var p1score = 0;
var p2score = 0;
var max_targets = 1; // max targets on the screen
var alltargets = new Array(0); // array of all targets
const gameClock = new THREE.Clock(); // clock for the game
var Invis_grid = [ // invisible grid
[-200, -100, 190], [-120, -100, 190], [-40, -100, 190], [40, -100, 190], [120, -100, 190], [200, -100, 190],
[-200, -100, 110], [-120, -100, 110], [-40, -100, 110], [40, -100, 110], [120, -100, 110], [200, -100, 110],
[-200, -100, 30], [-120, -100, 30], [-40, -100, 30], [40, -100, 30], [120, -100, 30], [200, -100, 30],
[-200, -100, -50], [-120, -100, -50], [-40, -100, -50], [40, -100, -50], [120, -100, -50], [200, -100, -50],
[-200, -100, -130], [-120, -100, -130], [-40, -100, -130], [40, -100, -130], [120, -100, -130], [200, -100, -130],
[-200, -100, -210], [-120, -100, -210], [-40, -100, -210], [40, -100, -210], [120, -100, -210], [200, -100, -210]
];
// Creating floor for the game
var floorGeometry = new THREE.PlaneGeometry( 1000, 1000); // floor geometry
floorGeometry.rotateX( - Math.PI / 2 ); // rotate the floor 90 degrees
var floorMaterial = new THREE.MeshBasicMaterial({color: "#36b344"}); // floor material
var floor = new THREE.Mesh(floorGeometry, floorMaterial); // floor mesh
floor.position.set(0,-20,0); // set the position of the floor
// Create a splash screen for the start of the game
AB.newSplash ( splashScreenStart() ); // splashScreenStart() is a function that returns a string with the HTML for the splash screen
document.getElementById("splashbutton").id = "startsplash";
AB.world.newRun = function()
{
AB.socketStart();
initScene();
AB.runReady = false;
};
// This function is called when the game is started
function initScene(){
AB.headerWidth(100);
ABWorld.init3d ( 500, 2000, "#69b2d6");
var light = new THREE.AmbientLight("white", 0.8); // soft white light
ABWorld.scene.add(floor);
ABWorld.scene.add(light);
}
// This function is called every frame
AB.world.nextStep = function()
{
spawnSnake();
if(Math.trunc(gameClock.getElapsedTime()) == 99){ // 99 is the time in seconds
AB.runReady = false;
AB.newSplash ( splashScreenEnd() ); // splashScreenEnd() is a function that returns a string with the HTML for the splash screen
document.getElementById("splashbutton").innerHTML = "Play Again";
document.getElementById("splashbutton").onclick = reload;
}
if (alltargets.length < max_targets){ //if there are less than 1 targets on the screen
spawnApples(); //spawn a new target
}
if(AB.socket){ //if the socket is open
if(AB.socket.connected){ //and if the socket is connected
AB.socketOut(p1score); //send the score to the server
AB.msg("Hit the arrow keys to spawn snake!");
AB.msg("P1 Score = " + p1score + " P2 score = " + p2score + "\n Time remaining: " + Math.trunc(99 - gameClock.getElapsedTime()));
}
}
};
var x = 1;
var y = 1;
const sn_texture = new THREE.TextureLoader().load("uploads/przemekbiel02/greentx.jpg");
var snakeArray = new Array(0);
//
function spawnSnake(){ // spawns and controls the snake
var j = 0;
var shape = new THREE.SphereGeometry(28, 20, 20); // shape of the snake
var cover = new THREE.MeshBasicMaterial({map: sn_texture}); // texture of the snake
var snake = new THREE.Mesh(shape, cover); // snake mesh
document.onkeydown = function(e){ // event listener for key presses
switch (e.keyCode){
case 37:
ABWorld.scene.add(snake); // add the snake to the scene
snakeArray.push(snake); // add the snake to the snake array
snake.position.set(x=x-4, -1, y); // set the position of the snake
consumeApple(snake); // check if the snake hit a target
break;
case 38:
ABWorld.scene.add(snake);
snakeArray.push(snake);
snake.position.set(x, -1,y=y-4);
consumeApple(snake);
break;
case 39:
ABWorld.scene.add(snake);
snakeArray.push(snake);
snake.position.set(x=x+4, 0, y);
consumeApple(snake);
break;
case 40:
ABWorld.scene.add(snake);
snakeArray.push(snake);
