int play2pMario(void){ //Return 0 if terminating, 1 if not done, 2 if 1p wins, 3 if 2p wins
int xDrawTop;//Drawing variables for x and y of top and bottom players
int yDrawTop;
int xDrawBot;
int yDrawBot;
int topDone = 0; //0 if not done, 1 if done
int botDone = 0; //0 if not done, 1 if done
//Player 1
if(stateMarTop == 3){//Check if top player is done
topDone = 1;//Set top player as done
if(finishedFirst == 0){finishedFirst = 1;} //If top player finishes first, set finishedFirst to 1.
}
else if(stateMarTop == 0){//Walking state for player 1
if(buttonsLast[0] == 1){ //move left if possible
if((yMarTop < 0 && xMarTop != 0) || !(xMarTop == 0 || marioBack[levelMark][yMarTop][xMarTop - 1] == GREEN)){//Check for collision with green pixel or left border
xMarTop--;
}
}
if(buttonsLast[1] == 1){//Move right if possible
if((yMarTop < 0 && xMarTop != MARIOLINE[levelMark] - 1) || !(xMarTop == MARIOLINE[levelMark] - 1 || marioBack[levelMark][yMarTop][xMarTop + 1] == GREEN)){ //Check for collision with green
xMarTop++;
}
}
if(buttons[2] == 1){ //Jump if possible
if(yMarTop <= 0 || marioBack[levelMark][yMarTop - 1][xMarTop] != GREEN){//Check for collision, if not then jump
yMarTop--;
stateMarTop = 1;
}
}
if(stateMarTop == 0){//Check make sure still walking
if(yMarTop < -1 || marioBack[levelMark][yMarTop + 1][xMarTop] != GREEN){//If so, then fall if no collision below
yMarTop++;
}
}
}
else if(stateMarTop == 1){//Jumping state player 1
if(buttonsLast[0] == 1){//Move left if possible
if((yMarTop < 0 && xMarTop != 0) || !(xMarTop == 0 || marioBack[levelMark][yMarTop][xMarTop - 1] == GREEN)){ //Check for collision/border
xMarTop--;
}
}
if(buttonsLast[1] == 1){//Move right if possible
if((yMarTop < 0 && xMarTop != MARIOLINE[levelMark] - 1) || !(xMarTop == MARIOLINE[levelMark] - 1 || marioBack[levelMark][yMarTop][xMarTop + 1] == GREEN)){ //Check for collision
xMarTop++;
}
}
if(yMarTop <= 0 || marioBack[levelMark][yMarTop - 1][xMarTop] != GREEN){ //Continue jumping if possible, if so go up 1 and then go into falling state, otherwise if collision go to falling state
yMarTop--;
stateMarTop = 2;
}
else{
stateMarTop = 2;
}
}
else if(stateMarTop == 2){ //Falling state for player 1
if(buttonsLast[0] == 1){ //Move left if possible
if((yMarTop < 0 && xMarTop != 0) || !(xMarTop == 0 || marioBack[levelMark][yMarTop][xMarTop - 1] == GREEN)){//Check for collision/border
xMarTop--;
}
}
if(buttonsLast[1] == 1){ //Move right if possible
if((yMarTop < 0 && xMarTop != MARIOLINE[levelMark] - 1) || !(xMarTop == MARIOLINE[levelMark] - 1 || marioBack[levelMark][yMarTop][xMarTop + 1] == GREEN)){ //Check for collision
xMarTop++;
}
}
if(yMarTop < -1 || marioBack[levelMark][yMarTop + 1][xMarTop] != GREEN){ //Continue falling if no collision, otherwise set to walking state
yMarTop++;
}
else{
stateMarTop = 0;
}
}
if(xMarTop == MARIOLINE[levelMark] - 1){//If reach end, set state to finished state
stateMarTop = 3;
}
//Player 2(same as player 1)
if(stateMarBot == 3){
botDone = 1;
if(finishedFirst == 0){finishedFirst = 2;}
}
else if(stateMarBot == 0){
if(buttonsLast[3] == 1){
if((yMarBot < 0 && xMarBot != 0) || !(xMarBot == 0 || marioBack[levelMark][yMarBot][xMarBot - 1] == GREEN)){
