void CBaseWater::UpdateBaseWater(CGame* game) {
std::vector<int> wm;
{
GML_STDMUTEX_LOCK(water); // UpdateBaseWater
wm.swap(waterModes);
}
for(std::vector<int>::iterator i = wm.begin(); i != wm.end(); ++i) {
int nextWaterRendererMode = *i;
if(nextWaterRendererMode < 0)
nextWaterRendererMode = (std::max(0, water->GetID()) + 1) % CBaseWater::NUM_WATER_RENDERERS;
water = GetWater(water, nextWaterRendererMode);
logOutput.Print("Set water rendering mode to %i (%s)", nextWaterRendererMode, water->GetName());
}
std::vector<HeightmapChange> hc;
{
GML_STDMUTEX_LOCK(water); // UpdateBaseWater
hc.swap(heightmapChanges);
}
for(std::vector<HeightmapChange>::iterator i = hc.begin(); i != hc.end(); ++i) {
HeightmapChange &h = *i;
water->HeightmapChanged(h.x1,h.y1,h.x2,h.y2);
}
water->UpdateWater(game);
}
int GetAns(int A[], int n, vector<int> &incpos)
{
int ans = 0;
for (int i = 0;i < incpos.size() - 1; i++)
{
ans += GetWater(incpos[i], incpos[i+1], A);
}
return ans;
}
void IWater::ApplyPushedChanges(CGame* game) {
std::vector<int> wm;
{
wm.swap(waterModes);
}
for (std::vector<int>::iterator i = wm.begin(); i != wm.end(); ++i) {
int nextWaterRendererMode = *i;
if (nextWaterRendererMode < 0) {
nextWaterRendererMode = (std::max(0, water->GetID()) + 1) % IWater::NUM_WATER_RENDERERS;
}
water = GetWater(water, nextWaterRendererMode);
LOG("Set water rendering mode to %i (%s)", nextWaterRendererMode, water->GetName());
}
}
int trap(int A[], int n) {
if (n <= 2) return 0;
GenIncPos(A, n);
int pos1 = IncPos[IncPos.size()-1];
int ans = GetAns(A, n , IncPos);
//cout <<"pos: "<< pos1 << " ans "<< ans << endl;
reverse(A, A+n);
GenIncPos(A, n);
int pos2 = IncPos[IncPos.size()-1];
ans += GetAns(A, n, IncPos);
//cout <<"pos: "<< pos2 << " ans "<< ans << endl;
pos1 = n - pos1 - 1;
ans += GetWater(pos2, pos1, A);
//cout <<"pos: "<< pos1 << " ans "<< ans << endl;
return ans;
}
void Situation()
{
GetWater();
}