snake.position.set(x, 0, y=y+4);
consumeApple(snake);
break;
}
for (var i = 0; i < snakeArray.length; i++){ // for every snake in the snake array
if (snakeArray.length > 5){ // if the snake array is longer than 5
ABWorld.scene.remove(snakeArray[i-growth]); // remove all snake meshes after the growth variable
}
}
};
return snake;
}
const ap_texture = new THREE.TextureLoader().load("uploads/przemekbiel02/apple.jpg");
function spawnApples(){ // spawns the targets
var shape = new THREE.SphereGeometry(22, 20, 20); // shape of the target
var cover = new THREE.MeshBasicMaterial({map: ap_texture}); // texture of the target
var target = new THREE.Mesh(shape, cover); // target mesh
var randomIndex = AB.randomIntAtoB(0, Invis_grid.length); // random index of the invisible grid
var item = Invis_grid[randomIndex]; // item in the invisible grid
target.position.set(item[0], 0, item[2]); // set the position of the target
ABWorld.scene.add(target); // add the target to the scene
Invis_grid.splice(randomIndex, 1); // remove the position of the target from the invisible grid
alltargets.push(target); // add the target to the target array
}
var growth = 30; // Track growth of the snake
function consumeApple(snake) // checks if the snake hit a target
{
if(alltargets.length > 0){ // if there are targets on the screen
for (var i = 0; i < alltargets.length; i++){ // for every target in the target array
var target = alltargets[i]; // target in the target array
var snake_pos = snake.getWorldPosition(); // position of the snake
var target_pos = target.getWorldPosition(); // position of the target
if (snake_pos.distanceTo(target_pos) < 30) { // if the distance between the snake and the target is less than 30
growth = growth + 12; // increase the growth variable
audioHandler("shoot"); // play the shoot sound
ABWorld.scene.remove(target); // remove the target from the scene
alltargets.splice(i, 1);
p1score = p1score + 1; // increase the score
spawnApples(); // spawn a new target
break;
}
}
}
return;
}
function audioHandler(instance){
var a;
if (instance == "shoot"){ // if the instance is shoot
a = new Audio("uploads/przemekbiel02/ChipscripsCrunchSoundEffectNoise.mp4");// load the shoot sound
a.play(); // play the shoot sound
}
}
AB.world.endRun = function()
{
};
function splashScreenStart()
{
var s = "<p>Eat as many apples as you can!</p>";
s = s + "<p>Move with arrow keys and go over the apples to eat them ;)</p>" ;
s = s + "<p>Press arrow key to spawn</p>" ;
return ( s );
}
function splashScreenEnd()
{
var s = "<h2>Game Over!</h2>";
if (p1score > p2score){
s = s + "<p>Victory Player 1 with a score of " + p1score + " apples!</p>";
}
else if (p1score < p2score){
s = s + "<p>Victory Player 2 with a score of " + p2score + " apples!</p>";
}
else if (p1score == p2score){
s = s + "<p>Draw!</p>" + p1score;
}
return (s);
}
function gameFull(){ // if the game is full
var s = "<p>Game session is currently full. Please try again later.</p>";
return (s);
}
$("#startsplash").click(function() { // when the start button is clicked
AB.runReady = true; // set the run ready variable to true
AB.removeSplash(); // remove the splash screen
const MUSICFILE = '/uploads/fatogua2/callmemaybe.mp3';
MUSICFILE.volume = 0.1;
AB.backgroundMusic ( MUSICFILE );
});
function reload(){
location.reload();
}
AB.socketIn = function (s){ //
p2score = s;
};
AB.socketUserlist = function ( array ) { // when the userlist is received
console.log(array.length); // log the length of the userlist
if (array.length > 2) { // if there are more than 2 users
AB.runReady = false; // set the run ready variable to false
AB.newSplash ( gameFull() ); // show the game full splash screen
document.getElementById("splashbutton").innerHTML = "Try Again";
document.getElementById("splashbutton").onclick = reload;
}
AB.socketUserlist = function(){};
};
// fix timer disparity