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GX2Controls.js
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function getDirectionFromVector(direction){
if (direction.x >= 0){
//right quadrant
if (direction.y >= 0){
//up-right quadrant
if (Math.abs(direction.x) >= Math.abs(direction.y)){
//going right more
if (Math.abs(direction.y) >= 0.5*Math.abs(direction.x)){
return 'ur';
}
else{
return 'r';
}
}
else{
//going up more
if (Math.abs(direction.y) >= 2*Math.abs(direction.x)){
return 'u';
}
else{
return 'ur';
}
}
}
else{
//down-right quadrant
if (Math.abs(direction.x) >= Math.abs(direction.y)){
//going right more
if (Math.abs(direction.y) >= 0.5*Math.abs(direction.x)){
return 'dr';
}
else{
return 'r';
}
}
else{
//going down more
if (Math.abs(direction.y) >= 2*Math.abs(direction.x)){
return 'd';
}
else{
return 'dr';
}
}
}
}
else{
//left quadrant
if (direction.y >= 0){
//up-left quadrant
if (Math.abs(direction.x) >= Math.abs(direction.y)){
//going left more
if (Math.abs(direction.y) >= 0.5*Math.abs(direction.x)){
return 'ul';
}
else{
return 'l';
}
}
else{
//going up more
if (Math.abs(direction.y) >= 2*Math.abs(direction.x)){
return 'u'
}
else{
return 'ul';
}
}
}
else{
//down-left quadrant
if (Math.abs(direction.x) >= Math.abs(direction.y)){
//going left more
if (Math.abs(direction.y) >= 0.5*Math.abs(direction.x)){
return 'dl';
}
else{
return 'l';
}
}
else{
//going down more
if (Math.abs(direction.y) >= 2*Math.abs(direction.x)){
return 'd';
}
else{
return 'dl';
}
}
}
}
return 'c';
}
function rpgControls(playerNum){
if (document.activeElement == $('.messageinput')[0]) return;
if (undef(playerNum)) var playerNum = 0;
else playerNum--;
var player = this, newdirection = 'c', changedirection = false;
var system = player.system;
var mainmouse = player.system.mouse;
var currentarea = player.system.currentarea;
var camera = player.system.camera;
var vel = {x: player.physicsbody.velocity[0], y: player.physicsbody.velocity[1]};
var desiredxvel = desiredyvel = 0, speed = 0.839*7*15*1.5, slowingfactor = 5;
var leftpressed = false, rightpressed = false,
uppressed = false, downpressed = false;
if (keyboard.down("left")){
if (system.doubletap_leftready) console.log('dbltap_left');
else {
system.doubletaptimer = setTimeout(function(){system.doubletap_leftready = false;}, 500);
system.doubletap_leftready = true;
}
}
if (player.running) speed *= 1.45;
if (player.hasOwnProperty('speed')) speed = player.speed;
if (player.hasOwnProperty('runspeed')) runspeed = player.runspeed;
if (!player.autodirection){
if (system.analog.down){
newdirection = system.analog.direction;
}
else if ((mainmouse.down || mainmouse.touches.length > 0)){// && mainmouse.canmoveplayer){
//console.log(mainmouse.touches);
if (mainmouse.canmoveplayer){
var targetOffset = mainmouse.container.children[0].getBoundingClientRect();
var tempwidth = targetOffset.right - targetOffset.left;
var tempheight = targetOffset.bottom - targetOffset.top;
//re-establish mouse world coordinates
if (mainmouse.down){
var vecOrigin = new THREE.Vector3( mainmouse.x, mainmouse.y, -500000 );
var vecTarget = new THREE.Vector3( mainmouse.x, mainmouse.y, 100000 );
}
else if (mainmouse.touches.length > 0){
var vecOrigin = new THREE.Vector3( mainmouse.touches[0].x, mainmouse.touches[0].y, -500000 );
var vecTarget = new THREE.Vector3( mainmouse.touches[0].x, mainmouse.touches[0].y, 100000 );
}
mainmouse.projector = new THREE.Projector();
