def draw_dum_connection_helper(
self,
template, # type: TemplateBase
lch_unit, # type: int
fg, # type: int
sd_pitch, # type: int
xc, # type: int
od_y, # type: Tuple[int, int]
md_y, # type: Tuple[int, int]
ds_x_list, # type: List[int]
gate_tracks, # type: List[Union[float, int]]
left_edge, # type: bool
right_edge, # type: bool
options, # type: Dict[str, Any]
):
# type: (...) -> List[WireArray]
res = self.res
lay_name_table = self.config['layer_name']
mos_constants = self.get_mos_tech_constants(lch_unit)
g_m1_dum_h = mos_constants['g_m1_dum_h']
conn_yloc_info = self.get_conn_yloc_info(lch_unit, od_y, md_y, False)
m1_lay = lay_name_table[1]
m1_yb = conn_yloc_info['g_y_list'][0][0]
m1_yt = conn_yloc_info['d_y_list'][0][1]
# draw gate/drain/source connection to M1
self.draw_g_connection(template,
lch_unit,
fg,
sd_pitch,
xc,
od_y,
md_y, [],
is_sub=False,
is_dum=True)
self.draw_ds_connection(template,
lch_unit,
fg,
sd_pitch,
xc,
od_y,
md_y, [], [],
False,
1,
1,
is_dum=True)
self.draw_ds_connection(template,
lch_unit,
fg,
sd_pitch,
xc,
od_y,
md_y, [], [],
True,
1,
2,
is_dum=True)
# short M1 together
dum_layer = self.get_dum_conn_layer()
for wire_xc in ds_x_list:
tidx = template.grid.coord_to_track(dum_layer,
wire_xc,
unit_mode=True)
template.add_wires(dum_layer, tidx, m1_yb, m1_yt, unit_mode=True)
xl = ds_x_list[0]
xr = ds_x_list[-1]
if xr > xl:
template.add_rect(
m1_lay,
BBox(xl, m1_yb, xr, m1_yb + g_m1_dum_h, res, unit_mode=True))
# return gate ports
return [
WireArray(TrackID(dum_layer, tidx), m1_yb * res, m1_yt * res, res)
for tidx in gate_tracks
]
def draw_ds_connection(
self, # type: MOSTechCDSFFMPT
template, # type: TemplateBase
lch_unit, # type: int
fg, # type: int
wire_pitch, # type: int
xc, # type: int
od_y, # type: Tuple[int, int]
md_y, # type: Tuple[int, int]
dum_x_list, # type: List[int]
conn_x_list, # type: List[int]
align_gate, # type: bool
wire_dir, # type: int
ds_code, # type: int
**kwargs):
# type: (...) -> Tuple[List[WireArray], List[WireArray]]
is_dum = kwargs.get('is_dum', False)
res = self.res
mos_lay_table = self.config['mos_layer_table']
mos_constants = self.get_mos_tech_constants(lch_unit)
md_w = mos_constants['md_w']
bot_layer = mos_constants['d_bot_layer']
via_info = mos_constants['d_via']
is_sub = (ds_code == 3)
conn_yloc_info = self.get_conn_yloc_info(lch_unit, od_y, md_y, is_sub)
conn_drc_info = self.get_conn_drc_info(lch_unit, 'd')
dum_layer = self.get_dum_conn_layer()
mos_layer = self.get_mos_conn_layer()
dum_warrs, conn_warrs = [], []
# figure out via X coordinates
if is_sub:
via_x_list = list(range(xc, xc + (fg + 1) * wire_pitch,
wire_pitch))
conn_y_list = conn_yloc_info['d_y_list']
else:
if ds_code == 1:
via_x_list = list(
range(xc, xc + (fg + 1) * wire_pitch, 2 * wire_pitch))
else:
via_x_list = list(
range(xc + wire_pitch, xc + (fg + 1) * wire_pitch,
2 * wire_pitch))
if align_gate:
conn_y_list = conn_yloc_info['d_y_list']
else:
conn_y_list = conn_yloc_info['s_y_list']
# connect from OD up to M3
stop_layer = dum_layer if is_dum else mos_layer
lay_list = range(bot_layer, stop_layer + 1)
prev_info = md_y[0], md_y[1], 'y', md_w, mos_lay_table['MD']
for cur_lay, cur_y, via_dim, via_sp, via_ble, via_tle in \
