curr->drawID*100);
int x2 = ((findOrInsert(nodeid1))->drawID * 100) + 55;
int x3 = x1 +(x2-x1)/2;
y = y+50;
string temp = MergeString_String(curr1->getName(), " (");
string temp1 = MergeString_Number(curr1->getResistance(), temp);
string temp2 = MergeString_String(temp1, " Ohms)");
// making /\/\/\/
window.gl_setcolor(RED);
window.gl_drawline(x1, y, x3-20, y);
window.gl_drawline(x3-20, y, x3-10, y+5);
window.gl_drawline(x3-10, y+5, x3, y-5 );
window.gl_drawline(x3, y-5, x3+10, y+5 );
window.gl_drawline(x3+10, y+5,x3+20, y );
window.gl_drawline(x3+20, y, x2, y);
//drawing resistance
window.gl_drawtext((x1+x2)/2, y-10, temp2, 200);
}
}
curr1 = curr1->getNext();
}
curr = curr->next;
}
}