mainmouse.projector.unprojectVector( vecOrigin, mainmouse.camera );
mainmouse.projector.unprojectVector( vecTarget, mainmouse.camera );
vecTarget.sub( vecOrigin ).normalize();
mainmouse.worldx = vecOrigin.x;
mainmouse.worldy = vecOrigin.y;
if (mainmouse.down){
var wx = (mainmouse.worldx)/(currentarea.graph.scale.x);
var wy = (mainmouse.worldy)/(currentarea.graph.scale.y);
}
else if (mainmouse.touches.length > 0){
var wx = mainmouse.touches[0].worldx/(currentarea.graph.scale.x);
var wy = mainmouse.touches[0].worldy/(currentarea.graph.scale.y);
}
var vector = vec3(wx, wy, 0).sub(this.position.clone());
var tnum = 40;
if (player.running) tnum = 20;
if (system.framecounter % tnum === 0) newdirection = getDirectionFromVector(vector);
else newdirection = player.direction;
}
}
else {
leftpressed = ( keyboard.pressed("a") || keyboard.pressed("left") );
rightpressed = ( keyboard.pressed("d") || keyboard.pressed("right") );
uppressed = ( keyboard.pressed("w") || keyboard.pressed("up") );
downpressed = ( keyboard.pressed("s") || keyboard.pressed("down") );
if (Gamepad.supported) {
var pads = Gamepad.getStates();
var pad = pads[playerNum]; // assume only 1 player.
var prevpad = {
dup: 0,
ddown: 0,
dleft: 0,
dright: 0,
lstickx: 0,
lsticky: 0,
rstickx: 0,
rsticky: 0,
button0: 0,
button1: 0,
button2: 0,
button3: 0,
start: 0,
select: 0,
rshoulder0: 0,
rshoulder1: 0,
lshoulder0: 0,
lshoulder1: 0,
};
if (pad) {
if (pad.rightShoulder0){
//console.log(pad);
prevpad.rshoulder0 = 1;
}
if (pad.rightShoulder1){
prevpad.rshoulder1 = 1;
}
if (pad.leftShoulder0){
prevpad.lshoulder0 = 1;
}
if (pad.leftShoulder1){
prevpad.lshoulder1 = 1;
}
if (pad.dpadUp){
uppressed = true;
prevpad.dup = 1;
}
if (pad.dpadDown){
downpressed = true;
prevpad.ddown = 1;
}
if (pad.dpadLeft){
leftpressed = true;
prevpad.dleft = 1;
}
if (pad.dpadRight){
rightpressed = true;
prevpad.dright = 1;
}
if (pad.leftStickX > 0.2){
rightpressed = true;
prevpad.lstickx = pad.leftStickX;
}
if (pad.leftStickX < -0.2){
leftpressed = true;
prevpad.lstickx = pad.leftStickX;
}
if (pad.leftStickY > 0.2){
downpressed = true;
prevpad.lsticky = pad.leftStickY;
}
if (pad.leftStickY < -0.2){
uppressed = true;
prevpad.lsticky = pad.leftStickY;
}
if (pad.rightStickX > 0.2){
prevpad.rstickx = pad.rightStickX;
}
if (pad.rightStickX < -0.2){
prevpad.rstickx = pad.rightStickX;
}
if (pad.rightStickY > 0.2){
prevpad.rsticky = pad.rightStickY;
}
if (pad.rightStickY < -0.2){
prevpad.rsticky = pad.rightStickY;
}
if ( pad.faceButton0 ){ // A on Xbox
prevpad.button0 = 1;
}
if ( pad.faceButton1 ){ // B on Xbox
prevpad.button1 = 1;
}
if ( pad.faceButton2 ){ // X on Xbox
prevpad.button2 = 1;
}
if ( pad.faceButton3 ){ // Y on Xbox
prevpad.button3 = 1;
}
if ( pad.start ){
prevpad.start = 1;
}
if ( pad.select ){
prevpad.select = 1;
}
}
this.previouspad = {};
}
if (leftpressed || rightpressed || uppressed || downpressed){
if ( leftpressed && uppressed ) {
newdirection = 'ul';
}
else if ( leftpressed && downpressed ) {
newdirection = "dl";
}
else if ( rightpressed && uppressed ) {
newdirection = "ur";
}
else if ( rightpressed && downpressed ) {
newdirection = "dr";
}
else if ( leftpressed ) {
newdirection = "l";
}
else if ( rightpressed ) {
newdirection = "r";
}
else if ( uppressed ) {
newdirection = "u";
}
else if ( downpressed ) {
newdirection = "d";
}
}
else {
newdirection = 'c';
}
}
}
else {
