def do_render2(src, frame=None, vfb=True, wait=None, sequence=None, renderMode="production"):
if sequence:
start, end, _ = sequence
cmd = "vray -sceneFile={0}".format(src)
if sequence:
sequence = " -frames={0}-{1}".format(start, end)
cmd += sequence
else:
cmd += " -frames={0}".format(frame)
cmd += " -display={0}".format(1 if vfb else 0)
cmd += " -verboseLevel=3"
cmd += " -showProgress=1"
cmd += " -progressUpdateFreq=5000"
rt = 0
print "render mode {0}".format(renderMode)
if renderMode == "rtCpu":
rt = 1
elif renderMode == "rtGpu":
rt = 5
cmd += " -rtEngine={0}".format(rt)
cmd += " -distributed={0}".format(1 if sequence is None else 0)
print cmd
mode = EXEC_MODE.LOGGED if wait >= 0 else EXEC_MODE.BACKGROUND
shell(cmd, mode=mode)
def main():
os.environ[envvars.VRAY_VERSION] = "34003"
cmd = "C:/work/T00N3Kit/test/misc/subp_child.sh"
system.shell([cmd], mode=system.EXEC_MODE.BACKGROUND)
print os.environ[envvars.VRAY_VERSION]
def main(img):
base = 'C:\work\scenes\maya\image_plane_gen.ma'
infos = get_infos(img)
print infos
source = open(base, 'r')
dest = NamedTemporaryFile(delete=False, suffix='.py')
for row in source:
dest.write(patch(row, infos))
source.close()
dest.close()
editSource(dest.name)
cmd = 'Render -r sw {0}'.format(dest.name)
shell(cmd, mode=EXEC_MODE.LOGGED)
def main_sh():
cmd = 'sh.exe C:/work/T00N3Kit/test/misc/shell_script.sh plop 1'
log.debug('call')
print system.shell(cmd)
log.debug('logged')
print system.shell(cmd, mode=system.EXEC_MODE.LOGGED)
log.debug('background')
print system.shell(cmd, mode=system.EXEC_MODE.BACKGROUND)
log.debug('DONE !')
def render(self, live=True, wait=None, sequence=None):
if sequence:
start, end, step = sequence
if live:
output = getattr(self.renderer.plugins, "vraySettingsOutput")
frame = output.frames if hasattr(output, 'frames') else None
if frame:
if isinstance(frame[0], float):
frame = frame[0]
else:
frame = frame[0][0]
else:
frame = 1
self.renderer.time = frame
self.renderer.start()
if wait:
wait *= 1000
if sequence:
sequence = [{'start': start, 'end': end, 'step': step}]
self.renderer.renderSequence(sequence)
if wait:
self.renderer.waitForSequenceDone(wait)
else:
self.renderer.waitForSequenceDone()
else:
if wait:
self.renderer.waitForImageReady(wait)
else:
self.renderer.waitForImageReady()
else:
cmd = "vray -sceneFile={0}".format(self._path)
if sequence:
sequence = " -frames {0}-{1},{2}".format(start, end, step)
cmd += sequence
shell(cmd, mode=EXEC_MODE.BACKGROUND)
def test_shell():
log.info("single call")
log.info("got: {0}", system.shell(__file__ + ' "single result" 2'))
log.info("multi call")
cmd = __file__ + ' "multi result 1" 2; '
cmd += __file__ + ' "multi result 2" 2 err'
for out in system.shell(cmd):
log.info("got: {0}", out)
log.info("single background call")
cmd = __file__ + ' "background result" 2'
log.info("got: {0}", system.shell(cmd, system.EXEC_MODE.BACKGROUND))
log.info("multi background call")
cmd = __file__ + ' "background result 1" 2; '
cmd += __file__ + ' "background result 2" 3 err'
log.info("got: {0}", system.shell(cmd, system.EXEC_MODE.BACKGROUND))
log.info("single streamed call")
cmd = __file__ + ' "single streamed" 2'
log.info("got: {0}", system.shell(cmd, system.EXEC_MODE.LOGGED))
log.info("multi streamed call")
cmd = __file__ + ' "streamed 1" 2; ' + __file__ + ' "streamed 2" 2 err'
log.info("got: {0}", system.shell(cmd, system.EXEC_MODE.LOGGED))
# AUTOMATICALLY GENERATED FILE TO BE USED BY MAGIC HOTBOX
#
# NAME: Mocha
#
#----------------------------------------------------------------------------------------------------------
from cgev.common import environment
from cgev.common import system
#import win32gui
dirPath = nuke.selectedNode().knob('file').value()
dirPath = dirPath.split('/')[0:-1]
dirPath = '/'.join(dirPath)
if os.path.isdir(dirPath):
def windowEnumerationHandler(hwnd, top_windows):
top_windows.append((hwnd, win32gui.GetWindowText(hwnd)))
mocha_path = environment.getBinPath().replace(
'\\', '//') + '/mochaProV2/bin/mochapro.exe'
filename = nuke.selectedNode().knob('file').value()
filename = filename.split('.')
