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ClownWar.pde
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ClownWar.pde
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/*
Final Project: ClownWar
Group 7: Caroline Olesh, Edward Lam, Kaysha Chandra, Nghia Nguyen
Notice: This program require minim sound library to run.
*/
import ddf.minim.*;
AudioPlayer gunshot;
AudioPlayer themesong;
AudioPlayer starTheme;
AudioPlayer wasted_sound;
AudioPlayer damage;
AudioPlayer damage2;
AudioPlayer clown_dead;
Minim minim;
PImage wasted;
int lives = 3;
int points = 0;
PVector Blaster;
PImage gun;
int count_frame = 0;
PImage img1, img2, morph;
int loc;
color pix1, pix2;
float diff[], diffR[], diffG[], diffB[];
boolean start;
int count;
float difT;
boolean writeOut;
kid thekids[];
int numC;
PFont font; // our font variable
int x, y; // current position of the text
float x0, y0, x1, y1;
float curX, curY, diam;
PImage cloud,moon;
PVector gun_heading;
float startP=1;
int num_clowns;
int Y_AXIS = 1;
int X_AXIS = 2;
color c1, c2;
boolean restart = false;
int cloud_size;
boolean original = true;
AI [] Clown;
float[] cloud_x;
float[] cloud_y;
float[] cloud_s;
PVector[] cloud_dir;
int flicker;
boolean boy_is_dead = false;
PImage gun_pointer;
boolean hit_clown = false;
String [] str;
float [] text_loc;
int text_line;
int time_death_count =0;
boolean try_again = false;
// declare a particle system
PSys[] fireW1;
int num_fire_work;
PSys[] fireW2;
int countF=0;
void setup(){
size(1000, 500);
//text
//text
text_line = 12;
text_loc = new float[ text_line];
for(int i=0; i< text_line; i++)
{
text_loc[i] = height + (i+1)*70;
//text_size[i] = 32;
}
str = new String[text_line];
str[0] = "The carnival just came into town.";
str[1] = "You attended expecting the time of your life.";
str[2] = "The clowns, however, held a different meaning for the word “fun”";
str[3] = "As it turns out, these clowns weren’t just clowns…";
str[4] = "they were flesh-eating cannibalistic psycho ghost demon clowns.";
str[5] = "You being the stone-cold badass that you are,";
str[6] = "decide you don’t have time for this";
str[7] = "and intend to make it home before dinner.";
str[8] = "What’s for dinner?";
str[9] = "";
str[10] = "";
str[11] = "Justice.";
textSize(30);
textAlign(CENTER);
Blaster = new PVector(0,0);
gun_pointer = loadImage("gun_pointer.png");
cloud_size = 50;
gun = loadImage("han_solo.png");
moving = false;
cloud = loadImage("game_cloud.png");
moon = loadImage("game_moon.png");
wasted = loadImage("wasted1.png");
cloud_x = new float[cloud_size];
cloud_y = new float[cloud_size];
cloud_s = new float[cloud_size];
cloud_dir = new PVector[cloud_size];
count= 0;
start = true;
difT = 40;
writeOut = false;
img1 = loadImage("wasted1.png");
img2 = loadImage("wasted2.png");
morph = createImage(img1.width, img1.height, RGB);
//load up the pixels of each image
img1.loadPixels();
img2.loadPixels();
morph.loadPixels();
//make an array to store the differences
diff = new float[img1.width*img1.height];
diffR =new float[img1.width*img1.height];
diffG = new float[img1.width*img1.height];
diffB = new float[img1.width*img1.height];
