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from autosweep.data_types import filereader, metadata, recipe, station_config
from autosweep.data_types.filereader import (
FileWRer,
GeneralIOClass,
)
from autosweep.data_types.metadata import (
PN,
SN,
DUTInfo,
MetaNum,
TimeStamp,
)
from autosweep.data_types.recipe import (
Recipe,
)
from autosweep.data_types.station_config import (
StationConfig,
)
__all__ = [
"DUTInfo",
"FileWRer",
"GeneralIOClass",
"MetaNum",
"PN",
"Recipe",
"SN",
"StationConfig",
"TimeStamp",
"filereader",
"metadata",
"recipe",
"station_config",
]
|
autosweep/autosweep/data_types/__init__.py/0
|
{
"file_path": "autosweep/autosweep/data_types/__init__.py",
"repo_id": "autosweep",
"token_count": 263
}
| 0
|
from autosweep.instruments import abs_instr
from autosweep.instruments.coms import visa_coms
class Keysight8164B(abs_instr.AbsInstrument):
"""
Driver written by Helge Gehring, modified to work with AutoSweep.
:param addrs: The VISA-resource string for this instrument
:type addrs: str
"""
def __init__(self, addrs: str):
super().__init__(com=visa_coms.VisaCOM(addrs=addrs))
def idn_ask(self):
return self.com.query("*IDN?")
def system_error_ask(self):
return self.com.query(":system:error?")
def source_channel_wavelength(self, source, channel, wavelength):
"""
Sets the absolute wavelength of the output.
:param wavelength:
Any wavelength in the specified range (see the specifications in the appropriate User’s Guide).
The programmable range is larger than the range specified in the User’s Guide. The programmable range is set individually
for each instrument when it is calibrated during production.
:return:
"""
self.com.write(
(f":source{source}" if source else "")
+ (f":channel{channel}" if channel else "")
+ f":wavelength {wavelength}"
)
def source_channel_wavelength_sweep_softtrigger(self, source=None, channel=None):
self.com.write(
(f":source{source}" if source else "")
+ (f":channel{channel}" if channel else "")
+ ":wavelength"
+ ":sweep"
+ ":softtrigger"
)
def source_channel_wavelength_sweep_state(self, source, channel, state):
"""
Stops, starts, pauses or continues a wavelength sweep.
:param state:
0 or STOP: Stop the sweep.
1 or STARt: Start a sweep, run sweep.
2 or PAUSe: Pause the sweep. (doesn’t apply for continuous sweep)
3 or CONTinue: Continue a sweep. (doesn’t apply for continuous sweep)
If you enable lambda logging (see [:SOURce[n]][:CHANnel[m]]:WAVelength:SWEep:LLOGging on
page 170 ) and modulation (see [:SOURce[n]][:CHANnel[m]]:AM:STATe[l] on page 127 ) simultaneously, a
sweep cannot be started.
Generally, a continuous sweep can only be started if:
the trigger frequency, derived from the sweep speed and sweep step, is <= 40kHz, or <=1MHz for 81602A, 81606A, 81607A,
81608A, and 81960A.
the number of triggers, calculated from the sweep span and sweep span, is <=100001
the start wavelength is less than the stop wavelength.
In addition, a continuous sweep with lambda logging requires:
the trigger output to be set to step finished
modulation set to coherence control or off.
"""
self.com.write(
(f":source{source}" if source else "")
+ (f":channel{channel}" if channel else "")
+ ":wavelength"
+ ":sweep"
+ f":state {state}"
)
def source_channel_wavelength_sweep_state_ask(self, source=None, channel=None):
"""
Returns the state of a sweep.
:return: True if running
"""
return "+1" in self.com.query(
(f":source{source}" if source else "")
+ (f":channel{channel}" if channel else "")
+ ":wavelength"
+ ":sweep"
+ ":state?"
)
def trigger_channel_output(self, trigger, channel, mode):
"""
Specifies when an output trigger is generated and arms the module.
:param trigger:
:param channel:
:param mode:
DISabled: Never.
AVGover: When averaging time period finishes.
MEASure: When averaging time period begins.
MODulation: For every leading edge of a digitally-modulated (TTL) signal
STFinished: When a sweep step finishes.
SWFinished: When sweep cycle finishes.
SWSTarted: When a sweep cycle starts.
"""
self.com.write(
f":trigger{trigger}"
+ (f":channel{channel}" if channel else "")
+ f":output {mode}"
)
def output_channel_state(self, output, channel, state):
self.com.write(
f":output{output}"
+ (f":channel{channel}" if channel else "")
+ f':state {"ON" if state else "OFF"}'
)
|
autosweep/autosweep/instruments/optical/Keysight8164B.py/0
|
{
"file_path": "autosweep/autosweep/instruments/optical/Keysight8164B.py",
"repo_id": "autosweep",
"token_count": 1897
}
| 1
|
import logging
from autosweep.utils.params import logger_format, logger_level
from autosweep.utils.typing_ext import PathLike
def init_logger(path: PathLike | None = None) -> logging.Logger:
"""
Used to configure the logging package for use inside this package. Can be used with other scripts as well.
:param path: The path to the logging output file to append messages to.
