void DisplayBothUnits::slot_unitRight( int num )
{
manageClick( 1, num );
}
//Begins the bulk loop for the program
void MainInterface::run() {
//establish timing setup for speedometer
int reps = 0;
clock_t lastClock = clock();
std::queue<double long> timeBuffer = std::queue<double long>();
for (int i = 0; i < 60; i++) timeBuffer.push(0);
while (window->isOpen()) {//main loop runs while the window isn't closed
sf::Event event;
while (window->pollEvent(event)) {//check for events
if (event.type == sf::Event::Closed) window->close(); //exit if the window get's "x'd out"
if (event.type == sf::Event::MouseButtonPressed) manageClick(event.mouseButton.x, event.mouseButton.y);//user mouse input sent to internal function
}
if (status == RUNNING) {//if the solver is active, automatically step
if(solver->step()) {
FileManager::saveSolution(solver, reps);
//FEATURE: puase solver if the option is implemented and checked
}
reps++;
//update solver clock;
double long temp = timeBuffer.front();
timeBuffer.pop();
lastClock = clock();
timeBuffer.push(lastClock);
speedometer.setString("Steps per second: " + std::to_string(60000/(lastClock - temp))); //calculates average time over 60 steps
}
else speedometer.setString("");//don't display the speedometer if the solver isn't running.
//prepare for display sequence
window->clear(sf::Color(63,63,63,255));
//draw board
if (solver != 0) {
for (int i = 0; i < solver->getBoard()->getDepth(); i++) window->draw(*(boardSpace+i));//draw the base of the board
int w = solver->getBoard()->getDepth() -1;
for (w; w >= 0; w--){//for each level...
int v = solver->getBoard()->getHeight() - 1;
for (v; v >= 0; v--) {//for each row...
int u = solver->getBoard()->getWidth() - 1;
for (u; u >= 0; u--) {//for each column...
//make a square that matches the color on the board at that position
sf::RectangleShape temp = sf::RectangleShape(sf::Vector2f(zoomSize,zoomSize));
temp.setFillColor(solver->colorAt(u,v,w));
temp.setOutlineColor(sf::Color::Black);
temp.setOutlineThickness(1);
//move that square to the proper position on the screen
temp.setPosition((400-(solver->getBoard()->getWidth()+1)*solver->getBoard()->getDepth()*zoomSize/2+(solver->getBoard()->getWidth()+1)*w*zoomSize + zoomSize/2)+u*zoomSize,
200-(solver->getBoard()->getHeight())*zoomSize/2+v*zoomSize);
//draw that square
window->draw(temp);
}
}
}
}
if (status != RUNNING) { //unless the solver is running, draw the "load" button
window->draw(*loadButton);
window->draw(loadText);
}
// FEATURE hidden //window->draw(*testBlockButton);
if (status == PAUSED) { //if a puzzle is loaded but not being solved, display the "Step" button.
window->draw(*stepButton);
window->draw(stepText);
}
if (status != WAITING) { //if a puzzle is loaded at all, display the play/pause button
window->draw(*playPauseButton);
window->draw(playPauseText);
}
window->draw(speedometer);
window->display();
//std::cout<<reps<<std::endl;
}
}
void DisplayBothUnits::slot_unitLeft( int num )
{
manageClick( 0, num );
}
