int main(){
initCanvas("ARCHERY",1300,700);
Polygon rect(650,350,{{50,50},{50,-50},{-50,50},{-50,-50}},4);
rect.imprint();
getClick();
}
void KeyboardConfig::save()
{
KConfig config("kcminputrc");
XKeyboardControl kbd;
clickVolume = getClick();
keyboardRepeat = ui->repeatBox->isChecked() ? AutoRepeatModeOn : AutoRepeatModeOff;
numlockState = getNumLockState();
kbd.key_click_percent = clickVolume;
kbd.auto_repeat_mode = keyboardRepeat;
XChangeKeyboardControl(kapp->getDisplay(),
KBKeyClickPercent | KBAutoRepeatMode,
&kbd);
if( keyboardRepeat ) {
set_repeatrate(ui->delay->value(), ui->rate->value());
}
config.setGroup("Keyboard");
config.writeEntry("ClickVolume",clickVolume);
config.writeEntry("KeyboardRepeating", (keyboardRepeat == AutoRepeatModeOn));
config.writeEntry("RepeatRate", ui->rate->value() );
config.writeEntry("RepeatDelay", ui->delay->value() );
config.writeEntry("NumLock", numlockState );
config.sync();
}
int DestClick(points places[20])
{
while(true)
{
Text td(250,400,"Please click on the destination position (click on the green nodes only.)");
int pos = getClick();//position of the first click is recorded
td.hide();
int X = pos/65536;
int Y = pos%65536;int t=100;
for(int i=0; i<20; i++)
{
if((X<=places[i].x+4&&X>=places[i].x-4)&&(Y<=places[i].y+4&&Y>=places[i].y-4))
t =i;
}
if(t!=100)
{
return t;
break;
}
else
{
Text td1(300,400,"Invalid Position. Reloading ...");
td1.show();
wait(2);
td1.hide();
}
}
}
void CloudsIntroSequence::selfSetDefaults(){
selectedQuestion = NULL;
showingQuestions = false;
paused = false;
currentFontSize = -1;
currentFontExtrusion = -1;
startedOnclick = false;
caughtQuestion = NULL;
titleNoisePosition = 0;
titleNoiseSpeed = 0;
hoveringTitle = false;
currentTitleOpacity = 0;
bQuestionDebug = false;
firstQuestionStopped = false;
introNodeChangeTime = 0;
introNodesShown = true;
kinectHelperAlpha = 0.0;
nodeAlphaAttenuate = 1.0;
introNodeOne.introNode = introNodeTwo.introNode = introNodeThree.introNode = true;
introNodeOne.clickSound = introNodeTwo.clickSound = introNodeThree.clickSound = getClick();
introNodeOne.selectSound = introNodeTwo.selectSound = getSelectHigh();
introNodeThree.selectSound = getSelectMid();
introNodeOne.multiplier = 1;
introNodeTwo.multiplier = -1;
introNodeThree.multiplier = 0;
hintCursorEndPoint = ofVec2f(320,240);
promptTime = 0.0;
promptShown = false;
// Set question defaults.
questionScale = 0.1f;
helperFontSize = 14;
questionZStopRange.min = 50;
questionZStopRange.max = 300;
perlinOffset = 0;
warpCamera.setNearClip(.01);
timeSinceLastPrompt = 0;
questionChannels.resize(4);
channelPauseTime.resize(4);
#ifdef OCULUS_RIFT
bCursorInCenter = false;
startTimeCursorInCenter = 0;
#endif
}
int main()
{
initCanvas("Tiling",W*N,W*N);
int clickPos = getClick(); // to fix square to leave untiled.