if (player.autodirection) newdirection = player.autodirection;
else newdirection = 'c';
}
if (player.dodirectionfinding){
/*if (player.directionfinding[8] == 'reverse'){
switch (newdirection){
case 'u':
newdirection = 'd';
break;
case 'd':
newdirection = 'u';
break;
case 'l':
newdirection = 'l';
break;
case 'r':
newdirection = 'r';
break;
default:
break;
}
}*/
var s1 = 0;
var s2 = 0;
switch (newdirection){
case 'u':
s2 = -speed/100;
break;
case 'd':
s2 = speed/100;
break;
case 'l':
s1 = -speed/100;
break;
case 'r':
s1 = speed/100;
break;
default:
break;
}
if (currentarea.map.collisionmap)
var isCollision = currentarea.map.collisionmap.checkForColorCollision(
'square',
player.position_0.x*100 + s1,
-player.position_0.y*100 + s2,
player.collisioncolors
);
else var isCollision = false;
///if reverse, keep trying to go left or right here
if (isCollision){
console.log('collide');
switch (newdirection){
case 'u':
if (player.directionfinding[0] == 'r') var sp1 = speed/100;
if (player.directionfinding[0] == 'l') var sp1 = -speed/100;
if (currentarea.map.collisionmap.checkForColorCollision('square',
player.position_0.x*100 + sp1,
-player.position_0.y*100,
player.collisioncolors
)){
if (player.directionfinding[0] == 'r') player.directionfinding[0] = 'l';
else if (player.directionfinding[0] == 'l') player.directionfinding[0] = 'r';
//player.directionfinding[4]++;
//if (player.directionfinding[4] == 2) player.directionfinding[8] = 'reverse';
}
else {
//can go left or right
//if (player.directionfinding[8] == 'reverse')
}
//if (player.directionfinding[8] == 'reverse') newdirection = 'd';
//else
newdirection = player.directionfinding[0];
break;
case 'd':
if (player.directionfinding[1] == 'r') var sp1 = speed/100;
if (player.directionfinding[1] == 'l') var sp1 = -speed/100;
if (currentarea.map.collisionmap.checkForColorCollision('square',
player.position_0.x*100 + sp1,
-player.position_0.y*100,
player.collisioncolors
)){
if (player.directionfinding[1] == 'r') player.directionfinding[1] = 'l';
else if (player.directionfinding[1] == 'l') player.directionfinding[1] = 'r';
}
newdirection = player.directionfinding[1];
break;
case 'l':
if (player.directionfinding[2] == 'u') var sp1 = -speed/100;
if (player.directionfinding[2] == 'd') var sp1 = speed/100;
if (currentarea.map.collisionmap.checkForColorCollision('square',
player.position_0.x*100,
-player.position_0.y*100 + sp1,
player.collisioncolors
)){
if (player.directionfinding[2] == 'u') player.directionfinding[2] = 'd';
else if (player.directionfinding[2] == 'd') player.directionfinding[2] = 'u';
}
newdirection = player.directionfinding[2];
break;
case 'r':
if (player.directionfinding[3] == 'u') var sp1 = -speed/100;
if (player.directionfinding[3] == 'd') var sp1 = speed/100;
if (currentarea.map.collisionmap.checkForColorCollision('square',
player.position_0.x*100,
-player.position_0.y*100 + sp1,
player.collisioncolors
)){
if (player.directionfinding[3] == 'u') player.directionfinding[3] = 'd';
else if (player.directionfinding[3] == 'd') player.directionfinding[3] = 'u';
}
newdirection = player.directionfinding[3];
break;
}
}
}
if (newdirection !== player.direction) {
changedirection = true;
player.animating = true;
}
switch (newdirection){
case 'l':
if (changedirection) {
//player.toFrame(this.animatorframes[0]*1+1);
if (player.running) player.animpattern(player.runframes.left, true);
else player.animpattern(player.walkframes.left, true);
