def paintEvent(self, event):
layer = BeeApp().master.getLayerById(self.windowid, self.layerkey)
# just to make sure nothing goes wrong
if not layer:
return
window = BeeApp().master.getWindowById(self.windowid)
# get how much we need to scale down both dimensions
maximagedimension = max(layer.image.width(), layer.image.height())
if maximagedimension == 0:
return
scalefactor = self.width() / float(maximagedimension)
# get dimensions of the image if we keep the aspect ratio and put it in the preview widget
scalewidth = layer.image.width() * scalefactor
scaleheight = layer.image.height() * scalefactor
xoffset = (self.width() - scalewidth) / 2
yoffset = (self.height() - scaleheight) / 2
scaledimage = qtcore.QRectF(xoffset, yoffset, scalewidth, scaleheight)
backdrop = qtgui.QImage(scalewidth, scaleheight, qtgui.QImage.Format_ARGB32_Premultiplied)
backdrop.fill(window.backdropcolor)
painter = qtgui.QPainter()
painter.begin(self)
painter.drawImage(scaledimage, backdrop)
# have preview reflect the opacity of the layer
painter.setOpacity(layer.getOpacity())
painter.drawImage(scaledimage, layer.image, qtcore.QRectF(layer.image.rect()))
painter.end()
def cut(self, path, imagelock=None):
pathrectf = path.boundingRect()
pathrect = pathrectf.toAlignedRect()
if not imagelock:
imagelock = qtcore.QWriteLocker(self.imagelock)
oldareaimage = self.getImageCopy(imagelock, pathrect)
win = BeeApp().master.getWindowById(self.windowid)
if win.ownedByMe(self.owner):
self.copy(path, imagelock)
# erase from image
painter = qtgui.QPainter()
painter.begin(self.image)
painter.setClipPath(path)
painter.setCompositionMode(qtgui.QPainter.CompositionMode_Clear)
painter.drawImage(self.image.rect(), self.image)
painter.end()
imagelock.unlock()
win.view.updateView(pathrectf)
BeeApp().master.refreshLayerThumb(self.windowid, self.key)
command = CutCommand(self.key, oldareaimage, path)
win = BeeApp().master.getWindowById(self.windowid)
win.addCommandToHistory(command, self.owner)
def on_visibility_box_toggled(self, state):
layer = BeeApp().master.getLayerById(self.windowid, self.layerkey)
window = layer.getWindow()
# change visibility
layer.setVisible(state)
# recomposite whole image
window.reCompositeImage()
def compositeFromCorner(self, image, x, y, compmode, clippath=None, lock=None, refreshimage=True, opacity=1):
""" Method of BeeTemporaryLayerPIL """
x = int(x)
y = int(y)
# print "compositing image onto pil temp layer:"
# printPILImage(image)
# print "calling compositeFromCorner with args:",x,y
if not lock:
lock = qtcore.QWriteLocker(self.imagelock)
width, height = image.size
rect = qtcore.QRect(x, y, width, height)
# self.pilimage.paste(image,box=(x,y),mask=image)
PILcomposite(self.pilimage, image, x, y, ImageCombineTypes.lightest)
# updatedsection=self.pilimage.crop((x,y,x+image.size[0],y+image.size[1]))
# print "new section looks like:", x,y,image.size
# printPILImage(updatedsection)
dirtyregion = qtgui.QRegion(rect)
win = BeeApp().master.getWindowById(self.windowid)
sizelock = qtcore.QReadLocker(win.docsizelock)
# not every type of window actually has a full image representation so just calculate what the image rectangle would be
imagerect = qtcore.QRect(0, 0, win.docwidth, win.docheight)
if refreshimage:
dirtyregion = dirtyregion.intersect(qtgui.QRegion(imagerect))
lock.unlock()
win.reCompositeImage(dirtyregion.boundingRect())
def on_network_control_button_pressed(self):
layer = BeeApp().master.getLayerById(self.windowid, self.layerkey)
win = layer.getWindow()
