def runGui(filename=None, debug=False):
print "Starting Monkeyprint with GUI."
# Create a debug console text buffer.
console = monkeyprintGuiHelper.consoleText()
# Create settings dictionary object for machine and program settings.
programSettings = monkeyprintSettings.programSettings(console)
# Create version message.
console.addLine("You are using Monkeyprint " + str(programSettings['versionMajor'].value) + "." + str(programSettings['versionMinor'].value) + "." + str(programSettings['revision'].value))
# Update settings from file.
programSettings.readFile()
# Set debug mode if specified.
if debug:
print "Debug mode active."
programSettings['Debug'].value = True
else:
programSettings['Debug'].value = False
# Create model collection object.
# This object contains model data and settings data for each model.
# Pass program settings.
modelCollection = monkeyprintModelHandling.modelCollection(programSettings, console)
# Create gui.
gui = monkeyprintGui.gui(modelCollection, programSettings, console, filename)
# Start the gui main loop.
gui.main()
def runGui(filename=None, debug=False):
# Create a debug console text buffer.
console = monkeyprintGuiHelper.consoleText()
# console = None
# Create settings dictionary object for machine and program settings.
programSettings = monkeyprintSettings.programSettings(console)
# Create version message.
print "Starting Monkeyprint " + str(
programSettings['versionMajor'].getValue()) + "." + str(
programSettings['versionMinor'].getValue()) + "." + str(
programSettings['revision'].getValue()) + " with GUI."
console.addLine("You are using Monkeyprint " +
str(programSettings['versionMajor'].getValue()) + "." +
str(programSettings['versionMinor'].getValue()) + "." +
str(programSettings['revision'].getValue()))
# Get current working directory and set paths.
# Is this still relevant?
cwd = os.getcwd()
programSettings['localMkpPath'].setValue(cwd + "/currentPrint.mkp")
base_path = programSettings.getInstallDir()
# Update settings from file.
programSettings.readFile(base_path)
# Get cwd for exe
programSettings['installDir'].setValue(getInstallDir())
print "Running from " + programSettings['installDir'].getValue()
# Set debug mode if specified.
if debug:
print "Debug mode active."
programSettings['debug'].setValue(True)
else:
programSettings['debug'].setValue(False)
# Create model collection object.
# This object contains model data and settings data for each model.
# Pass program settings.
modelCollection = monkeyprintModelHandling.modelCollection(
programSettings, console)
# Create splash screen for given interval.
# Get version string first.
versionString = "Monkeyprint version " + str(
programSettings['versionMajor'].getValue()) + "." + str(
programSettings['versionMinor'].getValue()) + "." + str(
programSettings['revision'].getValue())
# Create gui.
gui = monkeyprintGui.gui(modelCollection, programSettings, console,
filename)
# Start the gui main loop.
gui.main()
def runNoGui(filename=None, debug=False):
print "Starting without Gui."
# Create settings dictionary object for machine and program settings.
programSettings = monkeyprintSettings.programSettings()
# Update settings from file.
programSettings.readFile()
# Set debug mode if specified.
if debug==True:
programSettings['Debug'].value = debug
print "Debug mode active."
else:
programSettings['Debug'].value = False
# Create model collection object.
# This object contains model data and settings data for each model.
# Pass program settings.
modelCollection = monkeyprintModelHandling.modelCollection(programSettings)
#TODO disable this...
modelCollection.jobSettings['Exposure time'].value = 0.1
print ("Exposure time: " + str(modelCollection.jobSettings['Exposure time'].value) + ".")
# Load project file.
# TODO: test if file is mkp.
modelCollection.loadProject(filename)
print ("Project file: " + str(filename) + " loaded successfully.")
print "Found the following models:"
for model in modelCollection:
if model != 'default':
print (" " + model)
# Start the slicer.
modelCollection.updateSliceStack()
print ("Starting slicer.")
# Wait for all slicer threads to finish.
while(modelCollection.slicerRunning()):
modelCollection.checkSlicerThreads()
time.sleep(.2)
sys.stdout.write('.')
sys.stdout.flush()
# Start print process when slicers are done.
print "\nSlicer done. Starting print process."
# Create the projector window.
gui = monkeyprintGui.noGui(programSettings, modelCollection)
print "Print process done. Thank you for using Monkeyprint."
def runNoGui(filename=None, debug=False):
print "Starting without Gui."
# Create settings dictionary object for machine and program settings.
programSettings = monkeyprintSettings.programSettings()
base_path = programSettings.getInstallDir()
# Update settings from file.
programSettings.readFile(base_path)
# Set debug mode if specified.
if debug == True:
programSettings['debug'].value = debug
print "Debug mode active."
else:
programSettings['debug'].value = False
# Create model collection object.
# This object contains model data and settings data for each model.
# Pass program settings.
modelCollection = monkeyprintModelHandling.modelCollection(programSettings)
#TODO disable this...
modelCollection.jobSettings['exposureTime'].value = 0.1
print("Exposure time: " +
str(modelCollection.jobSettings['exposureTime'].value) + ".")
# Load project file.
# TODO: test if file is mkp.
modelCollection.loadProject(filename)
print("Project file: " + str(filename) + " loaded successfully.")
print "Found the following models:"
for model in modelCollection:
if model != 'default':
print(" " + model)
# Start the slicer.
modelCollection.updateSliceStack()
print("Starting slicer.")
# Wait for all slicer threads to finish.
while (modelCollection.slicerRunning()):
modelCollection.checkSlicerThreads()
time.sleep(.2)
sys.stdout.write('.')
sys.stdout.flush()
# Start print process when slicers are done.
print "\nSlicer done. Starting print process."