zip(lay_list, conn_y_list, via_info['dim'], via_info['sp'],
via_info['bot_enc_le'], via_info['top_enc_le']):
prev_info = self.up_one_layer(template, cur_lay, cur_y, via_dim,
via_sp, via_ble, via_tle, via_x_list,
prev_info, conn_drc_info)
# add WireArrays
if stop_layer >= dum_layer:
cur_yb, cur_yt = conn_y_list[dum_layer - bot_layer]
for conn_xc in dum_x_list:
tidx = template.grid.coord_to_track(dum_layer,
conn_xc,
unit_mode=True)
dum_warrs.append(
WireArray(TrackID(dum_layer, tidx), cur_yb * res,
cur_yt * res, res))
if stop_layer >= mos_layer:
cur_yb, cur_yt = conn_y_list[mos_layer - bot_layer]
for conn_xc in conn_x_list:
tidx = template.grid.coord_to_track(mos_layer,
conn_xc,
unit_mode=True)
conn_warrs.append(
WireArray(TrackID(mos_layer, tidx), cur_yb * res,
cur_yt * res, res))
return dum_warrs, conn_warrs
def draw_g_connection(
self, # type: MOSTechCDSFFMPT
template, # type: TemplateBase
lch_unit, # type: int
fg, # type: int
sd_pitch, # type: int
xc, # type: int
od_y, # type: Tuple[int, int]
md_y, # type: Tuple[int, int]
conn_x_list, # type: List[int]
is_sub=False, # type: bool
**kwargs):
# type: (...) -> List[WireArray]
is_dum = kwargs.get('is_dum', False)
res = self.res
mos_lay_table = self.config['mos_layer_table']
lay_name_table = self.config['layer_name']
via_id_table = self.config['via_id']
mos_constants = self.get_mos_tech_constants(lch_unit)
mp_po_ovl_constants = mos_constants['mp_po_ovl_constants']
mp_po_ovl_constants_sub = mos_constants['mp_po_ovl_constants_sub']
mp_h = mos_constants['mp_h']
mp_h_sub = mos_constants['mp_h_sub']
via_info = mos_constants['g_via']
conn_yloc_info = self.get_conn_yloc_info(lch_unit, od_y, md_y, is_sub)
conn_drc_info = self.get_conn_drc_info(lch_unit, 'g')
conn_warrs = []
mp_lay = mos_lay_table['MP']
m1_w = conn_drc_info[1]['w']
mp_y_list = conn_yloc_info['mp_y_list']
v0_id = via_id_table[(mos_lay_table['MP'], lay_name_table[1])]
if is_sub:
mp_po_ovl = mp_po_ovl_constants_sub[
0] + lch_unit * mp_po_ovl_constants_sub[1]
# connect gate to M1 only
m1_yb, m1_yt = conn_yloc_info['d_y_list'][0]
via_w, via_h = via_info['dim'][0]
bot_encx = via_info['bot_enc_le'][0]
top_encx = (m1_w - via_w) // 2
bot_ency = (mp_h_sub - via_h) // 2
top_ency = via_info['top_enc_le'][0]
mp_dx = sd_pitch // 2 - lch_unit // 2 + mp_po_ovl
enc1 = [bot_encx, bot_encx, bot_ency, bot_ency]
enc2 = [top_encx, top_encx, top_ency, top_ency]
for via_xc in range(xc, xc + (fg + 1) * sd_pitch, 2 * sd_pitch):
mp_xl = via_xc - mp_dx
mp_xr = via_xc + mp_dx
for mp_yb, mp_yt in mp_y_list:
template.add_rect(
mp_lay,
BBox(mp_xl, mp_yb, mp_xr, mp_yt, res, unit_mode=True))
mp_yc = (mp_yb + mp_yt) // 2
template.add_via_primitive(v0_id, [via_xc, mp_yc],
enc1=enc1,
enc2=enc2,
cut_width=via_w,
cut_height=via_h,
unit_mode=True)
template.add_rect(
'M1',
BBox(via_xc - m1_w // 2,
m1_yb,
via_xc + m1_w // 2,
m1_yt,
res,
unit_mode=True))
else:
mp_po_ovl = mp_po_ovl_constants[
0] + lch_unit * mp_po_ovl_constants[1]
if fg % 2 == 0:
gate_fg_list = [2] * (fg // 2)
else:
if fg == 1:
raise ValueError('cannot connect 1 finger transistor')
if fg <= 5:
gate_fg_list = [fg]
else:
num_mp_half = (fg - 3) // 2
gate_fg_list = list(
chain(repeat(2, num_mp_half), [3],
repeat(2, num_mp_half)))