int holeX = clickPos/65536/W, holeY =(clickPos % 65536)/W;
Circle c(holeX*W + W/2, holeY*W + W/2, W/2);
c.setFill();
c.setColor(COLOR("red"));
c.imprint();
tile(0,0,N,holeX,holeY);
Circle c1(holeX*W + W/2, holeY*W + W/2, W/2);
c1.setFill();
c1.setColor(COLOR("red"));
c1.imprint();
getClick();
}
int main(){
initCanvas("Car",800,800);
Car c(200,300,COLOR("blue")), d(200,600,COLOR("red"));
d.scale(0.5);
getClick();
for(int i=0; i<400; i++){
beginFrame();
c.forward(1); d.forward(1);
endFrame();
}
getClick();
for(int i=0; i<90; i++){
beginFrame();
d.forward(-1);
endFrame();
beginFrame();
d.forward(-1);
endFrame();
beginFrame();
d.forward(-1);
endFrame();
beginFrame();
d.forward(-1);
endFrame();
beginFrame();
d.forward(-1);
d.right(1);
endFrame();
}
getClick();
}
int main(){
initCanvas("Pentagon and Star");
double pentaV[5][2], starV[5][2];
for(int i=0; i<5; i++){
pentaV[i][0] = 100 * cos(2*PI/5*i);
pentaV[i][1] = 100 * sin(2*PI/5*i);
starV[i][0] = 100 * cos(4*PI/5*i);
starV[i][1] = 100 * sin(4*PI/5*i);
}
Polygon penta(200,200,pentaV,5);
Polygon star(200,400,starV,5);
for(int i=0; i<100; i++){
penta.left(5);
star.right(5);
wait(0.1);
}
getClick();
}
void CloudsIntroSequence::updateQuestions(){
for(int i = 0; i < startQuestions.size(); i++){
CloudsPortal& curQuestion = startQuestions[i];
curQuestion.scale = questionScale;
curQuestion.update();
if(curQuestion.hoverPosition.z < warpCamera.getPosition().z){
curQuestion.hoverPosition.z += questionWrapDistance;
}
float slowDownFactor = 0.0;
//hold the questions
if(questionChannels[ curQuestion.tunnelQuadrantIndex ]){
//let it go with time
slowDownFactor = powf(ofMap(ofGetElapsedTimef(),
channelPauseTime[curQuestion.tunnelQuadrantIndex] + questionPauseDuration,
channelPauseTime[curQuestion.tunnelQuadrantIndex] + questionPauseDuration+2, 1.0, 0.0, true), 2.0);
if(slowDownFactor == 0.0){
questionChannels[ curQuestion.tunnelQuadrantIndex ] = false;
}
}
else{
float distanceFromCamera = (curQuestion.hoverPosition.z - warpCamera.getPosition().z);
//if it's in front of the stop range
if(distanceFromCamera > questionZStopRange.min){
slowDownFactor = powf(ofMap(distanceFromCamera, questionZStopRange.min, questionZStopRange.max, 1.0, 0.0, true), 2.0);
// curQuestion.hoverPosition.z += slowDownFactor * cameraForwardSpeed;
if(slowDownFactor > .9){
//pause this node and all the ones behind it
if(!firstQuestionStopped){
firstQuestionStoppedTime = ofGetElapsedTimef();
firstQuestionStopped = true;
}
questionChannels[curQuestion.tunnelQuadrantIndex] = true;
channelPauseTime[curQuestion.tunnelQuadrantIndex] = ofGetElapsedTimef();
}
}
}
if(&curQuestion == caughtQuestion){
slowDownFactor = 1.0;
}
curQuestion.hoverPosition.z += cameraForwardSpeed * slowDownFactor;
if(curQuestion.hoverPosition.z - warpCamera.getPosition().z < questionZStopRange.max || &curQuestion == caughtQuestion){
#ifdef OCULUS_RIFT
ofVec3f screenPos = getOculusRift().worldToScreen(curQuestion.hoverPosition, true);
ofRectangle viewport = getOculusRift().getOculusViewport();
float distanceToQuestion = ofDist(screenPos.x, screenPos.y,viewport.getCenter().x, viewport.getCenter().y);
#else
ofVec2f mouseNode = cursor;
float distanceToQuestion = startQuestions[i].screenPosition.distance(mouseNode);
#endif
if(selectedQuestion == NULL && caughtQuestion == NULL){
if( distanceToQuestion < questionTugDistance.max ){
if(distanceToQuestion < questionTugDistance.min){
caughtQuestion = &curQuestion;
