def read_objects_from_layer(self, layer_name):
"""Read the user-visible names of all objects on a specific RhinoDoc layer.
Returns a tuple (geoms, guids, names) with lists of all geometry
objects, RhinoDoc GUID strings, and name attributes.
"""
layer_index = ghrhinodoc.fetch_or_create_layer_index(layer_name)
# Fetch all objects on the layer and report out individual properties.
all_objects = ghrhinodoc.all_doc_objects(layer_name)
geoms = [obj.Geometry for obj in all_objects]
guids = [str(obj.Id) for obj in all_objects]
names = [obj.Attributes.Name for obj in all_objects]
return geoms, guids, names
def read_objects_from_layer(self, layer_name):
"""Read the user-visible names of all objects on a specific RhinoDoc layer.
Returns a tuple (geoms, guids, names) with lists of all geometry
objects, RhinoDoc GUID strings, and name attributes.
"""
layer_index = ghrhinodoc.fetch_or_create_layer_index(layer_name)
# Fetch all objects on the layer and report out individual properties.
all_objects = ghrhinodoc.all_doc_objects(layer_name)
geoms = [obj.Geometry for obj in all_objects]
guids = [str(obj.Id) for obj in all_objects]
names = [obj.Attributes.Name for obj in all_objects]
return geoms, guids, names
# LayerGeometry.py - contents of the LayerGeometry ghpython script # inputs # layer - string naming the layer to address within the current Rhino document # update - any input will force recomputing the output (dummy value) # outputs # out - console debugging output # geom - list of geometry primitives currently present in the layer # guid - list of GUID strings for the geometry primitives # # Note: the GUIDs are for objects located in the RhinoDoc database, *not* the # Grasshopper document database, so they are only useful for requesting updates # to the current Rhino document. import Rhino import System.Guid import pythonlibpath pythonlibpath.add_library_path() import ghutil.ghrhinodoc as ghrhinodoc # Fetch the layer index, creating the layer if not present. layer_name = str(layer) layer_index = ghrhinodoc.fetch_or_create_layer_index(layer_name) # Fetch all objects on the layer and report out individual properties. all_objects = ghrhinodoc.all_doc_objects(layer_name) geom = [obj.Geometry for obj in all_objects] guid = [str(obj.Id) for obj in all_objects]
# inputs # layer - string naming the layer to address within the current Rhino document # update - any input will force recomputing the output (dummy value) # outputs # out - console debugging output # geoms - list of geometry primitives currently present in the layer # guids - list of GUID strings for the geometry primitives # names - list of user-visible object names # Note: the GUIDs are for objects located in the RhinoDoc database, *not* the # Grasshopper document database, so they are only useful for requesting updates # to the current Rhino document. import Rhino import System.Guid import pythonlibpath; pythonlibpath.add_library_path() import ghutil.ghrhinodoc as ghrhinodoc # Fetch the layer index, creating the layer if not present. layer_name = str(layer) layer_index = ghrhinodoc.fetch_or_create_layer_index(layer_name) # Fetch all objects on the layer and report out individual properties. all_objects = ghrhinodoc.all_doc_objects(layer_name) geoms = [obj.Geometry for obj in all_objects] guids = [str(obj.Id) for obj in all_objects] names = [obj.Attributes.Name for obj in all_objects]
# array - list of srfs representing part boundaries
# names - a list of strs corresponding to Rhino.DocObject Names
# notes
# Best if Rhino parts are named with sequential integers
# script reorders grasshopper list to correspond to Rhino part order and
# maintains Rhio naming convention
import rhinoscriptsyntax as rs
import ghutil.ghrhinodoc as ghutil
import ghutil.trees as trees
import scriptcontext as sc
import Rhino as r
#============================================================================
#fetch all objects on specified layer
all_objects = ghutil.all_doc_objects(layer_name)
# get and order Rhino object names
name = [obj.Name for obj in all_objects]
names = sorted(name)
geom = [obj.Geometry for obj in all_objects]
# create a list of srfs based on ordered name list
dict_tuple = zip(name, geom)
parts = dict(dict_tuple)
array = []
items = sorted(parts)
for item in items:
array.append(parts[str(item)])
# outputs
# out - console debugging output
# notes
# script currently hard coded to take in geo from only those layers reprsented
# in input.
import scriptcontext as sc
import Rhino as r
import ghutil.ghrhinodoc as ghutil
#==============================================================================
# take in all geo inputs and order them by layer name list
allItems = [no_cut,score,cut_1,cut_2]
layerNum = 0
for name in layers:
# create or fetch cut sht layers
layer = ghutil.fetch_or_create_layer_index(name)
# delete any current items on these layers
all_objects = ghutil.all_doc_objects(name)
for obj in all_objects:
r.RhinoDoc.ActiveDoc.Objects.Delete(obj, True)
# add all objects associated with layer
layerItems = allItems[layerNum]
layerNum +=1
for item in layerItems:
ghutil.add_geometry(item,layer)
# array - list of srfs representing part boundaries
# names - a list of strs corresponding to Rhino.DocObject Names
# notes
# Best if Rhino parts are named with sequential integers
# script reorders grasshopper list to correspond to Rhino part order and
# maintains Rhio naming convention
import rhinoscriptsyntax as rs
import ghutil.ghrhinodoc as ghutil
import ghutil.trees as trees
import scriptcontext as sc
import Rhino as r
#============================================================================
#fetch all objects on specified layer
all_objects = ghutil.all_doc_objects(layer_name)
# get and order Rhino object names
name = [obj.Name for obj in all_objects]
names = sorted(name)
geom = [obj.Geometry for obj in all_objects]
# create a list of srfs based on ordered name list
dict_tuple = zip(name,geom)
parts = dict(dict_tuple)
array = []
items = sorted(parts)
for item in items:
array.append (parts[str(item)])
# score - geo for score layer
# cut_1 - geo for cut_1 layer
# cut_2 - geo for cut_2 layer
# outputs
# out - console debugging output
# notes
# script currently hard coded to take in geo from only those layers reprsented
# in input.
import scriptcontext as sc
import Rhino as r
import ghutil.ghrhinodoc as ghutil
#==============================================================================
# take in all geo inputs and order them by layer name list
allItems = [no_cut, score, cut_1, cut_2]
layerNum = 0
for name in layers:
# create or fetch cut sht layers
layer = ghutil.fetch_or_create_layer_index(name)
# delete any current items on these layers
all_objects = ghutil.all_doc_objects(name)
for obj in all_objects:
r.RhinoDoc.ActiveDoc.Objects.Delete(obj, True)
# add all objects associated with layer
layerItems = allItems[layerNum]
layerNum += 1
for item in layerItems:
ghutil.add_geometry(item, layer)
def _update_namesets(self, all_names):
all_objects = ghrhinodoc.all_doc_objects(layer_name)
names = [obj.Attributes.Name for obj in all_objects]
self.set_namesets(all_names, names)
return
def _update_namesets(self, all_names):
all_objects = ghrhinodoc.all_doc_objects(layer_name)
names = [obj.Attributes.Name for obj in all_objects]
self.set_namesets(all_names, names)
return