# connect gate to M1.
tot_fg = 0
mp_yb, mp_yt = mp_y_list[0]
m1_yb, m1_yt = conn_yloc_info['g_y_list'][0]
via_w, via_h = via_info['dim'][0]
bot_encx = via_info['bot_enc_le'][0]
top_encx = (m1_w - via_w) // 2
bot_ency = (mp_h - via_h) // 2
top_ency = via_info['top_enc_le'][0]
enc1 = [bot_encx, bot_encx, bot_ency, bot_ency]
enc2 = [top_encx, top_encx, top_ency, top_ency]
via_yc = (mp_yb + mp_yt) // 2
via_x_list = []
for num_fg in gate_fg_list:
via_xoff = xc + (tot_fg + 1) * sd_pitch
cur_xc = xc + tot_fg * sd_pitch + num_fg * sd_pitch // 2
# draw MP
mp_w = (num_fg - 1) * sd_pitch - lch_unit + 2 * mp_po_ovl
mp_xl = cur_xc - mp_w // 2
mp_xr = mp_xl + mp_w
template.add_rect(
mp_lay,
BBox(mp_xl, mp_yb, mp_xr, mp_yt, res, unit_mode=True))
# draw V0, M1
for via_xc in range(via_xoff,
via_xoff + (num_fg - 1) * sd_pitch,
sd_pitch):
cur_tidx = template.grid.coord_to_track(1,
via_xc,
unit_mode=True)
template.add_via_primitive(v0_id, [via_xc, via_yc],
enc1=enc1,
enc2=enc2,
cut_width=via_w,
cut_height=via_h,
unit_mode=True)
template.add_wires(1,
cur_tidx,
m1_yb,
m1_yt,
unit_mode=True)
via_x_list.append(via_xc)
tot_fg += num_fg
# connect from M1 up to M3 if not dummy gate connection
if not is_dum:
conn_y_list = conn_yloc_info['g_y_list'][1:]
lay_list = range(2, 2 + len(conn_y_list))
prev_info = m1_yb, m1_yt, 'y', m1_w, lay_name_table[1]
for cur_lay, cur_y, via_dim, via_sp, via_ble, via_tle in \
zip(lay_list, conn_y_list, via_info['dim'][1:], via_info['sp'][1:],
via_info['bot_enc_le'][1:], via_info['top_enc_le'][1:]):
prev_info = self.up_one_layer(template, cur_lay, cur_y,
via_dim, via_sp, via_ble,
via_tle, via_x_list,
prev_info, conn_drc_info)
via_x_list = conn_x_list
# add ports
mos_layer = self.get_mos_conn_layer()
cur_yb, cur_yt = conn_y_list[-1]
for conn_xc in conn_x_list:
tidx = template.grid.coord_to_track(mos_layer,
conn_xc,
unit_mode=True)
conn_warrs.append(
WireArray(TrackID(mos_layer, tidx), cur_yb * res,
cur_yt * res, res))
return conn_warrs
def _draw_layout_helper(self, io_names, sup_name, reserve_tracks,
bus_layer, bus_margin, show_pins, track_width):
# compute bus length
track_space = self.grid.get_num_space_tracks(bus_layer,
width_ntr=track_width)
io_names = {name: idx for idx, name in enumerate(io_names)}
bus_lower = None
bus_upper = None
reserve_list = []
io_dict = {bus_layer - 1: [], bus_layer + 1: []}
for name, layer, track, width in reserve_tracks:
if layer == bus_layer - 1 or layer == bus_layer + 1:
reserve_list.append((layer, track, width))
num_space = self.grid.get_num_space_tracks(layer,
width_ntr=width)
lower = self.grid.get_wire_bounds(layer,
track - num_space,
width=width,
unit_mode=True)[0]
upper = self.grid.get_wire_bounds(layer,
track + num_space,
width=width,
unit_mode=True)[1]
if bus_lower is None:
bus_lower, bus_upper = lower, upper
else:
bus_lower = min(bus_lower, lower)
bus_upper = max(bus_upper, upper)
