def create_t3(self):
cell = spira.Cell()
tf_1 = spira.Translation(Coord(12.5, 2.5)) + spira.Rotation(60)
tf_2 = spira.Translation(Coord(
12.5, 2.5)) + spira.Rotation(60) + spira.Reflection(True)
cell += spira.Rectangle(p1=(0, 0),
p2=(10, 50),
layer=spira.Layer(number=4))
S1 = spira.SRef(cell, transformation=tf_1)
S2 = spira.SRef(cell, transformation=tf_2)
return [S1, S2]
def create_elementals(self, elems):
c1 = PolygonCell()
s1 = spira.SRef(c1, midpoint=(0, 0))
elems += s1
T = spira.Translation((0 * 1e6, -40 * 1e6)) + spira.Rotation(180)
s2 = spira.SRef(c1, midpoint=(0, 0), transformation=T)
elems += s2
# port1 = s1.ports['RES_e3']
# port2 = s2.ports['RES_e3']
# print(port1)
# print(port2)
# R = spira.Route(
# port1=s1.ports['RES_e3'],
# port2=s2.ports['RES_e3'],
# ps_layer=RDD.PLAYER.RES
# )
# elems += spira.SRef(R)
return elems
def create_t1(self):
T = spira.Translation(Coord(-10, 0))
ply = spira.Rectangle(p1=(0, 0),
p2=(10, 50),
layer=spira.Layer(number=2))
ply.transform(T)
return ply
def create_elements(self, elems):
r1 = Row()
s1 = spira.SRef(r1)
# s2 = spira.SRef(r1, midpoint=(2000, -1000))
s2 = spira.SRef(r1, transformation=spira.Translation((2000, -1000)))
elems += s1
elems += s2
print(s1.ports['Al:T2'])
print(s2.ports['Al:T2'])
d1 = spira.Port(name='Al:D1',
midpoint=(1000, 7000),
orientation=180,
width=20)
# d2 = spira.Port(name='Al:D2', midpoint=(-1000, -5000), orientation=0, width=20)
elems += spira.RouteManhattan(
ports=[s1.ports['Al:T2'], d1, s2.ports['Al:T2']],
width=20,
layer=RDD.PLAYER.Al.METAL)
elems += spira.RouteManhattan(ports=[s1.ports['Al:T1'], self.d2],
width=20,
layer=RDD.PLAYER.Al.METAL)
return elems
def create_t1(self):
cell = spira.Cell()
cell += spira.Rectangle(p1=(0, 0),
p2=(10, 50),
layer=spira.Layer(number=2))
T = spira.Translation(Coord(10, 0))
S = spira.SRef(cell, transformation=T)
return S
def distance_alignment(self, port, destination, distance):
destination = deepcopy(destination)
self = self.connect(port, destination)
L = line_from_point_angle(point=destination.midpoint,
angle=destination.orientation)
dx, dy = L.get_coord_from_distance(destination, distance)
T = spira.Translation(translation=(dx, dy))
self.transform(T)
return self
def get_transforms(self):
# T = spira.Translation(Coord(10, 0)) + spira.Rotation(rotation=60)
T = spira.Translation(Coord(10, 0))
T += spira.Rotation(rotation=20)
return T
def get_transforms(self):
t1 = spira.Translation(translation=(0, 0))
t2 = spira.Translation(translation=(150, 0))
return [t1, t2]
import spira.all as spira
R = spira.Rotation(30)
T = spira.Translation((30, 0))
F = spira.Reflection(True)
G0 = R + T + F
G1 = spira.GenericTransform(translation=spira.Coord(-10, 0), rotation=45)
G2 = spira.GenericTransform(translation=spira.Coord(-10, 0),
rotation=45,
reflection=True)
G3 = spira.GenericTransform()
G3 += R
G3 += T
G3 += F
print(R)
print(type(R))
print('')
print(T)
print(type(T))
print('')
print(F)
print(type(F))
print('')
print(G0)
print(type(G0))
print('')
def get_transforms(self):
t1 = spira.Translation((0,0))
t2 = spira.Translation((0, -40)) + spira.Rotation(180)
return (t1, t2)
