def cnew():
import sys, os, popen2
import cdebug
import subprocess
from nukescripts import pyQtAppUtils, utils
mdebug = cdebug.cdebug()
mdebug(sys.path)
sys.path.append('/usr/pipeline/lib')
#import nasset
import pipe, filesys
proc = subprocess.Popen(
'nasset -m nuke',
shell=True,
stdout=subprocess.PIPE,
)
result = proc.communicate()[0]
#result = nasset.browse('nuke')
if result == 'cancel': return
obj = filesys.get_options(result, 'm:t:d:c:')
file_path = obj[1][0]
proj_name = obj[1][1]
tmp_path_file = os.path.join(filesys.USER_HOME, file_path)
nuke.scriptSave(tmp_path_file)
descr = obj[0]['-d']
tags = obj[0]['-t']
modes = obj[0]['-m'].split(',')
type_name = modes[0]
seq_name = modes[1]
shot_name = modes[2]
#print proj_name,tmp_path_file,descr,tags
new_obj = pipe.Pipe().AddAsset(proj_name,
tmp_path_file,
descr,
tags,
filesys.COMP,
sname=seq_name,
shname=shot_name)
script_path = new_obj.CheckOut('l')
if len(modes) == 4:
new_obj.setDependency(modes[3])
if os.path.exists(script_path):
os.system('sync')
nuke.scriptOpen(script_path)
def cvco():
import sys, cdebug
from nukescripts import pyQtAppUtils, utils, pyWxAppUtils
import subprocess
sys.path.append("/usr/pipeline/lib")
mdebug = cdebug.cdebug()
import pipe
import popen2
name_node = "__PIPE__"
nscript = nuke.scriptSaveAs("/tmp/_nktmp.nk", True)
proc = subprocess.Popen("browser -m nuke", shell=True, stdout=subprocess.PIPE)
stdout_value = proc.communicate()[0]
proc2 = subprocess.Popen("vco " + stdout_value, shell=True, stdout=subprocess.PIPE)
script_name = proc2.communicate()[0]
mdebug(script_name)
nuke.scriptOpen(script_name)
nuke.scriptClose(nscript)
nuke.fromScript()
m = nuke.toNode(name_node)
if not m:
m = nuke.createNode("StickyNote", inpanel=False)
m.setName(name_node)
asset_obj = pipe.Projects().GetAssetByInfo(script_name)
seq = asset_obj.GetSequence()
shot = asset_obj.GetShot()
label = ""
if seq:
label = "Sequence: %s" % seq.name
if shot:
label += "\nShot: %s" % shot.name
m.knob("label").setValue(label)
m.knob("note_font").setValue("Helvetica Bold")
m.knob("note_font_size").setValue((18,))
def cnew():
import sys,os,popen2
import cdebug
import subprocess
from nukescripts import pyQtAppUtils, utils
mdebug = cdebug.cdebug()
mdebug(sys.path)
sys.path.append('/usr/pipeline/lib')
#import nasset
import pipe, filesys
proc = subprocess.Popen('nasset -m nuke', shell=True, stdout=subprocess.PIPE, )
result = proc.communicate()[0]
#result = nasset.browse('nuke')
if result == 'cancel': return
obj = filesys.get_options(result,'m:t:d:c:')
file_path = obj[1][0]
proj_name = obj[1][1]
tmp_path_file = os.path.join(filesys.USER_HOME,file_path)
nuke.scriptSave(tmp_path_file)
descr = obj[0]['-d']
tags = obj[0]['-t']
modes = obj[0]['-m'].split(',')
type_name = modes[0]
seq_name = modes[1]
shot_name = modes[2]
#print proj_name,tmp_path_file,descr,tags
new_obj = pipe.Pipe().AddAsset(proj_name,tmp_path_file,descr,tags,filesys.COMP,sname=seq_name,shname=shot_name)
script_path = new_obj.CheckOut('l')
if len(modes) == 4:
new_obj.setDependency(modes[3])
if os.path.exists(script_path):
os.system('sync')
nuke.scriptOpen(script_path)
import nuke,os,re
from cexceptions import *
import filesys
import cdebug
mdebug = cdebug.cdebug()
def condensing_is(folder_path,name):
"""Return dictionary
@todo: do over re.pattern. Get together ones
"""
dct = {}
imseqs = filesys.ImageSequences(folder_path).get_sequences()
for imseq in imseqs:
range = imseq.getRange()
user_text = '%s%s%s%s%%0%sd.%s %s-%s'%(imseq.getPath(),os.sep,imseq.getFileName(),imseq.getSep(),imseq.getLengthOfPadding(),imseq.getExt(),range[0],range[1])
name_sq = imseq.getFileName() + "_"
dct[name_sq] = user_text
lst = os.listdir(folder_path)
lst_d = filter(lambda x: os.path.isdir(folder_path + os.sep + x), lst)
for o in lst_d:
dct.update(condensing_is(folder_path + os.sep + o,name+'_'+o))
return dct
lst = os.listdir(folder_path)
lst_f = filter(lambda x: not os.path.isdir(folder_path + os.sep + x), lst)
if lst_f:
num_src = 1
while lst_f:
name_sq = str('__' + name + '_' + str(num_src) + '__').upper()
import nuke, os, re
from cexceptions import *
import filesys
import cdebug
mdebug = cdebug.cdebug()
def condensing_is(folder_path, name):
"""Return dictionary
@todo: do over re.pattern. Get together ones
"""
dct = {}
imseqs = filesys.ImageSequences(folder_path).get_sequences()
for imseq in imseqs:
range = imseq.getRange()
user_text = '%s%s%s%s%%0%sd.%s %s-%s' % (
imseq.getPath(), os.sep, imseq.getFileName(), imseq.getSep(),
imseq.getLengthOfPadding(), imseq.getExt(), range[0], range[1])
name_sq = imseq.getFileName() + "_"
dct[name_sq] = user_text
lst = os.listdir(folder_path)
lst_d = filter(lambda x: os.path.isdir(folder_path + os.sep + x), lst)
for o in lst_d:
dct.update(condensing_is(folder_path + os.sep + o, name + '_' + o))
return dct
lst = os.listdir(folder_path)
lst_f = filter(lambda x: not os.path.isdir(folder_path + os.sep + x), lst)
if lst_f:
num_src = 1