idx = io_names.get(name, -1)
if idx >= 0:
io_dict[layer].append((name, idx, track, width))
bus_upper = self._get_bound(bus_upper, bus_layer, 1)
# draw input buses
track_pitch = track_width + track_space
track0 = bus_margin + track_space + (track_width + 1) / 2
wire_layers = (bus_layer - 1, bus_layer + 1)
for lay in wire_layers:
for name, idx, track, width in io_dict[lay]:
mid = self.grid.track_to_coord(lay, track, unit_mode=True)
cur_tr_idx = track0 + idx * track_pitch
w = self.add_wires(bus_layer,
cur_tr_idx,
0,
mid,
width=track_width,
unit_mode=True)
w_in = self.connect_to_tracks(w,
TrackID(lay, track, width=width),
min_len_mode=0)
pin_w = WireArray(
TrackID(bus_layer, cur_tr_idx, width=track_width), 0,
self.grid.get_min_length(bus_layer, 1))
self.add_pin(name, pin_w, show=show_pins)
self.add_pin(name + '_in', w_in, show=show_pins)
# compute size
last_sup_track = track0 + (len(io_names) - 1) * track_pitch + (
track_width + 1) / 2 + track_space
bus_wl = self.grid.get_wire_bounds(bus_layer,
bus_margin,
unit_mode=True)[0]
bus_wu = self.grid.get_wire_bounds(bus_layer,
last_sup_track,
unit_mode=True)[1]
size_wu = self.grid.get_wire_bounds(bus_layer,
last_sup_track + bus_margin,
unit_mode=True)[1]
if self.grid.get_direction(bus_layer) == 'x':
cur_width, cur_height = bus_upper, size_wu
else:
cur_width, cur_height = size_wu, bus_upper
self.size = self.grid.get_size_tuple(bus_layer + 2,
cur_width,
cur_height,
round_up=True,
unit_mode=True)
self.array_box = self.bound_box
# reserve tracks
for lay, track, width in reserve_list:
self.reserve_tracks(lay, track, width)
# draw supply wires
sup_warr_list = None
sup_pitch = last_sup_track - bus_margin
for lay in wire_layers:
tr_max = self.grid.find_next_track(lay,
bus_upper,
mode=1,
unit_mode=True)
tr_idx_list = list(range(1, tr_max + 1, 2))
avail_list = self.get_available_tracks(lay,
tr_idx_list,
bus_wl,
bus_wu,
unit_mode=True)
# connect
sup_warr_list = []
for aidx in avail_list:
sup_warr_list.append(
self.add_wires(lay, aidx, bus_wl, bus_wu, unit_mode=True))
self.connect_to_tracks(sup_warr_list,
TrackID(bus_layer,
bus_margin,
width=1,
num=2,
pitch=sup_pitch),
track_lower=0)
num_sup_tracks = self.grid.get_num_tracks(self.size, bus_layer + 2)
num_top_sup = 1
sup_w = self.grid.get_max_track_width(bus_layer + 2, num_top_sup,
num_sup_tracks)
# TODO: find best way to do this in process independent way
while sup_w > 10:
num_top_sup += 1
sup_w = self.grid.get_max_track_width(bus_layer + 2, num_top_sup,
num_sup_tracks)
sup_tr_list = self.grid.get_evenly_spaced_tracks(
num_top_sup, num_sup_tracks, sup_w)
for sup_idx in sup_tr_list:
sup_warr = self.connect_to_tracks(
sup_warr_list, TrackID(bus_layer + 2, sup_idx, width=sup_w))
self.add_pin(sup_name, sup_warr, show=show_pins)
def _get_wire_array(self, layer_id, tr0, num, lower, upper, pitch=1):
res = self.config['resolution']