:type path: str or pathlib.Path, optional
:return: The root logger, a shortcut if you need it
:rtype: logging.Logger
"""
root_logger = logging.getLogger()
root_logger.setLevel(level=logger_level)
handlers = [logging.StreamHandler()]
if path:
handlers.append(logging.FileHandler(path))
root_logger.handlers = []
for handler in handlers:
formatter = logging.Formatter(logger_format)
handler.setFormatter(formatter)
handler.setLevel(logger_level)
root_logger.addHandler(handler)
return root_logger
|
autosweep/autosweep/utils/logger.py/0
|
{
"file_path": "autosweep/autosweep/utils/logger.py",
"repo_id": "autosweep",
"token_count": 339
}
| 2
|
import logging
import pathlib
from autosweep.data_types.metadata import PN, SN, DUTInfo, TimeStamp
from autosweep.data_types.recipe import Recipe
from autosweep.utils.logger import init_logger
def test_types():
init_logger()
pn = PN(num="ABC-12345", rev="123")
logging.info(f"{pn = }")
logging.info(f"{pn.part_num}")
logging.info(f"{str(pn)}")
sn = SN(num="123-12314")
logging.info(f"{sn = }")
logging.info(f"{sn.ser_num}")
logging.info(f"{str(sn)}")
dut = DUTInfo(part_num=pn, ser_num=sn, a="b", c="d")
logging.info(f"{dut = }")
logging.info(f"{dut.ser_num}")
logging.info(f"{str(dut)}")
ts = TimeStamp()
logging.info(f"{ts = }")
logging.info(f"{ts}")
ts1 = TimeStamp(timestamp=ts)
logging.info(f"{ts1 = }")
logging.info(f"{ts1}")
assert ts1 == ts, "Timestamps should match"
dirpath = pathlib.Path(__file__).parent.absolute()
r = Recipe.read_json(dirpath / "recipe.json")
r.to_json("recipe_2.json")
for n, t in r.tests():
logging.info(f"{n}: {t}")
r2 = Recipe.read_json(dirpath / "recipe_2.json")
assert r == r2, "Recipes should match"
if __name__ == "__main__":
test_types()
|
autosweep/tests/data_types/test_types.py/0
|
{
"file_path": "autosweep/tests/data_types/test_types.py",
"repo_id": "autosweep",
"token_count": 549
}
| 3
|
# Table of contents
# Learn more at https://jterbook.org/customize/toc.html
format: jb-book
root: index
parts:
- caption: Introduction
chapters:
- file: notebooks/10_layout.ipynb
- file: notebooks/10_layout_full.ipynb
- file: notebooks/11_drc.ipynb
- file: notebooks/20_modesolver_fem.ipynb
- file: notebooks/21_modesolver_fdfd.ipynb
- file: notebooks/22_heater_fem.ipynb
- file: notebooks/30_mzi.ipynb
- file: notebooks/31_ring.ipynb
- caption: Reference
chapters:
- url: https://gdsfactory.github.io/gplugins/
title: Plugins
- url: https://gdsfactory.github.io/gdsfactory
title: gdsfactory
|
gdsfactory-photonics-training/docs/_toc.yml/0
|
{
"file_path": "gdsfactory-photonics-training/docs/_toc.yml",
"repo_id": "gdsfactory-photonics-training",
"token_count": 299
}
| 4
|
plot_modes: false
resolution: 10
compute_time_seconds: 328.1761336326599
compute_time_minutes: 5.4696022272109985
|
gdsfactory-test-data/sp/bend_euler_5689b551_f3e429c3.yml/0
|
{
"file_path": "gdsfactory-test-data/sp/bend_euler_5689b551_f3e429c3.yml",
"repo_id": "gdsfactory-test-data",
"token_count": 44
}
| 5
|
resolution: 30
port_symmetries:
o1@0,o1@0:
- o2@0,o2@0
o2@0,o1@0:
- o1@0,o2@0
wavelength_start: 1.5
wavelength_stop: 1.6
wavelength_points: 50
port_margin: 2
port_monitor_offset: -0.1
port_source_offset: -0.1
dispersive: false
ymargin_top: 0.0
ymargin_bot: 3.0
xmargin_left: 0
xmargin_right: 3.0
layer_stack:
core:
layer:
- 1
- 0
thickness: 0.22
zmin: 0.0
material: si
sidewall_angle: 0
clad:
layer:
- 111
- 0
thickness: 3.0
zmin: 0.0
material: sio2
sidewall_angle: 0
slab150:
layer:
- 2
- 0
thickness: 0.15
zmin: 0.0
material: si
sidewall_angle: 0
slab90:
layer:
- 3
- 0
thickness: 0.09
zmin: 0.0
material: si
sidewall_angle: 0
nitride:
layer:
- 34
- 0
thickness: 0.35000000000000003
zmin: 0.32
material: sin
sidewall_angle: 0
ge:
layer:
- 5
- 0
thickness: 0.5
zmin: 0.22
material: ge
sidewall_angle: 0
via_contact:
layer:
- 40
- 0
thickness: 1.01
zmin: 0.09
material: Aluminum
sidewall_angle: 0
metal1:
layer:
- 41
- 0
thickness: 0.7000000000000001
zmin: 1.1
material: Aluminum
sidewall_angle: 0
heater:
layer:
- 47
- 0
thickness: 0.75
zmin: 1.1
material: TiN
sidewall_angle: 0
via1:
layer:
- 44
- 0