//compute the difference of each pixels in the images
for (int y = 0; y < img1.height; y++) {
for (int x = 0; x < img1.width; x++) {
loc = x + y*img1.width;
//pull out the color from image 1
pix1 = img1.pixels[loc];
//pull out the color from image 2
pix2 = img2.pixels[loc];
diff[loc] = brightness(pix2) - brightness(pix1);
diffR[loc] = red(pix2) - red(pix1);
diffG[loc] = green(pix2) - green(pix1);
diffB[loc] = blue(pix2) - blue(pix1);
morph.pixels[loc] = img1.pixels[loc];
}
}
smooth();
numC = 1;
thekids = new kid[numC];
for (int i=0; i < numC; i++) {
//thekids[i] = new kid(new PVector(-20, height+20), new PVector(width*.8, height/2), i*40+ (int)random(5, 20));
thekids[i] = new kid(new PVector(-20, height+20), new PVector(width/2 + 60, height/2), i*40+ (int)random(5, 20));
}
cloud = loadImage("game_cloud.png");
x0 = 0;
y0 = 400;
x1 = 1000;
y1 = 400;
diam = 10;
c1 = color(0, 0, 0);
c2 = color(0, 102, 153);
//clown
// size(1000,800);
//background(0);
num_clowns = 10;
clown_1 = loadImage("clown_face2.png");
clown_2 = loadImage("clown_face22.png");
Clown = new AI[num_clowns];
for(int i=0; i<num_clowns; i++)
{
Clown[i] = new AI(width + i*200, random(50, height-100));
}
//kid
rS = -.5; //right Shoulder //I didn't use these yet- maybe use them to make arms move when walking
rW = -.2; //right Wrist
lS = .5;
lW = -.2;
rL = 0; //right leg
lL = 0;
Kloc = new PVector(50, .67*height);
mR = new PVector(1,0);
Jump = new PVector(0, -8);
Gravity = new PVector(0, .2);
speed = 0.5;
gun_heading = new PVector(0,0);
//sound
minim = new Minim(this);
gunshot = minim.loadFile("shot.mp3",2048);
themesong = minim.loadFile("boy_theme.mp3",2048);
starTheme = minim.loadFile("star_theme.mp3",2048);
wasted_sound = minim.loadFile("wasted_sound.mp3",2048);
damage = minim.loadFile("damage.mp3",2048);
damage2 = minim.loadFile("damage2.mp3",2048);
clown_dead = minim.loadFile("clown_death.mp3",2048);
themesong.play();
//text
// create the font
font = createFont("bit.ttf", 30, true);
// start the text off screen halfway down the canvas
x = width/2;
y = 1100;
// set the font
textFont(font);
//firework
// start a new particle system
fireW2 = new PSys[15];
//defeat scene
Kloc_defeat = new PVector (width/2, height/2);
}
void draw(){
count_frame++;
if(count_frame <= 2000)
{
background(0);
// set the fill for the text
fill(241, 255, 54);
starTheme.play();
// Draw the text
//text
for(int i=0; i<text_line; i++)
{
if(text_loc[i] > -10)
{
if(i < 11)
textSize(32 * (text_loc[i]+20)/ height);
else
textSize(100 * (text_loc[i]+20)/height);
text(str[i], width/2, text_loc[i]);
}
text_loc[i]-=.65;
}
}
else if(count_frame>2000 && count_frame <=2700)
{
background(50);
fill(100);
sky(0, 0, width, 350, c1, c2, Y_AXIS);
fill(0,100,70);
rect(0,350,width,50);
imageMode(CORNER);
noTint();
image(moon,50,0);
generator();
starTheme.close();
//themesong.play();
startP=startP-.5;
for (float t=startP; t< 1; t=t+.094)
{
fill(200);
stroke(0);
curX = x0 + t*(x1-x0);
curY = y0 + t*(y1-y0);
SWK(curX, curY);
}
//kid
drawKid();
moveR();
pushMatrix();
//clown
if(restart)
{
for(int i=0; i<num_clowns; i++)
Clown[i] = new AI(width + i*200, random(50, height-100));
