def addPlayClock(self):
'''Adds a play clock to the graphic scene.'''
if not self.playClockAddedFlag:
self.playClockAddedFlag = True
if self.sportType == 'football' or self.sportType == 'soccer':
model = 'LX3018'
elif self.sportType == 'basketball' or self.sportType == 'hockey':
model = 'LX2180'
else:
model = None
if model is not None:
scoreboard=Scoreboard(\
model, captionColor=self.captionColor, driverType='LXDriver', \
serialInputFlag=self.serialInputFlag, parent=None, scene=self.scene, vboseList=self.vboseList)
scoreboard.setKeypad(self.reverseHomeAndGuest, self.keypad3150,
self.MMBasketball, self.WHHBaseball)
self.sportType = scoreboard.game.gameData['sportType']
print 'Sport:', scoreboard.game.sport, 'Sport Type:', self.sportType, 'Keypad:', scoreboard.keyMap.keypadName, 'model', self.model
self.scoreboardDict[model]=Board(\
scoreboard, LEDcolor='AMBER', boardColor=self.boardColor, \
captionColor=self.captionColor, stripeColor=self.stripeColor, \
driverType='LXDriver', parent=self.background, scene=self.scene)
self.scoreboardDict[model].setPos(self.backgroundWidth/2-\
self.scoreboardDict[model].boundingRect.width()/2, self.backgroundHeight/2+\
self.boardFactor*self.boardHeight/2+self.boardFactor*5)
def instantiate_scoreboard(self):
'''Creates the graphic scene and instantiates the scoreboard object.'''
self.scene = GraphicsScene()
self.background = QGraphicsSvgItem('Graphics/EMechBackground.svg')
self.scene.addItem(self.background)
scoreboard=Scoreboard(\
self.model, captionColor=self.captionColor, driverType='LXDriver', \
serialInputFlag=self.serialInputFlag, parent=None, scene=self.scene, vboseList=self.vboseList)
scoreboard.setKeypad(self.reverseHomeAndGuest, self.keypad3150,
self.MMBasketball, self.WHHBaseball)
self.sportType = scoreboard.game.gameData['sportType']
print 'Sport:', scoreboard.game.sport, 'Sport Type:', self.sportType, 'Keypad:', scoreboard.keyMap.keypadName, 'model', self.model
self.scoreboardDict[self.model]=Board(\
scoreboard, LEDcolor='AMBER', boardColor=self.boardColor, \
captionColor=self.captionColor, stripeColor=self.stripeColor, \
driverType='LXDriver', parent=self.background, scene=self.scene)
#create all timers
self.refreshAssets = QTimer()
self.refreshAssets.timeout.connect(self.updateAssets)
self.checkClickables = QTimer()
self.checkClickables.timeout.connect(self.checkClickableEvents)
def addLockerClock(self):
'''Adds a locker room clock to the graphic scene.'''
if not self.lockerClockAddedFlag:
self.lockerClockAddedFlag = True
model = 'LX7406'
scoreboard=Scoreboard(\
model, captionColor=self.captionColor, driverType='LXDriver', \
serialInputFlag=self.serialInputFlag, parent=None, scene=self.scene, vboseList=self.vboseList)
scoreboard.setKeypad(self.reverseHomeAndGuest, self.keypad3150,
self.MMBasketball, self.WHHBaseball)
self.sportType = scoreboard.game.gameData['sportType']
print 'Sport:', scoreboard.game.sport, 'Sport Type:', self.sportType, 'Keypad:', scoreboard.keyMap.keypadName, 'model', self.model
self.scoreboardDict[model]=Board(\
scoreboard, LEDcolor='AMBER', boardColor=self.boardColor, \
captionColor=self.captionColor, stripeColor=self.stripeColor, \
driverType='LXDriver', parent=self.background, scene=self.scene)
width = 0
if self.sportType == 'linescore' or self.sportType == 'soccer':
width = self.scoreboardDict[
self.model].boundingRect.width() / 2
elif self.sportType == 'football':
width = self.scoreboardDict[
self.model].boundingRect.width() / 4
if self.scoreboardDict[self.model].scoreboard.partsDict[
self.model]['qtyOfCabinets'] == 2:
if self.sportType == 'stat':
height = self.boardHeight / 2
else:
height = self.boardHeight
else:
height = self.boardHeight / 2
self.scoreboardDict[model].setPos(self.boardFactor*(self.backgroundWidth/2-\
self.scoreboardDict[self.model].boundingRect.width()/2+width), self.backgroundHeight/2+\
self.boardFactor*height+self.boardFactor*5)
def create_scoreboard_view(self):
'''Creates the views for scoreboards.'''
