path: root/public/assets/javascripts/rectangles/models/wall.js

(function(){

	var vec2, Rect, sort
	if ('window' in this) {
		vec2 = window.vec2
		Rect = window.Rect
		sort = window.sort
	}
	else {
		vec2 = require('./vec2')
		Rect = require('./rect')
		UidGenerator = require('../util/uid')
	}
	
	var Wall = function(opt){
		this.id = opt.id
		this.vec = opt.vec
		this.edge = opt.edge
		this.side = opt.side
		this.surface = opt.surface
		this.mx = opt.mx
	}
	
	Wall.prototype.toString = function(){
		return this.vec.toString()
	}

	Wall.prototype.reset = function(){
	}
	
	Wall.prototype.destroy = function(){
		this.mx.forEach(function(mx){
			mx.destroy && mx.destroy()
		})
		this.room = this.vec = this.mx = null
	}
	
	Wall.prototype.bind = function(){
		var base = this
		base.$walls = $( this.mx.map(function(mx){ return mx.el }) )
		
		this.mx.forEach(function(mx, index){
			$(mx.el).bind({
				mouseover: function(){
				},
				mouseenter: function(e){
					Scenery.mouse.mouseenter(e, {
						wall: base,
						index: index,
					})
				},
				mousemove: function(e){
				},
				mousedown: function(e){
					if (Scenery.nextMedia) {
            var scenery = Scenery.addNextToWall({
            	wall: base,
            	index: index
            })
            
            // scenery was not placed
            if (! scenery) {	
            	e.stopPropagation()
            	return
            }
					
  					UndoStack.push({
  					  type: 'create-scenery',
  					  undo: { id: scenery.id },
              redo: scenery.serialize(),
  					})

  					// TODO: watch individual scenery object here
  					Minotaur.watch( app.router.editorView.settings )
					}
					else if (Scenery.nextWallpaper) {
						base.wallpaper()
					}
					else {
						app.controller.hideExtras()
					}
				}
			})
		})
		this.outline()
	}


  // wall
  // side: corresponds to the orientation of this wall
  // vec: equivalent to the bounds of the Surface
  // edge: the coordinate of the normal of this surface
  // 			 var useX = side & LEFT_RIGHT
  //			 var useA = side & (FRONT | LEFT)
  //       edge = mx.rect[useX ? 'x': 'y'][ useA ? 'a': 'b']
  // surface: an ordered set of contiguous wall regions, corresponding to mx objects

	Wall.prototype.positionToMx = function(position, dimension) {
		var x, z
		switch (this.side) {
			case FRONT:
				x = position.a + dimension.a / 2
				z = this.edge + painting_distance_from_wall
				break
			case BACK:
				x = position.a + dimension.a / 2
				z = this.edge - painting_distance_from_wall
				break
			case LEFT:
				x = this.edge + painting_distance_from_wall
				z = position.a + dimension.a / 2
				break
			case RIGHT:
				x = this.edge - painting_distance_from_wall
 				z = position.a + dimension.a / 2
				break
		}
		return {
		  x: x,
		  y: position.b + dimension.b / 2,
		  z: z,
		  rotationY: wall_rotation[ this.side ],
		}
	}
	Wall.prototype.mxToPosition = function(mx, dimension) {
	  var position = new vec2(0,0)
	  switch (this.side) {
	    case FRONT:
	    case BACK:
	      position.a = mx.x
	      position.b = mx.y
	      break
	    case LEFT:
	    case RIGHT:
	      position.a = mx.z
	      position.b = mx.y
	      break
	  }
	  if (dimension) {
	  	position.a -= dimension.a / 2
	  	position.b -= dimension.b / 2
	  }
// 	  if (mx.width)  { position.a -= mx.width  / 2 }
// 	  if (mx.height) { position.b -= mx.height / 2 }
	  return position
	}
	
