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mGeo.py
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mGeo.py
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from exporters import alembicWriter, mddWriter
from widgets.imports import *
if qt == 'qt':
import widgets.mGeo_UI as ui
elif qt =='side':
import widgets.mGeo_UIs as ui
else:
import widgets.mGeo_UIs2 as ui
reload(ui)
import exportSetManager
reload(exportSetManager)
import pw_settings as stngs
import mGeoReader
reload(mGeoReader)
reload(mddWriter)
reload(alembicWriter)
from widgets import warningDialog as wd
from widgets import attribTableWidget, pathLineEdit
reload(attribTableWidget)
reload(pathLineEdit)
from presets import mgeo_presets
reload(mgeo_presets)
import icons_rc
class mayaGeoWriter(QMainWindow, ui.Ui_mgeoWindow):
def __init__(self, parent=None):
super(mayaGeoWriter, self).__init__(parent)
self.setupUi(self)
########## VARIABLES
self.setObjectName('mGeoExporterWindow')
self.version = '1.2'
self.textVariables = {'outFormats': ['.geo','.bgeo','.geo.gz','.bgeo.gz','.geo.sc','.bgeo.sc'] #file format
}
self.outFormat = 0
self.settings = stngs.settingsClass()
self.url = 'http://paulwinex.com/portfolio/mgeo-exporter/'
self.lastPath = os.path.expanduser('~')
self.gconvert = None
self.uvExportNaming = 1
self.colorExportNaming = 1
self.progress = ''
self.last = None
self.canseled = False
#settings
self.readSettings()
#Setup UI
self.title = 'mGeo Exporter v' + self.version
self.setWindowTitle(self.title+ ' | PaulWinex')
self.msg2(0, self.title + ' Ready!!!')
self.statusMsg(self.title + ' Ready!!!')
self.setList_lw = exportSetManager.exportSetManager(self)
self.sets_ly.addWidget(self.setList_lw)
# widgets
self.exportPath_le.setParent(None)
self.exportPath_le = pathLineEdit.ColorWordLineEdit(self)
self.exportPath_ly.addWidget(self.exportPath_le)
self.exportPath_le.returnPressed.connect(lambda :self.setList_lw.saveUiSettings('exportPath_le'))
self.exportPath_le.editingFinished.connect(lambda :self.setList_lw.saveUiSettings('exportPath_le'))
#buttons
sz = 20
self.createSet_btn.setText('')
self.createSet_btn.setIconSize(QSize(sz,sz))
self.createSet_btn.setIcon(QIcon(":/newSet.png"))
self.deleteSet_btn.setText('')
self.deleteSet_btn.setIconSize(QSize(sz,sz))
self.deleteSet_btn.setIcon(QIcon(":/deleteSet.png"))
self.addToSet_btn.setText('')
self.addToSet_btn.setIconSize(QSize(sz,sz))
self.addToSet_btn.setIcon(QIcon(":/addToSet.png"))
self.removeFromSet_btn.setText('')
self.removeFromSet_btn.setIconSize(QSize(sz,sz))
self.removeFromSet_btn.setIcon(QIcon(":/removeFromSet.png"))
self.replaceSet_btn.setText('')
self.replaceSet_btn.setIconSize(QSize(sz,sz))
self.replaceSet_btn.setIcon(QIcon(":/replaceSet.png"))
self.clearSet_btn.setText('')
self.clearSet_btn.setIconSize(QSize(sz,sz))
self.clearSet_btn.setIcon(QIcon(":/clearSet.png"))
self.exportGeo_cb = QCheckBox()
self.exportGeo_cb.setObjectName('exportGeo_cb')
self.mainTab.tabBar().setTabButton(0, QTabBar.LeftSide, self.exportGeo_cb)
self.exportCurv_cb = QCheckBox()
self.exportCurv_cb.setObjectName('exportCurv_cb')
self.mainTab.tabBar().setTabButton(1, QTabBar.LeftSide, self.exportCurv_cb)
self.exportparticles_cb = QCheckBox()
self.exportparticles_cb.setObjectName('exportparticles_cb')
self.mainTab.tabBar().setTabButton(2, QTabBar.LeftSide, self.exportparticles_cb)
self.pivot_cb = QCheckBox()
self.pivot_cb.setObjectName('pivot_cb')
self.mainTab.tabBar().setTabButton(3, QTabBar.LeftSide, self.pivot_cb)
for c in self.exportGeo_cb, self.exportCurv_cb, self.exportparticles_cb, self.pivot_cb:
c.clicked.connect(partial(self.setList_lw.saveUiSettings, widget=c.objectName()))
############################################### CONNECTS
self.exportGeo_cb.clicked.connect(self.updateUi)
self.exportCurv_cb.clicked.connect(self.updateUi)
self.exportparticles_cb.clicked.connect(self.updateUi)
self.pivot_cb.clicked.connect(self.updateUi)
self.geoExport_btn.clicked.connect(self.startExport)
self.setrange_btn.clicked.connect(self.setRange)
self.clearText_btn.clicked.connect(self.output_te.clear)
self.applets_btn.clicked.connect(self.getFileName)
self.about_act.triggered.connect(self.showAbout)
self.help_act.triggered.connect(self.showHelp)
self.default_act.triggered.connect(self.defaultUi)
self.saveDefault_act.triggered.connect(self.saveDefaultUi)