restart = false;
}
else
{
for(int i=0; i<num_clowns && !restart; i++)
{
Clown[i].drawC();
Clown[i].AIfollow(Kloc.x, Kloc.y);
//shoot the clowns
if(impl_eli(x_b, y_b, Clown[i].clownX, Clown[i].clownY,40,30) <= 0)
{
Clown[i] = new AI(width + random(0,1000), random(50, height-100));
points++;
if(points % 5 ==0)
{
clown_dead.play();
//clown_dead.rewind();
}
shoot = false;
x_b = 0;
}
//check if clown eat the boy
if(impl_circle(Clown[i].clownX, Clown[i].clownY, Kloc.x, Kloc.y, 40)<=0)
{
lives--;
restart = true;
if(restart){
damage.play();
}
if(lives ==1){
damage2.play();
}
}
}
}
popMatrix();
//lives ann points
float lx = 50, ly = height -30;
fill(255);
textSize(25);
text("Points: " + points, width-200, ly);
text("Lives: ",lx+40, ly);
for(int i=0; i<lives; i++)
{
lx+= 30;
draw_heart(lx + 90,ly-12);
}
//gun_pointer
pushMatrix();
imageMode(CENTER);
noTint();
image(gun_pointer,mouseX, mouseY);
popMatrix();
//blaster
if(shoot)
{
if(x_b <= 950)
{
x_b = x_b + speed_b*3*gun_heading.x;
y_b = y_b + speed_b*3*gun_heading.y;
}
else
shoot = false;
visualBlast();
}
}
if(count_frame>2700 && lives > 0)
{
sky(0, 0, width, 350, c1, c2, Y_AXIS);
//fill(0,100,70);
//rect(0,350,width,50);
imageMode(CORNER);
noTint();
image(moon,50,0);
generator();
if(click)
{
countF++;
for(int i=0; i<14; i++)
fireW2[i].run();
if(countF > 80)
{
//after all the letters show up - change choice to 6
for(int i=0; i<14; i++)
fireW2[i].choice = 6;
}
//the last letter is dead - set click to false and go back to orignal firework
if(fireW2[13].dead())
click = false;
}
restart = true;
stroke(255);
//fill(143, 211, 134, 128);
// ellipse(width*.8, height/2, 40, 20);
//draw forground
noStroke();
fill(#325023);
rect(0, height/2, width, height/2);
//draw road
stroke(100);
fill(200);
//triangle(width*.8, height/2, width*.2, height+20, -.2*width, height+20);
triangle(width/2 + 60, height/2, width*.2, height+20, -.2*width, height+20);
house();
for (int i=0; i < numC; i++)
{
thekids[i].drawKid();
thekids[i].run();
}
//draw happy new year
}
if(lives<1 && time_death_count < 120)
{
time_death_count++;
println(time_death_count);
themesong.close();
image(wasted,width/2,height/2);
wasted_sound.play();
frameRate(10);
background(128);
if (start== true && count <= difT)
{
for (int y = 0; y < img1.height; y++)
{
for (int x = 0; x < img1.width; x++)
{
loc = x + y*img1.width;
//morph.pixels[loc] = color(x/5, 0, x/5);
morph.pixels[loc] = color(red(img1.pixels[loc]) + (int)diffR[loc]*count/difT, green(img1.pixels[loc]) + (int)diffG[loc]*count/difT, blue(img1.pixels[loc]) + (int)diffB[loc]*count/difT);
}
}
morph.updatePixels();
count++;
}
imageMode(CENTER);
image(morph, width/2, height/2);
}
if(lives < 1 && time_death_count >= 120 && !try_again)
{
draw_defeat();
}
}
void SWK(float x, float y)
{
fill(200);
beginShape();
vertex(x,y);
vertex(x+50,y-10);
vertex(x+150,y-10);
vertex(x+150,y+10);
vertex(x,y+10);
endShape(CLOSE);
line(x,y,x+150,y);
}
void sky()
{
int c = 100;
fill(0,0,c);
rect(0,0,800,350);
}
void sky(int x, int y, float w, float h, color c1, color c2, int axis )
{
if (axis == Y_AXIS) { // Top to bottom gradient
for (int i = y; i <= y+h; i++) {
