def create_graph(self, elems):
prim_elems = ElementList()
for S in elems.sref:
if isinstance(S.ref, (NLayer, TLayer, DLayer)):
prim_elems += S
for layer in RDD.METALS.layers:
L = Cell(name='{}'.format(layer))
# ply_elems = D.get_mlayers(layer=layer)
ply_elems = ElementList()
for S in elems.sref:
if isinstance(S.ref, CMLayers):
# print(S.ref.layer)
if S.ref.layer.number == layer:
# print(S)
for p in S.ref.elementals:
# print(p.ref.player)
# FIXME!!!
# if isinstance(p, ELayers):
# raise Errors
if isinstance(p.ref.player, Polygons):
ply_elems += p.ref.player
if ply_elems:
geom = Geometry(name='{}'.format(layer),
lcar=self.lcar,
algorithm=self.algorithm,
layer=layer,
polygons=ply_elems)
mesh_data = geom.create_mesh
params = {
'name': '{}'.format(layer),
'layer': Layer(number=layer),
'point_data': [mesh_data[2]],
'cell_data': [mesh_data[3]],
'field_data': [mesh_data[4]]
}
mesh = Mesh(polygons=ply_elems,
primitives=prim_elems,
points=mesh_data[0],
cells=mesh_data[1],
**params)
L += mesh
elems += SRef(L)
sg = {}
subgraphs = elems.subgraphs
for name, g in subgraphs.items():
graph = Graph(subgraphs={name: g})
sg[name] = graph.g
ng = Graph(subgraphs=sg)
ng.write_graph(graphname='{}'.format(layer))
elems += ng
def create_box_layer(self):
elems = ElementList()
for p in self.device_elems.polygons:
layer = p.gdslayer.number
# if layer in RDD.GROUND.layers:
if layer == RDD.GDSII.GPLAYER:
l1 = Layer(name='BoundingBox', number=layer, datatype=5)
elems += Polygons(polygons=self.blayer.polygons, gdslayer=l1)
return elems
def create_labels(self):
elems = ElementList()
for p in self.device_elems.polygons:
layer = p.gdslayer.number
# if layer in RDD.GROUND.layers:
if layer == RDD.GDSII.GPLAYER:
l2 = Layer(name='BoundingBox', number=layer, datatype=5)
elems += Port(name='P{}'.format(layer), midpoint=self.blayer.center, gdslayer=l2)
return elems
def create_labels(self):
elems = ElementList()
for p in self.device_elems.polygons:
layer = p.gdslayer.number
players = RDD.PLAYER.get_physical_layers(purposes='METAL')
if layer in players:
l2 = Layer(name='BoundingBox', number=layer, datatype=8)
# FIXME: Ports with the same name overrides eachother.
elems += Port(name='P{}'.format(layer), midpoint=self.blayer.center, gdslayer=l2)
return elems
def create_box_layer(self):
elems = ElementList()
setter = {}
for p in self.device_elems.polygons:
layer = p.gdslayer.number
setter[layer] = 'not_set'
for p in self.device_elems.polygons:
layer = p.gdslayer.number
players = RDD.PLAYER.get_physical_layers(purposes=['METAL'])
if layer in players and setter[layer] == 'not_set':
l1 = Layer(name='BoundingBox', number=layer, datatype=8)
elems += Polygons(polygons=self.blayer.polygons, gdslayer=l1)
setter[layer] = 'already_set'
return elems
def LayerField(name='', number=0, datatype=0, **kwargs):
from spira.gdsii.layer import Layer
F = Layer(name=name, number=number, datatype=datatype, **kwargs)
return DataFieldDescriptor(default=F, **kwargs)
RDD.name = 'MITLL' RDD.desc = 'Process fabrication data for the MITLL process from the USA.' # ---------------------------------- GDSII --------------------------------------- RDD.GDSII = DataTree() RDD.GDSII.TEXT = 64 RDD.GDSII.UNITS = 1e-6 # --------------------------------- Metals --------------------------------------- RDD.LAYER = ProcessTree() RDD.L0 = ProcessTree() RDD.L0.LAYER = Layer(name='L0', number=3) RDD.L0.COLOR = '#B6EBE6' RDD.M0 = ProcessTree() RDD.M0.LAYER = Layer(name='M0', number=1) RDD.M0.COLOR = '#B6EBE6' RDD.M1 = ProcessTree() RDD.M1.LAYER = Layer(name='M1', number=10) RDD.M1.COLOR = '#B6EBE6' RDD.M2 = ProcessTree() RDD.M2.LAYER = Layer(name='M2', number=20) RDD.M2.COLOR = '#B6EBE6' RDD.M3 = ProcessTree()
RDD.desc = 'Process fabrication data for the AIST process from Japan.' # ---------------------------------- GDSII --------------------------------------- RDD.GDSII = DataTree() RDD.GDSII.TEXT = 64 RDD.GDSII.UNIT = 1e-6 RDD.GDSII.GRID = 1e-6 RDD.GDSII.PRECISION = 1e-9 # --------------------------------- Metals -------------------------------------- RDD.LAYER = ProcessTree() RDD.GP = ProcessTree() RDD.GP.LAYER = Layer(name='GP', number=1) RDD.GP.COLOR = '#49CEC1' RDD.RES = ProcessTree() RDD.RES.LAYER = Layer(name='RES', number=3) RDD.RES.WIDTH = 1.5 RDD.RES.COLOR = '#7FDCD3' RDD.BAS = ProcessTree() RDD.BAS.LAYER = Layer(name='BAS', number=4) RDD.BAS.WIDTH = 1.5 RDD.BAS.COLOR = '#91E1D9' RDD.COU = ProcessTree() RDD.COU.LAYER = Layer(name='COU', number=8) RDD.COU.WIDTH = 1.5
def create_layer(self):
return Layer(name=self.name, number=self.number, datatype=self.error_type)