self.createSet_btn.clicked.connect(self.setList_lw.createSet)
self.deleteSet_btn.clicked.connect(self.setList_lw.removeSet)
self.addToSet_btn.clicked.connect(self.setList_lw.addToSet)
self.replaceSet_btn.clicked.connect(self.setList_lw.replaceSetContent)
self.removeFromSet_btn.clicked.connect(self.setList_lw.removeFromSet)
self.reloadSets_btn.clicked.connect(self.setList_lw.refreshSets)
self.clearSet_btn.clicked.connect(self.setList_lw.clearSet)
self.singleFrame_rb.toggled.connect(self.animrangeToggler)
self.extReport_act.changed.connect(self.saveSettings)
self.isolateExported_act.changed.connect(self.saveSettings)
self.save_act.triggered.connect(self.saveOptions)
self.load_act.triggered.connect(self.loadOptions)
self.colorInd_act.triggered.connect(self.colorIndicatorSwitch)
self.showWarnings_act.triggered.connect(self.saveSettings)
self.preset_editor_act.triggered.connect(self.open_preset_editor)
# self.presets_menu.triggered.connect(self.update_presets_menu)
self.presets_menu.aboutToShow.connect(self.update_presets_menu)
self.save_preset_act.triggered.connect(self.save_preset)
### reconnect iterate
lines = self.findChildren(QLineEdit)
for line in lines:
line.editingFinished.connect(partial(self.setList_lw.saveUiSettings, widget=line.objectName()))
line.returnPressed.connect(partial(self.setList_lw.saveUiSettings, widget=line.objectName()))
del lines
cb = self.findChildren(QCheckBox)
for c in cb:
c.clicked.connect(partial(self.setList_lw.saveUiSettings, widget=c.objectName()))
del cb
rb = self.findChildren(QRadioButton)
for r in rb:
r.clicked.connect(partial(self.setList_lw.saveUiSettings, widget=r.objectName()))
del rb
sb = self.findChildren(QSpinBox) + self.findChildren(QDoubleSpinBox)
for s in sb:
# s.valueChanged.connect(partial(self.setList_lw.saveUiSettings, widget=s.objectName()))
s.valueChanged.connect(lambda v, x=s.objectName():self.setList_lw.saveUiSettings(widget=x))
del sb
def savecbb(i, s):
if s:
self.setList_lw.saveUiSettings(widget=s.objectName())
self.saveSettings()
for cbb in self.fileFormat_cbb, self.compress_cbb, self.cacheFormat_cbb:
cbb.activated.connect( lambda i, x=cbb: savecbb(i, x) )
self.fileFormat_cbb.currentIndexChanged.connect(self.getHFS)
self.exportUv_cb.mousePressEvent = self.exportUv_cbMousePressEvent
self.exportVertexColor_cb.mousePressEvent = self.exportCd_cbMousePressEvent
########################### table
#poly
self.attrTablePoly_tbw = attribTableWidget.attribTableWidgetClass(self, 'attrTablePoly_tbw')
self.attrTable_poly_ly.addWidget(self.attrTablePoly_tbw)
hideGeoTable = lambda : self.attrTablePoly_tbw.setVisible(self.customGeoAttr_cb.isChecked())
self.customGeoAttr_cb.stateChanged.connect(hideGeoTable)
self.attrTablePoly_tbw.saveSignal.connect(self.tableChengedEvent)
hideGeoTable()
# curve
self.attrTableCurves_tbw = attribTableWidget.attribTableWidgetClass(self, 'attrTableCurves_tbw')
self.attrTable_curve_ly.addWidget(self.attrTableCurves_tbw)
hideCrvTable = lambda : self.attrTableCurves_tbw.setVisible(self.customCrvAttr_cbx.isChecked())
self.customCrvAttr_cbx.stateChanged.connect(hideCrvTable)
self.attrTableCurves_tbw.saveSignal.connect(self.tableChengedEvent)
hideCrvTable()
# particles
self.attrTablePart_tbw = attribTableWidget.attribTableWidgetClass(self, 'attrTablePart_tbw')
self.attrTable_part_ly.addWidget(self.attrTablePart_tbw)
hidePartTable = lambda : self.attrTablePart_tbw.setVisible(self.customPartAttr_cb.isChecked())
self.customPartAttr_cb.stateChanged.connect(hidePartTable)
self.attrTablePart_tbw.saveSignal.connect(self.tableChengedEvent)
hidePartTable()
# pivots
self.attrTablePiv_tbw = attribTableWidget.attribTableWidgetClass(self, 'attrTablePiv_tbw')
self.attrTable_pivot_ly.addWidget(self.attrTablePiv_tbw)
hidePivTable = lambda : self.attrTablePiv_tbw.setVisible(self.customPivotAttr_cb.isChecked())
self.customPivotAttr_cb.stateChanged.connect(hidePivTable)
self.attrTablePiv_tbw.saveSignal.connect(self.tableChengedEvent)
hidePivTable()
########################### UI
self.textWidget_sp.setSizes([1000,0])
self.splitter.setSizes([260, 500])
self.setGeometry(300, 200, 560, 610)
self.resize(QSize(750,615))
## HIDE
self.reloadSets_btn.setVisible(0)
self.customGeoAttr_le.setVisible(0)
self.customAttr_le.setVisible(0)
self.customPivotAttr_le.setVisible(0)
########################### LOAD SCENE