float inter = map(i, y, y+h, 0, 1);
color c = lerpColor(c1, c2, inter);
stroke(c);
line(x, i, x+w, i);
}
}
}
void draw_cloud(float cx, float cy, float size, float rot)
{
pushMatrix();
translate(cx,cy);
rotate(rot);
image(cloud,0,0);
popMatrix();
}
void generator(){
for(int i=0; i<cloud_size; i++)
{
if(original)
{
cloud_x[i] = random(-50, 2000);
cloud_y[i] = random(20,120);
cloud_s[i] = random(.05,.3);
cloud_dir[i] = new PVector(-500, 0);
}
cloud_dir[i].normalize();
cloud_x[i] += cloud_dir[i].x;
// cloud_y[i] += cloud_dir[i].y;
if(cloud_x[i] <= -100)
cloud_x[i] = width + 200;
// cloud_dir[i].y = - cloud_dir[i].y;
draw_cloud(cloud_x[i], cloud_y[i], cloud_s[i], 0);
}
original = false;
//loop();
}
void flickerer()
{
int counter = 0;
counter = counter +1;
if(counter<2){
flicker = 0;
}
else{
flicker = 255;
}
if(counter>4)
{
counter=0;
}
}
void mousePressed()
{
if(count_frame > 2000 && count_frame <=2700)
{
gun_heading = new PVector(mouseX-Kloc.x, mouseY-Kloc.y);
gun_heading.normalize();
shoot = true;
x_b = Kloc.x + 70*gun_heading.x;
y_b = Kloc.y -30 + 70*gun_heading.y;
gunshot.play();
gunshot.rewind();
}
//firework
click = true;
if(count_frame >2400 && lives > 0)
{
countF=0;
float life = 80;
//Create each letter separately
fireW2[0] = new PSys(25, new PVector(40,100), life, //C
0, 9);
fireW2[1] = new PSys(45, new PVector(100,90), life, //O
20, 10);
fireW2[2] = new PSys(25, new PVector(190,100), life, //N
20, 5);
fireW2[3] = new PSys(25, new PVector(240,100), life, //G
20, 11);
fireW2[4] = new PSys(30, new PVector(330,100), life, //R
20, 8);
fireW2[5] = new PSys(45, new PVector(400,90), life, //A
20, 2);
fireW2[6] = new PSys(25, new PVector(470,100), life, //T
20, 12);
fireW2[7] = new PSys(25, new PVector(540,100), life, //U
20, 14);
fireW2[8] = new PSys(25, new PVector(580,100), life, //L
20, 13);
fireW2[9] = new PSys(45, new PVector(660,100), life, //A
20, 2);
fireW2[10] = new PSys(25, new PVector(720,100), life, //T
20, 12);
fireW2[11] = new PSys(25, new PVector(800,100), life, //I
20, 15);
fireW2[12] = new PSys(45, new PVector(850,100), life, //O
20, 10);
fireW2[13] = new PSys(25, new PVector(940,100), life, //N
20, 5);
//reset fireW1
//change the num of firework to 15 - more firework after happy new year
num_fire_work = 10;
fireW1 = new PSys[num_fire_work];
for(int i=0; i<num_fire_work; i++)
fireW1[i] = new PSys(100, new PVector(random(20,width-20), random(40,height/2)),
random(60,120), random(30,60),random(0,4));
}
if(lives < 1)
{
if(mouseX>600 && mouseX<950 && mouseY>380 && mouseY<450)
{
strokeWeight(8);
line(600, 450, 950,450); //bottom
line(600,380,950,380);
line(600,380,600,450);
line(950,380,950,450);
time_death_count = 0;
count_frame = 2000;
try_again = true;
lives = 3;
points = 0;
strokeWeight(1);
restart = true;
}
}
}
void mouseClicked()
{
}
float impl_circle(float cx, float cy, float x1, float y1, float rad)
{
return pow(cx-x1,2) + pow(cy-y1,2) - pow(rad,2);
}
float impl_eli(float cx, float cy, float x1, float y1, float w, float h)
{
return pow(cx-x1,2)/(w*w) + pow(cy-y1,2)/(h*h) - 1;
}
void draw_heart(float cx, float cy)
{
float t=0;
float x1, y1;
noStroke();
