/*//////////////////////////////////////////////////////////////////////////////////////////////
** Crocodile Dentist by Annie Wang
** click to simulate pushing down the bottom teeth of the crocodile, like the real game
** if the trigger tooth is pushed, the crocodile chomps down and you lose
** if every tooth except for the trigger is pushed, you win
/*//////////////////////////////////////////////////////////////////////////////////////////////
//set initial height of tooth (theight where t=tooth)
int theight=55;
//set tooth height when pressed down (pheight where p=pressed)
int pheight=20;
//set tooth width, this doesnt change
int twidth=25;
//set different tooth heights: l means left, r means right; counting from the center
int t0h=theight;
int tl1h=theight;
int tr1h=theight;
int tl2h=theight;
int tr2h=theight;
int tl3h=theight;
int tr3h=theight;
int tl4h=theight;
int tr4h=theight;
int tl5h=theight;
int tr5h=theight;
//set starting win/lose booleans to false so it doesnt display the win or lose screen until the event happens
boolean lose = false;
boolean win = false;
//setup the canvas and modes
void setup () {
size (600, 600);
background (#BCDBFF);
noStroke ();
rectMode (CORNERS);
// instructions
println ("CROCODILE DENTIST");
println ("Click the teeth to push them down");
println ("If you push the trigger tooth, you lose");
println ("If every tooth except for the trigger is pushed, you win");
println ("Refresh to start over");
}
void draw () {
// lose screen: screen turns red and lose message is displayed
if (lose) {
fill (#F25656);
rect (0, 0, 600, 600);
fill(#7E1717);
textSize (26);
text ("You Lose! Refresh to play again.", 100, 250);
println ("You Lose!");
// sad face
fill (#FFFF6A);
ellipse (300, 400, 150, 150);
fill (0);
ellipse (270, 370, 20, 20);
ellipse (330, 370, 20, 20);
noFill();
arc (300, 450, 80, 80, radians (-150), radians (-30));
}
// win screen: screen turns green and win message is displayed
else if (win)
{
fill (#91FF7C);
rect (0, 0, 600, 600);
fill(#397E17);
textSize (26);
text ("You Win! Refresh to play again.", 100, 250);
println ("You Win!");
// happy face
fill (#FFFF6A);
ellipse (300, 400, 150, 150);
fill (0);
ellipse (270, 370, 20, 20);
ellipse (330, 370, 20, 20);
noStroke ();
arc (300, 410, 80, 80, radians (0), radians (180));
}
// GAME
// since starting the game means lose and win are both false, the game is
else
{
drawCrocodile ();
}
}
void drawCrocodile () {
//wallpaper pattern
for (int i=20; i<600; i+=60) {
noStroke ();
fill (#71B9FF, 80);
rect (i, 0, i+30, 600);
}
for (int i=20; i<600; i+=60) {
noStroke ();
fill (255, 80);
rect (0, i, 600, i+30);
}
//table
stroke (0);
strokeWeight (2);
fill (#93774D);
rect (0, 320, 600, 600);
//table pattern
for (int i=320; i<600; i+=50) {
stroke (#5A3C27);
line (0, i, 600, i);
}
// game name sign
// string
stroke (0);
line (20, 80, 300, 10);
line (580, 80, 300, 10);
// nail
noStroke ();
fill (150);
ellipse (300, 17, 17, 17);
stroke (50);
strokeWeight (4);
line (300, 12, 300, 22);
line (295, 17, 305, 17);
// board
stroke (#5A3C27);
strokeWeight (10);
fill (255);
rect (20, 80, 580, 180);
// text
fill(random (0,255), random (0,255), random (0,255));
textSize (50);
text ("CROCODILE DENTIST", 50, 150);
// CROCODILE
// lower jaw
stroke (0);
strokeWeight (2);
fill(#2BBF1F);
arc (300, 440, 280, 230, radians (0), radians (180));
quad (180, 310, 160, 441, 440, 441, 420, 310);
arc (300, 440, 280, 160, radians (0), radians (180));
// lower gums
fill (#EA0514);
quad (185, 300, 165, 441, 435, 441, 415, 300);
arc (300, 440, 270, 150, radians (0), radians (180));
// tounge
fill (#F52F3C);
quad (240, 300, 220, 426, 380, 426, 370, 300);
arc (300, 425, 160, 100, radians (0), radians (180));
// head
fill(#2BBF1F);
arc (260, 290, 150, 230, radians (-180), radians (0));
