class Spinner(PopupPanel): def __init__(self, text=''): PopupPanel.__init__(self) self.width = 15 self.r1 = 35 self.r2 = 60 self.cx = self.r2 + self.width self.cy = self.r2 + self.width self.numSectors = 12 self.size = self.r2*2 + self.width*2 self.speed = 1.5 # seconds per rotation self._timer = None self.canvas = Raphael(self.size, self.size) self.sectors = [] self.opacity = [] vp = VerticalPanel() vp.add(self.canvas) blurb = HTML(text) blurb.setStyleAttribute('text-align', 'center') vp.add(blurb) self.add(vp) def draw(self): colour = "#000000" beta = 2 * math.pi / self.numSectors pathParams = {'stroke' : colour, 'stroke-width' : self.width, 'stroke-linecap' : "round"} for i in range(self.numSectors): alpha = beta * i - math.pi/2 cos = math.cos(alpha) sin = math.sin(alpha) data = ','.join(['M', str(self.cx + self.r1 * cos), str(self.cy + self.r1 * sin), 'L', str(self.cx + self.r2 * cos), str(self.cy + self.r2 * sin)]) path = self.canvas.path(data=data, attrs=pathParams) self.opacity.append(1.0 * i / self.numSectors ) self.sectors.append(path) period = (self.speed * 1000) / self.numSectors self._timer = Timer(notify=self) self._timer.scheduleRepeating(period) def onTimer(self, _): self.opacity.insert(0, self.opacity.pop()) for i in range(self.numSectors): self.sectors[i].setAttr("opacity", self.opacity[i])
class Spinner(SimplePanel): """ Our testing panel. """ def __init__(self, width=600, height=300): """ Standard initialiser. """ SimplePanel.__init__(self) # Taken from the "spinner" Raphael demo: self.width = 15 self.r1 = 35 self.r2 = 60 self.cx = self.r2 + self.width self.cy = self.r2 + self.width self.numSectors = 12 self.canvas = Raphael(self.r2 * 2 + self.width * 2, self.r2 * 2 + self.width * 2) self.sectors = [] self.opacity = [] self.add(self.canvas) def draw(self): colour = "#000000" beta = 2 * math.pi / self.numSectors pathParams = { 'stroke': colour, 'stroke-width': self.width, 'stroke-linecap': "round" } for i in range(self.numSectors): alpha = beta * i - math.pi / 2 cos = math.cos(alpha) sin = math.sin(alpha) data = ','.join([ 'M', str(self.cx + self.r1 * cos), str(self.cy + self.r1 * sin), 'L', str(self.cx + self.r2 * cos), str(self.cy + self.r2 * sin) ]) path = self.canvas.path(data=data, attrs=pathParams) self.opacity.append(1.0 * i / self.numSectors) self.sectors.append(path) period = 1000 / self.numSectors self._timer = Timer(notify=self) self._timer.scheduleRepeating(period) def onTimer(self, timerID): """ Respond to our timer firing. """ self.opacity.insert(0, self.opacity.pop()) for i in range(self.numSectors): self.sectors[i].setAttr("opacity", self.opacity[i])
class TestPanel(SimplePanel): """ Our testing panel. """ def __init__(self): """ Standard initialiser. """ SimplePanel.__init__(self) # Taken from the "spinner" Raphael demo: colour = "#000000" width = 15 r1 = 35 r2 = 60 cx = r2 + width cy = r2 + width self.numSectors = 12 self.canvas = Raphael(r2 * 2 + width * 2, r2 * 2 + width * 2) self.sectors = [] self.opacity = [] beta = 2 * math.pi / self.numSectors pathParams = { 'stroke': colour, 'stroke-width': width, 'stroke-linecap': "round" } for i in range(self.numSectors): alpha = beta * i - math.pi / 2 cos = math.cos(alpha) sin = math.sin(alpha) path = self.canvas.path(data=None, attrs=pathParams) path.moveTo(cx + r1 * cos, cy + r1 * sin) path.lineTo(cx + r2 * cos, cy + r2 * sin) self.opacity.append(1 / self.numSectors * i) self.sectors.append(path) period = 1000 / self.numSectors self._timer = Timer(notify=self) self._timer.scheduleRepeating(period) self.add(self.canvas) def onTimer(self, timer): """ Respond to our timer firing. """ self.opacity.insert(0, self.opacity.pop()) for i in range(self.numSectors): self.sectors[i].setAttr("opacity", self.opacity[i])