}
desiredxvel = -speed;
break;
case 'r':
if (changedirection) {
//player.toFrame(this.animatorframes[0]*2+1);
if (player.running) player.animpattern(player.runframes.right, true);
else player.animpattern(player.walkframes.right, true);
}
desiredxvel = speed;
break;
case 'u':
if (changedirection) {
//player.toFrame(this.animatorframes[0]*3+1);
if (player.running) player.animpattern(player.runframes.up, true);
else player.animpattern(player.walkframes.up, true);
}
desiredyvel = speed;
break;
case 'd':
if (changedirection) {
//player.toFrame(this.animatorframes[0]*0+1);
if (player.running) player.animpattern(player.runframes.down, true);
else player.animpattern(player.walkframes.down, true);
}
desiredyvel = -speed;
break;
case 'ul':
if (changedirection) {
if (player.eightway){
//player.toFrame(this.animatorframes[0]*7+1);
player.player.animpattern(player.runframes.upleft, true);
}
else {
//player.toFrame(this.animatorframes[0]*3+1);
if (player.running) player.animpattern(player.runframes.up, true);
else player.animpattern(player.walkframes.up, true);
}
}
desiredxvel = -speed;
desiredyvel = speed;
/*if (currentarea.map.collisionmap){
var diagCollision = currentarea.map.collisionmap.checkForColorCollision(
'square',
player.position_0.x*100 + -desiredxvel/100,
-player.position_0.y*100 + -desiredyvel/100,
player.collisioncolors
);
if (diagCollision){
desiredxvel *= 1.5;
desiredyvel *= 1.5;
}
}*/
break;
case 'ur':
if (changedirection) {
if (player.eightway){
//player.toFrame(this.animatorframes[0]*6+1);
player.setRow(7);
}
else {
//player.toFrame(this.animatorframes[0]*3+1);
if (player.running) player.animpattern(player.runframes.up, true);
else player.animpattern(player.walkframes.up, true);
}
}
desiredxvel = speed;
desiredyvel = speed;
/*if (currentarea.map.collisionmap){
var diagCollision = currentarea.map.collisionmap.checkForColorCollision(
'square',
player.position_0.x*100 + -desiredxvel/100,
-player.position_0.y*100 + -desiredyvel/100,
player.collisioncolors
);
if (diagCollision){
desiredxvel *= 1.5;
desiredyvel *= 1.5;
}
}*/
break;
case 'dl':
if (changedirection) {
if (player.eightway){
//player.toFrame(this.animatorframes[0]*5+1);
player.animpattern(player.runframes.down, true);
}
else {
//player.toFrame(this.animatorframes[0]*0+1);
if (player.running) player.animpattern(player.runframes.down, true);
else player.animpattern(player.walkframes.down, true);
}
}
desiredxvel = -speed;
desiredyvel = -speed;
/*if (currentarea.map.collisionmap){
var diagCollision = currentarea.map.collisionmap.checkForColorCollision(
'square',
player.position_0.x*100 + -desiredxvel/100,
-player.position_0.y*100 + -desiredyvel/100,
player.collisioncolors
);
if (diagCollision){
desiredxvel *= 1.5;
desiredyvel *= 1.5;
}
}*/
break;
case 'dr':
if (changedirection) {
if (player.eightway){
//player.toFrame(this.animatorframes[0]*4+1);
player.animpattern(player.runframes.down, true);
}
else {
//player.toFrame(this.animatorframes[0]*0+1);
if (player.running) player.animpattern(player.runframes.down, true);
else player.animpattern(player.walkframes.down, true);
}
}
desiredxvel = speed;
desiredyvel = -speed;
/*if (currentarea.map.collisionmap){
var diagCollision = currentarea.map.collisionmap.checkForColorCollision(
'square',
player.position_0.x*100 + -desiredxvel/100,
-player.position_0.y*100 + -desiredyvel/100,
player.collisioncolors
);
if (diagCollision){