self.setList_lw.refreshSets()
self.mainTab.setCurrentIndex(0)
self.updateUi()
self.enableUi()
self.update_presets_menu()
def tableChengedEvent(self, name):
# print 'Save table', name
self.setList_lw.saveUiSettings(widget=name)
def exportUv_cbMousePressEvent(self, event):
if event.button() == 2:
self.uvCkeckBoxMenu(event.globalPos())
QCheckBox.mousePressEvent(self.exportUv_cb, event)
def uvCkeckBoxMenu(self, pos):
menu = QMenu(self)
a1 = QAction('uv, uv1, uv2...', self)
a1.setObjectName('uvSetName1_act')
a1.setCheckable(True)
a1.setChecked(self.uvExportNaming == 1)
@a1.triggered.connect
def a1tr():
self.uvExportNaming = 1
self.setList_lw.saveUiSettings(a1.objectName())
menu.addAction(a1)
a2 = QAction('uv, uv_<setName>, uv_<setName>...', self)
a1.setObjectName('uvSetName2_act')
a2.setCheckable(True)
a2.setChecked(self.uvExportNaming == 2)
@a2.triggered.connect
def a2tr():
self.uvExportNaming = 2
self.setList_lw.saveUiSettings(a1.objectName())
menu.addAction(a2)
a3 = QAction('uv_<setName>, uv_<setName>, uv_<setName>...', self)
a1.setObjectName('uvSetName3_act')
a3.setCheckable(True)
a3.setChecked(self.uvExportNaming == 3)
@a3.triggered.connect
def a3tr():
self.uvExportNaming = 3
self.setList_lw.saveUiSettings(a1.objectName())
menu.addAction(a3)
act = menu.exec_(pos)
if act:
self.setList_lw.saveUiSettings()
def exportCd_cbMousePressEvent(self, event):
if event.button() == 2:
self.CdCkeckBoxMenu(event.globalPos())
QCheckBox.mousePressEvent(self.exportVertexColor_cb, event)
def CdCkeckBoxMenu(self, pos):
menu = QMenu(self)
a1 = QAction('Cd, Cd1, Cd2...', self)
a1.setObjectName('cdSetName1_act')
a1.setCheckable(True)
a1.setChecked(self.colorExportNaming == 1)
@a1.triggered.connect
def a1tr():
self.colorExportNaming = 1
self.setList_lw.saveUiSettings(a1.objectName())
menu.addAction(a1)
a2 = QAction('Cd, Cd_<setName>, Cd_<setName>...', self)
a1.setObjectName('cdSetName2_act')
a2.setCheckable(True)
a2.setChecked(self.colorExportNaming == 2)
@a2.triggered.connect
def a2tr():
self.colorExportNaming = 2
self.setList_lw.saveUiSettings(a1.objectName())
menu.addAction(a2)
a3 = QAction('Cd_<setName>, Cd_<setName>, Cd_<setName>...', self)
a1.setObjectName('cdSetName3_act')
a3.setCheckable(True)
a3.setChecked(self.colorExportNaming == 3)
@a3.triggered.connect
def a3tr():
self.colorExportNaming = 3
self.setList_lw.saveUiSettings(a1.objectName())
menu.addAction(a3)
act = menu.exec_(pos)
if act:
self.setList_lw.saveUiSettings()
def savenaming(self, typ, widget):
pass
def animrangeToggler(self, state):
self.range_wd.setEnabled(not state)
self.cacheFormat_cbb.setEnabled(not state)
# self.mdd_rb.setEnabled(not state)
def updateUi(self):
self.polyScroll_sa.setEnabled(self.exportGeo_cb.isChecked())
self.curvScroll_sa.setEnabled(self.exportCurv_cb.isChecked())
self.partScroll_sa.setEnabled(self.exportparticles_cb.isChecked())
self.pivScroll_sa.setEnabled(self.pivot_cb.isChecked())
def setRange(self):
menu = QMenu(self)
timelineAct = QAction('Timeline', self, triggered=self.set_range_from_timeline)
shotsAct = QMenu('Shots')
shots = self.getShots()
if shots:
for s in shots:
a = QAction('%s (%d-%d : %.2f)' % (s['name'], s['start'], s['end'], 1/s['scale']), self, triggered=lambda sh=s:self.set_range_from_shot(sh))
shotsAct.addAction(a)
else:
a = QAction('No Shots', self)
a.setEnabled(0)
shotsAct.addAction(a)
menu.addAction(timelineAct)
menu.addMenu(shotsAct)
menu.exec_(QCursor.pos())
def getShots(self):
shots = []
allshots = ls(type='shot')
for shot in allshots:
s = dict(
name=shot.name(),
start=shot.getStartTime(),
end=shot.getEndTime(),
scale=shot.getScale()
)
shots.append(s)
return shots
def set_range_from_shot(self, shot):
self.startFrame_spb.setValue(shot['start'])
self.endFrame_spb.setValue(shot['end'])
self.stepFrame_spb.setValue(1/shot['scale'])
self.setList_lw.saveUiSettings(self.startFrame_spb.objectName())
self.setList_lw.saveUiSettings(self.endFrame_spb.objectName())
self.setList_lw.saveUiSettings(self.startFrame_spb.objectName())
self.setList_lw.saveUiSettings(self.endFrame_spb.objectName())
self.setList_lw.saveUiSettings(self.stepFrame_spb.objectName())
def set_range_from_timeline(self):
self.startFrame_spb.setValue(int(cmds.playbackOptions(minTime=True, q=1)))
self.endFrame_spb.setValue(int(cmds.playbackOptions(maxTime=True, q=1)))
self.setList_lw.saveUiSettings(self.startFrame_spb.objectName())