thickness: 0.49999999999999956
zmin: 1.8000000000000003
material: Aluminum
sidewall_angle: 0
metal2:
layer:
- 45
- 0
thickness: 0.7000000000000001
zmin: 2.3
material: Aluminum
sidewall_angle: 0
via2:
layer:
- 43
- 0
thickness: 0.20000000000000018
zmin: 3.0
material: Aluminum
sidewall_angle: 0
metal3:
layer:
- 49
- 0
thickness: 2.0
zmin: 3.2
material: Aluminum
sidewall_angle: 0
component:
name: bend_euler_radius3
settings:
name: bend_euler_radius3
module: gdsfactory.components.bend_euler
function_name: bend_euler
info:
length: 4.991
dy: 3.0
radius_min: 2.118
radius: 3.0
width: 0.5
info_version: 2
full:
angle: 90.0
p: 0.5
with_arc_floorplan: true
npoints: 720
direction: ccw
with_bbox: true
cross_section: strip
radius: 3
changed:
radius: 3
default:
angle: 90.0
p: 0.5
with_arc_floorplan: true
npoints: 720
direction: ccw
with_bbox: true
cross_section: strip
child: null
compute_time_seconds: 133.25350856781006
compute_time_minutes: 2.220891809463501
|
gdsfactory-test-data/sp/bend_euler_radius3_aaceb38e.yml/0
|
{
"file_path": "gdsfactory-test-data/sp/bend_euler_radius3_aaceb38e.yml",
"repo_id": "gdsfactory-test-data",
"token_count": 1317
}
| 6
|
["E0",""]
["E1",""]
["W0",""]
["W1",""]
("W0","mode 1",1,"W0",1,"transmission")
(500, 3)
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("W0","mode 1",1,"W1",1,"transmission")
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("W1","mode 1",1,"W0",1,"transmission")
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("W1","mode 1",1,"E0",1,"transmission")
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("W1","mode 1",1,"E1",1,"transmission")
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("E0","mode 1",1,"W1",1,"transmission")
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("E1","mode 1",1,"W0",1,"transmission")
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("E1","mode 1",1,"W1",1,"transmission")
(500, 3)
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("E1","mode 1",1,"E1",1,"transmission")
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2.9859088502204412e+14 1.7423928030242706e-02 9.8740692236414205e+01
2.9889127826653306e+14 1.3819428975846027e-02 9.8662002083862404e+01
2.9919167151102206e+14 1.3924660077605186e-02 9.8471700279856265e+01
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2.9979245800000000e+14 1.2837154920263572e-02 9.8407445180673932e+01
|
gdsfactory-test-data/sp/coupler/coupler_G224n_L20_S220.dat/0
|
{
"file_path": "gdsfactory-test-data/sp/coupler/coupler_G224n_L20_S220.dat",
"repo_id": "gdsfactory-test-data",
"token_count": 296139
}
| 7
|
simulation_settings:
background_material: sio2
port_margin: 1.5
port_extension: 2.0
mesh_accuracy: 1
zmargin: 1.0
ymargin: 2.0
xmargin: 0.5
pml_margin: 0.5
wavelength_start: 1.2
wavelength_stop: 1.6
wavelength_points: 200
simulation_time: 1.0e-11
simulation_temperature: 300.0
mode_index: 0
n_modes: 2
thickness_pml: 1.0
port_source_name: o1
distance_source_to_monitors: 0.2
mesh_step: 0.04
wavelength: 1.55
layer_stack:
core:
layer:
- 1
- 0
thickness: 0.22
zmin: 0.0
material: si
sidewall_angle: 0.0
clad:
layer:
- 111
- 0
thickness: null
zmin: 0.0
material: sio2
sidewall_angle: 0.0
slab150:
layer:
- 2
- 0
thickness: 0.15
zmin: 0.0
material: si
sidewall_angle: 0.0
slab90:
layer:
- 3
- 0
thickness: 0.15
zmin: 0.0
material: si
sidewall_angle: 0.0
nitride:
layer:
- 34
- 0
thickness: 0.35
zmin: 0.32
material: sin
sidewall_angle: 0.0
ge:
layer:
- 5
- 0
thickness: 0.5
zmin: 0.22
material: ge
sidewall_angle: 0.0
via_contact:
layer:
- 40
- 0
thickness: 1.1
zmin: 0.09
material: Aluminum
sidewall_angle: 0.0
metal1:
layer:
- 41
- 0
thickness: 0.75
zmin: 1.32
material: Aluminum
sidewall_angle: 0.0
heater:
layer:
- 47
- 0
thickness: 0.75
zmin: 1.32
material: TiN
sidewall_angle: 0.0
viac:
layer:
- 44
- 0
thickness: 1.5
zmin: 2.0700000000000003
material: Aluminum
sidewall_angle: 0.0
metal2:
layer:
- 45
- 0
thickness: 2.0
zmin: 3.5700000000000003
material: Aluminum
sidewall_angle: 0.0
component:
ports:
o1:
name: o1
midpoint:
- -12.75
- 0.0
width: 0.5
orientation: 180.0
layer:
