Added Squared Sizing

Squared sizing is based on scale. This way you can always have a consistant sized square on different resolutions.

GuiManager/Misc/SetImage.int

@@ -1,35 +0,0 @@
-_GuiPro.jobqueue:registerJob("LoadImage",function(path)
-	local dat = love.image.newImageData(path)
-	return dat
-end)
-local cache = {}
-_GuiPro.jobqueue.OnJobCompleted(function(JOBID,n)
-	cache[JOBID].Image=_GuiPro.imagecache[n]
-	cache[JOBID].ImageHeigth=cache[JOBID].Image:getHeight()
-	cache[JOBID].ImageWidth=cache[JOBID].Image:getWidth()
-	cache[JOBID].Quad=love.graphics.newQuad(0,0,cache[JOBID].width,cache[JOBID].height,cache[JOBID].ImageWidth,cache[JOBID].ImageHeigth)
-end)
-function gui:SetImage(i)
-	local temp = self.Image
-	if _GuiPro.imagecache[i] then
-		self.Image=_GuiPro.imagecache[i]
-		self.ImageHeigth=self.Image:getHeight()
-		self.ImageWidth=self.Image:getWidth()
-		self.Quad=love.graphics.newQuad(0,0,self.width,self.height,self.ImageWidth,self.ImageHeigth)
-	else
-		if type(i)=="string" then
-			local ii = _GuiPro.jobqueue:pushJob("LoadImage",i)
-			cache[ii] = self
-		elseif tostring(i):find("ImageData") then
-			self.Image=love.graphics.newImage(i)
-			self.ImageHeigth=self.Image:getHeight()
-			self.ImageWidth=self.Image:getWidth()
-			self.Quad=love.graphics.newQuad(0,0,self.width,self.height,self.ImageWidth,self.ImageHeigth)
-		elseif i then
-			self.Image=i
-			self.ImageHeigth=self.Image:getHeight()
-			self.ImageWidth=self.Image:getWidth()
-			self.Quad=love.graphics.newQuad(0,0,self.width,self.height,self.ImageWidth,self.ImageHeigth)
-		end
-	end
-end

GuiManager/Misc/SquareX.int

@@ -1,8 +1,9 @@
 function gui:SquareX(n)
-	local n = n or 0
+	local n = n or 1
 	local w = self.Parent.width
 	local rw = w*n
 	local s = (w-rw)/2
 	self:setDualDim(self.x+s,self.y+s,rw,rw,sx,sy)
-	return self.Parent.width
+	self:Move(s,s)
+	return self.Parent.width,rw
 end

GuiManager/Misc/SquareY.int

@@ -1,8 +1,9 @@
 function gui:SquareY(n)
-	local n = n or 0
+	local n = n or 1
 	local w = self.Parent.height
 	local rw = w*n
 	local s = (w-rw)/2
-	self:setDualDim(self.x+s,self.y+s,rw,rw)
+	self:setDualDim(nil,nil,rw,rw)
-	return self.Parent.height
+	self:Move(s,s)
+	return self.Parent.height,rw
 end