class TestPanel(SimplePanel): """ Our testing panel. """ def __init__(self): """ Standard initialiser. """ SimplePanel.__init__(self) # Taken from the "spinner" Raphael demo: colour = "#000000" width = 15 r1 = 35 r2 = 60 cx = r2 + width cy = r2 + width self.numSectors = 12 self.canvas = Raphael(r2*2 + width*2, r2*2 + width*2) self.sectors = [] self.opacity = [] beta = 2 * math.pi / self.numSectors pathParams = {'stroke' : colour, 'stroke-width' : width, 'stroke-linecap' : "round"} for i in range(self.numSectors): alpha = beta * i - math.pi/2 cos = math.cos(alpha) sin = math.sin(alpha) path = self.canvas.path(data=None, attrs=pathParams) path.moveTo(cx + r1 * cos, cy + r1 * sin) path.lineTo(cx + r2 * cos, cy + r2 * sin) self.opacity.append(1 / self.numSectors * i) self.sectors.append(path) period = 1000/self.numSectors self._timer = Timer(notify=self) self._timer.scheduleRepeating(period) self.add(self.canvas) def onTimer(self, timer): """ Respond to our timer firing. """ self.opacity.insert(0, self.opacity.pop()) for i in range(self.numSectors): self.sectors[i].setAttr("opacity", self.opacity[i])
class Spinner(SimplePanel): """ Our testing panel. """ def __init__(self,width=600,height=300): """ Standard initialiser. """ SimplePanel.__init__(self) # Taken from the "spinner" Raphael demo: self.width = 15 self.r1 = 35 self.r2 = 60 self.cx = self.r2 + self.width self.cy = self.r2 + self.width self.numSectors = 12 self.canvas = Raphael(self.r2*2 + self.width*2, self.r2*2 + self.width*2) self.sectors = [] self.opacity = [] self.add(self.canvas) def draw(self): colour = "#000000" beta = 2 * math.pi / self.numSectors pathParams = {'stroke' : colour, 'stroke-width' : self.width, 'stroke-linecap' : "round"} for i in range(self.numSectors): alpha = beta * i - math.pi/2 cos = math.cos(alpha) sin = math.sin(alpha) data=','.join(['M',str(self.cx + self.r1 * cos),str(self.cy + self.r1 * sin),'L',str(self.cx + self.r2 * cos),str(self.cy + self.r2 * sin)]) path = self.canvas.path(data=data,attrs=pathParams) self.opacity.append(1.0 * i / self.numSectors ) self.sectors.append(path) period = 1000/self.numSectors self._timer = Timer(notify=self) self._timer.scheduleRepeating(period) def onTimer(self, timerID): """ Respond to our timer firing. """ self.opacity.insert(0, self.opacity.pop()) for i in range(self.numSectors): self.sectors[i].setAttr("opacity", self.opacity[i])
class GUI(VerticalPanel,GUI_Event): def __init__(self): """ Standard initialiser. """ VerticalPanel.__init__(self) GUI_Event.__init__(self) self.canvas = Raphael(900,700) #self.canvas.addListener('mousedown',self.test) #self.canvas.addListener('contextmenu',self.test) #self.tb = TextArea() #self.tb.setName("textBoxFormElement") #self.tb.setStyleAttribute({'position':'absolute', # 'top':'175px','left':'158px' # ,'color':COLOR['maroon'] # ,'background':COLOR['peachpuff'] # ,'background-color':COLOR['peachpuff']}) #self.tb.setSize(450,100) #self.tb.setReadonly('readonly') self.add(self.canvas) #self.add(self.tb) x = DOM.getAbsoluteLeft(self.canvas.getElement()) y = DOM.getAbsoluteTop(self.canvas.getElement()) self.offset = (x,y) ''' Empacotador.init() Menu.init() self.click_listeners = [] self.drag_listeners = [] self.drop_listeners = [] self.roll_listeners = [] self.act_listeners = [] self.do_up = self._do_up self.do_move = self._do_nothing