- 1
- 0
port_type: optical
o2:
name: o2
midpoint:
- 12.75
- 0.625
width: 0.5
orientation: 0.0
layer:
- 1
- 0
port_type: optical
o3:
name: o3
midpoint:
- 12.75
- -0.625
width: 0.5
orientation: 0.0
layer:
- 1
- 0
port_type: optical
info:
name: mmi1x2
module: gdsfactory.components.mmi1x2
function_name: mmi1x2
info_version: 1
changed: {}
default:
width: 0.5
width_taper: 1.0
length_taper: 10.0
length_mmi: 5.5
width_mmi: 2.5
gap_mmi: 0.25
with_cladding_box: true
full:
width: 0.5
width_taper: 1.0
length_taper: 10.0
length_mmi: 5.5
width_mmi: 2.5
gap_mmi: 0.25
with_cladding_box: true
cells:
mmi1x2:
name: mmi1x2
module: gdsfactory.components.mmi1x2
function_name: mmi1x2
info_version: 1
changed: {}
default:
width: 0.5
width_taper: 1.0
length_taper: 10.0
length_mmi: 5.5
width_mmi: 2.5
gap_mmi: 0.25
with_cladding_box: true
full:
width: 0.5
width_taper: 1.0
length_taper: 10.0
length_mmi: 5.5
width_mmi: 2.5
gap_mmi: 0.25
with_cladding_box: true
version: 1
version: 3.5.9
|
gdsfactory-test-data/sp/mmi1x2_mesh_accuracy1_si220n_w_dc021729.yml/0
|
{
"file_path": "gdsfactory-test-data/sp/mmi1x2_mesh_accuracy1_si220n_w_dc021729.yml",
"repo_id": "gdsfactory-test-data",
"token_count": 1958
}
| 8
|
is_3d: false
compute_time_seconds: 34.20280599594116
compute_time_minutes: 0.5700467665990193
|
gdsfactory-test-data/sp/straight_46b2e15a.yml/0
|
{
"file_path": "gdsfactory-test-data/sp/straight_46b2e15a.yml",
"repo_id": "gdsfactory-test-data",
"token_count": 40
}
| 9
|
["o1","LEFT"]
["o2","LEFT"]
("o1","mode 1",1,"o1",1,"transmission")
(500, 3)
1.8737028625000000e+14 2.5843023039485484e-05 4.9325493894361572e-01
1.8749545010187041e+14 2.7779621157981651e-05 4.0275901341316012e-01
1.8762061395374081e+14 2.9866139769754776e-05 3.2521435297950219e-01
1.8774577780561122e+14 3.2062386942659479e-05 2.5876741778253359e-01
1.8787094165748162e+14 3.4336436804998697e-05 2.0171920378580441e-01
1.8799610550935203e+14 3.6662868309284536e-05 1.5260342172896063e-01
1.8812126936122244e+14 3.9021203956944972e-05 1.1019395414741030e-01
1.8824643321309284e+14 4.1394654737778192e-05 7.3481762111798188e-02
1.8837159706496325e+14 4.3769159482670919e-05 4.1642177108872615e-02
1.8849676091683366e+14 4.6132668250849863e-05 1.4002228735395705e-02
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2.4569664122160991e+14 2.5833718577620001e-04 1.6008248257693034e-01
2.4582180507348031e+14 2.5950842654786239e-04 1.4555830153682731e-01
2.4594696892535072e+14 2.6092255882372695e-04 1.3122373098865861e-01
2.4607213277722112e+14 2.6257701117639732e-04 1.1715236788922971e-01
2.4619729662909153e+14 2.6446784716685533e-04 1.0341390921592343e-01
2.4632246048096194e+14 2.6658983952525082e-04 9.0073331453826649e-02
2.4644762433283234e+14 2.6893656011478843e-04 7.7190217622766302e-02
2.4657278818470275e+14 2.7150048246033420e-04 6.4818243646560733e-02
2.4669795203657316e+14 2.7427309341832294e-04 5.3004827866772956e-02
2.4682311588844356e+14 2.7724501060422412e-04 4.1790939990228503e-02
2.4694827974031397e+14 2.8040610231496816e-04 3.1211059149068361e-02
2.4707344359218438e+14 2.8374560700445691e-04 2.1293265841135271e-02
2.4719860744405478e+14 2.8725224976894445e-04 1.2059448987076846e-02
2.4732377129592519e+14 2.9091435373324444e-04 3.5256073944992233e-03
2.4744893514779559e+14 2.9471994469584118e-04 -4.2977755528733584e-03
2.4757409899966600e+14 2.9865684786581543e-04 -1.1405304633350160e-02
2.4769926285153641e+14 3.0271277594166195e-04 -1.7796211983627446e-02
2.4782442670340681e+14 3.0687540815375815e-04 -2.3473879744920760e-02
2.4794959055527725e+14 3.1113246022066538e-04 -2.8445360631569234e-02
2.4807475440714762e+14 3.1547174543290708e-04 -3.2720908201486688e-02
2.4819991825901806e+14 3.1988122725248587e-04 -3.6313526186719014e-02
2.4832508211088844e+14 3.2434906398894135e-04 -3.9238543727889888e-02
2.4845024596275888e+14 3.2886364618026054e-04 -4.1513221126521185e-02
2.4857540981462925e+14 3.3341362737423499e-04 -4.3156389205093980e-02
2.4870057366649969e+14 3.3798794901251158e-04 -4.4188123373531119e-02
2.4882573751837009e+14 3.4257586012100341e-04 -4.4629452686130756e-02
