def singleFrameTask(self, frame):
"""
Single frame render task. Takes a single frame as argument and adds other options from self.cmdargs
Options are written to the cmdline in the order they are added to the cmd obj.
"""
name = 'Main_IndivFr__%s' % frame
label = 'Shake : Render : %s :: %s' % (frame, name)
task = Task(name, label)
cmd = task.addRemoteCmd()
cmd.addShell('/bin/bash -c')
cmd.addExecutable('shake')
cmd.service = 'ShakeRender'
cmd.tags = ['shake']
cmd.addOption('-exec')
cmd.addOption(self.command['file'])
cmd.addOption('-vv')
if self.command['proxyscale']:
cmd.addOption('-proxyscale', self.command['proxyscale'])
cmd.addOption('-t', frame)
if self.job['progress']:
cmd.addPipe(self.job['progress'])
return task
def singleFrameTask(self, frame):
"""
Single frame render task. Takes a single frame as argument and adds other options from self.cmdargs
Options are written to the cmdline in the order they are added to the cmd obj.
"""
name = 'Main_IndivFr__%s' % frame
label = 'Nuke : Render : %s :: %s' % (frame, name)
task = Task(name, label)
cmd = task.addRemoteCmd()
cmd.addExecutable('nuke')
cmd.tags = ['nuke']
cmd.service = 'NukeRender'
cmd.addOption('-x')
if 'quiet' in self.command:
if self.command['quiet'] == True:
cmd.addOption('-q')
if self.command['fullsize'] == True:
cmd.addOption('-f')
if 'threads' in self.command:
cmd.addOption('-m', self.command['threads'])
cmd.addOption('-F', frame)
cmd.addOption(self.command['file'])
if self.job['progress']:
cmd.addPipe(self.job['progress'])
return task
def multiFrameTask(self, f_range):
name = 'Main_MultiFr__%s_%s' % (f_range['first'], f_range['last'])
label = 'Shake : Render : %s-%s :: %s' % (f_range['first'],
f_range['last'], name)
task = Task(name, label)
cmd = task.addRemoteCmd()
cmd.addShell('/bin/bash -c')
cmd.addExecutable('shake')
cmd.service = 'ShakeRender'
cmd.tags = ['shake']
cmd.addOption('-exec')
cmd.addOption(self.command['file'])
cmd.addOption('-vv')
if self.command['proxyscale']:
cmd.addOption('-proxyscale', self.command['proxyscale'])
if 'step' in f_range:
cmd.addOption(
'-t', "%s-%sx%s" %
(f_range['first'], f_range['last'], f_range['step']))
else:
cmd.addOption('-t', "%s-%s" % (f_range['first'], f_range['last']))
if self.job['progress']:
cmd.addPipe(self.job['progress'])
return task
def multiFrameTask(self, f_range):
name = 'Main_MultiFr__%s_%s' % (
f_range['first'], f_range['last']
) #Main will be replaced with LAYERNAME in layer based renders
label = 'Maya : Render : %s-%s' % (f_range['first'], f_range['last'])
task = Task(name, label)
cmd = task.addRemoteCmd()
#cmd.addShell( '/bin/bash -c' )
cmd.addExecutable('maya-render')
cmd.service = 'MRfMRender'
cmd.tags = ['maya']
cmd.addOption('-r', "mr")
cmd.addOption('-v', 5)
cmd.addOption('-im', self.job['imagename'])
if self.job['projectpath']:
cmd.addOption('-rd', ('%s/images') % self.job['projectpath'])
if 'threads' in self.command:
cmd.addOption('-rt', self.command['threads'])
cmd.addOption('-s', "%s" % f_range['first'])
cmd.addOption('-e', "%s" % f_range['last'])
if 'step' in f_range:
cmd.addOption('-b', "%s" % f_range['step'])
if self.job['layers']:
cmd.addOption('-rl', self.job['layers'])
cmd.addOption(self.command['file'])
if self.job['progress']:
cmd.addPipe(self.job['progress'])
return task
def multiFrameTask(self, f_range):
name = 'Main_MultiFr__%s_%s' % (f_range['first'], f_range['last'])
label = 'Nuke : Render : %s-%s :: %s' % (f_range['first'],
f_range['last'], name)
task = Task(name, label)
cmd = task.addRemoteCmd()
cmd.addShell('/bin/bash -c')
cmd.addExecutable('nuke')
cmd.tags = ['nuke']
cmd.service = 'NukeRender'
if 'quiet' in self.command:
if self.command['quiet'] == True:
cmd.addOption('-q')
if self.command['fullsize'] == True:
cmd.addOption('-f')
if 'threads' in self.command:
cmd.addOption('-m', self.command['threads'])
if 'step' in f_range:
cmd.addOption(
'-F', "%s-%sx%s" %
(f_range['first'], f_range['last'], f_range['step']))
else:
cmd.addOption('-F', "%s-%s" % (f_range['first'], f_range['last']))
cmd.addOption('-x')
cmd.addOption(self.command['file'])
if self.job['progress']:
cmd.addPipe(self.job['progress'])
return task
def singleFrameTask(self, frame):
"""
Single frame render task. Takes a single frame as argument and adds other options from self.cmdargs
Options are written to the cmdline in the order they are added to the cmd obj.