#Prepare zoom level
self.boardWidth = self.scoreboardDict[self.model].boundingRect.width()
self.boardHeight = self.scoreboardDict[
self.model].boundingRect.height()
self.backgroundWidth = self.background.boundingRect().width()
self.backgroundHeight = self.background.boundingRect().height()
if self.boardWidth >= 312:
self.boardFactor = 150.0 / 342.0
elif self.boardWidth >= 240 or self.model == 'LX2575' or self.model == 'LX2576':
self.boardFactor = 150.0 / 282.0
elif self.boardWidth >= 120 or self.model == 'LX2555' or self.model == 'LX2556':
self.boardFactor = 150.0 / 216.0
elif self.model == 'GENERIC':
self.boardFactor = .5
else:
self.boardFactor = 1.0
self.scoreboardDict[self.model].scale(self.boardFactor,
self.boardFactor)
if self.model == 'LX2555' or self.model == 'LX2575':
model = 'LX2055'
elif self.model == 'LX2556' or self.model == 'LX2576':
model = 'LX2056'
if self.scoreboardDict[self.model].scoreboard.partsDict[
self.model]['qtyOfCabinets'] == 2:
if self.model == 'LX2055' or self.model == 'LX2056':
self.scoreboardDict[self.model].setPos(self.backgroundWidth/2-self.boardFactor*(self.scoreboardDict[self.model].scoreboard.statWidth+self.scoreboardDict[self.model].scoreboard.boardWidth*2)/2, \
self.backgroundHeight/2-self.boardFactor*self.boardHeight/2)
else:
self.scoreboardDict[self.model].setPos(
self.backgroundWidth / 2 -
self.boardFactor * self.boardWidth / 2,
self.backgroundHeight / 2 -
self.boardFactor * self.boardHeight / 2)
else:
if self.model == 'LX2555' or self.model == 'LX2556' or self.model == 'LX2575' or self.model == 'LX2576':
if self.model == 'LX2555':
statWidth = 108
elif self.model == 'LX2556':
statWidth = 108
elif self.model == 'LX2575':
statWidth = 168
elif self.model == 'LX2576':
statWidth = 168
scoreboard=Scoreboard(\
model, captionColor=self.captionColor, driverType='LXDriver', serialInputFlag=self.serialInputFlag, \
parent=None, scene=self.scene, vboseList=self.vboseList)
scoreboard.statWidth = statWidth
scoreboard.setKeypad(self.reverseHomeAndGuest, self.keypad3150,
self.MMBasketball, self.WHHBaseball)
print 'Sport:', scoreboard.game.sport, 'Sport Type:', self.sportType, 'Keypad:', scoreboard.keyMap.keypadName, 'model', model
self.scoreboardDict[model]=Board(\
scoreboard, LEDcolor='AMBER', boardColor=self.boardColor, captionColor=self.captionColor, stripeColor=self.stripeColor, \
driverType='LXDriver', parent=self.background, scene=self.scene)
self.scoreboardDict[model].scoreboard.setKeypad(
self.reverseHomeAndGuest, self.keypad3150,
self.MMBasketball)
self.scoreboardDict[model].scale(self.boardFactor,
self.boardFactor)
self.scoreboardDict[model].setPos(\
self.backgroundWidth/2-self.boardFactor*(self.boardWidth+self.scoreboardDict[model].scoreboard.boardWidth*2)/2, \
self.backgroundHeight/2-self.boardFactor*self.boardHeight/4)
self.scoreboardDict[self.model].setPos(
self.backgroundWidth / 2 -
self.boardFactor * self.boardWidth / 2,
self.backgroundHeight / 2 -
self.boardFactor * self.boardHeight / 4)