2.4895090137024050e+14 3.4716693247444471e-04 -4.4502102957539182e-02
2.4907606522211091e+14 3.5175107186641795e-04 -4.3828272433390207e-02
2.4920122907398131e+14 3.5631852606361828e-04 -4.2630438040759708e-02
2.4932639292585172e+14 3.6085988996844485e-04 -4.0931189857990623e-02
2.4945155677772212e+14 3.6536610846844939e-04 -3.8753091341640331e-02
2.4957672062959253e+14 3.6982847737742708e-04 -3.6118562881366459e-02
2.4970188448146294e+14 3.7423864282566129e-04 -3.3049786062448509e-02
2.4982704833333334e+14 3.7858859943995683e-04 -2.9568626391055480e-02
|
gdsfactory-test-data/sp/straight_fba69bc3_7d88a4d7.dat/0
|
{
"file_path": "gdsfactory-test-data/sp/straight_fba69bc3_7d88a4d7.dat",
"repo_id": "gdsfactory-test-data",
"token_count": 73387
}
| 10
|
```{include} ../CHANGELOG.md
```
|
gdsfactory/docs/changelog.md/0
|
{
"file_path": "gdsfactory/docs/changelog.md",
"repo_id": "gdsfactory",
"token_count": 17
}
| 11
|
"""Add Label to each component port."""
from __future__ import annotations
from collections.abc import Callable
from functools import partial
import gdsfactory as gf
from gdsfactory.component import Component, ComponentReference
from gdsfactory.component_layout import _parse_layer
from gdsfactory.port import Port
from gdsfactory.typings import ComponentOrReference, Label, LayerSpec
def get_input_label_text_dash(
port: Port,
gc: ComponentReference | Component,
gc_index: int | None = None,
component_name: str | None = None,
prefix: str = "",
suffix: str = "",
) -> str:
"""Returns text with `GratingName-ComponentName-PortName`."""
gc_name = gc.name if isinstance(gc, Component) else gc.parent.name
return f"{prefix}{gc_name}-{component_name or port.parent.name}-{port.name}{suffix}"
def get_input_label_text_dash_loopback(
port: Port,
gc: ComponentReference | Component,
gc_index: int | None = None,
component_name: str | None = None,
prefix: str = "",
) -> str:
"""Returns text with `GratingName-ComponentName-Loopback`."""
gc_name = gc.name if isinstance(gc, Component) else gc.parent.name
return f"{prefix}{gc_name}-{component_name or port.parent.name}-loopback_{gc_index}"
def get_input_label_text(
port: Port,
gc: ComponentReference | Component,
gc_index: int | None = None,
component_name: str | None = None,
component_prefix: str = "",
prefix: str = "opt",
suffix: str = "",
) -> str:
"""Returns text string for an optical port based on grating coupler.
{label_prefix}_{polarization}_{wavelength_nm}_({prefix}{component_name})
Args:
port: to label.
gc: grating coupler component or reference.
gc_index: grating_coupler index, which grating_coupler we are labelling.
component_name: optional name.
component_prefix: component prefix.
prefix: prefix to add to the label.
"""
polarization = gc.info.polarization
wavelength = gc.info.wavelength
if polarization not in ["te", "tm"]:
raise ValueError(f"polarization {polarization!r} needs to be [te, tm]")
if not isinstance(wavelength, int | float) or not 0.5 < wavelength < 5.0:
raise ValueError(
f"{wavelength} needs to be > 0.5um and < 5um. Make sure it's in um"
)
component_name = component_name or port.parent.name
text = f"{prefix}_{polarization}_{int(wavelength*1e3)}_({component_prefix}{component_name}){suffix}"
if isinstance(gc_index, int):
text += f"_{gc_index}_{port.name}"
else:
text = f"_{port.name}"
return text
get_input_label_text_loopback = partial(get_input_label_text, prefix="loopback_")
def get_input_label(
port: Port,
gc: ComponentReference,
gc_index: int | None = None,
gc_port_name: str = "o1",
layer_label: LayerSpec = "TEXT",
component_name: str | None = None,
get_input_label_text_function=get_input_label_text,
) -> Label:
"""Returns a label with component info for a given grating coupler.
Test equipment to extract grating coupler coordinates and match it to the component.
Args:
port: port to label.
gc: grating coupler reference.
gc_index: grating coupler index.
gc_port_name: name of grating coupler port.
layer_label: layer of the label.
component_name: for the label.
get_input_label_text_function: function to get input label.