self.setList_lw.saveUiSettings(self.endFrame_spb.objectName())
self.setList_lw.saveUiSettings(self.startFrame_spb.objectName())
self.setList_lw.saveUiSettings(self.endFrame_spb.objectName())
self.setList_lw.saveUiSettings(self.stepFrame_spb.objectName())
def colorIndicatorSwitch(self):
self.setList_lw.refreshSets()
self.saveSettings()
##################################### EXPORT
def exportEnable(self, state):
self.geoExport_btn.setEnabled(state)
return state
def isCacneled(self):
if self.progress:
if cmds.progressBar(self.progress, q=1, ic=1):
return True
return False
def startExport(self):
self.setList_lw.refreshSets()
start_time = time.time()
if not self.checkWarnings():
return
self.msg2(0, '\nStart export!!!')
continium = True
for i in range(self.setList_lw.count()):
if not continium:
break
#cansel next set
if self.isCacneled():
break
item = self.setList_lw.item(i)
if self.setList_lw.itemWidget(item).state():
setName = self.getSetName(item)
if cmds.sets(setName, q=True):
#get options
op = self.setList_lw.readAttrib(item)
parsed = self.exportPath_le.parse_export_path(op['exportpath'])
if not parsed:
raise Exception('Error parse export path %s' % op['exportpath'])
op['exportpath'] = parsed
if not op['exportpath']:
sPause = time.time()
name = self.getFileName()
ePause = time.time() - sPause
start_time -= ePause
if name:
op['exportpath'] = name
op['fileExists'] = 1
else:
self.msg2(0, 'Export canseled')
return
if not self.compareGlobalGroupsnames(op):
self.msg2(0, 'Export canseled')
print 'Canseled'
return
#parse path
path = self.detectPath(op['exportpath'], op['fileformat']) #check path
if path:
#get ext GZIP
if op['compress']:
suf = {1:'.gz', 2:'.cs'}
uipath = path + suf[op['compress']]
self.exportPath_le.setText(uipath)
else:
self.exportPath_le.setText(path)
op['exportpath'] = path #update path
self.setList_lw.writeAttrib(setName, op) #write path to node
uiPath = op['exportpath']
#check HFS
if not op['fileformat'] and not self.gconvert:
self.getHFS()
if not os.path.exists(self.gconvert):
self.getHFS()
self.selectSetObjects(setName, op['expvis'], op['expHi'])
self.isolaetgSelected(1)
#progress
self.progress = mel.eval('$tmp = $gMainProgressBar')
cmds.progressBar(self.progress, edit=True,
beginProgress=True,
isInterruptable=True,
status=str(self.setList_lw.itemWidget(item).text)+' processing...',
maxValue=100)
if op['expanim']:#animation
start = int(op['animrange'][0])
end = int(op['animrange'][1])
step = float(op['animrange'][2])
#check range
if start > end or step > (end - start):
self.msg2(1,'Error frame range: ' + str(start) + ' / '+ str(end) + '/' + str(step))
return
sequenceframe = start
if op['animtype'] == 0: #geo sequence
for j in self.frange(start, end+1, step):
self.statusMsg('Write cache frame '+str(j))
#progress
prc = (j*100.0)/(end-start)
cmds.progressBar(self.progress, edit=True, pr=int(prc))
cmds.currentTime(j)
op['exportpath'] = self.addNumberToPath(uiPath, sequenceframe, True)
# if cmds.progressBar(self.progress, q=1, ic=1):
if self.isCacneled():
self.caselExport()
continium = False
print 'Canseled'
break
res = self.exportSingleFrame(op)
if not res:
self.msg2(1, 'EXPORT ERROR!!! Frame: ' + str(j))
del res
sequenceframe += 1
cmds.currentTime(start, edit=True)
elif op['animtype'] in [1, 2]: # MDD or Alembic
cmds.currentTime(start)
op['exportpath'] = self.addNumberToPath(op['exportpath'])
jsonData = self.exportSingleFrame(op)
if not jsonData:
self.msg2(1, 'EXPORT ERROR!!! Frame: ' + str(start))
if op['animtype'] == 1:
res = self.exportMDD(self.replaceExtension(op['exportpath'], '.mdd'), start, end, step, op['scale'], op)
else:
path = self.replaceExtension(op['exportpath'], '.abc')
res = self.exportAlembic(path, start, end, step, op['scale'], op)
# return
del jsonData
if not res:
print 'Canseled, No cache data'
break
if self.progress:
cmds.progressBar(self.progress, edit=True, endProgress=True)
self.isolaetgSelected(0)
else:#export single frame
op['exportpath'] = self.addNumberToPath(op['exportpath'])
res = self.exportSingleFrame(op)
if not res:
self.msg2(1,'EXPORT ERROR!!! Frame: ' + str(i))
del res
self.isolaetgSelected(0)
else:
self.msg2(1, 'Error path!!! ' + op['exportpath'])
if self.progress:
cmds.progressBar(self.progress, edit=True, endProgress=True)
if self.canseled:
self.msg2(1, 'EXPORT CANSELED!!!')
