def DecodePicture(self, PicInfo = ""):
		#we tell a pointer to equal the data of the picture from PicLoad, we will need this when decoding the picture we want
		ptr = self.PicLoad.getData()
		#now we can begin adding our data from lists to our labels, everytime DecodePicture is called the Pindex will be different, i.e. a different picture from the different feeds
		#we then tell an element of chartpic to set it's pixmap to the pointer.  Notice that we decide which feedpic to use depending on what picturecounter equals and notice we set the instance.  This is because when we created it we declared it as a widget, not specifically a Pixmap object until object assignment i.e. self["feed"] = Pixmap()
		self["feedpic"].instance.setPixmap(ptr)


	def ok(self):
		#now that we have our picPath we can start to decode the picture and load it on screen
		self.PicLoad.startDecode("/tmp/1.png")
		png = LoadPixmap("/tmp/1.png")		
		res = []
		#we then make our png a set size (this is the size of each item in menulist) and we draw it at the position within the menu list shown e.g. 10,0
		res.append(MultiContentEntryPixmapAlphaTest(pos=(10, 0), size=(270, 25), png=png ))
			#we then make our png 270 by 25 (this is the size of each item in menulist) and we draw it at the position within the menu list shown e.g. 10,0


		#once our image has been drawn we then draw text in a similar way, instead we allow text to be drawn for each item saying "hello", note the position of the x-axis on the text compared to picture		 			
		res.append(MultiContentEntryText(pos=(280, 0), size=(125, 25), font=0, flags = RT_HALIGN_LEFT, text="hello", color=0x00FFFFFF, color_sel=0x00FFFFFF))				
		self.events.append(res)


		#lastly we call fillmytext
		self.fillmytxt()

	def fillmytxt(self):
		#when fillmytxt is called we aupply mylist with the contents of self.events, this list is what held all of the information to go into our menulist
		self["mylist"].l.setList(self.events)
		self['mylist'].show()