if (caughtQuestion->startHovering()) {
getClick()->setPosition(0);
getClick()->play();
}
}
}
}
//we have a caught question make sure it's still close
else if(caughtQuestion == &curQuestion){
if( caughtQuestion->isSelected() && !bQuestionDebug && selectedQuestion == NULL){
getSelectLow()->setPosition(0);
getSelectLow()->play();
selectedQuestion = caughtQuestion;
selectedQuestionTime = ofGetElapsedTimef();
selectQuestionStartPos = warpCamera.getPosition();
selectQuestionStartRot = warpCamera.getOrientationQuat();
CloudsPortalEventArgs args( GetTranslationForString( ofToUpper(selectedQuestion->question) ) );
ofNotifyEvent(events.portalHoverBegan, args);
}
else if(distanceToQuestion > questionTugDistance.max && selectedQuestion == NULL){
caughtQuestion->stopHovering();
caughtQuestion = NULL;
if(firstQuestionStopped){
firstQuestionStoppedTime = ofGetElapsedTimef();
}
}
}
}
}
if (caughtQuestion != NULL) {
// move the sticky cursor towards the caught question
stickyCursor.interpolate(caughtQuestion->screenPosition - ofVec2f(bleed,bleed)*.5, 0.2f);
}
else {
stickyCursor.interpolate(cursor, 0.5f);
}
}
CloudsIntroSequence::CloudsIntroSequence(){
getSelectLow();
getSelectMid();
getSelectHigh();
getClick();
}
void playgame(int p)
{
int playerState[8][6]; //represents cell belonging to player
int orbCount[8][6]; //represents no of rbs inthe cell
for(int nrow=0;nrow<8;nrow++)
{
for(int ncol=0;ncol<6;ncol++)
{
playerState[nrow][ncol]=0; //initilizing the cell state to be zero which means that cell donot belong any of the player
orbCount[nrow][ncol]=0; //initilizing no of orbs in th cell to be zero
}
}
int player=1;
while(true)
{
wrongCell:
draw_grid(player%2,(player/2)%2,((player/2)/2)%2);
int iclick=getClick(); // iclick will take the position of the mouse click
int xpos=iclick/65536; // xpos and the y pos will give the x and y position respectively of the mouse click
int ypos=iclick%65536;
int r_click=ypos/100; // r_click and c_click will take value of row and the column in which it was clicked
int c_click=xpos/100;
if(playerState[r_click][c_click]==0)
{ // if the cell is empty it places an orb
playerState[r_click][c_click]=player;
orbCount[r_click][c_click]++;
Circle c(c_click*100+50,r_click*100+50,15);
c.setColor(COLOR(255*(player%2),255*((player/2)%2),255*(((player/2)/2)%2)));
c.setFill();
c.imprint();
}
else if(playerState[r_click][c_click]==player)
{ // if cell is not empty and if the player clicks in the cell corresponding cell and it is not reached the
orbCount[r_click][c_click]++; // critical mass then it will take to expnasion function
expand(playerState,orbCount,r_click,c_click,player);
}
else if(playerState[r_click][c_click]!=player) // if the player clicks on the cell corresponding other player then it goes to the label : wrongCell
goto wrongCell;
int count=0;int playerCount[4]={0,0,0,0};
for(int i=0;i<8;i++)
{
for(int j=0;j<6;j++)
{
count=count+orbCount[i][j];
}
}
if(p==2)
{
for(int k=1;k<=2;k++)
{
for(int i=0;i<8;i++)
{
for(int j=0;j<6;j++)
{ // every time it counts the no. of orbs corresponding players
if(orbCount[i][j]!=0&&playerState[i][j]==k)
playerCount[k-1]=playerCount[k-1]+orbCount[i][j];
}
}
}
if(count<=2)
{
if(player==1)
player=2;
else if(player==2)
player=1;
}
else if(count>2)
{
if(player==1&&playerCount[1]!=0)
player=2; //if the orbs corresponding to the player is 0 the that player will be eliminated otherwise player will swap to next player