self.caselExport()
else:
expTime = time.time() - start_time
tm = str(datetime.timedelta(seconds=(round(expTime, 2))))
while tm[-1] == '0':
tm = tm[:-1]
timeMsg = 'Export complete: ' + str(tm)
self.msg2(0, timeMsg)
self.statusMsg(timeMsg)
self.isolaetgSelected(0)
self.progress = None
# self.canseled = False
def caselExport(self):
self.canseled = False
gc.collect()
def getVisFast(self):
return self.expVis_cb.isChecked()
def selectSetObjects(self, name, vis, hi=False):
#START EXPORT SET
cmds.select(cmds.sets(name, q=1))
if hi:
cmds.select(hi=1)
cmds.select(cmds.ls(sl=1, tr=1))
if vis:
cmds.select(vis=1)
self.selectVisibleOnly()
cmds.currentTime(cmds.currentTime(q=1))
def isolaetgSelected(self, state):
if self.isolateExported_act.isChecked():
# currentPanel = cmds.getPanel(withFocus=True)
currentPanel = cmds.playblast(activeEditor=True)
if cmds.panel(currentPanel, ex=1):
try:
if state:
cmds.isolateSelect(currentPanel, state=1)
cmds.isolateSelect(currentPanel, addSelected=True)
else:
cmds.isolateSelect(currentPanel, state=0)
cmds.isolateSelect(currentPanel, removeSelected = True)
except:
cmds.warning('Panel not found')
def selectVisibleOnly(self):
# select visible only
sel = cmds.ls(sl=1)
new = []
for s in sel:
if cmds.getAttr(s + '.overrideVisibility'):
new.append(s)
cmds.select(new)
def exportSingleFrame(self, op):
newPath = self.checkFileExists(op['exportpath'], op['fileExists'])
j = mGeoReader.jsonDataReaderClass(op, self)
if newPath:
op['exportpath'] = newPath
op['gconvert'] = self.gconvert
if op['writefile']:
result = j.readData()
if result:
sz = self.getFileSize(result)
self.msg2(0, 'GEO file saved:', result, sz)
# s = sys.getsizeof(result)
gc.collect()
return True
def replaceExtension(self,path, ext):
path = re.sub(r'(.bgeo|.geo|.geo.gz|.bgeo.gz|.geo.sc|.bgeo.sc)$', ext, path)
return path
def exportMDD(self, path, start, end, step, scale, op):
gc.collect()
path = self.checkFileExists(path, op['fileExists'])
res = True
if path:
mdd = mddWriter.mddWriterClass(self, op)
self.msg2(2, 'Write frames', start, '-', end, 'to MDD cache')
res = mdd.export(path, start, end, step, scale)
if res:
sz = self.getFileSize(path)
self.msg2(0, 'MDD file saved:', path, sz)
return res
def exportAlembic(self, path, start, end, step, scale, op):
alemb = alembicWriter.AlembicPointWriterClass(self, op)
return alemb.export(str(path), start, end, step, scale)
def checkFileExists(self, path, state):
#owerwrite
if state == 1:
return path
#skip
elif state == 2:
self.msg2(2, 'Write file', path, 'skipped')
return False
#ask
elif state == 0:
if os.path.exists(path):
return self.getFileName()
else:
return path
#rename
elif state == 3:
if not os.path.exists(path):
return path
else:
while os.path.exists(path):
path = self.incrementName(path)
self.msg2(2, 'File renamed to', path)
return path
def incrementName(self,path):
#return incremental name
nameExt = os.path.basename(path)
name, ext = os.path.splitext(nameExt)
dir = os.path.dirname(path)
splt = name.split('_')
nameNum = '01'
if len(splt) > 1:
num = splt[-1]
if num.isdigit():
nameNum = int(num) + 1
nzero = len(num)
if nzero < 2: nzero = 2
if nzero > len(str(nameNum)):
nameNum = str(nameNum).zfill(nzero)
nName = '_'.join(splt[:-1]) + '_' + nameNum
else:
nName = '_'.join(splt) + '_' + nameNum
else:
nName = name + '_' + str(nameNum)
result = '/'.join([dir,nName+ext])
return result
def getFileSize(self, path):
if os.path.exists(path):
size = os.path.getsize(path)
if size > 1048576:
result = str(round(size/1048576, 2))+' Mb'
elif size < 1024:
return '1 Kb'
else:
result = str(int(size / 1024)) + ' Kb'
return result
return 'File Error'
def addNumberToPath(self, path, i=None, force=False):
if i is None:
i = int(cmds.currentTime(q=1))
st = path.find('$F')
if st > 0:
pat = ''
for f in path[st+2:]:
if f.isdigit():
pat += f
else:
break
num = 1
if pat:
num = int(pat)
frame = str(i).zfill(num)
pat = path[st:st+len(str(pat))+2]
result = path.replace(pat, frame)
return result
if force:
ext = os.path.splitext(path)[1]
if ext == '.gz':
ext = os.path.splitext(path[:-3])[1]+'.gz'
return ('_'+str(i).zfill(5)).join([path.replace(ext, ''), ext])
return path
def checkDuplNames(self):
inObj = cmds.ls(sl=True)
n = 0
for i in range (len(inObj)):
shrtname = mel.eval('shortNameOf("%s")' % inObj[i])
if "|" in shrtname:
newname = inObj[i].split("|")
cmds.rename(inObj[i], newname[len(newname) - 1] + "_%d" % n)
n = n + 1
def checkDupPathInSets(self):
result = True
sets = {}
for i in range(self.setList_lw.count()):
item = self.setList_lw.item(i)
if item.checkState():
op = self.setList_lw.readAttrib(item)
sets[str(item.data(32).toString())] = [op['exportpath'],
op['fileformat'],
op['compress'],
op['expanim']]
match = []
for k in sets.keys():
msg = "The same path is found!\nContinue?"
