- return
jonathanhfisher.co.uk/m/SummerLand.jadPorted a special mini-game I created for BlackBerry at Christmas called 'WinterLand' to Mobile Processing, download the zip here (includes standard midlet and BlackBerry cod), chaged some graphics and added some missiles to avoid, just a proof-of-concept and not tweaked for playability.
Source below displays some common gaming patterns, collision detection and parallax scrolling:
double factor;
double piDouble;
int life = 100;
int score = 0;
int count = 0;
int missileCount = 0;
int numGroups = 5;
int numMissiles = 4;
int playerSpeed = 3;
int flowerSpeed = 5;
int missileSpeed = 7;
int missileX;
int missileY;
int flowerX;
int flowerY;
int flowery1;
int flowery2;
int flowery3;
int flowery4;
int flowery5;
int xpos;
int ypos;
int midgroundscroll1 = 0;
int midgroundscroll2 = 240;
int foregroundscroll1 = 0;
int foregroundscroll2 = 240;
int[] missilexArray = new int[numMissiles];
int[] missileyArray = new int[numMissiles];
int[] xArray = new int[numGroups];
int[] yArray = new int[numGroups];
boolean[] flowerLive1 = new boolean[numGroups];
boolean[] flowerLive2 = new boolean[numGroups];
boolean[] flowerLive3 = new boolean[numGroups];
boolean[] flowerLive4 = new boolean[numGroups];
boolean[] flowerLive5 = new boolean[numGroups];
boolean left = false;
boolean right = false;
boolean up = false;
boolean down = false;
PLabel label;
PImage mg;
PImage fg;
PImage playerSprite;
PImage missile;
PImage s1;
PImage s2;
PImage s3;
PImage s4;
PImage s5;
PImage gameover;
void setup() {
framerate(13);
label = new PLabel("Score: " + score + " | Life " + life);
label.align = CENTER;
label.calculateBounds(4, 4, width - 8, height);
label.setBounds(4, 4, width - 8, label.height);
label.initialize();
mg = loadImage("parallaxMidground.png");
fg = loadImage("parallaxForeground.png");
playerSprite = loadImage("playerSprite.png");
missile = loadImage("missile.png");
s1 = loadImage("s1.png");
s2 = loadImage("s2.png");
s3 = loadImage("s3.png");
s4 = loadImage("s4.png");
s5 = loadImage("s5.png");
gameover = loadImage("gameover.png");
xpos = width/2;
ypos = height/2;
initialiseCartesians();
initialiseMissileCartesians();
initialiseFlowerLiveArray();
}
void draw() {
background(123, 154, 255);
label.draw();
//parallax
image(mg, midgroundscroll1,height-100);
image(mg, midgroundscroll2,height-100);
image(fg, foregroundscroll1,height-50);
image(fg, foregroundscroll2,height-50);
if(life >0){
midgroundscroll1=midgroundscroll1-2;
midgroundscroll2=midgroundscroll2-2;
if(midgroundscroll1==-240){
midgroundscroll1=240;
}
if(midgroundscroll2==-240){
midgroundscroll2=240;
}
foregroundscroll1=foregroundscroll1-4;
foregroundscroll2=foregroundscroll2-4;
if(foregroundscroll1==-240){
foregroundscroll1=240;
}
if(foregroundscroll2==-240){
foregroundscroll2=240;
}
//calculate player position
if(left && xpos > 0){xpos = xpos - playerSpeed;}
if(right && xpos < width){xpos = xpos + playerSpeed;}
if(up && ypos > 0){ypos = ypos - playerSpeed;}
if(down && ypos < (height - 34)){ypos = ypos + playerSpeed;}
//calculate and draw flowers
for(int i = 0 ; i < numGroups ; i++){
flowerX = xArray[i];
flowerY = yArray[i];
if(flowerX < width){
if(flowerLive1[i] == true){
flowery1 = flowerY+getNormalizedSine(flowerX, 10, width);
if(isCollision(flowerX+16, flowery1, flowerX+27, flowery1+11 )){