self.do_down = self._do_down #self._do_nothing self._create() ''' def _inicia(self,game): self.game = game def _decorate(self,element): element.avatar = element return element def talk(self,msg='foi'): alert (msg) def test(self,elm,event,msg='foi'): location = None JS(''' location = window.location.hostname; ''') if 'localhost' == location: location +=':8004' return location x = DOM.eventGetClientX(event) y = DOM.eventGetClientY(event) alert ('%s %s %s'%(msg,x,y)) def create_game(self,game,title): self.game = game RootPanel().add(self) return self.inicia() def remove(self, element): if element in self.drop_listeners: self.drop_listeners.remove(element) element.remove() def text(self,x,y,texto,color='navajo white', size =16): t = self.canvas.text(x,y,texto) t.setAttrs({'fill':COLOR[color],'stroke':COLOR[color],'font-size':'%d'%size}) return t def path(self,path, width = 1, color='navajo white', background ='white'): #color:#000000;fill:#462813;fill-opacity:1;stroke:#d08554;stroke-width:1;stroke-linecap:round;stroke-linejoin:round;stroke-miterlimit:4;stroke-opacity:1;stroke-dasharray:none;stroke-dashoffset:0;marker:none;visibility:visible;display:inline;overflow:visible;enable-background:accumulate pathParams = {'stroke' : COLOR[color], 'color' : color, 'fill' : COLOR[background], #'stroke-width' : width, #"%dpx"%width, 'stroke-linecap' : "round"} t = self.canvas.path(data=path,attrs=pathParams) return t def textarea(self,x,y,w,h,texto,color='navajo white', background ='white'): t = Text_Area(self,texto,x,y,w,h,color, background) return t #return self._decorate(t) def rect(self,x,y,dx,dy,color='navajo white', line =None): r = self.canvas.rect(x,y,dx-x,dy-y) r.setAttrs({'fill':COLOR[color],'stroke':line and COLOR[line] or COLOR[color]}) #r.addListener('click',self.test) #r.addListener('mousedown',self.test) #r.addListener('contextmenu',self.test) #return r return self._decorate(r) def image(self,glyph,x,y,dx,dy, l=None, f='png', buff=''): return Empacotador(self.canvas,glyph,x,y,dx,dy, l) def score(self,score,houses): score = j_p.encode(score) houses = j_p.encode(houses) DOM.setAttribute(self.scored,"value",score) DOM.setAttribute(self.housed,"value",houses) #self.talk(str((score,houses))) frm = self.__form JS(""" frm.submit() """) #self.__form.submit() return score def send(self,uid,**kwargs): score = j_p.encode(uid) message = dict(line= uid, _xsrf= self.x) message.update(kwargs) message = j_p.encode(message) self._socket.sending(message) def inicia(self): global IMAGEREPO self.__form = f = DOM.getElementById('mainform') self.x = DOM.getChild(f,0).value #DOM.getElementByName('_xsrf').value g = DOM.getChild(f,1).value self.scored = DOM.getChild(f,2) self.housed = DOM.getChild(f,3) if g == '12de6b622cbfe4d8f5c8d3347e56ae8c': IMAGEREPO = 'imagens/' #self.talk(self.scored.value+self.housed.value+IMAGEREPO) self._socket = NullSocket() #WebSocket("ws://%s/chatsocket"%self.test()) self._socket.register_receiver(self.game.receive) obj = j_p.wdecode(self.housed.value) #self.text(400,85, str(obj) ,'darkbrown',10) #obj = [dict(body='nonono')] return obj def receive(self,message = 'nono'): self.talk(message.line+ ':'+ message.body) def slate(self,source,x,y,w,h, element = None, l=None, f=None, buff= None): return Slate(self.canvas,source,x,y,w,h, l, f, buff) def icon(self):#,source,x,y,w,h, l=None, f=None, buff= None): return Menu(self.canvas)#source,x,y,w,h, l, f, buff) def flyer(self,source,x,y,w=16,h=16):#, l=None, f=None, buff= None): return Flyer(self.canvas,source,x,y,w,h)#source,x,y,w,h, l, f, buff)