xMarBot--;
}
}
if(buttonsLast[4] == 1){
if((yMarBot < 0 && xMarBot != MARIOLINE[levelMark] - 1) || !(xMarBot == MARIOLINE[levelMark] - 1 || marioBack[levelMark][yMarBot][xMarBot + 1] == GREEN)){
xMarBot++;
}
}
if(buttons[5] == 1){
if(yMarBot <= 0 || marioBack[levelMark][yMarBot - 1][xMarBot] != GREEN){
yMarBot--;
stateMarBot = 1;
}
}
if(stateMarBot == 0){
if(yMarBot < -1 || marioBack[levelMark][yMarBot + 1][xMarBot] != GREEN){
yMarBot++;
}
}
}
else if(stateMarBot == 1){
if(buttonsLast[3] == 1){
if((yMarBot < 0 && xMarBot != 0) || !(xMarBot == 0 || marioBack[levelMark][yMarBot][xMarBot - 1] == GREEN)){
xMarBot--;
}
}
if(buttonsLast[4] == 1){
if((yMarBot < 0 && xMarBot != MARIOLINE[levelMark] - 1) || !(xMarBot == MARIOLINE[levelMark] - 1 || marioBack[levelMark][yMarBot][xMarBot + 1] == GREEN)){
xMarBot++;
}
}
if(yMarBot <= 0 || marioBack[levelMark][yMarBot - 1][xMarBot] != GREEN){
yMarBot--;
stateMarBot = 2;
}
else{
stateMarBot = 2;
}
}
else if(stateMarBot == 2){
if(buttonsLast[3] == 1){
if((yMarBot < 0 && xMarBot != 0) || !(xMarBot == 0 || marioBack[levelMark][yMarBot][xMarBot - 1] == GREEN)){
xMarBot--;
}
}
if(buttonsLast[4] == 1){
if((yMarBot < 0 && xMarBot != MARIOLINE[levelMark] - 1) || !(xMarBot == MARIOLINE[levelMark] - 1 || marioBack[levelMark][yMarBot][xMarBot + 1] == GREEN)){
xMarBot++;
}
}
if(yMarBot < -1 || marioBack[levelMark][yMarBot + 1][xMarBot] != GREEN){
yMarBot++;
}
else{
stateMarBot = 0;
}
}
if(xMarBot == MARIOLINE[levelMark] - 1){
stateMarBot = 3;
}
//Check if player 1 has fallen below map
if(yMarTop >= 4){//If so, reset them based on level start
yMarTop = yStarts[levelMark];
xMarTop = xStarts[levelMark];
}
//Player 2 fallen below map reset check
if(yMarBot >= 4){
yMarBot = yStarts[levelMark];
xMarBot = xStarts[levelMark];
}
fixAllMario();//Fix the map to base state
if(yMarTop >= 0){//If top player can be drawn, set their pixel to blue
marioBack[levelMark][yMarTop][xMarTop] = BLUE;
}
yDrawTop = 0;//Always draw at this y position
xDrawTop = xMarTop - 3; //x position slides to follow player
if (xDrawTop < 0){xDrawTop = 0;} //Make sure x position is clipped to matrix bounds (0)
loadtoBackBufferFullMario(xDrawTop, yDrawTop, 0, 0, 0, 0, 1, 0, 0);//Draw map for player 1, drawing clear afterwards in the x position
fixAllMario(); //Fix map for 2nd player
if(yMarBot >= 0){ //Draw 2nd player if possible
marioBack[levelMark][yMarBot][xMarBot] = BLUE;
}
yDrawBot = 0;//Y position is always 0 for drawing
xDrawBot = xMarBot - 3; //Set x position
if (xDrawBot < 0) {xDrawBot = 0;}//clip as necessary
loadtoBackBufferFullMario(xDrawBot, yDrawBot, 0, 4, 0, 0, 1, 0, 1);//Draw map for player 2, drawing clear afterwards in the x position, and marking that this is drawn for player 2
//(drawBot = 1 and backdrop y position starts at 4)
swapScreens(); //Load backdrop to screen
delay(6000);
if(topDone == 1 && botDone == 1){ //If both players are done, return the victor
return finishedFirst + 1;
}
else{ //Otherwise say game isn't done yet
return 1;
}
}
DSPDFViewer::DSPDFViewer(const RuntimeConfiguration& r):
runtimeConfiguration(r),
pdfDocument(Poppler::Document::load(r.filePathQString()))
