var sprite2rotarray=exports.sprite2rotarray=function(surface, step){
var retv={'orig':surface,
0:surface,
'step':step};
var orig_size=surface.getSize();
var timg;
if(orig_size[0]!=orig_size[1]){
var s=Math.max(orig_size[0], orig_size[1]);
timg=new gamejs.Surface(s, s)
timg.blit(surface, [(s-orig_size[0])/2, (s-orig_size[1])/2]);
retv[0]=timg;
}else{
timg=surface;
retv[0]=surface;
}
for(var angle=step;angle<360;angle+=step){
retv[angle]=gamejs.transform.rotate(timg, angle);
}
return retv;
};
var ProjectileTower = exports.ProjectileTower = function(playSurface) {
ProjectileTower.superConstructor.apply(this, arguments);
this.playSurface = playSurface;
this.originalImage = gamejs.image.load("images/enemy-1.png");
this.image = gamejs.transform.rotate(this.originalImage, this.rotation);
// config
this.rotationSpeed = 50;
this.shootRange = 250;
this.shootDamage = 60;
this.projectileSpeed = 250;
this.msShootRatio = 200;
this.price = 70;
// dynamic
this.msSinceLastShot = 0;
return this;
};
initialize: function(options) {
this.z = options.z;
this.scale_factor = 1 / Math.pow(Math.E, (this.z / 5));
this.rect.height = Math.floor((this.rect.height * this.scale_factor)/3.5);
this.rect.top += Math.floor(this.scale_factor * 20);
this.imageFile = gamejs.image.load(options.image);
this.image = new gamejs.Surface(this.rect.width, this.rect.height);
this.baseImage = this.image.clone();
this.rect01 = this.rect.clone();
this.rect01.top = 0;
this.rect02 = this.rect01.move(this.w, 0);
var dims = this.imageFile.getSize();
var newDims = [Math.floor((dims[0] * this.scale_factor)/3.5), this.rect.height];
this.imageFile = gamejs.transform.scale(this.imageFile, newDims);
for(var i = 0; i * newDims[0] < this.rect.width; i++) {
var rect = new gamejs.Rect([i * newDims[0]], newDims);
this.baseImage.blit(this.imageFile, rect);
}
},
Actor.prototype.draw = function(display) {
//cq(this.image._canvas).matchPalette(palettes.simple);
if (this.spriteSheet) {
if (this.image) {
this.image = gamejs.transform.rotate(this.image, (this.angle) * (180 / Math.PI));
gamejs.sprite.Sprite.prototype.draw.apply(this, arguments);
};
} else {
//draw.rect(display, "#000FFF", new gamejs.Rect(this.pos, [5,5]));
}
if (config.DEBUG) {
var color = "#000FFF";
if (!this._inControl) {
var color = "#555000";
}
draw.rect(display, color, this.rect, 1);
}
return;
};
function init() {
gamejs.display.setMode([854, 480])
backdropimg = new gamejs.Surface([854, 854])
backdropimg.fill("#000088")
var circ = new gamejs.Surface([100, 100])
var carr = new gamejs.surfacearray.SurfaceArray(circ)
for (var x = 0 ; x < 100 ; ++x) {
for (var y = 0 ; y < 100 ; ++y) {
var dx = x - 50, dy = y - 50
var a = Math.floor(32 * Math.exp(-(dx * dx + dy * dy) / 400))
carr.set(x, y, [0, 64, 0, a])
}
}
gamejs.surfacearray.blitArray(circ, carr)
circ = gamejs.transform.scale(circ, [300, 300])
var rect = circ.getRect()
for (var j = 0 ; j < 240 ; ++j) {
var x = Math.random() * 854, y = Math.random() * 854, r = Math.random() * 100
rect.center = [x, y]
backdropimg.blit(circ, rect)
}
screen = gamejs.display.getSurface()
// for (var j in screen) alert(j)
HUD = new Thing.Thing()
gameplay = new Thing.Thing()
var fps = (new Thing.FPSCounter()).attachto(HUD)
statusbox = (new Thing.TextBox()).attachto(HUD).setpos([10, 440])
gameplay.image = backdropimg
gameplay.centered = false
balls = (new Thing.Thing()).attachto(gameplay)
gamejs.time.fpsCallback(think, null, 60)
}
function getimage(name) {
switch (name) {
case "adv": // generic adventurer
var img = new gamejs.Surface([600, 600])
img.blit(getpiece("noggin-0"))
img.blit(getpiece("peepers-0"))
return gamejs.transform.scale(img, [100, 100])
case "dana": return gamejs.transform.scale(getpiece("dana-0"), [100, 100])
case "lisa": return gamejs.transform.scale(getpiece("lisa-0"), [100, 100])
case "theo": return gamejs.transform.scale(getpiece("theo-0"), [100, 100])
case "rosa": return gamejs.transform.scale(getpiece("rosa-0"), [100, 100])
case "mort": return gamejs.transform.scale(getpiece("mort-0"), [100, 100])
case "monster":
var img = new gamejs.Surface([100, 100])
gamejs.draw.circle(img, "green", [50, 25], 25)
return img
case "bomb0":
var img = new gamejs.Surface([60, 60])
gamejs.draw.circle(img, "#440000", [30, 16], 16)
return img
case "bomb1":
var img = new gamejs.Surface([60, 60])
gamejs.draw.circle(img, "#AAAA00", [30, 16], 16)
return img
case "lump": return gamejs.transform.scale(getpiece("lump-0"), [100, 100])
case "largelump": return gamejs.transform.scale(getpiece("lump-0"), [180, 180])
case "hugelump": return gamejs.transform.scale(getpiece("lump-0"), [240, 240])
case "spike": return gamejs.transform.scale(getpiece("spike-0"), [100, 100])
case "largespike": return gamejs.transform.scale(getpiece("spike-0"), [180, 180])
case "hugespike": return gamejs.transform.scale(getpiece("spike-0"), [240, 240])
case "crystal-0":
return gamejs.transform.scale(getpiece("crystal-0"), [400, 400])
case "zoltar-4":
return gamejs.transform.scale(getpiece("zoltar-1"), [300, 300])
case "zoltar-3":
return gamejs.transform.scale(getpiece("zoltar-1"), [200, 200])
case "zoltar-2":
return gamejs.transform.scale(getpiece("zoltar-1"), [150, 150])
case "zoltar-1":
return gamejs.transform.scale(getpiece("zoltar-0"), [120, 120])
case "skull":
return gamejs.transform.scale(getpiece("skull-0"), [300, 300])
case "birdy-0":
return gamejs.transform.scale(getpiece("birdy-0"), [300, 300])
case "birdy-1":
return gamejs.transform.scale(getpiece("birdy-1"), [300, 300])
case "birdy-2":
return gamejs.transform.scale(getpiece("birdy-2"), [300, 300])
case "birdy-3":
return gamejs.transform.scale(getpiece("birdy-3"), [300, 300])
}
}
particles.forEach(function(p) {
surface.blit(gamejs.transform.scale(this.image, [p.size, p.size]), p.pos);
}, this);