def pairConfirmed(self):
""" !@Brief
This function make sure that privious condition "self.lockPair" and "self.lockRetopo" are set to True
"""
rules = [self.lockPair == True, self.lockRetopo == True]
if rules:
self.coutureCore.manualPairMatching([
self.qLineGarment.text(),
self.qLinePattern.text(),
self.qLineRetopo.text()
], self)
else:
cm.create("You need to select a garment, a pattern and a retopo",
" OK !", None, None)
def gozSelPattern(self):
""" !@Brief
Allow user to export the pattern with Goz
"""
pm.select(cl=True)
selGarment = pm.select("|soloPatternObjectsGRP|pattern_%s" %
(self.qLineGarment.text()))
import maya.mel as mel
try:
mel.eval(
"""source "C:/Users/Public/Pixologic/GoZApps/Maya/GoZBrushFromMaya.mel" """
)
except:
cm.create(
"""It seems like GoZ is not installed on your Maya\n You will have to export manually :( """,
"Ok, I got it !")
def selectSolo(self, type):
""" !@Brief
Use user selection to define a mesh for each step of couture and file the appropriate QLineEdit
@param type: String, There's four type of selection "garment","retopo"
"""
# Run basic check on the user selection
selection = pm.selected(fl=True)
if selection == []:
cm.create("Nothing selected", " OK !", None, None)
return
if len(selection) > 1:
cm.create("Too many objects selected", " OK !", None, None)
else:
if type == "garment":
if pm.objExists("soloGarmentObjectGRP"):
pm.delete("soloGarmentObjectGRP")
sg = ""
if pm.objExists('Garment_Shader'):
sg = pm.PyNode("Garment_SG")
pm.sets(sg, edit=1, forceElement=selection[0])
self.soloGarment = selection[0]
self.qLineGarment.setText("%s" % selection[0])
soloGrp = pm.group(n="soloGarmentObjectGRP", em=True)
selection[0].setParent(soloGrp)
else:
if pm.objExists("soloGarmentObjectGRP"):
pm.delete("soloGarmentObjectGRP")
sg = ""
if pm.objExists('Retopo_Shader'):
sg = pm.PyNode("Retopo_SG")
pm.sets(sg, edit=1, forceElement=selection[0])
self.soloRetopo = selection[0]
self.qLineRetopo.setText("%s" % selection[0])
soloGrp = pm.group(n="soloRetopoObjectGRP", em=True)
selection[0].setParent(soloGrp)
def browseMesh(self, type):
""" !@Brief
Allow user to import and select a mesh from a file
@param type: String, There's four type of selection "garment","retopo"
"""
exportPath = self.dataNode.getExportPath()
singleFilter = "*.obj;;*.fbx;;*.ma;;*.mb"
if exportPath == "":
selection = pm.fileDialog2(fm=1,
fileFilter=singleFilter,
dialogStyle=2,
cap="Import object",
rf=True)
else:
selection = pm.fileDialog2(fm=1,
fileFilter=singleFilter,
dialogStyle=2,
cap="Import object",
rf=True,
dir=exportPath)
if selection == None:
return
if type == "garment":
if pm.objExists("soloGarmentObjectGRP"):
pm.delete("soloGarmentObjectGRP")
importedNode = pm.importFile(selection[0],
i=True,
returnNewNodes=True,
groupReference=True,
groupName="soloGarmentObjectGRP")
grp = pm.PyNode("soloGarmentObjectGRP")
grpChildren = pm.listRelatives(grp, c=True)
if len(grpChildren) > 1:
cm.create("Too many objects imported", " OK !", None, None)
return
sg = ""
if pm.objExists('Garment_Shader'):
sg = pm.PyNode("Garment_SG")
pm.sets(sg, edit=1, forceElement=grpChildren[0])
else:
if pm.objExists("soloRetopoObjectGRP"):
pm.delete("soloRetopoObjectGRP")
importedNode = pm.importFile(selection[0],
i=True,
returnNewNodes=True,
groupReference=True,
groupName="soloRetopoObjectGRP")
grp = pm.PyNode("soloRetopoObjectGRP")
grpChildren = pm.listRelatives(grp, c=True)
if len(grpChildren) > 1:
cm.create("Too many objects imported", " OK !", None, None)
return
sg = ""
if pm.objExists('Retopo_Shader'):
sg = pm.PyNode("Retopo_SG")
pm.sets(sg, edit=1, forceElement=grpChildren[0])
geoTest = data.testGeo(grpChildren)
for object in geoTest[1]:
object.setParent(world=True)
pm.delete(object)
if len(geoTest[0]) == 1:
try:
separate = pm.polySeparate(grpChildren[0])
for object in separate:
pm.delete(object)
cm.create("You can import a single mesh only", "Ok")
return
except:
### Output the name of the mesh in the appropriate textflied ###
if type == "garment":
self.soloGarment = grpChildren[0]
self.qLineGarment.setText("%s" % grpChildren[0])
elif type == "retopo":
self.soloRetopo = grpChildren[0]
self.qLineRetopo.setText("%s" % grpChildren[0])
pass
elif len(geoTest[0]) > 1:
pm.delete(grpChildren)
cm.create("You can import a single mesh only", "Ok")
return
def selectPiece(self, type):
""" !@Brief
Use user selection to define a mesh for each step of couture and file the appropriate QLineEdit
@param type: String, There's four type of selection "garment", "pattern","retopo"
"""
selection = pm.selected(fl=True)
# run basic safety checks on the user selection
if selection == []:
cm.create("Nothing selected", " OK !", None, None)
return
if len(selection) > 1:
cm.create("Too many objects selected", " OK !", None, None)
return
# test if selection is a geometry
testResults = data.testGeo(selection)
if len(testResults[1]) > 0:
cm.create("You have selected a non polygonal object", " OK !",
None, None)
return
else:
if type == "garment":
# Check if selected mesh is not a exhisting pattern or retopo
arr = ['pattern_', 'retopo_']
if any(c in selection[0].longName() for c in arr):
cm.create("You didn't select a garment mesh", " OK !",
None, None)
return
if self.lockPair == False:
if selection[0].longName(
) in self.coutureCore.patternDic.keys():
# Check if a mesh with the same name is already loaded and paired in Couture
if self.coutureCore.patternDic[selection[0].longName(
)][1] != "" and self.coutureCore.patternDic[
selection[0].longName()][1] != "None":
cm.create(
"This garment already have a pattern and a retopo.",
" OK !", None, None)
return
self.statusGarment.setPixmap(self.tickGreenlIcon)
self.qLineGarment.setText("%s" %
selection[0].longName())
self.qLineGarment.setReadOnly(True)
self.qLinePattern.setText(self.coutureCore.patternDic[
selection[0].longName()][0])
self.qLinePattern.setReadOnly(True)
self.statusPattern.setPixmap(self.tickGreenlIcon)
self.lockPair = True
else:
cm.create(
"This garment has not been loaded in the tool previously, use the "
+ " button", " OK !", None, None)
self.statusGarment.setPixmap(self.xRedIcon)
else:
return
elif type == "pattern":
print "pattern"
if self.lockPair == False:
if selection[0] in [
x for v in self.coutureCore.patternDic.values()
for x in v
]:
# Check if a mesh with the same name is already loaded and paired in Couture
print data.longNameEdit("pattern",
selection[0].longName(),
"pattern", "garment")
print self.coutureCore.patternDic[data.longNameEdit(
"pattern", selection[0].longName(), "pattern",
"garment")]
if self.coutureCore.patternDic[data.longNameEdit(
"pattern", selection[0].longName(), "pattern",
"garment")][1] != "None":
cm.create(
"This garment already have a pattern and a retopo",
" OK !", None, None)
return
self.qLinePattern.setText("%s" %
selection[0].longName())
self.qLinePattern.setReadOnly(True)
self.statusPattern.setPixmap(self.tickGreenlIcon)
self.qLineGarment.setText(
data.longNameEdit("pattern",
selection[0].longName(),
"pattern", "garment"))
self.qLineGarment.setReadOnly(True)
self.statusGarment.setPixmap(self.tickGreenlIcon)
self.lockPair = True
else:
cm.create(
"This garment has not been loaded in the tool previously, use the "
+ " button", " OK !", None, None)
self.statusPattern.setPixmap(self.xRedIcon)
else:
return
elif type == "retopo":
if self.lockRetopo == False:
self.qLineRetopo.setText("%s" % selection[0])
self.qLineRetopo.setReadOnly(True)
self.statusRetopo.setPixmap(self.tickGreenlIcon)
self.lockRetopo = True
else:
return