void LiveView::on_exitBt_clicked()
{
streaming = false;
for(int i=0;i<streamingFilter.count(); i++)
streamingFilter[i] = false;
UpdateStreamingConnections();
ui->liveOutput->clear();
qDebug() << "destroying";
this->close();
emit leaving();
}
void Game::update(int elapsedTimeMS)
{
if(m_enteringEffect != 0)
{
if(m_enteringEffect->isPlaying())
{
m_enteringEffect->update(elapsedTimeMS);
}
else
{
delete m_enteringEffect;
m_enteringEffect = 0;
stopEffect();
}
}
else if(elapsedTimeMS >0)
{
for(unsigned int i = 0; i< m_mobs.size();i++)
{
m_mobs[i]->update(elapsedTimeMS);
}
m_player->update(elapsedTimeMS);
m_world.step(elapsedTimeMS);
}
if(makePlayerJump)
{
m_player->entity()->jump();
makePlayerJump = false;
}
killBody();
sf::Vector2f mapOrigin = m_player->position()/(float)tile_size;
if(m_player->position().y > (screen_height+1)*tile_size ) m_playerDead = true;
if(m_width_in_tile <= screen_width ) mapOrigin.x = m_width_in_tile/2;
else if(mapOrigin.x< screen_width/2) mapOrigin.x = screen_width/2;
else if(mapOrigin.x> (m_width_in_tile - screen_width/2)) mapOrigin.x = (m_width_in_tile - screen_width/2);
if(m_height_in_tile <= screen_height ) mapOrigin.y = m_height_in_tile/2;
else if(mapOrigin.y< screen_height/2) mapOrigin.y = screen_height/2;
else if(mapOrigin.y> (m_height_in_tile - screen_height/2)) mapOrigin.y = (m_height_in_tile - screen_height/2);
m_map.setOrigin(mapOrigin*(float)tile_size);
float offset_map = fmod( mapOrigin.x*(float)tile_size*1.2 , m_bg_text.getSize().x);
m_bg_map.setPosition(-offset_map,0);
if(m_playerDead) leaving();
}
void GraphicsSettings::start_live_view()
{
if(liveView)
liveView->deleteLater();
for(int i=0;i<configuredDevices->count();i++) {
configuredDevices->at(i)->start_readings();
}
qDebug() << "Opening up live viewer";
liveView = new LiveView(configuredDevices);
connect(liveView, SIGNAL(leaving()), this, SLOT(end_live_view()));
liveView->showMaximized();
}
string getPermutation(int n, int k) {
// Start typing your C/C++ solution below
// DO NOT write int main() function
int deg = 1, d = 1;
while(d < n)
{
d++;
deg *= d;
}
deg /= d; d--;
string ret(n,'0');
vector<int> leaving(n, 0);
for(int j =0; j < n; j++)
leaving[j] = j + 1;
int retIndex = 0;
while(k && d)
{
int nd = k/deg;
k %= deg;
if(k == 0)
{
k = deg;
ret[retIndex++] += leaving[nd-1];
leaving.erase(leaving.begin()+nd-1);
}
else
{
ret[retIndex++] += leaving[nd];
leaving.erase(leaving.begin()+nd);
}
deg /= d; d--;
}
ret[retIndex++] += leaving[0];
return ret;
}
static void the_exit(char *cmd)
{
char **env;
char **tab;
int leave;
leave = 1;
tab = ft_strsplit(cmd, ' ');
ft_printf("%sexit %s:'(%s\n", c(PINK), c(GRBL), c(NO));
if (tab[1] && !ft_strisint(tab[1]))
ft_printf("42sh: exit: %s: numeric argument required\n", tab[1]);
if (count_tab(tab) > 2)
{
ft_putendl("42sh: exit: too many arguments\n");
if (ft_strisint(tab[1]))
leave = 0;
}
env = get_env(NULL);
free_tab(&env);
leaving(tab, leave);
}