result = self.showMessage(msg)
return result
def showMessage(self, msg):
reply = QMessageBox.question(self, 'Warning!!!', msg, QMessageBox.Yes, QMessageBox.No)
if reply == QMessageBox.No:
result = False
return result
def checkWarnings(self):
#get sets
control = {}
atrs = {}
for i in range(self.setList_lw.count()):
item = self.setList_lw.item(i)
if self.setList_lw.itemWidget(item).state():
op = self.setList_lw.readAttrib(item)
name = self.setList_lw.itemWidget(item).text
# name = self.getSetName(item).replace(self.setList_lw.prefix,'')
control[name] = {'path':op['exportpath'],
'ower':op['fileExists'],
'anim':op['expanim'],
'fileformat':op['fileformat'],
'compress':op['compress'],
'cache':op['animtype']
}
atrs[name] = {'part':op['exppartattrib'],
'piv':op['exppivattrib']#,'poly':op['geocustomattr'],
}
msg = ''#'Something wrong!\n'
emptyPath = []
#check Empty path
for c in control:
if not control[c]['path']:
emptyPath.append(c)
#check match path
matchPath = []
l = len(control) - 1
it = control.keys()
for i, c in enumerate(it):
j = i
while j < l:
next = control[it[j+1]]
if control[c] == next and next:
if not control[c]['path'] == '':
matchPath.append([c, it[j+1]])
j += 1
#check attrib names
matchAttr = {}
for s in atrs:
m = []
for st in atrs[s]:
if atrs[s][st][0]:
if isinstance(atrs[s][st][1], (str, unicode)):
m += re.findall(r'\S+', atrs[s][st][1])
if m:
clon = []
for a in m:
if m.count(a) > 1:
if not a in clon:
clon.append(a)
if clon:
matchAttr[s] = clon
#build message
arrays = [matchPath, emptyPath]
if any(arrays) and self.showWarnings_act.isChecked():
if matchPath:
msg += 'Matched paths:\n'
for m in matchPath:
if all([m[0], m[1]]):
msg+= ' == '.join(m) + '\n'
if emptyPath:
msg += '\nEmpty paths:\n'
for p in emptyPath:
msg += p + '\n'
#show dialog
dial = wd.warningDialogClass(1, self)
r = dial.showWarning(msg)
if not r:
return False
#error export
if matchAttr:
msg = 'Matched point attributes name:\n\n'
for a in matchAttr:
msg += a + ' - ' + ','.join(matchAttr[a]) + '\n'
msg += '\nExport will be canseled!'