fill(255,0,0);
pushMatrix();
translate(cx, cy);
scale(.7);
beginShape();
for(int i=0; i<100; i++)
{
x1 = 16*pow(sin(t),3);
y1 = -( 13*cos(t) - 5*cos(2*t) - 2*cos(3*t) - cos(4*t));
t += PI/30;
curveVertex(x1,y1);
}
endShape();
popMatrix();
}
//THIS IS THE RIGHT CODEEEEEE
class kid {
PVector loc, stop, begin; //stop point is far end of road triangle, begin is point of bottom of road triangle, loc is the current location of the kid
PVector dir; //direction of kid vector
float speed; //so kids can be different speeds
float dist; //need to know how far (long) the road triangle is to know how far kids will need to travel
color c;
boolean alive;
int go, time; //time-how long the kid has been going, go-when kid should start driving because kids start at different times
kid(PVector start, PVector end, int order) {
begin = start.get(); //doing this to copy a vector
loc = start.get();
stop = end.get();
end.sub(start); //subtracting two points, results in a vector
dir = end.get();
dist = dir.mag();
dir.normalize();
//speed = random(1.5, 1.7);
speed = 5;
//c = color(random(20, 240), random(10, 240), random(10, 240));
alive = true;
time = 0;
go = order;
}
void drawKid() {
float more;
PVector temp;
temp = new PVector(stop.x, stop.y);
temp.sub(loc);
more = temp.mag();
if (alive && time >= go) {
pushMatrix();
translate(loc.x, loc.y);
scale( (more/dist)*1.6 );
fill(255, 222, 170); //flesh color
noStroke();
//ARMS
// right arm
pushMatrix();
//fill(0);
translate(20, -10);
//rotate(rS);
//rotate(-.5);
rotate(10.3);
translate(-5,0);
stroke(128, 21, 21);
pushMatrix(); //RIGHT forearm
//fill(255,0,0);
translate(0,35);
//rotate(rW);
rotate(-.2);
fill(255, 222, 170);
rect(0,0,15,20);
popMatrix();
fill(212, 106, 106);
stroke(128, 21, 21);
rect(0,0,15,40); //RIGHT upper arm
popMatrix();
//TRYING TO GET ARM TO BE FLAILING
//left arm
pushMatrix();
//fill(255);
translate(-20,-10);
//rotate(lS);
rotate(21);
translate(-10,0);
pushMatrix(); //LEFT forearm
translate(0,35);
//rotate(lW);
rotate(-.2);
fill(255, 222, 170);
rect(0,0,15,20);
popMatrix();
fill(212, 106, 106);
stroke(128, 21, 21);
rect(0,0,15,40); //LEFT upper arm
popMatrix();
//LEGS
//right leg
pushMatrix();
translate(5,20);
//rotate(rL);
fill(22, 41, 85);
stroke(6, 21, 57);
rect(0,0,20,40); //leg
pushMatrix(); //foot
translate(15,40);
fill(255, 222, 170);
stroke(128, 21, 21);
ellipse(0,0,30,20);
popMatrix();
popMatrix();
//left leg
pushMatrix();
translate(-20,20);
//rotate(lL);
fill(22, 41, 85);
stroke(6, 21, 57);
rect(0,0,20,40); //leg
pushMatrix(); //foot
translate(5,40);
fill(255, 222, 170);
stroke(128, 21, 21);
ellipse(0,0,30,20);
popMatrix();
popMatrix();
//body
fill(212, 106, 106); //sweater
stroke(128, 21, 21);
ellipse(0,0, 70, 70);
fill(22, 41, 85); //pants
arc(0,10,70,60,0,PI,CHORD);
//face
fill(255, 222, 170);
pushMatrix(); //face
translate(0,-50);
stroke(0);
ellipse(0,0,65,65);
fill(97, 81, 146); //beanie
stroke(255,0,0);
arc(0,0,65,65,-PI,0, CHORD);
ellipse(0,-40,15,15);
popMatrix();
//fill(random(0, 255), random(0, 255), random(0, 255));
//rect(0, 0, 40, 20);
popMatrix();
}
time++;
}
void run() {
float traveled;
PVector temp;