proplock = qtcore.QReadLocker(layer.propertieslock)
if layer.type == LayerTypes.floating:
parent = layer.layerparent
parent.anchor(layer)
# the layer is owned locally so change it to be owned by no one
elif win.ownedByMe(layer.owner):
# print_debug("adding give up layer to queue for layer key: %d" % layer.key)
if len(layer.childItems()):
result = qtgui.QMessageBox.warning(
win,
"Floating layers can not be given up",
"You are attempting to give up ownership of layer that has floting layers, if you continue the floating layers will be destroyed. To avoid having them destroyed please anchor them or move them to other layers.",
"Continue",
"Cancel",
)
if result:
return
win.addGiveUpLayerToQueue(layer.key)
# if the layer is owned by nobody then request it
elif win.ownedByNobody(layer.owner):
win.addRequestLayerToQueue(layer.key)
def compositeFromCorner(self,image,x,y,compmode,clippath=None,lock=None,refreshimage=True,opacity=1): x=int(x) y=int(y) #print "calling compositeFromCorner with args:",x,y if not lock: lock=qtcore.QWriteLocker(self.imagelock) width=image.size().width() height=image.size().height() rect=qtcore.QRect(x,y,width,height) painter=qtgui.QPainter() painter.begin(self.image) if clippath: painter.setClipPath(clippath) #print "inside compositeFromCorner" painter.setCompositionMode(compmode) painter.setOpacity(opacity) #painter.setRenderHint(qtgui.QPainter.HighQualityAntialiasing) painter.drawImage(rect,image) painter.end() dirtyregion=qtgui.QRegion(rect) win=BeeApp().master.getWindowById(self.windowid) sizelock=qtcore.QReadLocker(win.docsizelock) # not every type of window actually has a full image representation so just calculate what the image rectangle would be imagerect=qtcore.QRect(0,0,win.docwidth,win.docheight) if refreshimage: dirtyregion=dirtyregion.intersect(qtgui.QRegion(imagerect)) lock.unlock() win.reCompositeImage(dirtyregion.boundingRect())
def paste(self, image, x, y):
win = BeeApp().master.getWindowById(self.windowid)
newkey = win.nextFloatingLayerKey()
newlayer = FloatingSelection(image, newkey, self, self.windowid)
newlayer.setPos(qtcore.QPointF(x, y))
BeeApp().master.requestLayerListRefresh()
return newkey
def cursorMoveEvent(self,x,y,modkeys,pointertype=4,pressure=1,subx=0,suby=0): window=BeeApp().master.getWindowById(self.windowid) x=x+subx y=y+suby x,y=self.viewCoordsToImage(x,y) #print "cursor move with pressure:", pressure #print "translates to image coords:",x,y window.penMotion(x,y,pressure,modkeys)
def on_blend_mode_box_activated(self, value):
# we only want the event with the string
if not type(value) is qtcore.QString:
return
newmode = BlendTranslations.nameToMode(value)
if newmode != None:
layer = BeeApp().master.getLayerById(self.windowid, self.layerkey)
if layer:
win = layer.getWindow()
win.addBlendModeChangeToQueue(layer.key, newmode)
def cursorPressEvent(self,x,y,modkeys,pointertype=4,pressure=1,subx=0,suby=0): window=BeeApp().master.getWindowById(self.windowid) # if the window has no layers in it's layers list then just return if not window.layers: return self.setCursor(BeeApp().master.getCurToolDesc().getDownCursor()) x=x+subx y=y+suby x,y=self.viewCoordsToImage(x,y) window.penDown(x,y,pressure,modkeys)
def anchor(self,child): win=BeeApp().master.getWindowById(self.windowid) win.addAnchorToQueue(self.key,child) win.scene.removeItem(child) newactive=win.setValidActiveLayer() if newactive: win.master.updateLayerHighlight(win,newactive) win.requestLayerListRefresh()
def __init__(self,queue,windowid,type=ThreadTypes.user,master=None):