dial = wd.warningDialogClass(0, self)
dial.showWarning(msg)
return False
return True
def checkDuplicatepath(self, set1, set2):
if set1['path'] == sets['path']:
if all():
return True
def getSetName(self, item):
#PyQt
try:
setName = str(item.data(32).toString())
#PySide
except:
setName = str(item.data(32))
return setName
######################################### SETTINGS
def getUiOptions(self):
op = {}
#global
op['expanim'] = self.rangeFrame_rb.isChecked()
op['animrange'] = [str(self.startFrame_spb.value()), str(self.endFrame_spb.value()), str(self.stepFrame_spb.value())]
op['animtype'] = self.cacheFormat_cbb.currentIndex()
op['fileformat'] = self.fileFormat_cbb.currentIndex()
op['compress'] = self.compress_cbb.currentIndex()# if not self.compress_cbb.currentText() == 'none' else ''
op['exportpath'] = str(self.exportPath_le.text())
op['globalpos'] = self.worldPos_rb.isChecked()
op['scale'] = float(str(self.scale_le.text()))
op['writefile'] = not self.cacheOnly_cbb.isChecked()
fileexists = 0
if self.fileOverride_rb.isChecked(): fileexists = 1
elif self.fileSkip_rb.isChecked(): fileexists = 2
elif self.fileRename_rb.isChecked(): fileexists = 3
op['fileExists'] = fileexists
op['expvis'] = self.expVis_cb.isChecked()
op['expHi'] = self.expHierarchy_cb.isChecked()
#geometry
op['exportgeo'] = self.exportGeo_cb.isChecked()
op['geoglobalname'] = str(self.expGeoGlobalGroupName_le.text())
op['geoglobalEnable'] = self.polyGroupEnable_cb.isChecked()
op['expuv'] = self.exportUv_cb.isChecked()
op['expvertexnorm'] = self.exportVerNorm_cb.isChecked()
op['expcolor'] = self.exportVertexColor_cb.isChecked()
op['expcrease'] = self.exportCrease_cb.isChecked()
# op['geocustomattr'] = [self.customGeoAttr_cb.isChecked(), str(self.customGeoAttr_le.text())]
op['geocustomattr'] = [self.customGeoAttr_cb.isChecked(), self.attrTablePoly_tbw.getAllAttrs()]
op['expgeogrp_mtl'] = [self.byMtl_cb.isChecked(), str(self.byMtl_le.text()), str(self.byMtlPref_le.text())]
op['expgeogrp_parent'] = [self.byPar_cb.isChecked(), str(self.byPar_le.text()), str(self.byParPref_le.text())]
op['expgeogrp_obj'] = [self.byObj_cb.isChecked(), str(self.byObj_le.text()), str(self.byObjPref_le.text())]
op['expgeogrp_shp'] = [self.byShape_cb.isChecked(), str(self.byShape_le.text()), str(self.bySpahePref_le.text())]
op['expgeogrp_layer'] = [self.displayer_cb.isChecked(), str(self.byLayer_le.text()), str(self.byLayerPref_le.text())]
#curves
op['expcurve'] = self.exportCurv_cb.isChecked()
op['asnurmbs'] = self.curvToNURBS_rb.isChecked()
op['expcurveglobname'] = str(self.expCurvesGlobalGroupName_le.text())
op['expcurveglobEnable'] = self.curveGroupEnable_cb.isChecked()
op['curvgrp_obj'] = [self.byCrvObj_cb.isChecked(), str(self.byCurvObj_le.text()), str(self.byCurvObjPref_le.text())]
op['curvgrp_par'] = [self.byCrvPar_cb.isChecked(), str(self.byCurvPar_le.text()), str(self.byCurvParPref_le.text())]
op['curvgrp_layer'] = [self.curvDisplayer_cb.isChecked(), str(self.byCurvLayer_le.text()), str(self.byCurvLayerPref_le.text())]
op['curvcustomattrib'] = [self.customCrvAttr_cbx.isChecked(), self.attrTableCurves_tbw.getAllAttrs()]
#particles
op['expparticle'] = self.exportparticles_cb.isChecked()
op['expparticlglobname'] = str(self.expParticlesGlobalGroupName_le.text())
op['expparticlglobEnable'] = self.partGroupEnable_cb.isChecked()
op['exppartgrp_shape'] = [self.byPartObj_cb.isChecked(), str(self.byPartObj_le.text()), str(self.byPartObjPref_le.text())]
op['exppartgrp_emit'] = [self.byEmit_cb.isChecked(), str(self.byEmit_le.text()), str(self.byEmitPref_le.text())]
op['exppartattrib'] = [self.customPartAttr_cb.isChecked(), self.attrTablePart_tbw.getAllAttrs()]
#pivots
op['exppiv'] = self.pivot_cb.isChecked()
op['exppivotglobname'] = str(self.expPivotsGlobalGroupName_le.text())
op['exppivotglobEnable'] = self.pivotGroupEnable_cb.isChecked()
op['exppivgrp_obj'] = [self.expPivotObj_cb.isChecked(), str(self.expPivotObj_le.text()), str(self.expPivotObjPref_le.text())]
op['exppivgrp_shape'] = [self.expPivotShape_cb.isChecked(), str(self.expPivotShape_le.text()), str(self.expPivotShapePref_le.text())]
op['exppivgrp_parent'] = [self.expPivotParent_cb.isChecked(), str(self.expPivotParent_le.text()), str(self.expPivotParentPref_le.text())]