if (time >= go) {
temp = new PVector(begin.x, begin.y);
temp.sub(loc);
traveled = temp.mag();
if (traveled < dist) {
loc.x += dir.x*speed;
loc.y += dir.y*speed;
} else {
alive = false;
}
}
}
}
void house(){
noStroke();
rect(width/2+40,height/2-40,40,40);
triangle(width/2+40,height/2-40,width/2+60,height/2-60,width/2+80,height/2-40);
fill(255,255,0);
rect(width/2+45,height/2-30,10,10);
rect(width/2+65,height/2-30,10,10);
fill(139,69,30);
rect(width/2+55,height/2-15,10,15);
stroke(255,50,0);
strokeWeight(4);
line(width/2+35,height/2-35,width/2+60,height/2-60);
line(width/2+60,height/2-60,width/2+85,height/2-35);
}
//defeated kid
PVector Kloc_defeat;
/*
void setup()
{
size(1000,500);
font = createFont("bit.ttf", 60);
textFont(font);
Kloc_defeat = new PVector (width/2, height/2);
}*/
void draw_defeat()
{
Background();
drawKid_defeat();
fill(255);
textSize(40);
textAlign(CENTER);
text("Guess you're", 150, 60);
text(" dinner ", 170, 140);
text(" now!", 170, 220);
fill (233);
text("Try again", 750, 440);
stroke(255);
strokeWeight(4);
line(600, 450, 950,450); //bottom
line(600,380,950,380);
line(600,380,600,450);
line(950,380,950,450);
}
void Background()
{
background(128, 24, 21);
float RVal = 80;
float GVal = 12;
float BVal = 8;
for (int i = height-1; i > 0; i--)
{
stroke(RVal, GVal, BVal);
line (0, i, width, i);
RVal += 0.20;
GVal += 0.035;
BVal += 0.024;
}
}
void drawKid_defeat()
{
noStroke();
strokeWeight(1);
fill(255, 222, 170);
//kid
pushMatrix();
translate(Kloc_defeat.x, Kloc_defeat.y);
scale(1.5);
fill(255, 222, 170); //flesh color
noStroke();
//ARMS
// right arm
pushMatrix();
//fill(0);
translate(20, -10);
rotate(-1);
translate(-5,0);
fill(212, 106, 106);
stroke(128, 21, 21);
rect(0,0,15,40); //RIGHT upper arm
pushMatrix(); //RIGHT forearm
//fill(255,0,0);
translate(0,35);
rotate(-.3);
fill(255, 222, 170);
rect(0,0,15,20);
popMatrix();
popMatrix();
//left arm
pushMatrix();
//fill(255);
translate(-20,-10);
rotate(1);
translate(-10,0);
fill(212, 106, 106);
stroke(128, 21, 21);
rect(0,0,15,40); //LEFT upper arm
pushMatrix(); //LEFT forearm
translate(0,35);
rotate(.3);
fill(255, 222, 170);
rect(0,0,15,20);
popMatrix();
popMatrix();
//LEGS
//right leg
pushMatrix();
translate(5,20);
rotate(-.5);
fill(22, 41, 85);
stroke(6, 21, 57);
rect(0,0,20,40); //leg
pushMatrix(); //foot
translate(15,40);
fill(255, 222, 170);
stroke(128, 21, 21);
ellipse(0,0,30,20);
popMatrix();
popMatrix();
//left leg
pushMatrix();
translate(-20,20);
rotate(0);
fill(22, 41, 85);
stroke(6, 21, 57);
rect(0,0,20,40); //leg
pushMatrix(); //foot
translate(5,40);
fill(255, 222, 170);
stroke(128, 21, 21);
ellipse(0,0,30,20);
popMatrix();
popMatrix();
//body
fill(212, 106, 106); //sweater
stroke(128, 21, 21);
ellipse(0,0, 70, 70);
fill(22, 41, 85); //pants
arc(0,10,70,60,0,PI,CHORD);
//face
fill(255, 222, 170);
pushMatrix(); //face
translate(0,-50);
stroke(0);
ellipse(0,0,65,65);
stroke(0);
line(-32,-9,-8,12);
line(8,-9,-22,12);
line(-2,-9,22,12);
line(32,-9,8,12);
fill(97, 81, 146); //beanie
stroke(255,0,0);
arc(0,0,65,65,-PI,0, CHORD);
ellipse(0,-40,15,15);
popMatrix();
popMatrix();
}
//kid_test
PVector Kloc;
PVector mR;