else if(player==1&&playerCount[1]==0)
{
wait(0.5);
Rectangle r1(300,400,600,800); r1.setFill(1); r1.setColor(COLOR("white")); r1.imprint();
Text t1(350,50,"WINS"); t1.imprint();
Text t2(250,50,"PLAYER"); t2.imprint();
Text t3(300,50,player); t3.imprint();
cout<<"PLAYER "<<player<<" WINS"<<endl;
cout<<"GAME OVER"<<endl;
break;
}
else if(player==2&&playerCount[0]!=0)
player=1;
else if(player==2&&playerCount[0]==0)
{
wait(0.5);
Rectangle r1(300,400,600,800); r1.setFill(1); r1.setColor(COLOR("white")); r1.imprint();
Text t1(350,50,"WINS"); t1.imprint();
Text t2(250,50,"PLAYER"); t2.imprint();
Text t3(300,50,player); t3.imprint();
cout<<endl<<"PLAYER "<<player<<" WINS"<<endl;
cout<<"GAME OVER"<<endl;
break;
}
}
}
// if the the no.of players are 3 then this will excuete
else if(p==3)
{
for(int k=1;k<=3;k++)
{
for(int i=0;i<8;i++)
{
for(int j=0;j<6;j++)
{
if(orbCount[i][j]!=0&&playerState[i][j]==k)
playerCount[k-1]=playerCount[k-1]+orbCount[i][j];
}
}
}
if(count<=3)
{
if(player==1)
player=2;
else if(player==2)
player=3;
else if(player==3)
player=1;
}
else if(count>=3)
{
if(player==1&&playerCount[1]!=0)
player=2;
else if(player==1&&playerCount[1]==0&&playerCount[2]!=0)
{
player=3;
}
else if(player==1&&playerCount[1]==0&&playerCount[2]==0)
{
wait(0.5);
Rectangle r1(300,400,600,800); r1.setFill(1); r1.setColor(COLOR("white")); r1.imprint();
Text t1(350,50,"WINS"); t1.imprint();
Text t2(250,50,"PLAYER"); t2.imprint();
Text t3(300,50,player); t3.imprint();
cout<<"PLAYER "<<player<<" WINS"<<endl;
cout<<"GAME OVER"<<endl;
break;
}
else if(player==2&&playerCount[2]!=0)
{
player=3;
}
else if(player==2&&playerCount[2]==0&&playerCount[0]!=0)
{
player=1;
}
else if(player==2&&playerCount[2]==0&&playerCount[0]==0)
{
wait(0.5);
Rectangle r1(300,400,600,800); r1.setFill(1); r1.setColor(COLOR("white")); r1.imprint();
Text t1(350,50,"WINS"); t1.imprint();
Text t2(250,50,"PLAYER"); t2.imprint();
Text t3(300,50,player); t3.imprint();
cout<<"PLAYER "<<player<<" WINS"<<endl;
cout<<"GAME OVER"<<endl;
break;
}
else if(player==3&&playerCount[0]!=0)
player=1;
else if(player==3&&playerCount[0]==0&&playerCount[1]!=0)
{
player=2;
}
else if(player==3&&playerCount[0]==0&&playerCount[1]==0)
{
wait(0.5);
Rectangle r1(300,400,600,800); r1.setFill(1); r1.setColor(COLOR("white")); r1.imprint();
Text t1(350,50,"WINS"); t1.imprint();
Text t2(250,50,"PLAYER"); t2.imprint();
Text t3(300,50,player); t3.imprint();
cout<<"PLAYER "<<player<<" WINS";
cout<<"GAME OVER"<<endl;
break;
}
}
}
else if(p==4)
{ // if the no.of players are 4 then this will excute.
for(int k=1;k<=4;k++)
{
for(int i=0;i<8;i++)
{
for(int j=0;j<6;j++)
{
if(orbCount[i][j]!=0&&playerState[i][j]==k)
playerCount[k-1]=playerCount[k-1]+orbCount[i][j];
}
}
}
if(count<=4)
{
if(player==1)
player=2;
else if(player==2)
player=3;
else if(player==3)
player=4;
else if(player==4)
player=1;
}
else if(count>4)
{
if(player==1&&playerCount[1]!=0)
player=2;
else if(player==1&&playerCount[1]==0&&playerCount[2]!=0)
player=3;
else if(player==1&&playerCount[1]==0&&playerCount[2]==0&&playerCount[3]!=0)
player=4;
else if(player==1&&playerCount[1]==0&&playerCount[2]==0&&playerCount[3]==0)
{
wait(0.5);
Rectangle r1(300,400,600,800); r1.setFill(1); r1.setColor(COLOR("white")); r1.imprint();
Text t1(350,50,"WINS"); t1.imprint();
Text t2(250,50,"PLAYER"); t2.imprint();
Text t3(300,50,player); t3.imprint();
cout<<"PLAYER "<<player<<" WINS"<<endl;
cout<<"GAME OVER"<<endl;