op['exppivgrp_layer'] = [self.expPivotLayer_cb.isChecked(), str(self.expPivotlayer_le.text()), str(self.expPivotLayerPref_le.text())]
op['exppivorient'] = self.exportOrient_cb.isChecked()
op['exppivscale'] = self.scale_cb.isChecked()
op['exppivattrib'] = [self.customPivotAttr_cb.isChecked(), self.attrTablePiv_tbw.getAllAttrs()]
op['exppivfilter'] = str(self.pivotFilter_le.text())
op['exppivskipnoshape'] = self.pivSkipTransform_cb.isChecked()
#other
op['uvnaming'] = self.uvExportNaming
op['colornaming'] = self.colorExportNaming
return op
def setUiOptions(self, op):
if op:
if op['expanim']:
self.rangeFrame_rb.setChecked(1)
self.rangeFrame_rb.emit(SIGNAL('clicked'))
else:
self.singleFrame_rb.setChecked(1)
self.startFrame_spb.setValue(int(op['animrange'][0]))
self.endFrame_spb.setValue(int(op['animrange'][1]))
self.stepFrame_spb.setValue(float(op['animrange'][2]))
self.cacheFormat_cbb.setCurrentIndex(op['animtype'])
self.compress_cbb.setCurrentIndex(op.get('compress',0))
# if op['animtype']:
# self.sequence_rb.setChecked(1)
# else:
# self.mdd_rb.setChecked(1)
self.exportPath_le.setText(op['exportpath'])
# if op['fileformat']:
self.fileFormat_cbb.setCurrentIndex(op['fileformat'])
# else:
# self.formatBgeo_rb.setChecked(1)
# comp = self.compress_cbb.findText(op.get('compress',''))
self.compress_cbb.setCurrentIndex(op.get('compress',0))
if op['globalpos']:
self.worldPos_rb.setChecked(1)
else:
self.localPos_rb.setChecked(1)
self.scale_le.setText(str(op['scale']))
self.cacheOnly_cbb.setChecked(not op.get('writefile', True))
if op['fileExists'] == 0:
self.fileAsk_rb.setChecked(1)
elif op['fileExists'] == 1:
self.fileOverride_rb.setChecked(1)
elif op['fileExists'] == 2:
self.fileSkip_rb.setChecked(1)
elif op['fileExists'] == 3:
self.fileRename_rb.setChecked(1)
self.expVis_cb.setChecked(op.get('expvis', False))
self.expHierarchy_cb.setChecked(op.get('expHi', True))
self.exportGeo_cb.setChecked(op['exportgeo'])
self.expGeoGlobalGroupName_le.setText(op['geoglobalname'])
self.polyGroupEnable_cb.setChecked(op.get('geoglobalEnable', True))
self.exportUv_cb.setChecked(op['expuv'])
self.exportVerNorm_cb.setChecked(op['expvertexnorm'])
self.exportVertexColor_cb.setChecked(op['expcolor'])
self.exportCrease_cb.setChecked(op['expcrease'])
# self.customGeoAttr_le.setText(op.get('geocustomattr', [1, ''])[1])
self.customGeoAttr_cb.setChecked(op.get('geocustomattr', [1, 1])[0])
self.attrTablePoly_tbw.updateTable(op.get('geocustomattr', [0, {}])[1])
self.byMtl_cb.setChecked(op['expgeogrp_mtl'][0])
self.byMtl_le.setText(op['expgeogrp_mtl'][1])
self.byMtlPref_le.setText(op['expgeogrp_mtl'][2])
self.byPar_cb.setChecked(op['expgeogrp_parent'][0])
self.byPar_le.setText(op['expgeogrp_parent'][1])
self.byParPref_le.setText(op['expgeogrp_parent'][2])
self.byObj_cb.setChecked(op['expgeogrp_obj'][0])
self.byObj_le.setText(op['expgeogrp_obj'][1])
self.byObjPref_le.setText(op['expgeogrp_obj'][2])
self.byShape_cb.setChecked(op.get('expgeogrp_shp',[0,0])[0])
# self.byShape_le.setText(op.get('expgeogrp_shp', [0, ''])[1])
self.bySpahePref_le.setText(op.get('expgeogrp_shp', [0, 0, 'SHAPE_'])[2])
self.displayer_cb.setChecked(op['expgeogrp_layer'][0])
self.byLayer_le.setText(op['expgeogrp_layer'][1])
self.byLayerPref_le.setText(op['expgeogrp_layer'][2])
self.exportCurv_cb.setChecked(op['expcurve'])
if op['asnurmbs']:
self.curvToNURBS_rb.setChecked(1)
else:
self.curvToPoly_rb.setChecked(1)
self.expCurvesGlobalGroupName_le.setText(op['expcurveglobname'])
self.curveGroupEnable_cb.setChecked(op.get('expcurveglobEnable', True))
self.customCrvAttr_cbx.setChecked(op.get('curvcustomattrib', [1, 1])[0])
self.attrTableCurves_tbw.updateTable(op.get('curvcustomattrib', [0, {}])[1])
self.byCrvObj_cb.setChecked(op['curvgrp_obj'][0])
self.byCurvObj_le.setText(op['curvgrp_obj'][1])
self.byCurvObjPref_le.setText(op['curvgrp_obj'][2])
self.byCrvPar_cb.setChecked(op['curvgrp_par'][0])
self.byCurvPar_le.setText(op['curvgrp_par'][1])
self.byCurvParPref_le.setText(op['curvgrp_par'][2])
self.curvDisplayer_cb.setChecked(op['curvgrp_layer'][0])
self.byCurvLayer_le.setText(op['curvgrp_layer'][1])
self.byCurvLayerPref_le.setText(op['curvgrp_layer'][2])
self.exportparticles_cb.setChecked(op['expparticle'])
self.partGroupEnable_cb.setChecked(op.get('expparticlglobEnable',True))
self.expParticlesGlobalGroupName_le.setText(op['expparticlglobname'])