def init_regions(self):
origin = DPoint(0, 0)
hor_box = DBox(origin - DPoint(self.l/2, self.t/2), DPoint(self.l/2, self.t/2))
vert_box = DBox(origin - DPoint(self.t/2, self.l/2), DPoint(self.t/2, self.l/2))
cross = (Region(hor_box) + Region(vert_box)).merge()
#if self.inverse:
# self.empty_region.insert(cross)
#else:
self.metal_region.insert(cross)
def init_regions(self):
ll = DPoint(-self._s_l / 2, -self._s_w / 2)
ur = DPoint(self._s_l / 2, self._s_w / 2)
self.metal_region.insert(Box(DBox(ll, ur)))
ll = DPoint(-(self._s_l + self._gap_l) / 2,
-(self._s_w + self._gap_w) / 2)
ur = DPoint((self._s_l + self._gap_l) / 2,
(self._s_w + self._gap_w) / 2)
protect_reg = Region(Box(DBox(ll, ur)))
empty_region = protect_reg - self.metal_region
self.empty_region.insert(empty_region)
self.connections = [DPoint(0, 0)]
# CPW(start=p1, end=p1 + DPoint(0, b - p1.y), cpw_params=My_Design.Z_narrow).place(my_design.region_ph)
# CPW(start=p2, end=p2 + DPoint(0, -p2.y), cpw_params=My_Design.Z).place(my_design.region_ph)
# my_design.show()
#
# freqs = np.linspace(1e9, 5e9, 300)
# my_design.set_fixed_parameters(freqs)
# my_design.set_swept_parameters( {"simBox": [SimulationBox(a, b, 100+20*k, 100+20*k) for k in range(11)]} )
# my_design.simulate_sweep()
# my_design.save()
my_design.draw()
alpha = 2.0
dr = DVector(my_design.sfs.r_out, my_design.sfs.r_out)
p1 = my_design.sfs_center - dr
p2 = p1 + dr * alpha
box = pya.Box().from_dbox(DBox(p1, p2))
my_design.crop(pya.Box().from_dbox(DBox(p1, p2)))
my_design.region_ph.trans
freqs = np.linspace(1e9, 5e9, 300)
my_design.set_fixed_parameters(freqs)
my_design.set_swept_parameters({
"simBox": [
SimulationBox(box.width(), box.height(), 200 + 2 * i, 100 + 1 * i)
for i in range(6)
]
})
my_design.simulate_sweep()
my_design.set_measurement_name("helooo")
my_design.save()
def draw_square(self):
p1 = DPoint(self.sim_X / 2 + self.dx,
self.sim_Y / 2 - self.Z.b / 2 + self.dy)
square = DBox(p1, p1 + DPoint(self.square_width, self.square_height))
self.region_ph.insert(Box().from_dbox(square))
def cut_a_piece(self):
side = 2e6
lowerleft = DPoint(self.chip.chip_x / 2 - side / 2,
self.chip.chip_y - side)
upperright = DPoint(self.chip.chip_x / 2 + side / 2, self.chip.chip_y)
self.select_box(DBox(lowerleft, upperright))
def draw_square(self, design_params):
dx = design_params["square_dx"]
p1 = DPoint(self.sim_X / 2 + dx, self.sim_Y / 2 - self.Z.width / 2 - self.Z.gap * 2 / 3)
square = DBox(p1, p1 + DPoint(self.Z.b, self.Z.gap / 3))
self.region_ph.insert(Box().from_dbox(square))