# Create the projector window.
gui = monkeyprintGui.noGui(programSettings, modelCollection)
print "Print process done. Thank you for using Monkeyprint."
def runGui(filename=None, debug=False):
print "Starting Monkeyprint with GUI."
# Create a debug console text buffer.
console = monkeyprintGuiHelper.consoleText()
# Create settings dictionary object for machine and program settings.
programSettings = monkeyprintSettings.programSettings(console)
# Create version message.
console.addLine("You are using Monkeyprint " +
str(programSettings['versionMajor'].value) + "." +
str(programSettings['versionMinor'].value) + "." +
str(programSettings['revision'].value))
# Update settings from file.
programSettings.readFile()
# Set debug mode if specified.
if debug:
print "Debug mode active."
programSettings['debug'].value = True
else:
programSettings['debug'].value = False
# Create model collection object.
# This object contains model data and settings data for each model.
# Pass program settings.
modelCollection = monkeyprintModelHandling.modelCollection(
programSettings, console)
# Create splash screen for given interval.
# Get version string first.
versionString = "Monkeyprint version " + str(
programSettings['versionMajor'].value) + "." + str(
programSettings['versionMinor'].value) + "." + str(
programSettings['revision'].value)
print versionString
splash = monkeyprintGuiHelper.splashWindow(imageFile='./logo.png',
duration=1,
infoString=versionString)
# Create gui.
gui = monkeyprintGui.gui(modelCollection, programSettings, console,
filename)
# Start the gui main loop.
gui.main()
def __init__(self, port, debug):
self.runningOnRasPi = True
self.port = port
self.debug = debug
self.console = None
# Printer messages.
# Status can be: Idle, Slicing, Printing, Done
self.sliceNumber = 0
self.printFlag = False
# Local file path.
self.localPath = os.getcwd() + "/tmpServerFiles"
self.localFilename = "/currentPrint.mkp"
# Create the working directory.
if not os.path.isdir(self.localPath):
os.mkdir(self.localPath)
self.printProcess = None
# Allow background threads.****************************
# Very important, otherwise threads will be
# blocked by gui main thread.
gtk.gdk.threads_init()
# Register timeout functions. *************************
pollPrintQueuesId = gobject.timeout_add(50, self.pollPrintQueues)
# statusUpdateId = gobject.timeout_add(10, self.pollPrinterStatus)
# Create file transfer socket.
self.queueFileTransferIn = Queue.Queue(maxsize=1)
self.queueFileTransferOut = Queue.Queue(maxsize=1)
self.fileReceiver = monkeyprintSocketCommunication.fileReceiver(
ip="*",
port="6000",
queueFileTransferIn=self.queueFileTransferIn,
queueFileTransferOut=self.queueFileTransferOut)
self.fileReceiver.start()
# Create queues for inter-thread communication.********
# Queue for setting print progess bar.
self.queueSliceOut = Queue.Queue(maxsize=1)
self.queueSliceIn = Queue.Queue(maxsize=1)
# Queue for commands.
self.queueCommands = Queue.Queue(maxsize=1)
# Queue for status infos displayed above the status bar.
self.queueStatus = Queue.Queue()
# Queue for console messages.
self.queueConsole = Queue.Queue()
# Create settings dictionary object for machine and program settings.
self.programSettings = monkeyprintSettings.programSettings()
# Update settings from file.
self.programSettings.readFile()
# Create communication socket.
self.socket = monkeyprintSocketCommunication.communicationSocket(
port=self.programSettings['Network port RasPi'].value,
ip=None,
queueCommands=self.queueCommands)
# Add socket listener to GTK event loop.
gobject.io_add_watch(self.socket.fileDescriptor, gobject.IO_IN,
self.socket.callbackIOActivity,
self.socket.socket)
#gobject.io_add_watch(self.socket.fileDescriptor, gobject.IO_IN, self.zmq_callback, self.socket.socket)
# Set debug mode if specified.
if self.debug == True:
self.programSettings['Debug'].value = debug
print "Debug mode active."
else:
self.programSettings['Debug'].value = False
# Create model collection object.
# This object contains model data and settings data for each model.
# Pass program settings.
self.modelCollection = monkeyprintModelHandling.modelCollection(
self.programSettings)
#TODO disable this...
# self.modelCollection.jobSettings['Exposure time'].value = 0.1
# print ("Exposure time: " + str(self.modelCollection.jobSettings['Exposure time'].value) + ".")
print "Monkeyprint started in server mode."
gtk.main()
import monkeyprintModelHandling
import monkeyprintSettings
import monkeyprintGui
import monkeyprintGuiHelper
# Test if this file is executed as the main application contrary to being executed as a model from inside another file.
if __name__ == "__main__":
# Create a debug console text buffer.
console = monkeyprintGuiHelper.consoleText()
# Create settings dictionary object for machine and program settings.
programSettings = monkeyprintSettings.programSettings(console)
# Create version message.
console.addLine("You are using Monkeyprint " + str(programSettings['versionMajor'].value) + "." + str(programSettings['versionMinor'].value) + "." + str(programSettings['revision'].value))
# Update settings from file.
programSettings.readFile()
# Create model collection object.
# This object contains model data and settings data for each model.
# Pass printer and program settings.
modelCollection = monkeyprintModelHandling.modelCollection(programSettings, console)
# Create gui.
gui = monkeyprintGui.gui(modelCollection, programSettings, console)