/****************************************************************************
Initializes a player research iterator.
****************************************************************************/
struct iterator *research_iter_init(struct research_iter *it)
{
struct iterator *base = ITERATOR(it);
base->get = research_iter_get;
it->index = -1;
if (game.info.team_pooled_research) {
base->next = research_iter_team_next;
base->valid = research_iter_team_valid;
} else {
base->next = research_iter_player_next;
base->valid = research_iter_player_valid;
}
base->next(base);
return base;
}
void WidgetManager::onAfterEvents() {
ITERATOR(m_moduleArray[i]->onAfterEvents());
}
void WidgetManager::onAI() {
ITERATOR(m_moduleArray[i]->onAI());
}
void WidgetManager::onUserInput(UserInput* ui) {
ITERATOR(m_moduleArray[i]->onUserInput(ui));
}
void WidgetManager::onSimulation(RealTime rdt, SimTime sdt, SimTime idt) {
ITERATOR(m_moduleArray[i]->onSimulation(rdt, sdt, idt));
}
LinkWeight_Metric::LinkWeight_Metric(Network *net) :
Metric(net)
{
map<pair<string, string>, double> values;
printf("Creating LinkWeight metric\n");
double max_metric = 0.0;
double min_metric = 1.0;
printf("Network has %d links\n",
net->links.size());
for(int i=0; i < net->size(); i++)
{
Node &ni = net->getNode(i);
for(int j=0; j < net->size(); j++)
{
if( i == j)
continue;
Node &nj = net->getNode(j);
if( net->areLinked(ni,nj))
{
double w = net->getLinkWeight(ni,nj);
values[make_pair(ni.id,nj.id)] = w;
//printf("%s -> %s = %f\n",
//ni.id.c_str(),nj.id.c_str(), w);
}
}
}
ITERATOR(values) it;
for(it = values.begin();it != values.end();it++){
double cost = it->second;
max_metric = fmax(max_metric,cost);
min_metric = fmin(min_metric,cost);
}
printf("max_metric %f min_metric %f\n",
max_metric, min_metric);
max_cost = -1.0;
for(it = values.begin();it != values.end();it++){
string sid = (it->first).first;
string tid = (it->first).second;
double met = it->second;
if( fabs(max_metric -min_metric) > EPSILON )
{
met = (met - min_metric)/(max_metric - min_metric);
}
double cost;
if(prob.lambda < 0)
cost = (1 - met);
else{
cost = 1 + prob.lambda*(1-met);
}
//printf("Setting link cost .%s. .%s. %f\n",
//sid.c_str(), tid.c_str(), cost);
max_cost = fmax(max_cost,cost);
metric[make_pair(sid,tid)] = cost;
}
printf("max_cost %f\n", max_cost);
//max_cost = -1.0;
}