desiredxvel *= 1.5;
desiredyvel *= 1.5;
}
}*/
break;
case 'c':
desiredxvel = desiredyvel = 0;
player.animating = false;
if (player.running) var frames = player.runframes;
else var frames = player.walkframes;
if (changedirection) switch (player.direction){
case 'l':
player.toFrame(frames.left[0]);
break;
case 'r':
player.toFrame(frames.right[0]);
break;
case 'u':
player.toFrame(frames.up[0]);
break;
case 'd':
player.toFrame(frames.down[0]);
break;
case 'ul':
if (player.eightway) player.toFrame(frames.upleft[0]);
else player.toFrame(frames.up[0]);
break;
case 'ur':
if (player.eightway) player.toFrame(frames.upright[0]);
else player.toFrame(frames.up[0]);
break;
case 'dl':
if (player.eightway) player.toFrame(frames.downleft[0]);
else player.toFrame(frames.down[0]);
break;
case 'dr':
if (player.eightway) player.toFrame(frames.downright[0]);
else player.toFrame(frames.down[0]);
break;
default:
}
break;
default:
}
player.direction = newdirection;
if (newdirection !== 'c') player.facing = newdirection;
var xvelchange = desiredxvel - vel.x;
var yvelchange = desiredyvel - vel.y;
var ximpulse = player.physicsbody.mass * xvelchange;
var yimpulse = player.physicsbody.mass * yvelchange;
player.physicsbody.velocity = [(player.physicsbody.mass * xvelchange)/100,
(player.physicsbody.mass * yvelchange)/100];
/*if (player.position.x >= currentarea.map.xmin &&
player.position.x <= currentarea.map.xmax ){
camera.position.x = player.position.x*currentarea.graph.scale.x;
}
if (player.position.y >= currentarea.map.ymin &&
player.position.y <= currentarea.map.ymax){
camera.position.y = player.position.y*currentarea.graph.scale.y;
}*/
camera.position.x = player.position.x*currentarea.graph.scale.x;
camera.position.y = player.position.y*currentarea.graph.scale.y;
if (camera.position.x > currentarea.map.xmax) camera.position.x = currentarea.map.xmax;
if (camera.position.x < currentarea.map.xmin) camera.position.x = currentarea.map.xmin;
if (camera.position.y > currentarea.map.ymax) camera.position.y = currentarea.map.ymax;
if (camera.position.y < currentarea.map.ymin) camera.position.y = currentarea.map.ymin;
if ( keyboard.up("space") || keyboard.up("enter") || (pad && pad.faceButton1)) {
var event;
var dist = player.eventdistance;
switch (player.facing){
case 'l':
event = currentarea.isEventCollision(player, new Vec3(-dist, 0-player.pictureoffset.y, 0));
break;
case 'r':
event = currentarea.isEventCollision(player, new Vec3(dist, 0-player.pictureoffset.y, 0));
break;
case 'u':
event = currentarea.isEventCollision(player, new Vec3(0, dist-player.pictureoffset.y, 0));
break;
case 'd':
event = currentarea.isEventCollision(player, new Vec3(0, -dist-player.pictureoffset.y, 0));
break;
case 'ul':
event = currentarea.isEventCollision(player, new Vec3(-dist, dist-player.pictureoffset.y, 0));
break;
case 'ur':
event = currentarea.isEventCollision(player, new Vec3(dist, dist-player.pictureoffset.y, 0));
break;
case 'dl':
event = currentarea.isEventCollision(player, new Vec3(-dist, -dist-player.pictureoffset.y, 0));
break;
case 'dr':
event = currentarea.isEventCollision(player, new Vec3(dist, -dist-player.pictureoffset.y, 0));
break;
default:
}
if (event){
if (event[0].click) event[0].click();
}
console.log(event);
}
}
function npcControls(){
var player = this, newdirection = 'c', changedirection = false;
var desiredxvel = desiredyvel = 0, speed = 0.839*7, slowingfactor = 5;