else:
self.scoreboardDict[self.model].setPos(
self.backgroundWidth / 2 -
self.boardFactor * self.boardWidth / 2,
self.backgroundHeight / 2 -
self.boardFactor * self.boardHeight / 2)
self.background.scale(5, 5)
#Single View
self.single_scoreboard_view = GraphicsView(self.scene)
self.single_scoreboard_view.centerOn(self.backgroundWidth / 2,
self.backgroundHeight / 2)
self.single_scoreboard_view.setRenderHints(
QPainter.Antialiasing | QPainter.SmoothPixmapTransform)
self.single_scoreboard_view.setContextMenuPolicy(Qt.CustomContextMenu)
self.single_scoreboard_view.setViewportUpdateMode(
GraphicsView.MinimalViewportUpdate) #FullViewportUpdate
self.single_scoreboard_view.setDragMode(GraphicsView.ScrollHandDrag)
self.single_scoreboard_view.setTransformationAnchor(
GraphicsView.AnchorUnderMouse)
self.single_scoreboard_view.setResizeAnchor(
GraphicsView.AnchorUnderMouse)
self.single_scoreboard_view.connect(
self.single_scoreboard_view,
SIGNAL("customContextMenuRequested(QPoint)"), self,
SLOT("contextMenuRequestedSingle(QPoint)"))
#Full View
self.scoreboard_full_view = GraphicsView(self.scene)
self.scoreboard_full_view.setRenderHints(
QPainter.Antialiasing | QPainter.SmoothPixmapTransform)
self.scoreboard_full_view.setContextMenuPolicy(Qt.CustomContextMenu)
self.scoreboard_full_view.setViewportUpdateMode(
GraphicsView.MinimalViewportUpdate) #FullViewportUpdate
self.scoreboard_full_view.setDragMode(GraphicsView.ScrollHandDrag)
self.scoreboard_full_view.setTransformationAnchor(
GraphicsView.AnchorUnderMouse)
self.scoreboard_full_view.setResizeAnchor(
GraphicsView.AnchorUnderMouse)
self.scoreboard_full_view.connect(
self.scoreboard_full_view,
SIGNAL("customContextMenuRequested(QPoint)"), self,
SLOT("contextMenuRequestedDouble(QPoint)"))
#Zoom View
self.scoreboard_zoom_view = GraphicsView(self.scene)
self.zoomFactor = 8
self.scoreboard_zoom_view.scale(self.zoomFactor, self.zoomFactor)
self.scoreboard_zoom_view.setRenderHints(
QPainter.Antialiasing | QPainter.SmoothPixmapTransform)
self.scoreboard_zoom_view.setViewportUpdateMode(
GraphicsView.MinimalViewportUpdate) #FullViewportUpdate
self.scoreboard_zoom_view.setDragMode(GraphicsView.ScrollHandDrag)
self.scoreboard_zoom_view.setTransformationAnchor(
GraphicsView.AnchorUnderMouse)
self.scoreboard_zoom_view.setResizeAnchor(
GraphicsView.AnchorUnderMouse)
#Vertical scoreboard view
self.single_scoreboard_layout = QVBoxLayout()
self.single_scoreboard_layout.addWidget(self.single_scoreboard_view)
#Vertical scoreboard view
self.double_scoreboard_layout = QVBoxLayout()
self.double_scoreboard_layout.addWidget(self.scoreboard_full_view)
self.double_scoreboard_layout.addWidget(self.scoreboard_zoom_view)
#Main wigdet
self.scoreboard_view_single = QWidget()
self.scoreboard_view_single.setLayout(self.single_scoreboard_layout)
#Main wigdet
self.scoreboard_view_double = QWidget()
self.scoreboard_view_double.setLayout(self.double_scoreboard_layout)
self.scoreboard_view = self.scoreboard_view_single