"""
text = get_input_label_text_function(
port=port, gc=gc, gc_index=gc_index, component_name=component_name
)
if gc_port_name is None:
gc_port_name = list(gc.ports.values())[0].name
layer, texttype = gf.get_layer(layer_label)
return Label(
text=text,
origin=gc.ports[gc_port_name].center,
anchor="o",
layer=layer,
texttype=texttype,
)
get_input_label_dash = partial(
get_input_label, get_input_label_text_function=get_input_label_text_dash
)
def get_input_label_electrical(
port: Port,
gc_index: int = 0,
component_name: str | None = None,
layer_label: LayerSpec = "TEXT",
gc: ComponentReference | None = None,
) -> Label:
"""Returns a label to test component info for a given electrical port.
This is the label used by T&M to extract grating coupler coordinates
and match it to the component.
Args:
port: to label.
gc_index: index of the label.
component_name: Optional component_name.
layer_label: for label.
gc: ignored.
"""
if component_name:
name = component_name
elif isinstance(port.parent, gf.Component):
name = port.parent.name
else:
name = port.parent.ref_cell.name
text = f"elec_{gc_index}_({name})_{port.name}"
layer_label = gf.get_layer(layer_label)
layer, texttype = _parse_layer(layer_label)
return Label(
text=text,
origin=port.center,
anchor="o",
layer=layer,
texttype=texttype,
)
def add_labels(
component: Component,
get_label_function: Callable = get_input_label_electrical,
layer_label: LayerSpec | None = "TEXT",
gc: Component | None = None,
**kwargs,
) -> Component:
"""Returns component with labels on ports.
Args:
component: to add labels to.
get_label_function: function to get label.
layer_label: LayerSpec for the label. None will use the port layer.
gc: Optional grating coupler.
Keyword Args:
layer: port GDS layer.
prefix: with in port name.
suffix: select ports with port name suffix.
orientation: in degrees.
width: for ports to add label.
layers_excluded: List of layers to exclude.
port_type: optical, electrical, ...
clockwise: if True, sort ports clockwise, False: counter-clockwise.
Returns:
original component with labels.
"""
ports = component.get_ports_list(**kwargs)
for i, port in enumerate(ports):
label = get_label_function(
port=port,
gc=gc,
gc_index=i,
component_name=component.name,
layer_label=layer_label if layer_label else port.layer,
)
component.add(label)
return component
def add_siepic_labels(
component: Component,
model: str = "auto",
library: str = "auto",
label_layer: LayerSpec = "DEVREC",
spice_params: dict | list | str | None = None,
label_spacing: float = 0.2,
) -> Component:
"""Adds labels and returns the same component.
Args:
component: component.
model: Lumerical Interconnect model.
'auto' attempts to extract this from the cross_section.
library: Lumerical Interconnect library.
'auto' attempts to extract this from the cross_section.
label_layer: layer for writing SiEPIC labels.
spice_params: spice parameters (in microns).
Either pass in a dict with parameter, value pairs, or pass
a list of values to extract from component info.
label_spacing: separation distance between labels in um.
"""
c = component
labels = []
if model:
if model == "auto" and "model" in c.info:
model = c.info["model"]
labels.append(f"Component={model}")
if library:
if library == "auto" and "library" in c.info:
library = c.info["library"]
labels.append(f"Lumerical_INTERCONNECT_library={library}")
if spice_params and c.info["layout_model_property_pairs"]:
if spice_params == "auto":
pairs = c.info["layout_model_property_pairs"]
spice_params = {pair[1]: c.info[pair[0]] for pair in pairs}
param_str = ""
for param in spice_params:
val = spice_params[param]
param_str += f"{param}={val:.3f}u "
labels.append(f"Spice_param:{param_str}")
for i, text in enumerate(labels):
c.add_label(
text=text, position=(0, i * label_spacing), layer=label_layer, anchor="w"
)
return c
def add_labels_to_ports(
component: Component,
label_layer: LayerSpec | None = "TEXT",
port_type: str | None = None,
**kwargs,
) -> Component:
"""Add labels to component ports.
Args:
component: to add labels.
label_layer: layer spec for the label. None will use the port layer.
port_type: to select ports.
Keyword Args:
layer: select ports with GDS layer.
prefix: select ports with prefix in port name.
suffix: select ports with port name suffix.
orientation: select ports with orientation in degrees.
width: select ports with port width.
layers_excluded: List of layers to exclude.
port_type: select ports with port_type (optical, electrical, vertical_te).
clockwise: if True, sort ports clockwise, False: counter-clockwise.
"""
ports = component.get_ports_list(port_type=port_type, **kwargs)
for port in ports:
component.add_label(
text=port.name,
position=port.center,
layer=label_layer if label_layer else port.layer,
)
return component
def add_labels_to_ports_x_y(
component: Component,
label_layer: LayerSpec | None = "TEXT",
port_type: str | None = None,
**kwargs,
) -> Component:
"""Add labels to component ports. Prepends -x-y coordinates
Args:
component: to add labels.
label_layer: layer spec for the label. None will use the port layer.
port_type: to select ports.
keyword Args:
layer: select ports with GDS layer.
prefix: select ports with prefix in port name.
suffix: select ports with port name suffix.
orientation: select ports with orientation in degrees.
width: select ports with port width.
layers_excluded: List of layers to exclude.
port_type: select ports with port_type (optical, electrical, vertical_te).
clockwise: if True, sort ports clockwise, False: counter-clockwise.