size = len(filename[-2])
filename[-2] = str(nuke.selectedNode().firstFrame()).zfill(size)
filename = '.'.join(filename)
system.shell(mocha_path + ' ' + filename, mode=system.EXEC_MODE.BACKGROUND)
else:
nuke.message('You have to batch your shot before you can open it !')
def handleButton(self):
os.environ[envvars.CGEV_FAKE_APP] = ''
vrayVersion = self.listProjects[self.projectTable.currentRow()][1]
print(vrayVersion)
# Remplacer par requette ftrack pour identifier le VRAY_VERSION
os.environ[envvars.VRAY_VERSION] = str(vrayVersion)
# Remplacer par scene maya a charger
# cmd3 = os.path.join("\"C:\\", "Program Files", "Autodesk",
# "Maya2016", "bin", "maya.exe\"%*")
cmd4 = "\"C:\\Program Files\\Autodesk\\Maya2016\\bin\\maya.exe\" %*"
try:
system.shell([cmd4], mode=system.EXEC_MODE.BACKGROUND)
except:
pass
# os.system(cmd3)
self.close()
"""
if __name__ == "__main__":
os.environ[envvars.VRAY_VERSION] = "34003"
cmd4 = '"C:\\Program Files\\Autodesk\\Maya2016\\bin\\maya.exe"'
system.shell([cmd4], mode=system.EXEC_MODE.BACKGROUND)
"""app = QtGui.QApplication(sys.argv)
ml = MayaLauncher()
sys.exit(app.exec_())"""
def test_kill():
pid = system.shell(__file__ + ' "running for 3s" 3',
system.EXEC_MODE.BACKGROUND)
time.sleep(1)
system.kill(pid)
def compile_py():
os.chdir(os.path.dirname(qrc_file))
cmd = 'pyside-rcc {0} -o {1}'.format(qrc_file, py_file)
shell(cmd, mode=EXEC_MODE.LOGGED)
#
# NAME: Mocha
#
#----------------------------------------------------------------------------------------------------------
from cgev.common import environment
from cgev.common import system
import os
#import win32gui
def windowEnumerationHandler(hwnd, top_windows):
top_windows.append((hwnd, win32gui.GetWindowText(hwnd)))
mocha_path = 'C:/Program Files/Imagineer Systems Ltd/mocha Pro V5/bin/mochapro.exe'
if os.path.exists(mocha_path):
mocha_path = "\"C:\\Program Files\\Imagineer Systems Ltd\\mocha Pro V5\\bin\\mochapro.exe\" "
else:
mocha_path = environment.getBinPath().replace(
'\\', '//') + '/mochaProV2/bin/mochapro.exe '
filename = nuke.selectedNode().knob('file').value()
filename = filename.split('.')
size = len(filename[-2])
filename[-2] = str(nuke.selectedNode().firstFrame()).zfill(size)
filename = '.'.join(filename)
system.shell([mocha_path + filename], mode=system.EXEC_MODE.BACKGROUND)