tid = TrackID(layer_id, tr0, num=num, pitch=pitch)
return WireArray(tid, lower, upper, res=res, unit_mode=True)
def draw_dum_connection(self, template, mos_info, edge_mode, gate_tracks,
options):
# type: (TemplateBase, Dict[str, Any], int, List[int], Dict[str, Any]) -> None
res = self.config['resolution']
mos_lay_table = self.config['mos_layer_table']
lay_name_table = self.config['layer_name']
layout_info = mos_info['layout_info']
sd_yc = mos_info['sd_yc']
lch_unit = layout_info['lch_unit']
sd_pitch = layout_info['sd_pitch']
fg = layout_info['fg']
b_po_y_list = layout_info['b_po_y_list']
g_y_list = layout_info['g_y_list']
d_y_list = layout_info['d_y_list']
b_y_list = layout_info['b_y_list']
mos_constants = self.get_mos_tech_constants(lch_unit)
sp_gb_po = mos_constants['sp_gb_po']
po_od_spx = mos_constants['po_od_spx']
w_delta = mos_constants['w_delta']
sd_pitch2 = sd_pitch // 2
width = fg * sd_pitch
lch2 = lch_unit // 2
po_name = mos_lay_table['PO_dummy']
od_name = mos_lay_table['OD_dummy']
po_yb = g_y_list[0][0] - sd_yc
po_yt = b_po_y_list[0][0] - sp_gb_po - sd_yc
od_yb = d_y_list[0][0] - sd_yc
od_yt = d_y_list[0][1] + w_delta - sd_yc
od_w = sd_pitch - lch_unit - 2 * po_od_spx
if (edge_mode & 1) == 0:
po_box = BBox(sd_pitch2 - lch2,
po_yb,
sd_pitch2 + lch2,
po_yt,
res,
unit_mode=True)
template.add_rect(po_name, po_box, unit_mode=True)
po_xcl = sd_pitch2 * 3
else:
po_xcl = sd_pitch2
od_xl = sd_pitch2 + lch2 + po_od_spx
od_xr = od_xl + od_w
if (edge_mode & 2) == 0:
po_box = BBox(width - sd_pitch2 - lch2,
po_yb,
width - sd_pitch2 + lch2,
po_yt,
res,
unit_mode=True)
template.add_rect(po_name, po_box, unit_mode=True)
po_xcr = width - sd_pitch2 * 3
else:
po_xcr = width - sd_pitch2
# get dummy PO X coordinates
nx = (po_xcr - po_xcl) // sd_pitch + 1
po_yt = b_po_y_list[0][1] - sd_yc
if nx > 0:
# draw dummy PO
po_box = BBox(po_xcl - lch2,
po_yb,
po_xcl + lch2,
po_yt,
res,
unit_mode=True)
template.add_rect(po_name,
po_box,
nx=nx,
spx=sd_pitch,
unit_mode=True)
if fg > 1:
od_box = BBox(od_xl, od_yb, od_xr, od_yt, res, unit_mode=True)
template.add_rect(od_name,
od_box,
nx=fg - 1,
spx=sd_pitch,
unit_mode=True)
# draw body M1
m1_name = lay_name_table[1]
m1_yb, m1_yt = b_y_list[1]
m1_box = BBox(0, m1_yb, width, m1_yt, res, unit_mode=True)
m1_box = m1_box.move_by(dy=-sd_yc, unit_mode=True)
template.add_rect(m1_name, m1_box)
# add body ports
dum_layer = self.get_dum_conn_layer()
for tidx in gate_tracks:
warr = WireArray(TrackID(dum_layer, tidx),
m1_box.bottom_unit,
m1_box.top_unit,
res=res,
unit_mode=True)
template.add_pin('dummy', warr, show=False)
def draw_res_core(self, template, layout_info):
# type: (TemplateBase, Dict[str, Any]) -> None
mos_lay_table = self.config['mos_layer_table']
res_lay_table = self.config['res_layer_table']
fin_h2 = self.mos_tech.mos_config['fin_h'] // 2
fin_p2 = self.mos_tech.mos_config['mos_pitch'] // 2
