def param_structure(self, list_):
GRPDict = OrderedDict()
GRPDict['param'] = _node.space_('param')
GRPDict['V_param'] = [
_node.space_('V{}_space'.format(i), parent_=GRPDict['param'])
for i in list_
]
return GRPDict
def main_structure(self, name_):
GRPDict = OrderedDict()
GRPDict['main'] = _node.space_('{}_{}_'.format('main',name_))
addAttr(GRPDict['main'],
ln="FK_IK",
nn="FK / IK",
at="enum",
en="IK:FK:",
k=1)
GRPDict['CTL'] = _node.space_('CTL_', parent_=GRPDict['main'])
GRPDict['FK_CTL'] = _node.space_('FK_CTL_', parent_=GRPDict['CTL'])
GRPDict['IK_CTL'] = _node.space_('IK_CTL_', parent_=GRPDict['CTL'])
GRPDict['JNT'] = _node.space_('JNT_', parent_=GRPDict['main'])
return GRPDict
def fourDirectionsCtrl(object_):
spc_ = _node.space_(object_.name())
values = [0, 90, 180, -90]
name = object_.name().split('Ctrl')[0]
for i, value in enumerate(values):
name_ = '{0}{1}Ctrl'.format(name, i + 1)
ctrl_ = _control.control_([object_], 'triangle')
ctrl_[0].rename(name_)
grp_ = _node.offset_(ctrl_[0], num_=2)
chd_ = grp_.getChildren()[0]
chd_.attr('rx').set(value)
parent(grp_, spc_)
def curve_at_null(object_):
NULLList = []
name_ = object_.name()
_shape = object_.getShape()
cvs = get_cvs(_shape)
for i,pos in enumerate(cvs):
select(cl=1)
pad_ = _name.padding(i)
NULL_name = '{}_{}'.format(name_, pad_)
NULL_ = _node.space_(NULL_name, None)
_transform.set_trans_xform(NULL_, pos)
NULLList.append(NULL_)
return NULLList
def surf_param_space(self, object_, uNum, vNum):
spaceDict = OrderedDict()
_shape = object_.getShape()
uMax, vMax = _attribute.surface_uvSpans_num(_shape)
_name = object_.name()
for v in range(vNum):
uList = []
spaceDict[v] = uList
for u in range(uNum):
name = '{}_U{}_V{}'.format(_name, u, v)
_POSI = _node.po_surf_info(name, _shape)
_POSI.setAttr('parameterU', u)
_POSI.setAttr('parameterV', v)
_rotH = _node.rot_helper(name, _POSI)
_space = _node.space_(name, parent_=None)
addAttr(_space,
ln='paramU',
sn='pu',
at='float',
dv=u,
min=0,
max=uMax,
k=1)
addAttr(_space,
ln='paramV',
sn='pv',
at='float',
dv=v,
min=0,
max=vMax,
k=1)
_connect.connect_attrs([_space, _POSI], 'pu', 'parameterU')
_connect.connect_attrs([_space, _POSI], 'pv', 'parameterV')
_connect.connect_attrs([_POSI, _space], 'p', 't')
_DCM = _node.decompose_(name)
_connect.connect_attrs([_rotH, _DCM], 'rotateMatrix',
'inputMatrix')
_connect.connect_attrs([_DCM, _space], 'or', 'r')
uList.append(_space)
return spaceDict
def hybrid_structure(self, name_):
GRPDict = OrderedDict()
GRPDict['hybrid'] = _node.space_('{}_{}_'.format('hybrid',name_))
GRPDict['CTL'] = _node.space_('CTL_',
parent_=GRPDict['hybrid'])
GRPDict['FK_CTL'] = _node.space_('FK_CTL_',
parent_=GRPDict['CTL'])
GRPDict['IK_CTL'] = _node.space_('IK_CTL_',
parent_=GRPDict['CTL'])
GRPDict['JNT'] = _node.space_('JNT_',
parent_=GRPDict['hybrid'])
GRPDict['bind_JNT'] = _node.space_('bind_JNT_',
parent_=GRPDict['JNT'])
GRPDict['CRV'] = _node.space_('CRV_',
parent_=GRPDict['hybrid'])
GRPDict['motion'] = _node.space_('motion_',
parent_=GRPDict['hybrid'])
GRPDict['IK_motion'] = _node.space_('IK_motion_',
parent_=GRPDict['motion'])
GRPDict['IK_space'] = _node.space_('IK_space_',
parent_=GRPDict['IK_motion'])
GRPDict['IK_upVec'] = _node.space_('IK_upVec_',
parent_=GRPDict['IK_motion'])
return GRPDict
def attach_structure(self, name_):
GRPDict = OrderedDict()
GRPDict['attach'] = _node.space_('{}_{}_'.format('attach', name_))
GRPDict['CTL'] = _node.space_('attach_CTL_', parent_=GRPDict['attach'])
GRPDict['JNT'] = _node.space_('attach_JNT_', parent_=GRPDict['attach'])
return GRPDict
def spine_structure(self, name_):
GRPDict = OrderedDict()
GRPDict['spine'] = _node.space_('{}_{}_'.format('spine', name_))
GRPDict['CTL'] = _node.space_('CTL_', parent_=GRPDict['spine'])
GRPDict['FK_CTL'] = _node.space_('FK_CTL_', parent_=GRPDict['CTL'])
GRPDict['IK_CTL'] = _node.space_('IK_CTL_', parent_=GRPDict['CTL'])
GRPDict['JNT'] = _node.space_('JNT_', parent_=GRPDict['spine'])
GRPDict['bind_JNT'] = _node.space_('bind_JNT_', parent_=GRPDict['JNT'])
GRPDict['CRV'] = _node.space_('CRV_', parent_=GRPDict['spine'])
GRPDict['motion'] = _node.space_('motion_', parent_=GRPDict['spine'])
GRPDict['IK_motion'] = _node.space_('IK_motion_',
parent_=GRPDict['motion'])
GRPDict['IK_space'] = _node.space_('IK_space_',
parent_=GRPDict['IK_motion'])
GRPDict['IK_upVec'] = _node.space_('IK_upVec_',
parent_=GRPDict['IK_motion'])
addAttr(GRPDict['spine'],
ln="FK_IK",
nn="FK / IK",
at="enum",
en="IK:FK:",
k=1)
return GRPDict