"""
ports = component.get_ports_list(port_type=port_type, **kwargs)
for port in ports:
x, y = port.center
component.add_label(
text=f"{port.name}/{int(x)}/{int(y)}",
position=port.center,
layer=label_layer if label_layer else port.layer,
)
return component
add_labels_to_ports_electrical = partial(
add_labels_to_ports,
port_type="electrical",
)
add_labels_to_ports_optical = partial(
add_labels_to_ports,
port_type="optical",
)
add_labels_to_ports_vertical_dc = partial(
add_labels_to_ports,
port_type="vertical_dc",
)
add_labels_to_ports_opt = partial(add_labels_to_ports, prefix="opt", port_type=None)
def get_labels(
component: ComponentOrReference,
get_label_function: Callable = get_input_label_electrical,
layer_label: LayerSpec = "TEXT",
gc: Component | None = None,
component_name: str | None = None,
**kwargs,
) -> list[Label]:
"""Returns component labels on ports.
Args:
component: to add labels to.
get_label_function: function to get label.
layer_label: layer_label.
gc: Optional grating coupler.
component_name: optional component name.
keyword Args:
layer: port GDS layer.
prefix: look for prefix in port name.
suffix: select ports with port name suffix.
orientation: in degrees.
width: for ports to add label.
layers_excluded: List of layers to exclude.
port_type: optical, electrical, ...
clockwise: if True, sort ports clockwise, False: counter-clockwise.
Returns:
list of component labels.
"""
labels = []
ports = component.get_ports_list(**kwargs)
component_name = component_name or component.name
for i, port in enumerate(ports):
label = get_label_function(
port=port,
gc=gc,
gc_index=i,
component_name=component_name,
layer_label=layer_label,
)
labels.append(label)
return labels
if __name__ == "__main__":
# c = gf.components.mzi_phase_shifter()
# add_labels_ports(c, c.get_ports_list(port_type="electrical"), prefix="pad_")
# from gdsfactory.tests.test_labels import test_add_labels_electrical
# c = test_add_labels_optical()
# c = test_add_labels_electrical()
# c = gf.routing.add_fiber_single(c)
c = gf.components.pad(decorator=add_labels_to_ports_vertical_dc)
c.show(show_ports=True)
|
gdsfactory/gdsfactory/add_labels.py/0
|
{
"file_path": "gdsfactory/gdsfactory/add_labels.py",
"repo_id": "gdsfactory",
"token_count": 5101
}
| 12
|
"""Each component factory component returns a component.
Make sure your components get imported here so the PDK registers them.
"""
from __future__ import annotations
import sys
from functools import partial
from gdsfactory.components.add_fiber_array_optical_south_electrical_north import (
add_fiber_array_optical_south_electrical_north,
)
from gdsfactory.components.add_fiducials import add_fiducials, add_fiducials_offsets
from gdsfactory.components.add_grating_couplers import (
add_grating_couplers,
add_grating_couplers_fiber_array,
add_grating_couplers_with_loopback_fiber_array,
add_grating_couplers_with_loopback_fiber_single,
)
from gdsfactory.components.add_trenches import add_trenches, add_trenches90
from gdsfactory.components.align import add_frame, align_wafer
from gdsfactory.components.array_component import array
from gdsfactory.components.array_with_fanout import (
array_with_fanout,
array_with_fanout_2d,
)
from gdsfactory.components.array_with_via import array_with_via, array_with_via_2d
from gdsfactory.components.awg import awg
from gdsfactory.components.bbox import bbox
from gdsfactory.components.bend_circular import bend_circular, bend_circular180
from gdsfactory.components.bend_circular_heater import bend_circular_heater
from gdsfactory.components.bend_euler import (
bend_euler,
bend_euler180,
bend_euler_s,
bend_straight_bend,
)
from gdsfactory.components.bend_s import bend_s
from gdsfactory.components.bezier import bezier
from gdsfactory.components.C import C
from gdsfactory.components.cavity import cavity
from gdsfactory.components.cdc import cdc
from gdsfactory.components.cdsem_all import cdsem_all
from gdsfactory.components.cdsem_bend180 import cdsem_bend180
from gdsfactory.components.cdsem_coupler import cdsem_coupler
from gdsfactory.components.cdsem_straight import cdsem_straight
from gdsfactory.components.cdsem_straight_density import cdsem_straight_density
from gdsfactory.components.circle import circle
from gdsfactory.components.coh_rx_dual_pol import coh_rx_dual_pol
from gdsfactory.components.coh_rx_single_pol import coh_rx_single_pol
from gdsfactory.components.coh_tx_dual_pol import coh_tx_dual_pol
from gdsfactory.components.coh_tx_single_pol import coh_tx_single_pol
from gdsfactory.components.compass import compass
from gdsfactory.components.component_lattice import component_lattice
from gdsfactory.components.component_lattice_generic import component_lattice_generic
from gdsfactory.components.component_sequence import component_sequence