qtcore.QThread.__init__(self)
self.queue=queue
self.windowid=windowid
self.type=type
if not master:
self.master=BeeApp().master
else:
self.master=master
# this will be keyed on a layer key, value will be the tool
# object so it retains information throughout the stroke
self.inprocesstools={}
# Beedraw/Hive network capable client and server allowing collaboration on a single image # Copyright (C) 2009 Thomas Becker # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA from beemaster import BeeMasterWindow from beeapp import BeeApp import sys import PyQt4.QtGui as qtgui if __name__ == "__main__": beeapp = BeeApp(sys.argv) #app = qtgui.QApplication(sys.argv) #beeapp.app=app beeapp.master = BeeMasterWindow() #app.setMainWidget(beeMasterWindow.window) beeapp.app.exec_()
class DrawingThread(qtcore.QThread):
def __init__(self,queue,windowid,type=ThreadTypes.user,master=None):
qtcore.QThread.__init__(self)
self.queue=queue
self.windowid=windowid
self.type=type
if not master:
self.master=BeeApp().master
else:
self.master=master
# this will be keyed on a layer key, value will be the tool
# object so it retains information throughout the stroke
self.inprocesstools={}
#print "starting thread with type:", type
def addExitEventToQueue(self):
self.queue.put((DrawingCommandTypes.quit,))
def run(self):
self.windowtype=self.master.getWindowById(self.windowid).type
while 1:
#print "Drawing thread ready to get commands from queue:", self.queue
command=self.queue.get()
#print "got command from queue:", command, self.type
type=command[0]
if type==DrawingCommandTypes.quit:
return
elif type==DrawingCommandTypes.history:
self.processHistoryCommand(command)
elif type==DrawingCommandTypes.layer:
self.processLayerCommand(command)
elif type==DrawingCommandTypes.alllayer:
if self.type==ThreadTypes.user and self.windowtype==WindowTypes.networkclient:
self.requestAllLayerCommand(command)
else:
self.processAllLayerCommand(command)
elif type==DrawingCommandTypes.networkcontrol:
self.processNetworkCommand(command)
elif type==DrawingCommandTypes.localonly:
self.processLocalOnlyCommand(command)
def processLocalOnlyCommand(self,command):
subtype=command[1]
window=self.master.getWindowById(self.windowid)
if subtype==LocalOnlyCommandTypes.selection:
selectionop=command[2]
newpath=command[3]
window.changeSelection(selectionop,newpath)
elif subtype==LocalOnlyCommandTypes.floatingmove:
layerkey=command[2]
oldparentkey=command[3]
newparentkey=command[4]
historycommand=FloatingChangeParentCommand(layerkey,oldparentkey,newparentkey)
window.addCommandToHistory(historycommand,-1)
def processHistoryCommand(self,command):
window=self.master.getWindowById(self.windowid)
subtype=command[1]
undotype=UndoCommandTypes.none
if subtype==HistoryCommandTypes.undo:
undotype=window.undo(command[2])
elif subtype==HistoryCommandTypes.redo:
undotype=window.redo(command[2])
else:
print_debug("unknown processHistoryCommand subtype: %d" % subtype)
if undotype==UndoCommandTypes.remote or undotype==UndoCommandTypes.notinnetwork:
window.logCommand(command,self.type)
def processLayerCommand(self,command):
window=self.master.getWindowById(self.windowid)
subtype=command[1]
layerkey=command[2]
layer=window.getLayerForKey(layerkey)
if not layer:
print_debug("ERROR: Can't process Layer command: %s Layer not found" % str(command))
return
if subtype==LayerCommandTypes.alpha:
layer.changeOpacity(command[3])
window.scene.update()
elif subtype==LayerCommandTypes.alphadone:
self.master.refreshLayerThumb(self.windowid,layerkey)