"""
name = 'Main_IndivFr__%s' % frame
label = 'Maya : Render : %s :: %s' % (frame, name)
task = Task(name, label)
cmd = task.addRemoteCmd()
#cmd.addShell( '/bin/bash -c' )
cmd.addExecutable('maya-render')
cmd.service = 'MRfMRender'
cmd.tags = ['maya']
cmd.addOption('-r', "mr")
cmd.addOption('-v', 5)
cmd.addOption('-im', self.job['imagename'])
if self.job['projectpath']:
cmd.addOption('-rd', ('%s/images') % self.job['projectpath'])
if 'threads' in self.command:
cmd.addOption('-rt', self.command['threads'])
cmd.addOption('-s', frame)
cmd.addOption('-e', frame)
if self.job['layers']:
cmd.addOption('-rl', self.job['layers'])
cmd.addOption(self.command['file'])
if self.job['progress']:
cmd.addPipe(self.job['progress'])
return task
#!/usr/bin/env python
#
# Example script demonstrating building a simple tree of tasks which
# can be executed of iterated over.
#
from tractor.api.tasktree import Job, Task, RemoteCmd
import tractor.api.serialize as serialize
myjob = Job('Simple Job Script')
task1 = Task('1', 'Task number 1')
cmd1 = task1.addRemoteCmd(service='Default')
cmd1.addExecutable('echo')
cmd1.addOption('hello')
myjob.addTask(task1)
task2 = myjob.addTask('2')
cmd2 = RemoteCmd('echo hello')
task2.addRemoteCmd(cmd2)
serializer = tractor.TractorSerializer(myjob)
serializer.spool('stdout')
"""
job = { type':'job', 'label':'Simple Job Script',
'tasks': {
'task1': {
'type':'task',
'cmds': [
'cmd1':{
def mainTask(self):
maintask = Task('Main__')
for thisrange in self.job['framerange']: # ['1-10x2','11-20',25]
if 'last' in thisrange:
rangelength = thisrange['last'] - thisrange[
'first'] + 1 #+1 for inclusive range
if rangelength > self.job['chunksize'] and self.job[
'chunksize'] != 0:
#number of frames is greater than a single chunk. need to split
chunkCount = int(rangelength / self.job['chunksize'])
chunkRemainder = rangelength % self.job['chunksize']
for chunk in range(
chunkCount
): #frame range for the chunk (firstframe, lastframe, step)
chunkrange = dict()
chunkrange['first'] = thisrange['first'] + (
chunk * self.job['chunksize'])
chunkrange['last'] = chunkrange['first'] + (
self.job['chunksize'] - 1
) # inclusive of the first frame
if 'step' in thisrange:
chunkrange['step'] = thisrange['step']
maintask.addTask(
self.multiFrameTask(chunkrange)
) # this is not strictly correct. If len(chunkrange)==1 then a single frame should be used.
if chunkRemainder:
if chunkRemainder > 1:
remainder_range = {}
remainder_range['first'] = thisrange['first'] + (
self.job['chunksize'] * chunkCount)
remainder_range['last'] = thisrange['last']
if 'step' in thisrange:
remainder_range['step'] = thisrange['step']
maintask.addTask(
self.multiFrameTask(remainder_range))
else:
maintask.addTask(
self.singleFrameTask(thisrange['last']))
else:
maintask.addTask(self.multiFrameTask(
thisrange)) #no chunking is required for the range
else:
maintask.addTask(self.singleFrameTask(
thisrange['first'])) #single frame task
return maintask
def previewTask(self):
previewtask = Task('Preview__')
return previewtask