,
renderFactory(r.filePathQString()),
m_pagenumber(0),
audienceWindow(0, r.useFullPage()? PagePart::FullPage : PagePart::LeftHalf , false, r),
secondaryWindow(1, r.useFullPage()? PagePart::FullPage : PagePart::RightHalf, true, r, r.useSecondScreen() )
{
qDebug() << "Starting constructor" ;
if ( ! r.useSecondScreen() ) {
secondaryWindow.hide();
}
audienceWindow.showLoadingScreen(0);
secondaryWindow.showLoadingScreen(0);
if ( ! pdfDocument || pdfDocument->isLocked() )
{
/// FIXME: Error message
throw std::runtime_error("I was not able to open the PDF document. Sorry.");
}
setHighQuality(true);
qDebug() << "Connecting audience window";
audienceWindow.setPageNumberLimits(0, numberOfPages()-1);
connect( &renderFactory, SIGNAL(pageRendered(QSharedPointer<RenderedPage>)), &audienceWindow, SLOT(renderedPageIncoming(QSharedPointer<RenderedPage>)));
connect( &renderFactory, SIGNAL(thumbnailRendered(QSharedPointer<RenderedPage>)), &audienceWindow, SLOT(renderedThumbnailIncoming(QSharedPointer<RenderedPage>)));
connect( &audienceWindow, SIGNAL(nextPageRequested()), this, SLOT(goForward()));
connect( &audienceWindow, SIGNAL(previousPageRequested()), this, SLOT(goBackward()));
connect( &audienceWindow, SIGNAL(pageRequested(uint)), this, SLOT(gotoPage(uint)));
connect( &audienceWindow, SIGNAL(quitRequested()), this, SLOT(exit()));
connect( &audienceWindow, SIGNAL(rerenderRequested()), this, SLOT(renderPage()));
connect( &audienceWindow, SIGNAL(restartRequested()), this, SLOT(goToStartAndResetClocks()));
connect( &audienceWindow, SIGNAL(screenSwapRequested()), this, SLOT(swapScreens()) );
if ( r.useSecondScreen() )
{
qDebug() << "Connecting secondary window";
secondaryWindow.setPageNumberLimits(0, numberOfPages()-1);
connect( &renderFactory, SIGNAL(pageRendered(QSharedPointer<RenderedPage>)), &secondaryWindow, SLOT(renderedPageIncoming(QSharedPointer<RenderedPage>)));
connect( &renderFactory, SIGNAL(thumbnailRendered(QSharedPointer<RenderedPage>)), &secondaryWindow, SLOT(renderedThumbnailIncoming(QSharedPointer<RenderedPage>)));
connect( &secondaryWindow, SIGNAL(nextPageRequested()), this, SLOT(goForward()));
connect( &secondaryWindow, SIGNAL(previousPageRequested()), this, SLOT(goBackward()));
connect( &secondaryWindow, SIGNAL(pageRequested(uint)), this, SLOT(gotoPage(uint)));
connect( &secondaryWindow, SIGNAL(quitRequested()), this, SLOT(exit()));
connect( &secondaryWindow, SIGNAL(rerenderRequested()), this, SLOT(renderPage()));
connect( &secondaryWindow, SIGNAL(restartRequested()), this, SLOT(goToStartAndResetClocks()));
connect( &secondaryWindow, SIGNAL(screenSwapRequested()), this, SLOT(swapScreens()) );
connect( this, SIGNAL(presentationClockUpdate(QTime)), &secondaryWindow, SLOT(updatePresentationClock(QTime)));
connect( this, SIGNAL(slideClockUpdate(QTime)), &secondaryWindow, SLOT(updateSlideClock(QTime)));
connect( this, SIGNAL(wallClockUpdate(QTime)), &secondaryWindow, SLOT(updateWallClock(QTime)));
}
renderPage();
clockDisplayTimer.setInterval(TIMER_UPDATE_INTERVAL);
clockDisplayTimer.start();
connect( &clockDisplayTimer, SIGNAL(timeout()), this, SLOT(sendAllClockSignals()));
sendAllClockSignals();
}