void GameManager::checkState()
{
if(stop)
{
if(stop < view.getNow())
{
checkAfter();
round = false;
stop = 0;
}
return;
}
if (table.getCalc())
{
alivePlayers = 0;
maxPoint = 0;
maxKills = 0;
maxMonsterKills = 0;
for(std::vector<Player>::const_iterator i = table.getPlayers().begin(); i != table.getPlayers().end(); ++i)
{
if(i->isAlive()) ++alivePlayers;
if(i->getScore() > maxPoint) maxPoint = i->getScore();
if(i->getKill() > maxKills) maxKills = i->getKill();
if(i->getMonsterKill() > maxMonsterKills) maxMonsterKills = i->getMonsterKill();
}
}
if (gamePlace == SERVER || gamePlace == CLIENT)
{
doNetwork();
}
checkBefore();
}
// Sistema de pontuação
int Tela::point() {
int maiorX = 0, cols[8], i = 0, pontuacao = 0, elemento, qtd, tam;
bool dif, check = true;
Ponto ponto;
while(check){
qtd = 0;
tam = pontos->getSize();
SDL_Rect my_rects[tam];
while(pontos->getSize()) {
ponto = pontos->pop();
elemento = getElement(ponto.x, ponto.y);
if(elemento-1 == bonus)
pontuacao += 10;
else
pontuacao += 5;
if(ponto.x > maiorX) maiorX = ponto.x;
dif = true;
for(int j = 0; j < i; j++) {
if(cols[j] == ponto.y) dif = false;
}
if(dif) cols[i++] = ponto.y;
setElement(ponto.x, ponto.y, 8);
apply_surface(ponto.x, ponto.y, gems, screen);
my_rects[qtd].x = matriz[ponto.x][ponto.y].celula.x;
my_rects[qtd].y = matriz[ponto.x][ponto.y].celula.y;
my_rects[qtd].w = matriz[ponto.x][ponto.y].celula.w;
my_rects[qtd++].h = matriz[ponto.x][ponto.y].celula.h;
}
SDL_Delay(300);
SDL_UpdateRects(screen, tam, my_rects);
SDL_Delay(300);
moveElement(cols, i);
check = checkAfter(maiorX, cols, i);
}
return pontuacao;
}