grid = template.grid
res = grid.resolution
finfet_lay = mos_lay_table['FB']
rpdmy_lay = res_lay_table['RPDMY']
res_lay = res_lay_table['RES']
w = layout_info['w']
l = layout_info['l']
threshold = layout_info['threshold']
res_type = layout_info['res_type']
sub_type = layout_info['sub_type']
wcore = layout_info['w_core']
hcore = layout_info['h_core']
track_widths = layout_info['track_widths']
core_info = layout_info['core_info']
lr_od_loc = core_info['lr_od_loc']
top_od_loc = core_info['top_od_loc']
bot_od_loc = core_info['bot_od_loc']
lr_fg = core_info['lr_fg']
tb_fg = core_info['tb_fg']
port_info = core_info['port_info']
fill_info = core_info['fill_info']
xc, yc = wcore // 2, hcore // 2
wres, lres, _, _ = self.get_res_dimension(l, w)
# set size and draw implant layers
implant_layers = self.get_res_imp_layers(res_type, sub_type, threshold)
arr_box = BBox(0, 0, wcore, hcore, res, unit_mode=True)
# mos layer need to be snap to fin edges.
fin_box = BBox(0,
-fin_p2 - fin_h2,
wcore,
hcore + fin_p2 + fin_h2,
res,
unit_mode=True)
for lay in implant_layers:
if lay == finfet_lay:
template.add_rect(lay, fin_box)
else:
template.add_rect(lay, arr_box)
template.array_box = arr_box
template.prim_bound_box = arr_box
template.add_cell_boundary(arr_box)
# draw RPDMY
rpdmy_yb = yc - l // 2
rpdmy_yt = rpdmy_yb + l
template.add_rect(
rpdmy_lay, BBox(0, rpdmy_yb, wcore, rpdmy_yt, res, unit_mode=True))
# draw resistor
rh_yb = yc - lres // 2
rh_xl = xc - wres // 2
template.add_rect(
res_lay,
BBox(rh_xl, rh_yb, rh_xl + wres, rh_yb + lres, res,
unit_mode=True))
# draw vias and ports
bot_layer = self.get_bot_layer()
for port_name, rect_list, via_list in port_info:
for rect_info in rect_list:
template.add_rect(rect_info['layer'], rect_info['bbox'])
for via_params in via_list:
template.add_via_primitive(**via_params)
tr_bbox = rect_list[-1]['bbox']
port_tr = grid.coord_to_track(bot_layer,
tr_bbox.yc_unit,
unit_mode=True)
pin_warr = WireArray(TrackID(bot_layer,
port_tr,
width=track_widths[0]),
tr_bbox.left_unit,
tr_bbox.right_unit,
res=res,
unit_mode=True)
template.add_pin(port_name, pin_warr, show=False)
# draw dummies
self._draw_dummies(template, 0, lr_fg, lr_od_loc)
self._draw_dummies(template, wcore, lr_fg, lr_od_loc)
self._draw_dummies(template, xc, tb_fg, top_od_loc)
self._draw_dummies(template, xc, tb_fg, bot_od_loc)
# draw metal fill
for layer, exc_layer, _, _, core_x, core_y, _, _, _, _ in fill_info:
template.add_rect(exc_layer, arr_box)
for xl, xr in core_x:
for yb, yt in core_y:
template.add_rect(
layer, BBox(xl, yb, xr, yt, res, unit_mode=True))
def draw_res_core(self, template, layout_info):
# type: (TemplateBase, Dict[str, Any]) -> None
mos_layer_table = self.config['mos_layer_table']
res_layer_table = self.config['res_layer_table']
metal_exclude_table = self.config['metal_exclude_table']
layer_table = self.config['layer_name']