	Wall.prototype.bounds_for = function(img, scale) {
		scale = scale || 1
		var coord = this.side & FRONT_BACK ? this.rect.x : this.rect.y
		var halfWidth = img.width/2 * scale
		var halfHeight = img.height/2 * scale

		return new Rect( new vec2( coord.a + halfWidth, coord.b - halfWidth ),
		                 new vec2( halfHeight, Rooms.list[this.room].height - halfHeight ) )
	}
	
	Wall.prototype.fits = function(img, scale){
		if (this.side & FRONT_BACK && this.rect.x.length() < img.width * scale) {
			return false
		}
		if (this.side & LEFT_RIGHT && this.rect.y.length() < img.width * scale) {
			return false
		}
		return true
	}
	
	Wall.prototype.center = function(offset){
	
		switch (this.side) {
			case FRONT:
				x = this.vec.midpoint()
				z = this.edge + painting_distance_from_wall
				break
			case BACK:
				x = this.vec.midpoint()
				z = this.edge - painting_distance_from_wall
				break
			case LEFT:
				x = this.edge + painting_distance_from_wall
				z = this.vec.midpoint()
				break
			case RIGHT:
				x = this.edge - painting_distance_from_wall
 				z = this.vec.midpoint()
				break
		}

		return new vec2 (x, z)
	}
	
	Wall.prototype.color = function(color){
		this.$walls && this.$walls.css("background-color", color)
	}
	
	Wall.prototype.wallpaper = function(){
		var useX = this.side & FRONT_BACK
		var shouldFlip = this.side & (LEFT | BACK)
		this.mx.forEach(function(mx){
      var partitionOffset = useX ? mx.x : mx.z
      if (shouldFlip) partitionOffset *= -1
      partitionOffset += mx.width/2
      var floorOffset = mx.y + mx.height/2

      mx.el.style.backgroundImage = Scenery.nextWallpaper
      mx.el.style.backgroundPosition = (~~partitionOffset) + "px " + (~~floorOffset) + "px"
    })
	}
	
	Wall.prototype.outline = function(){
		var useX = this.side & FRONT_BACK
		var shouldFlip = this.side & (LEFT | BACK)
		var mx = this.mx

		if (! shouldFlip) {
			mx = mx.reverse()
		}

		var len = this.mx.length
		
    var backgroundColor = "rgba(255,255,255,0.95)"
    var borderColor = "rgba(0,0,0,1.0)"

		zz = window.zz || 0

		mx.forEach(function(mx, i){
			if (mx.outlined) return
			mx.outlined = true
      mx.el.style.backgroundColor = backgroundColor

			// all walls get bottom lines
			mx.el.style.borderBottom = "1px solid " + borderColor
			
			// all walls get top lines
			mx.el.style.borderTop = "1px solid " + borderColor
			
			// walls on initial sides get left lines
			// if their left edge lines up with the rect edge
			if (i == 0) {
        mx.el.style.borderLeft = "1px solid " + borderColor
			}
			
			// walls on terminal sides get right lines....
			// if their right edge lines up with the rect edge
			if (i == len-1) {
        mx.el.style.borderRight = "1px solid " + borderColor
			}
		})
	}
	
	Wall.prototype.siblings = function(){
		return this
// 		var base = this
// 		var match = base.side | base.half_side
// 		var walls = Rooms.list[this.room].walls.filter(function(w){
// 			return (w.side | w.half_side) & match && w.$walls
// 		})
// 		return walls
	}

	Wall.prototype.randomize_colors = function(){
		var color = window.grayColors[ this.side | this.half_side ]
		// this.color(color)
	}

	Wall.prototype.stroke_colors = function(){
		var color = "#fff"
		var siblings = this.siblings()
		siblings.forEach(function(w, i){
			if (! w.$walls) return
			w.color(color)
			if (i == 0) {
				w.$walls.css("border-left", "1px solid #000")
			}
			if (i == siblings.length-1) {
				w.$walls.css("border-right", "1px solid #000")
			}
			w.$walls.css("border-top", "1px solid #000")
			w.$walls.css("border-bottom", "1px solid #000")
		})
	}
	
	if ('window' in this) {
		window.Wall = Wall
	}
	else {
		module.exports = Wall
	}


})()