break;
}
else if(player==2&&playerCount[2]!=0)
player=3;
else if(player==2&&playerCount[2]==0&&playerCount[3]!=0)
player=4;
else if(player==2&&playerCount[2]==0&&playerCount[3]==0&&playerCount[0]!=0)
player=1;
else if(player==2&&playerCount[2]==0&&playerCount[3]==0&&playerCount[0]==0)
{
wait(0.5);
Rectangle r1(300,400,600,800); r1.setFill(1); r1.setColor(COLOR("white")); r1.imprint();
Text t1(350,50,"WINS"); t1.imprint();
Text t2(250,50,"PLAYER"); t2.imprint();
Text t3(300,50,player); t3.imprint();
cout<<"PLAYER "<<player<<" WINS"<<endl;
cout<<"GAME OVER"<<endl;
break;
}
else if(player==3&&playerCount[3]!=0)
player=4;
else if(player==3&&playerCount[3]==0&&playerCount[0]!=0)
player=1;
else if(player==3&&playerCount[3]==0&&playerCount[0]==0&&playerCount[1]!=0)
player=2;
else if(player==3&&playerCount[3]==0&&playerCount[0]==0&&playerCount[1]==0)
{
wait(0.5);
Rectangle r1(300,400,600,800); r1.setFill(1); r1.setColor(COLOR("white")); r1.imprint();
Text t1(350,50,"WINS"); t1.imprint();
Text t2(250,50,"PLAYER"); t2.imprint();
Text t3(300,50,player); t3.imprint();
cout<<endl<<"PLAYER "<<player<<" WINS"<<endl;
cout<<"GAME OVER"<<endl;
break;
}
else if(player==4&&playerCount[0]!=0)
player=1;
else if(player==4&&playerCount[0]==0&&playerCount[1]!=0)
player=2;
else if(player==4&&playerCount[0]==0&&playerCount[1]==0&&playerCount[2]!=0)
player=3;
else if(player==4&&playerCount[0]==0&&playerCount[1]==0&&playerCount[2]==0)
{
wait(0.5);
Rectangle r1(300,400,600,800); r1.setFill(1); r1.setColor(COLOR("white")); r1.imprint();
Text t1(350,50,"WINS"); t1.imprint();
Text t2(250,50,"PLAYER"); t2.imprint();
Text t3(300,50,player); t3.imprint();
cout<<"PLAYER "<<player<<" WINS"<<endl;
cout<<"GAME OVER"<<endl;
break;
}
}
}
}
}
int main(){
initCanvas("tic-tac-toe",150,150);
int checkout;
for (int i=0; i<2; i++) {
Line l1(50+i*50,0,50+i*50,150);
l1.imprint();
Line l2(0,50+i*50,150,50+i*50);
l2.imprint();
}; // just prints a 3X3 cube
int square[3][3],a,b;
for(a=0;a<3;a++){
for( b=0;b<3;b++){
square[a][b]=0;
}
} // assigns a definite variable to each square, eg., a[i][j] to square (i,j)
int n,pos;
for(n=1;n<10;n++){
pos=getClick(); //getClick...click the required slot
int i=(pos/65536)/50;
int j=(pos%65536)/50;
double g=(pos/65536)/50;
double h=(pos%65536)/50;
if(n%2==1){
Text t(25+50*g,25+50*h,"x");
t.imprint();
}
if(n%2==0){
Text t(25+50*g,25+50*h,"0");
t.imprint();
} //print X or O accordingly
if(n%2==1) square[i][j]=1; // first player virtually denoted by 1,thus assign all its square 1
if(n%2==0) square[i][j]=2; //2nd player by 2,thus assign all its square 2
if(n>4){ //before n=5, its impossible to complete the game
int q;
if((square[0][0]*square[1][1]*square[2][2]==1)||(square[0][2]*square[1][1]*square[2][0]==1)){
checkout=1;
cout<<"player 1 wins"<<endl;
break;
} //check diagonal for p1
if((square[0][0]*square[1][1]*square[2][2]==8)||(square[0][2]*square[1][1]*square[2][0]==8)){
checkout=1;
cout<<"player 2 wins"<<endl;
break;
} //check diagonal for p1
for(q=0;q<3;q++){
int b=square[q][0]*square[q][1]*square[q][2], c=square[0][q]*square[1][q]*square[2][q];
if(b==1||c==1){
checkout=1;
cout<<"player 1 wins"<<endl;
break; //check horizontal and vertical for p1
}
if(b==8||c==8){
checkout=1;
cout<<"player 2 wins";
break; //check horizontal and vertical for p1
}
}
}
if(checkout==1) break; //breaks the main for loop if someone wins
}
if(n==10)
cout<<"invalid"; //in case no one wins...its a LOL.
}