arc (340, 290, 150, 230, radians (-180), radians (0));
noStroke ();
rect (270, 194, 330, 300);
// eyes
stroke (0);
strokeWeight (2);
fill(255);
ellipse (258, 230, 58, 70);
ellipse (342, 230, 58, 70);
// iris
// the iris moves with the mouse
fill(#17A00B);
ellipse (258+(mouseX-300)/25, 225+(mouseY-300)/30, 25, 25);
ellipse (342+(mouseX-300)/25, 225+(mouseY-300)/30, 25, 25);
fill (0);
ellipse (258+(mouseX-300)/25, 225+(mouseY-300)/30, 12, 12);
ellipse (342+(mouseX-300)/25, 225+(mouseY-300)/30, 12, 12);
fill(255);
noStroke ();
ellipse (255+(mouseX-300)/25, 222+(mouseY-300)/30, 8, 8);
ellipse (339+(mouseX-300)/25, 222+(mouseY-300)/30, 8, 8);
constrain (mouseX, 0, 600);
constrain (mouseY, 0, 600);
//constrain mouse so the irises dont go outside of the eyes when the mouse is off the canvas
// upper gums
stroke (0);
strokeWeight (2);
fill (#EA0514);
arc (300, 345, 280, 80, radians (0), radians (180));
// upper teeth (inactive)
fill (255);
arc (300, 345, 35, 70, radians (0), radians(180));
arc (240, 340, 35, 70, radians (0), radians(180));
arc (360, 340, 35, 70, radians (0), radians(180));
arc (190, 330, 32, 70, radians (0), radians(180));
arc (410, 330, 32, 70, radians (0), radians(180));
// upper mouth
fill (#11B404);
arc (300, 340, 300, 200, radians (-180), radians (0));
fill(#2BBF1F);
arc (300, 340, 300, 50, radians (0), radians (180));
arc (240, 340, 180, 200, radians (-180), radians (0));
arc (360, 340, 180, 200, radians (-180), radians (0));
noStroke ();
rect (200, 267, 400, 350);
// nostrils
stroke (0);
strokeWeight (2);
fill (0);
ellipse (230, 310, 70, 50);
ellipse (370, 310, 70, 50);
// teeth
fill (255);
drawTeeth (300, 500, t0h);
drawTeeth (260, 495, tl1h);
drawTeeth (340, 495, tr1h);
drawTeeth (227, 480, tl2h);
drawTeeth (373, 480, tr2h);
drawTeeth (200, 460, tl3h);
drawTeeth (400, 460, tr3h);
drawTeeth (192, 430, tl4h);
drawTeeth (408, 430, tr4h);
drawTeeth (192, 400, tl5h);
drawTeeth (408, 400, tr5h);
}
// user defined function to draw teeth based on tooth location (X & Y) and tooth number
void drawTeeth (int tX, int tY, int tnumber) {
arc (tX, tY, twidth, tnumber, radians (-180), radians(0));
}
void mousePressed () {
//t0
if (mousePressed && mouseX<300+twidth/2 && mouseX>300-twidth/2 && mouseY>500-theight/2 && mouseY<500)
{
t0h=pheight;
}
//tl1
if (mousePressed && mouseX<260+twidth/2 && mouseX>260-twidth/2 && mouseY>495-theight/2 && mouseY<495)
{
tl1h=pheight;
}
//tr1
if (mousePressed && mouseX<340+twidth/2 && mouseX>340-twidth/2 && mouseY>495-theight/2 && mouseY<495)
{
tr1h=pheight;
}
//tl2
if (mousePressed && mouseX<227+twidth/2 && mouseX>227-twidth/2 && mouseY>480-theight/2 && mouseY<480)
{
tl2h=pheight;
}
//tr2
if (mousePressed && mouseX<373+twidth/2 && mouseX>373-twidth/2 && mouseY>480-theight/2 && mouseY<480)
{
tr2h=pheight;
}
//tl3*** trigger tooth
if (mousePressed && mouseX<200+twidth/2 && mouseX>200-twidth/2 && mouseY>460-theight/2 && mouseY<460)
{
tl3h=pheight;
lose=true;
}
//tr3
if (mousePressed && mouseX<400+twidth/2 && mouseX>400-twidth/2 && mouseY>460-theight/2 && mouseY<460)
{
tr3h=pheight;
}
//tl4
if (mousePressed && mouseX<192+twidth/2 && mouseX>192-twidth/2 && mouseY>430-theight/2 && mouseY<430)
{
tl4h=pheight;
}
//tr4
if (mousePressed && mouseX<408+twidth/2 && mouseX>408-twidth/2 && mouseY>430-theight/2 && mouseY<430)
{
tr4h=pheight;
}
//tl5
if (mousePressed && mouseX<192+twidth/2 && mouseX>192-twidth/2 && mouseY>400-theight/2 && mouseY<400)
{
tl5h=pheight;
}
//tr5
if (mousePressed && mouseX<408+twidth/2 && mouseX>408-twidth/2 && mouseY>400-theight/2 && mouseY<400)
{
tr5h=pheight;
}
if (t0h==pheight && tl1h==pheight && tr1h==pheight && tl2h==pheight && tr2h==pheight && tr3h==pheight && tl4h==pheight && tr4h==pheight && tl5h==pheight && tr5h==pheight)
{
win=true;
println ("You Win!") ;
}
}