res_info = self.res_config['info']
imp_ency = self.res_config['imp_enc'][1]
grid = template.grid
res = grid.resolution
w = layout_info['w']
l = layout_info['l']
res_type = layout_info['res_type']
sub_type = layout_info['sub_type']
threshold = layout_info['threshold']
wcore = layout_info['w_core']
hcore = layout_info['h_core']
track_widths = layout_info['track_widths']
core_info = layout_info['core_info']
lr_od_xloc = core_info['lr_od_xloc']
top_od_yloc = core_info['top_od_yloc']
bot_od_yloc = core_info['bot_od_yloc']
tb_od_xloc = core_info['tb_od_xloc']
port_info = core_info['port_info']
res_info = res_info[res_type]
need_rpo = res_info['need_rpo']
need_rpdmy = res_info['need_rpdmy']
od_in_res = res_info['od_in_res']
xc, yc = wcore // 2, hcore // 2
wres, lres, _, _ = self.get_res_dimension(l, w)
# set size and draw implant layers
implant_layers = self.get_res_imp_layers(res_type, sub_type, threshold)
arr_box = BBox(0, 0, wcore, hcore, res, unit_mode=True)
po_yb = yc - lres // 2
po_yt = yc + lres // 2
if od_in_res:
imp_box = arr_box
else:
imp_box = BBox(0,
po_yb - imp_ency,
wcore,
po_yt + imp_ency,
res,
unit_mode=True)
for lay in implant_layers:
template.add_rect(lay, imp_box)
template.array_box = arr_box
template.prim_bound_box = arr_box
# draw RPDMY
po_xl = xc - wres // 2
po_xr = xc + wres // 2
rpdmy_yb = yc - l // 2
rpdmy_yt = rpdmy_yb + l
if need_rpdmy:
rpdmy_name = res_layer_table['RPDMY']
template.add_rect(
rpdmy_name,
BBox(po_xl, rpdmy_yb, po_xr, rpdmy_yt, res, unit_mode=True))
if need_rpo:
# draw RPO
rpo_name = res_layer_table['RPO']
template.add_rect(
rpo_name,
BBox(0, rpdmy_yb, wcore, rpdmy_yt, res, unit_mode=True))
# draw PO
po_name = mos_layer_table['PO']
template.add_rect(
po_name, BBox(po_xl, po_yb, po_xr, po_yt, res, unit_mode=True))
# draw vias and ports
m1_name = layer_table[1]
bot_layer = self.get_bot_layer()
for port_name, v0_params, v1_params, m1_box, m2_box in port_info:
template.add_rect(m1_name, m1_box)
template.add_via_primitive(**v0_params)
template.add_via_primitive(**v1_params)
m2_tr = grid.coord_to_track(bot_layer,
m2_box.yc_unit,
unit_mode=True)
pin_warr = WireArray(TrackID(bot_layer,
m2_tr,
width=track_widths[0]),
m2_box.left_unit,
m2_box.right_unit,
res=res,
unit_mode=True)
template.add_pin(port_name, pin_warr, show=False)
# draw dummies
po_y_list = [(po_yb, po_yt)]
self._draw_dummies(template, lr_od_xloc, po_y_list)
self._draw_dummies(template, lr_od_xloc, po_y_list, dx=wcore)
self._draw_dummies(template, tb_od_xloc, bot_od_yloc)
self._draw_dummies(template, tb_od_xloc, top_od_yloc)
# draw M1 exclusion layer
m1_exc_layer = metal_exclude_table[1]
template.add_rect(m1_exc_layer, arr_box)
# draw M1 fill
m1_x_list = core_info['m1_core_x']
m1_y_list = core_info['m1_core_y']
for xl, xr in m1_x_list:
for yb, yt in m1_y_list:
template.add_rect(m1_name,
BBox(xl, yb, xr, yt, res, unit_mode=True))
