// Desma 28: Project 3 [Final Build]
int numPpl = 50;
walk_c[] walk_a = new walk_c[numPpl];
int numFrames = 7;
PImage[] walk = new PImage[numFrames];
int numCloud = 10;
cloud_c[] cloud_a = new cloud_c[numCloud];
int ground = 400; // ground line
int count = 0; // number of people abducted
void setup(){
frameRate(20);
size(600, 600);
for (int i=0; i<walk_a.length; i++){
walk_a[i] = new walk_c(random(-50, 650), ground - 10 + random(-0.2, 0.2), random(-1.75, 1.75), int(random(0,2)));
}
for (int i=0; i<cloud_a.length; i++){
cloud_a[i] = new cloud_c(int(random(0, 600)), int(random(-20, 150)), random(-0.25, 0.25));
}
for (int i = 0; i<walk.length; i++){
String imageName = "walk" + nf(i, 2) + ".gif";
walk[i] = loadImage(imageName);
}
// the loading dock
img_lamp = loadImage("lamp.gif");
img_bench = loadImage("bench.gif");
img_firehyd = loadImage("firehyd.gif");
img_stores = loadImage("stores.gif");
img_car = loadImage("car.gif");
img_car2 = loadImage("car2.gif");
img_cloud = loadImage("cloud.gif");
img_ufo = loadImage("ufo.gif");
font = loadFont("silk8.vlw");
}
float move; // scene move speed
float move_stores;
float move_speed;
float posx_car = random(700, 800);
float posx_car2 = random(600, 700);
float posx_car3 = random(-100, -200);
float posx_car4 = random(0, -100);
void draw(){
move_speed = (mouseX - width/2)*0.0025;
if(mouseX > width/2){
move -= move_speed; // move left (further right = faster)
move_stores -= move_speed*0.85;
} else {
move += abs(move_speed); // move right (further left = faster)
move_stores += abs(move_speed)*0.85;
}
background(#ffffff);
for(int i = 0; i<cloud_a.length; i++){
cloud_a[i].move();
cloud_a[i].display();
}
for(int i=-985; i<1; i += 985){
if (move_stores > 985){
move_stores = 0;
}
if (move_stores < -385){
move_stores = 600;
}
stores(i + int(move_stores));
}
//println(move_stores);
for (int i = 0; i<width+220; i = i + 110 ){ // 110 = lamp spacing
if( move > 102){ //lamp_space - img_lamp.width
move = -img_lamp.width; // reset lamp loop
}
if ( move < - 102){
move = img_lamp.width;
}
lamp(i + move);
bench(i-90 + move);
firehyd(i*3-20 + move);
}
line(0, ground, width, ground); //draw ground line
for (int i = 0; i<walk_a.length; i++){ // draw walking people
walk_a[i].move();
walk_a[i].display();
}
posx_car -= 7;
posx_car2 -= 8;
posx_car3 += 7;
if(posx_car < -100){
posx_car = random(600, 800);
}
if(posx_car2 < -100){
posx_car2 = random(600, 700);
}
if(posx_car3 > 700){
posx_car3 = random(-100, -200);
}
car(posx_car, 1);
car(posx_car2, 2);
car2(posx_car3, 4);
ufo();
sig();
}
PImage img_lamp, img_bench, img_firehyd, img_stores, img_car, img_car2, img_cloud, img_ufo;
void lamp(float posx_lamp){
image(img_lamp, posx_lamp, ground-img_lamp.height);
}
void bench(float posx_bench){
image(img_bench, posx_bench, ground-img_bench.height);
}
void firehyd(float posx_firehyd){
image(img_firehyd, posx_firehyd, ground-img_firehyd.height);
}
void stores(float posx_stores){
image(img_stores, posx_stores, ground-img_stores.height);
}
void car(float posx_car, float posy_car){
image(img_car, posx_car, ground-img_car.height/2 + posy_car);
}
void car2(float posx_car, float posy_car){
image(img_car2, posx_car, ground-img_car.height/2 + posy_car);
}
float ufoX = 0;
float ufoY = 0;
float ufoDY = 0;
float easing;
void ufo(){
float easing_mod = constrain(1+(count*0.0075), 0, 4);
//println(easing_mod);
easing = 0.1 / easing_mod ; // slow easing when gaining weight
ufoY += 0.25;
if(ufoDY < 100 + (count/2) && ufoDY < 250){ // lower flight when gaining weight
ufoDY += 3;
}
float target_ufoX = mouseX-img_ufo.width/2;
ufoX += (target_ufoX - ufoX) * easing;
image(img_ufo, ufoX, ufoDY + int(sin(ufoY)*5));
}
class cloud_c {
float posx_cloud;
float posy_cloud;
float speedx;
float speedy;
float direction;
cloud_c (float vposx_cloud, float vposy_cloud, float vspeedx){
posx_cloud = vposx_cloud;
posy_cloud = vposy_cloud;
speedx = vspeedx;
direction = -1;
}
void move(){
posx_cloud += speedx;
if(posx_cloud < -100){
posx_cloud = 650;
}
if(posx_cloud > 650){
posx_cloud = -100;
}
}
void display(){
image(img_cloud, posx_cloud , posy_cloud);
}
}
class walk_c {
float posx_i; // initial x position
float posy_i; // initial y position
float speedx; // walk speed
float direction; // direction
int frame; // animation control
int frame_offset = 0;
boolean left;
float contact;
walk_c(float vposx_i, float vposy_i, float vspeedx, int vframe){
posx_i = vposx_i;
posy_i = vposy_i;
speedx = vspeedx;
direction = -1;
frame = vframe;
}
void move(){
float move_speed_act = move_speed;
posx_i += (speedx - move_speed_act); // accel / decel in respect to camera
int turn = int(random(0, 200));
if(posx_i < -60 || posx_i > width + 60 || turn == 100){ // turn around when hit
speedx = (speedx * direction); // right or left bound
posx_i += (speedx - move_speed_act);
} // or random value = 50.
if (speedx > 0) { // direction of animation
left = false;
} else {
left = true;
}
if (speedx < 0.5 && speedx > -0.5){ // if speed is too slow, stop and stand
speedx = 0;
frame = 6;
move_speed_act = 0;
posx_i -= move_speed;
image(walk[frame], posx_i, posy_i);
}
contact = dist(mouseX, mouseY, posx_i, posy_i);
if (contact < 20 ){
if ((speedx > 0 && posx_i < mouseX) || (speedx < 0 && posx_i > mouseX)){
speedx = (speedx * direction);
}
}
float ufoDist = dist(ufoX+img_ufo.width/2, posy_i, posx_i, posy_i);
//println(ufoDist);
if (ufoDist < 5 && mousePressed){ // lift off
posy_i -= 0.5;
count++;
}
if( posy_i < ground - 11){ // auto pilot
posx_i = ufoX+img_ufo.width/2;
posy_i -= 35;
}
if (posy_i < constrain(105 + (count/2), 0, 250)){ // redistribution
posx_i = random(-50, 650);
posy_i = ground - 10 + random(-0.2, 0.2);
}
}
void display(){
if (frame < 6){
frame++;
if (frame > 2){
frame = 0;
}
if(left == false){
frame_offset = 3;
}
image(walk[frame+frame_offset], posx_i, posy_i);
}
}
}
PFont font;
void sig(){
fill(200);
textFont (font, 8);
text("Wayne Fan 12.04.2006", width - 110, height - 5);
}
