attach abc to cloth

# ----- get namespace here -----
ns = cmds.ls("Alice_Ear_Muffins*:*:Geo_Grp")[0].split(":")[0]

# ----- import latest ncloth Rig -----

path = 'Y:/{}/assets/type/Character/{}/products/nClothRig/'.format(os.environ['TT_PROJCODE'],ns.rsplit('_',1)[0])
tempFileList = os.listdir(path)
tempFileList.sort()
latestVer = tempFileList[-1]
cfxWorks = path+'/'+latestVer
from abc_sim_workflow import abc_tech_cache_util
abc_tech_cache_util.insert_tech_cache_v2(
    cfxWorks,
    group_depth = ['nCloth_Rig'],
    insert_ns = [ns,'DYN'],
    ns_div=':',
    mode='reference'
    )

rig_ns = ns+':DYN'
abc_ns = ns+':ABC'
# ----- using connect mesh method to connect ncloth sim mesh and animation output mesh -----

for mesh in cmds.ls(abc_ns+':*proxyMesh'):
    # query the mesh and shape names
    anim_output_mesh=mesh
    anim_output_shape=cmds.listRelatives(mesh)[0]

    ncloth_input_mesh=rig_ns+':'+mesh.split(':')[-1]
    ncloth_input_shape=cmds.listRelatives(ncloth_input_mesh)[0]

    cmds.connectAttr(anim_output_shape+'.outMesh',ncloth_input_shape+'.inMesh', force=True)

# ----- using connect mesh method to connect attract to mesh and animation output mesh -----

for mesh in cmds.ls(abc_ns+':*proxyMesh'):
    # query the mesh and shape names
    anim_output_mesh=mesh
    anim_output_shape=cmds.listRelatives(mesh)[0]

    a2m_mesh=rig_ns+':'+mesh.split(':')[-1].split('__sim__')[0]+'__a2m__mesh'
    a2m_shape=cmds.listRelatives(a2m_mesh)[0]

    cmds.connectAttr(anim_output_shape+'.outMesh',a2m_mesh+'.inMesh', force=True)

# ----- match anim offset -----

cmds.matchTransform(rig_ns+':nclothRig_ctrl',abc_ns+':C_Main_Ground_Ctrl')


from abc_sim_workflow.sim_obj_set_creator import preb_export_sets_ui_funcs
reload(preb_export_sets_ui_funcs)
sets_by_tags,obj_dict = preb_export_sets_ui_funcs.SetQuery.get_set_dicts(ass_list = [ns.rsplit('_',1)[0]],parse_data = True,use_cmdsls=False)
asset_name = ns.rsplit('_',1)[0]
cmds.group(n=abc_ns+':collision_mesh_grp',em=1)
cmds.parent(abc_ns+':collision_mesh_grp',abc_ns+':Cloth')
cmds.select(cl=1)
for cld_set in sets_by_tags[asset_name]['Cloth']['cld']:
    obj_list = [obj_.replace('__ns__',abc_ns) for obj_ in obj_dict[asset_name]['Cloth'][cld_set]]
    collider_mesh_name = abc_ns+':'+cld_set+'_colliderMesh'

    #combine or duplicate collider meshes
    if len(obj_list)>1:
        cmds.select(obj_list)
        cmds.CombinePolygons()
        cmds.rename(collider_mesh_name)
    else:
        cmds.duplicate([obj.replace('__ns__',rig_ref_ns) for obj in collider_set_objs][0],n=collider_mesh_name)
    cmds.parent(collider_mesh_name,abc_ns+':collision_mesh_grp')

for mesh in cmds.ls(abc_ns+':*_colliderMesh'):
    # query the mesh and shape names
    anim_output_mesh=mesh
    anim_output_shape=cmds.listRelatives(mesh)[0]

    ncloth_input_mesh=rig_ns+':'+mesh.split(':')[-1]
    ncloth_input_shape=cmds.listRelatives(ncloth_input_mesh)[0]

    cmds.connectAttr(anim_output_shape+'.outMesh',ncloth_input_shape+'.inMesh', force=True)


# ----- wrap all the collider mesh into the master collision mesh -----
for colliderMesh in cmds.ls(ns+'_ClothRig:*_colliderMesh'):
    command_utils.create_wrap_deformer(colliderMesh,ns+':Master_Collider_Geo',n='',exclusiveBind = 1)
from abc_sim_workflow import abc_tech_ui_funcs
abc_tech_ui_funcs.SimObjSetQuery.get_sets_in_scene()