var leftpressed = false, rightpressed = false,
uppressed = false, downpressed = false;
var runspeed = speed*2;
if (player.hasOwnProperty('speed')) speed = player.speed;
if (player.hasOwnProperty('runspeed')) runspeed = player.runspeed;
if (player.autodirection) newdirection = player.autodirection;
else newdirection = 'c';
if (player.stopCondition && player.stopCondition() === true) newdirection = 'c';
if (newdirection !== player.direction) {changedirection = true;
player.animating = true;}
switch (newdirection){
case 'l':
if (changedirection){
player.toFrame(this.animatorframes[0]*1+1);
player.setRow(2);
}
desiredxvel = -speed;
break;
case 'r':
if (changedirection){
player.toFrame(this.animatorframes[0]*2+1);
player.setRow(3);
}
desiredxvel = speed;
break;
case 'u':
if (changedirection){
player.toFrame(this.animatorframes[0]*3+1);
player.setRow(4);
}
desiredyvel = speed;
break;
case 'd':
if (changedirection){
player.toFrame(this.animatorframes[0]*0+1);
player.setRow(1);
}
desiredyvel = -speed;
break;
case 'ul':
if (changedirection){
if (player.eightway){
player.toFrame(this.animatorframes[0]*7+1);
player.setRow(8);
}
else {
player.toFrame(this.animatorframes[0]*3+1);
player.setRow(4);
}
}
desiredxvel = -speed;
desiredyvel = speed;
break;
case 'ur':
if (changedirection){
if (player.eightway){
player.toFrame(this.animatorframes[0]*6+1);
player.setRow(7);
}
else {
player.toFrame(this.animatorframes[0]*3+1);
player.setRow(4);
}
}
desiredxvel = speed;
desiredyvel = speed;
break;
case 'dl':
if (changedirection){
if (player.eightway){
player.toFrame(this.animatorframes[0]*5+1);
player.setRow(6);
}
else {
player.toFrame(this.animatorframes[0]*0+1);
player.setRow(1);
}
}
desiredxvel = -speed;
desiredyvel = -speed;
break;
case 'dr':
if (changedirection){
if (player.eightway){
player.toFrame(this.animatorframes[0]*4+1);
player.setRow(4);
}
else {
player.toFrame(this.animatorframes[0]*0+1);
player.setRow(1);
}
}
desiredxvel = speed;
desiredyvel = -speed;
break;
case 'c':
desiredxvel = desiredyvel = 0;
player.animating = false;
if (changedirection) switch (player.direction){
case 'l':
player.toFrame(this.animatorframes[0]*1+1);
break;
case 'r':
player.toFrame(this.animatorframes[0]*2+1);
break;
case 'u':
player.toFrame(this.animatorframes[0]*3+1);
break;
case 'd':
player.toFrame(this.animatorframes[0]*0+1);
break;
case 'ul':
if (!player.eightway) player.toFrame(this.animatorframes[0]*0+1);
else player.toFrame(this.animatorframes[0]*7+1);
break;
case 'ur':
if (!player.eightway) player.toFrame(this.animatorframes[0]*1+1);
else player.toFrame(this.animatorframes[0]*6+1);
break;
case 'dl':
if (!player.eightway) player.toFrame(this.animatorframes[0]*2+1);
else player.toFrame(this.animatorframes[0]*5+1);
break;
case 'dr':
if (!player.eightway) player.toFrame(this.animatorframes[0]*3+1);
else player.toFrame(this.animatorframes[0]*4+1);
break;
default:
}
break;
default:
}
player.direction = newdirection;
if (newdirection !== 'c') player.facing = newdirection;
if (player.physicsupdating){
var vel = player.physicsbody.GetLinearVelocity();
var xvelchange = desiredxvel - vel.x;
var yvelchange = desiredyvel - vel.y;
var ximpulse = player.physicsbody.GetMass() * xvelchange;
var yimpulse = player.physicsbody.GetMass() * yvelchange;
player.physicsbody.ApplyImpulse(new b2v2(ximpulse,yimpulse),
player.physicsbody.GetWorldCenter());
}
else {
player.position.x += desiredxvel;
