Загрузка значения переменной с локального сервера

startGame();
stop();
 
function startGame() {
    loadVariablesNum("http://test1.ru/data.txt", 0, "GET");
    floor = 350;
    foxSpeed = 10;
    bunnySpeed = 2;
    jumpPower = dc;
    var dc;
 
    // initialize fox
    foxPos = {x:0,y:0};
    fallSpeed = 0;
    falling = false;
    fox.swapDepths(999);
    
    // moveFox should be called every frame
    _root.onEnterFrame = moveFox;
    
    // create the objects in the world
    createWorld();
    createObjects();
}
 
function createWorld() {
    objects = new Array();
    objects.push({type:"box", x:250, y:0});
    objects.push({type:"box", x:300, y:0});
 
    objects.push({type:"box", x:500, y:0});
    objects.push({type:"box", x:550, y:0});
    objects.push({type:"box", x:600, y:0});
    objects.push({type:"box", x:650, y:0});
    objects.push({type:"box", x:700, y:0});
    objects.push({type:"box", x:550, y:50});
    objects.push({type:"box", x:600, y:50});
    objects.push({type:"box", x:650, y:50});
 
    objects.push({type:"box", x:850, y:0});
    objects.push({type:"box", x:900, y:0});
    objects.push({type:"box", x:1050, y:100});
    objects.push({type:"box", x:1100, y:100});
    objects.push({type:"box", x:1150, y:100});
 
    objects.push({type:"acorn", x:150, y:0});
    objects.push({type:"acorn", x:275, y:200});
    objects.push({type:"acorn", x:1100, y:250});
    objects.push({type:"bunny", x:400, y:0});
    objects.push({type:"bunny", x:1200, y:0});
    
    worldEnd = 1400;
}
 
function createObjects() {
    for(var i=0;i<objects.length;i++) {
        _root.attachMovie(objects[i].type,"object "+i,i);
    }
}
    
function moveFox() {
    // get movement bounds for fox
    foxBounds = determineBounds(foxPos);
    
    // if no ground under fox, then start falling
    if ((foxBounds.bottom > 0) and (!falling)) falling = true;
    
    // fall
    if (falling) checkFall();
 
    // left arrow, move left if no boundary hit
    if (Key.isDown(Key.LEFT)) {
        if (foxSpeed < foxBounds.left) {
            foxPos.x -= foxSpeed;
        }
        if (foxPos.x < 0) foxPos.x = 0;
        fox._xscale = 25;
        moving = true;
        
    // right arrow, move right if no boundary hit
    } else if (Key.isDown(Key.RIGHT)) {
        if (foxSpeed < foxBounds.right) {
            foxPos.x += foxSpeed;
        }
        if (foxPos.x > worldEnd) foxPos.x = worldEnd;
        fox._xscale = -25;
        moving = true;
        
    // must not be moving
    } else {
        moving = false;
    }
    
    // if on the ground and spacebar hit, then jump
    if (Key.isDown(Key.SPACE) and (!falling)) {
        fallSpeed = jumpPower; // jump = fall up
        falling = true;
        if (!moving) { // use jump animation only if not moving
            fox.gotoAndPlay("jump");
        }
    }
    
    // if moving and not falling, animate
    if (moving and !falling) {
        fox.nextFrame();
        
    // if not moving or falling, then show stand frame 
    } else if (!moving and !falling) {
        fox.gotoAndStop(1);
    }
    
    // position fox movie clip vertically
    fox._y = floor - foxPos.y;
    
    // bunnies get their turn to move
    moveBunnies();
    
    // draw all objects according to new positions
    drawObjects();
    
    // see whether any acorns are hit
    getAcorns();
}
 
function determineBounds(pos) {
    // assume distance bounds, ground is bottom
    var bounds = {left:1000,right:1000,top:1000,bottom:pos.y};
    
    // loop through all objects
    for(var i=0;i<objects.length;i++) {
        
        // only look at boxes
        if (objects[i].type == "box") {
            var dx = objects[i].x - pos.x;
            var dy = objects[i].y - pos.y;
 
            // if box is in same vertical space
            if ((dy >= 0) and (dy <= 50)) {
                
                // if box to the to left, see whether it is closest so far
                if ((dx+50 <= 0) and (Math.abs(dx+50) < bounds.left)) {
                    bounds.left = Math.abs(dx+50);
                    
                // if box is to the right, see whether it is closest so far
                } else if ((dx >= 0) and (dx < bounds.right)) {
                    bounds.right = dx-50;
                }
            }
        
            // box is in same horizontal space
            if ((dx >= -50) and (dx <= 50)) {
                
                // if box is below, see whether it is closest so far
                if ((dy+50 <= 0) and (Math.abs(dy+50) <= bounds.bottom)) {
                    bounds.bottom = Math.abs(dy+50);
                    
                // if box is above, see whether it is closest so far
                } else if ((dy-50 >= 0) and (dy-50 < bounds.top)) {
                    bounds.top = dy-50;
                }
            }
        }
    }
    
    return(bounds);
}
 
function checkFall() {
    // accelerate due to gravity
    fallSpeed -= 10;
    
    // room to fall at full speed
    if (fallSpeed > -foxBounds.bottom) {
        foxPos.y += fallSpeed;
        
    // complete distance to ground and stop falling
    } else {
        foxPos.y -= foxBounds.bottom;
        fallSpeed = 0;
        falling = false;
        fox.gotoAndStop(1); // stand
    }
    
    // see whether fox hits head on box above
    if (foxPos.y > foxBounds.top) {
        foxPos.y = foxBounds.top;
        fallSpeed = 0;
    }
}
 
function drawObjects() {
    // loop through all objects 
    for(var i=0;i<objects.length;i++) {
        
        // set horizontal position according to where fox is
        _root["object "+i]._x = x = 275 + objects[i].x  - foxPos.x;
        
        // set vertical position according to floor
        _root["object "+i]._y = floor - objects[i].y;
    }
}
 
function getAcorns() {
    // loop through all objects looking for points
    for(var i=objects.length-1;i>=0;i--) {
        if (objects[i].type == "acorn") {
            
            // if within 30 pixels, player got it
            if (distance(_root["object "+i],fox) < 30) {
                _root["object "+i].play();
                objects[i].type = "used";
                score += 100;
            }
        }
    }
}
 
// utility function to determine actual distance between movie clips
function distance(mc1,mc2) {
    d = Math.sqrt(Math.pow(mc1._x-mc2._x,2)+Math.pow(mc1._y-mc2._y,2));
    return d;
}
 
function moveBunnies() {
    // loop through all objects looking for bunnies
    for(var i=objects.length-1;i>=0;i--) {
        if (objects[i].type == "bunny") {
            
            // move only bunnies on screen
            if (Math.abs(objects[i].x-foxPos.x) < 275) {
                
                // move toward fox
                if (foxPos.x < objects[i].x) {
                    var dx = -bunnySpeed;
                } else if (foxPos.x > objects[i].x) {
                    var dx = bunnySpeed;
                }
                
                // determine bounds for this bunny
                bunnyBounds = determineBounds(objects[i]);
                
                // move only as far as bounds
                if ((dx < 0) and (bunnyBounds.left > Math.abs(dx))) {
                    objects[i].x += dx;
                } else if ((dx > 0) and (bunnyBounds.right > Math.abs(dx))) {
                    objects[i].x += dx;
                }
                
                // see whether bunny is close enough to fox
                if (distance(_root["object "+i],fox) < 30) {
                    _root.onEnterFrame = undefined;
                    trace("got ya");
                }
            }
        }
    }
}