opacity=layer.getOpacity()
loggingcommand=(DrawingCommandTypes.layer,LayerCommandTypes.alpha,layerkey,opacity)
window.logCommand(loggingcommand,self.type)
elif subtype==LayerCommandTypes.mode:
layer.setOptions(compmode=command[3])
layer.update()
window.logCommand(command,self.type)
elif subtype==LayerCommandTypes.cut:
selection=command[3]
rect=selection.boundingRect().toAlignedRect()
imagelock=qtcore.QWriteLocker(layer.imagelock)
layer.cut(selection,imagelock=imagelock)
newimage=layer.getImageCopy(lock=imagelock,subregion=rect)
rawcommand=(DrawingCommandTypes.layer,LayerCommandTypes.rawevent,layerkey,rect.x(),rect.y(),newimage,None,qtgui.QPainter.CompositionMode_Source)
window.logCommand(rawcommand,self.type)
elif subtype==LayerCommandTypes.copy:
selection=command[3]
layer.copy(selection)
elif subtype==LayerCommandTypes.paste:
image=self.master.getClipBoardImage()
window=self.master.getWindowById(self.windowid)
if image:
x=command[3]
y=command[4]
newkey=layer.paste(image,x,y)
oldpath,newpath=window.changeSelection(SelectionModTypes.clear,history=False)
historycommand=PasteCommand(newkey,oldpath,newpath)
window.addCommandToHistory(historycommand,layer.owner)
elif subtype==LayerCommandTypes.pendown:
x=command[3]
y=command[4]
pressure=command[5]
tool=command[6]
# make sure we can find the layer and either it's a locally owned layer or a source that can draw on non-local layers
if window.ownedByMe(layer.owner) or self.type!=ThreadTypes.user or ( layer.type==LayerTypes.floating and layer.owner<0 and tool.allowedonfloating ):
self.inprocesstools[int(layerkey)]=tool
tool.penDown(x,y,pressure)
else:
print_debug("WARNING: no valid layer selected, remote id: %d" % window.remoteid)
elif subtype==LayerCommandTypes.penmotion:
#print "Pen motion event:", command
x=command[3]
y=command[4]
pressure=command[5]
#print "drawing thread pen motion (x,y,pressure)", x,y,pressure
if int(layerkey) in self.inprocesstools:
tool=self.inprocesstools[int(layerkey)]
tool.penMotion(x,y,pressure)
elif subtype==LayerCommandTypes.penup:
x=command[3]
y=command[4]
if int(layerkey) in self.inprocesstools:
tool=self.inprocesstools[int(layerkey)]
tool.penUp(x,y)
# send to server and log file if needed
window.logStroke(tool,int(layerkey),self.type)
tool.cleanUp()
del self.inprocesstools[int(layerkey)]
elif subtype==LayerCommandTypes.penenter:
if int(layerkey) in self.inprocesstools:
self.inprocesstools[int(layerkey)].penEnter()
elif subtype==LayerCommandTypes.penleave:
if int(layerkey) in self.inprocesstools:
self.inprocesstools[int(layerkey)].penLeave()
elif subtype==LayerCommandTypes.rawevent or subtype==LayerCommandTypes.anchor:
x=command[3]
y=command[4]
image=command[5]
clippath=command[6]
compmode=command[7]
layerimagelock=qtcore.QWriteLocker(layer.imagelock)
# determine bounding area for event
dirtyrect=qtcore.QRect(x,y,image.width(),image.height())
dirtyrect=rectIntersectBoundingRect(dirtyrect,layer.image.rect())
if clippath:
dirtyrect=rectIntersectBoundingRect(dirtyrect,clippath.boundingRect().toAlignedRect())
# set up history event
oldimage=layer.image.copy(dirtyrect)
layer.compositeFromCorner(image,x,y,compmode,clippath,lock=layerimagelock)
if subtype==LayerCommandTypes.rawevent:
historycommand=DrawingCommand(layerkey,oldimage,dirtyrect)
else:
floating=command[8]
historycommand=AnchorCommand(layerkey,oldimage,dirtyrect,floating)
window.logCommand(command,self.type)
# add to undo/redo history
window.addCommandToHistory(historycommand,layer.owner)
else:
print_debug("unknown processLayerCommand subtype: %d" % subtype)