player.position.y += desiredyvel;
}
}
function shmupControls(playerNum){
if (undef(playerNum)) var playerNum = 0;
var player = this, newdirection = 'c', changedirection = false;
if (player.system.physicstype == 'box2d') var vel = player.physicsbody.GetLinearVelocity();
if (player.system.physicstype == 'p2') var vel = {x: player.physicsbody.velocity[0], y: player.physicsbody.velocity[1]};
var desiredxvel = desiredyvel = 0, speed = 0.839*7*15*1.5, slowingfactor = 5;
var leftpressed = false, rightpressed = false,
uppressed = false, downpressed = false;
var runspeed = speed*2;
if (player.hasOwnProperty('speed')) speed = player.speed;
if (player.hasOwnProperty('runspeed')) runspeed = player.runspeed;
if (!player.autodirection){
if (system.analog.down){
newdirection = system.analog.direction;
}
else if ((mainmouse.down || mainmouse.touches.length > 0)){// && mainmouse.canmoveplayer){
//console.log(mainmouse.touches);
if (mainmouse.canmoveplayer){
if (mainmouse.down){
var wx = (mainmouse.worldx)/currentarea.graph.scale.x;
var wy = (mainmouse.worldy)/currentarea.graph.scale.y;
}
else if (mainmouse.touches.length > 0){
var wx = mainmouse.touches[0].worldx;
var wy = mainmouse.touches[0].worldy;
}
var vector = vec3(wx, wy, 0).sub(this.position.clone());
//console.log(vector);
//console.log(mainmouse.worldx, mainmouse.worldy);
//worldx update not firing when moving character...
console.log(vector.x, vector.y);
if (system.framecounter % 40 === 0) newdirection = getDirectionFromVector(vector);
else newdirection = player.direction;
}
}
else {
leftpressed = ( keyboard.pressed("a") || keyboard.pressed("left") );
rightpressed = ( keyboard.pressed("d") || keyboard.pressed("right") );
uppressed = ( keyboard.pressed("w") || keyboard.pressed("up") );
downpressed = ( keyboard.pressed("s") || keyboard.pressed("down") );
if (Gamepad.supported){
var pads = Gamepad.getStates();
var pad = pads[playerNum]; // assume only 1 player.
var prevpad = {
dup: 0,
ddown: 0,
dleft: 0,
dright: 0,
lstickx: 0,
lsticky: 0,
rstickx: 0,
rsticky: 0,
button0: 0,
button1: 0,
button2: 0,
button3: 0,
start: 0,
select: 0,
rshoulder0: 0,
rshoulder1: 0,
lshoulder0: 0,
lshoulder1: 0,
};
if (pad){
if (pad.rightShoulder0){
//console.log(pad);
prevpad.rshoulder0 = 1;
}
if (pad.rightShoulder1){
prevpad.rshoulder1 = 1;
}
if (pad.leftShoulder0){
prevpad.lshoulder0 = 1;
}
if (pad.leftShoulder1){
prevpad.lshoulder1 = 1;
}
if (pad.dpadUp){
uppressed = true;
prevpad.dup = 1;
}
if (pad.dpadDown){
downpressed = true;
prevpad.ddown = 1;
}
if (pad.dpadLeft){
leftpressed = true;
prevpad.dleft = 1;
}
if (pad.dpadRight){
rightpressed = true;
prevpad.dright = 1;
}
if (pad.leftStickX > 0.2){
rightpressed = true;
prevpad.lstickx = pad.leftStickX;
}
if (pad.leftStickX < -0.2){
leftpressed = true;
prevpad.lstickx = pad.leftStickX;
}
if (pad.leftStickY > 0.2){
downpressed = true;
prevpad.lsticky = pad.leftStickY;
}
if (pad.leftStickY < -0.2){
uppressed = true;
prevpad.lsticky = pad.leftStickY;
}
if (pad.rightStickX > 0.2){
prevpad.rstickx = pad.rightStickX;
}
if (pad.rightStickX < -0.2){
prevpad.rstickx = pad.rightStickX;
}
if (pad.rightStickY > 0.2){
prevpad.rsticky = pad.rightStickY;
}
if (pad.rightStickY < -0.2){
prevpad.rsticky = pad.rightStickY;
}
if ( pad.faceButton0 ){ // A on Xbox
prevpad.button0 = 1;
}
if ( pad.faceButton1 ){ // B on Xbox
prevpad.button1 = 1;
}
if ( pad.faceButton2 ){ // X on Xbox
prevpad.button2 = 1;