flowerLive1[i] = false;
score = score + 11;
}else{
image(s3, flowerX+16,flowery1);
}
}
if(flowerLive2[i] == true){
flowery2 = flowerY+getNormalizedSine(flowerX+29, 10, width)+3;
if(isCollision(flowerX+29, flowery2, flowerX+50, flowery2+21 )){
flowerLive2[i] = false;
score = score + 21;
}else{
image(s4, flowerX+29,flowery2);
}
}
if(flowerLive3[i] == true){
flowery3 = flowerY+getNormalizedSine(flowerX+52, 10, width)+8;
if(isCollision(flowerX+52, flowery3, flowerX+63, flowery3+11 )){
flowerLive3[i] = false;
score = score + 31;
}else{
image(s3, flowerX+52,flowery3);
}
}
if(flowerLive4[i] == true){
flowery4 = flowerY+getNormalizedSine(flowerX+65, 10, width)+10;
if(isCollision(flowerX+65, flowery4, flowerX+72, flowery4+7 )){
flowerLive4[i] = false;
score = score + 41;
}else{
image(s2, flowerX+65,flowery4);
}
}
if(flowerLive5[i] == true){
flowery5 = flowerY+getNormalizedSine(flowerX+74, 10, width)+12;
if(isCollision(flowerX+74, flowery5, flowerX+77, flowery5+3 )){
flowerLive5[i] = false;
score = score + 51;
}else{
image(s1, flowerX+74, flowery5);
}
}
if(flowerX+74 < -3){
count++;
}
}
}
//calculate and draw missiles
for(int i = 0 ; i < numMissiles ; i++){
if(isCollision(missilexArray[i], missileyArray[i]+14, missilexArray[i]+83, missileyArray[i])){
life = life-5;
}
if(missilexArray[i] < -85){
missileCount++;
}
image(missile, missilexArray[i], missileyArray[i]);
}
//all flowers offscreen?
if (count == numGroups){
initialiseCartesians();
initialiseFlowerLiveArray();
}
//all missiles offscreen?
if(missileCount == numMissiles){
initialiseMissileCartesians();
}
//reset count for next round
count = 0;
missileCount = 0;
//move flowers to left
updateCartesians();
updateMissileCartesians();
//draw player sprite
image(playerSprite, xpos, ypos);
}else{
image(gameover, (width/2)-63, (height/2)-11);
}
//update score/life
label.text = "Score: " + (score/2) + " | Life " + life;
}
void keyPressed() {
switch (keyCode) {
case UP:
up=true;down=false;
break;
case DOWN:
down=true;up=false;
break;
case LEFT:
left = true;right = false;
break;
case RIGHT:
right = true;left = false;
break;
}
}
int getNormalizedSine(int x, int halfY, int maxX) {
piDouble = 2 * Math.PI;//OOPS! - THIS SHOULD BE IN CONSTRUCTOR
factor = piDouble / maxX;
return (int) (Math.sin(x * factor) * halfY + halfY);
}
public void initialiseCartesians(){
for(int i = 0 ; i < numGroups ; i++){
xArray[i] = random(200)+width;//make sure group originates offscreen
yArray[i] = random(height);
}
}
public void initialiseMissileCartesians(){
for(int i = 0 ; i < numMissiles ; i++){
missilexArray[i] = random(200)+width;//make sure group originates offscreen
missileyArray[i] = random(height);
}
}
void initialiseFlowerLiveArray(){
for(int i = 0 ; i < numGroups ; i++){
flowerLive1[i] = true;
flowerLive2[i] = true;
flowerLive3[i] = true;
flowerLive4[i] = true;
flowerLive5[i] = true;
}
}
public void updateCartesians(){
for(int i = 0 ; i < numGroups ; i++){
xArray[i] = xArray[i] - flowerSpeed;
}
}
public void updateMissileCartesians(){
for(int i = 0 ; i < numMissiles ; i++){
missilexArray[i] = missilexArray[i] - missileSpeed;
}
}
public boolean isCollision(int x1, int y1, int x2, int y2){
if(x1 > xpos+27)return false;
if(x2 < xpos)return false;
if(y1 > ypos+27)return false;
if(y2 < ypos)return false;
return true;
}