def processAllLayerCommand(self,command):
window=self.master.getWindowById(self.windowid)
subtype=command[1]
if subtype==AllLayerCommandTypes.resize:
window.adjustCanvasSize(command[2],command[3],command[4],command[5])
elif subtype==AllLayerCommandTypes.scale:
window.scaleCanvas(command[2],command[3])
elif subtype==AllLayerCommandTypes.layerup:
window.layerUp(command[2])
elif subtype==AllLayerCommandTypes.layerdown:
window.layerDown(command[2])
elif subtype==AllLayerCommandTypes.deletelayer:
window.removeLayerByKey(command[2])
elif subtype==AllLayerCommandTypes.flatten:
window.flattenImage()
elif subtype==AllLayerCommandTypes.insertlayer:
# in this case we want to fill out the details ourselves
key = command[2]
index = command[3]
image = command[4]
owner = command[5]
if self.type==ThreadTypes.server and owner != 0:
window.insertLayer(key,index,image=image,owner=owner)
else:
if window.ownedByMe(owner):
window.insertLayer(key,index,image=image,owner=owner)
else:
window.insertLayer(key,index,type=LayerTypes.network,image=image,owner=owner)
window.logCommand(command,self.type)
def requestAllLayerCommand(self,command):
self.sendToServer(command)
def processNetworkCommand(self,command):
window=self.master.getWindowById(self.windowid)
subtype=command[1]
owner=command[2]
if subtype==NetworkControlCommandTypes.resyncstart:
width=command[3]
height=command[4]
window.clearAllLayers()
window.setCanvasSize(width,height,history=False)
window.setRemoteId(owner)
elif subtype==NetworkControlCommandTypes.giveuplayer:
layer=window.getLayerForKey(command[3])
if not layer:
return
if layer.deleteChildren():
window.master.refreshLayersList()
layer.changeOwner(0)
window.logCommand(command,self.type)
elif subtype==NetworkControlCommandTypes.layerowner:
layer=window.getLayerForKey(command[3])
if not layer:
return
layer.changeOwner(command[2])
window.logCommand(command,self.type)
elif subtype==NetworkControlCommandTypes.requestlayer:
layer=window.getLayerForKey(command[3])
if not layer:
return
window.logCommand(command,self.type)
def sendToServer(self,command):
window=self.master.getWindowById(self.windowid)
if command[0]==DrawingCommandTypes.alllayer and command[1]==AllLayerCommandTypes.insertlayer:
command=(command[0],command[1],command[2],command[3],command[4],window.remoteid)
window.remoteoutputqueue.put(command)
# Copyright (C) 2009 Thomas Becker # # This program is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # GNU General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, write to the Free Software # Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA from hivemaster import HiveMasterWindow import sys import PyQt4.QtGui as qtgui from beeapp import BeeApp import pdb if __name__ == "__main__": beeapp = BeeApp(sys.argv) #app = qtgui.QApplication(sys.argv) #beeapp.app = app beeapp.master = HiveMasterWindow() beeapp.app.exec_()
def cursorReleaseEvent(self,x,y,modkeys,pressure=1,subx=0,suby=0): #print "cursorReleaseEvent:",x,y window=BeeApp().master.getWindowById(self.windowid) self.setCursor(window.master.getCurToolDesc().getCursor()) x,y=self.viewCoordsToImage(x,y) window.penUp(x,y,modkeys)
def updateValuesFromLayer(self, winlock=None, proplock=None, layerslock=None):
win = BeeApp().master.getWindowById(self.windowid, winlock)
if not win:
return
layer = win.getLayerForKey(self.layerkey, layerslock)
if not layer:
print_debug("WARNING: updateValueFromLayer could not find layer with key %s" % self.layerkey)
return
if not proplock:
