else:
world = rs.WorldXYPlane()
xform1 = rs.XformChangeBasis(world,basePlane)
xform2 = rs.XformChangeBasis (targetPlane,world)
xform_final = rs.XformMultiply(xform2,xform1)
transform = rs.TransformObjects(objects,xform_final,copy)
return transform
def create_cut_sht(stockOutline,array,features,partSpacing,margin):
""" """
numParts = len(array)
basePlanes = generate_base_planes_from_array(array)
targetPlanes = create_cut_sht_targets(stockOutline,array,margin,partSpacing)
if targetPlanes == None:
return None
else:
# converts GH branch to python list for a set of features
features = [item for item in features.Branches]
cut_sht = []
for i in range(numParts):
objects = [array[i]]
for item in features[i]:
objects.append(item)
cutPart = reorient_objects(objects,basePlanes[i],targetPlanes[i])
cut_sht.append(cutPart)
return cut_sht
###############################################################################
a = trees.list_to_tree(generate_base_planes_from_array(array))
b = create_cut_sht_targets(stockOutline,array,margin,partSpacing)
c = trees.list_to_tree(create_cut_sht(stockOutline,array,features,partSpacing,margin))
xform_final = rs.XformMultiply(xform2, xform1)
transform = rs.TransformObjects(objects, xform_final, copy)
return transform
def create_cut_sht(stockOutline, array, features, partSpacing, margin):
""" """
numParts = len(array)
basePlanes = generate_base_planes_from_array(array)
targetPlanes = create_cut_sht_targets(stockOutline, array, margin,
partSpacing)
if targetPlanes == None:
return None
else:
# converts GH branch to python list for a set of features
features = [item for item in features.Branches]
cut_sht = []
for i in range(numParts):
objects = [array[i]]
for item in features[i]:
objects.append(item)
cutPart = reorient_objects(objects, basePlanes[i], targetPlanes[i])
cut_sht.append(cutPart)
return cut_sht
###############################################################################
a = trees.list_to_tree(generate_base_planes_from_array(array))
b = create_cut_sht_targets(stockOutline, array, margin, partSpacing)
c = trees.list_to_tree(
create_cut_sht(stockOutline, array, features, partSpacing, margin))
slots.append((partIndex, slot))
## create neighbor slot
testPoint = rs.CurveEndPoint(line[1])
distance = rs.Distance(startPoint, testPoint)
if distance != 0:
startPoint = testPoint
else:
startPoint = rs.CurveStartPoint(line[1])
slot = rs.AddLine(startPoint, endPoint)
slots.append((line[0], slot))
return slots
#=============================================================================
def create_all_slots(array):
"""Creates slots for all srfs. in an array. Returns a 2D list with
slots grouped by part."""
numItems = len(array)
slotCollection = [[] for i in range(numItems)]
for i in xrange(numItems):
currentSlots = create_slots(array, i)
if currentSlots != None:
for slot in currentSlots:
slotCollection[slot[0]].append(slot[1])
return slotCollection
######################################################
slots = trees.list_to_tree(create_all_slots(array))
slot = rs.AddLine(startPoint,endPoint)
slots.append((partIndex,slot))
## create neighbor slot
testPoint = rs.CurveEndPoint(line[1])
distance = rs.Distance(startPoint,testPoint)
if distance != 0:
startPoint = testPoint
else:
startPoint = rs.CurveStartPoint(line[1])
slot = rs.AddLine(startPoint,endPoint)
slots.append((line[0],slot))
return slots
#=============================================================================
def create_all_slots (array):
"""Creates slots for all srfs. in an array. Returns a 2D list with
slots grouped by part."""
numItems = len(array)
slotCollection =[[] for i in range(numItems)]
for i in xrange (numItems):
currentSlots = create_slots(array,i)
if currentSlots != None:
for slot in currentSlots:
slotCollection[slot[0]].append(slot[1])
return slotCollection
######################################################
slots = trees.list_to_tree(create_all_slots (array))