proplock = qtcore.QReadLocker(layer.propertieslock)
# update visibility box
self.ui.visibility_box.setChecked(layer.isVisible())
# update opacity slider
# self.ui.opacity_box.setValue(layer.opacity())
self.ui.opacity_slider.setValue(int(layer.opacity() * 100))
# update name
displayname = layer.name
if layer.type == LayerTypes.animation:
displayname += " (Animation)"
elif layer.type == LayerTypes.network:
displayname += " (Network)"
self.ui.layer_name_label.setText(displayname)
# update blend mode box
self.ui.blend_mode_box.setCurrentIndex(
self.ui.blend_mode_box.findText(BlendTranslations.modeToName(layer.compmode))
)
netbuttonstate = False
netbuttontext = ""
# only need text on the button if it's a network or floating layer
if win.type == WindowTypes.networkclient:
if win.ownedByNobody(layer.getOwner(proplock)):
netbuttontext = "Claim Ownership"
netbuttonstate = True
elif win.ownedByMe(layer.getOwner(proplock)):
netbuttontext = "Give Up Ownership"
netbuttonstate = True
if layer.type == LayerTypes.floating:
netbuttontext = "Anchor On Layer"
netbuttonstate = True
# disable controls if client shouldn't be able to control them
if win.type == WindowTypes.networkclient:
if win.ownedByMe(layer.getOwner(proplock)) or layer.type == LayerTypes.floating:
self.ui.opacity_slider.setEnabled(True)
self.ui.blend_mode_box.setEnabled(True)
else:
self.ui.opacity_slider.setDisabled(True)
self.ui.blend_mode_box.setDisabled(True)
self.ui.network_control_button.setText(netbuttontext)
self.ui.network_control_button.setEnabled(netbuttonstate)
def run(self):
window=BeeApp().master.getWindowById(self.windowid)
# if we failed to get a socket then destroy the window and exit
if not self.socket:
print_debug("failed to get socket connection")
window.closeDrawingWindow()
# get ready for next contact from server
self.parser=XmlToQueueEventsConverter(None,window,0,type=ThreadTypes.network)
#qtcore.QObject.connect(self.socket, qtcore.SIGNAL("readyRead()"), self.readyRead)
#qtcore.QObject.connect(self.socket, qtcore.SIGNAL("disconnected()"), self.disconnected)
sendingthread=NetworkWriterThread(self.windowid,self.socket)
window.sendingthread=sendingthread
sendingthread.start()
# enter read loop, read till socket closes
while 1:
#print_debug("Ready to read from server")
data=self.socket.read(1024)
if not data:
window.setDisconnectMessage("Server has closed connection")
break
#print_debug("got animation data from socket: %s" % data)
self.parser.xml.addData(data)
error=self.parser.read()
#error=QXmlStreamReader.NoError
# if there was an error and it wasn't a premature end of document error then we can't recover and need to disconnect
if error!=QXmlStreamReader.PrematureEndOfDocumentError and error!=QXmlStreamReader.NoError:
window.setDisconnectMessage("Error in XML stream")
window.addExitEventToQueue(source=ThreadTypes.network)
break
# this should be run when the socket is disconnected and the buffer is empty
window.disconnected()
self.parser=None
def on_opacity_slider_sliderMoved(self, value):
# there are two events, one with a float and one with a string, we only need one
win = BeeApp().master.getWindowById(self.windowid)
win.addOpacityChangeToQueue(self.layerkey, value / 100.0)
def on_opacity_slider_sliderReleased(self):
win = BeeApp().master.getWindowById(self.windowid)
win.addOpacityDoneToQueue(self.layerkey)
def mousePressEvent(self, event):
layer = BeeApp().master.getLayerById(self.windowid, self.layerkey)
win = BeeApp().master.getWindowById(self.windowid)
if layer:
win.setActiveLayer(layer.key)