from gdsfactory.components.copy_layers import copy_layers
from gdsfactory.components.coupler import coupler
from gdsfactory.components.coupler90 import coupler90, coupler90circular
from gdsfactory.components.coupler90bend import coupler90bend
from gdsfactory.components.coupler_adiabatic import coupler_adiabatic
from gdsfactory.components.coupler_asymmetric import coupler_asymmetric
from gdsfactory.components.coupler_bent import coupler_bent
from gdsfactory.components.coupler_broadband import coupler_broadband
from gdsfactory.components.coupler_full import coupler_full
from gdsfactory.components.coupler_ring import coupler_ring, coupler_ring_point
from gdsfactory.components.coupler_straight import coupler_straight
from gdsfactory.components.coupler_straight_asymmetric import (
coupler_straight_asymmetric,
)
from gdsfactory.components.coupler_symmetric import coupler_symmetric
from gdsfactory.components.cross import cross
from gdsfactory.components.crossing_waveguide import (
compensation_path,
crossing,
crossing45,
crossing_arm,
crossing_etched,
crossing_from_taper,
)
from gdsfactory.components.cutback_2x2 import cutback_2x2
from gdsfactory.components.cutback_bend import (
cutback_bend,
cutback_bend90,
cutback_bend90circular,
cutback_bend180,
cutback_bend180circular,
staircase,
)
from gdsfactory.components.cutback_component import (
cutback_component,
cutback_component_mirror,
)
from gdsfactory.components.cutback_loss import (
cutback_loss,
cutback_loss_bend90,
cutback_loss_bend180,
cutback_loss_mmi1x2,
cutback_loss_spirals,
)
from gdsfactory.components.cutback_splitter import cutback_splitter
from gdsfactory.components.dbr import dbr
from gdsfactory.components.dbr_tapered import dbr_tapered
from gdsfactory.components.delay_snake import delay_snake
from gdsfactory.components.delay_snake2 import delay_snake2
from gdsfactory.components.delay_snake3 import delay_snake3
from gdsfactory.components.delay_snake_sbend import delay_snake_sbend
from gdsfactory.components.dicing_lane import dicing_lane
from gdsfactory.components.die import die
from gdsfactory.components.die_bbox import die_bbox
from gdsfactory.components.die_bbox_frame import die_bbox_frame
from gdsfactory.components.disk import disk, disk_heater
from gdsfactory.components.edge_coupler_array import (
edge_coupler_array,
edge_coupler_array_with_loopback,
edge_coupler_silicon,
)
from gdsfactory.components.ellipse import ellipse
from gdsfactory.components.extend_ports_list import extend_ports_list
from gdsfactory.components.extension import extend_port, extend_ports
from gdsfactory.components.fiber import fiber
from gdsfactory.components.fiber_array import fiber_array
from gdsfactory.components.fiducial_squares import fiducial_squares
from gdsfactory.components.ge_detector_straight_si_contacts import (
ge_detector_straight_si_contacts,
)
from gdsfactory.components.grating_coupler_array import grating_coupler_array
from gdsfactory.components.grating_coupler_dual_pol import grating_coupler_dual_pol
from gdsfactory.components.grating_coupler_elliptical import (
ellipse_arc,
grating_coupler_elliptical,
grating_coupler_elliptical_te,
grating_coupler_elliptical_tm,
grating_taper_points,
grating_tooth_points,
)
from gdsfactory.components.grating_coupler_elliptical_arbitrary import (
grating_coupler_elliptical_arbitrary,
grating_coupler_elliptical_uniform,
)
from gdsfactory.components.grating_coupler_elliptical_lumerical import (
grating_coupler_elliptical_lumerical,
)
from gdsfactory.components.grating_coupler_elliptical_trenches import (
grating_coupler_elliptical_trenches,
grating_coupler_te,
grating_coupler_tm,
)
from gdsfactory.components.grating_coupler_loss import (
grating_coupler_loss_fiber_array,
grating_coupler_loss_fiber_array4,
loss_deembedding_ch12_34,
loss_deembedding_ch13_24,
loss_deembedding_ch14_23,
)
from gdsfactory.components.grating_coupler_loss_fiber_single import (
grating_coupler_loss_fiber_single,
)
from gdsfactory.components.grating_coupler_rectangular import (
grating_coupler_rectangular,
)
from gdsfactory.components.grating_coupler_rectangular_arbitrary import (
grating_coupler_rectangular_arbitrary,
)
from gdsfactory.components.grating_coupler_rectangular_arbitrary_slab import (
grating_coupler_rectangular_arbitrary_slab,
)
from gdsfactory.components.grating_coupler_tree import grating_coupler_tree
from gdsfactory.components.greek_cross import (
greek_cross,
greek_cross_offset_pads,
greek_cross_with_pads,
)
from gdsfactory.components.hline import hline
from gdsfactory.components.interdigital_capacitor import interdigital_capacitor
from gdsfactory.components.interdigital_capacitor_enclosed import (
interdigital_capacitor_enclosed,
)
from gdsfactory.components.L import L
from gdsfactory.components.litho_calipers import litho_calipers
from gdsfactory.components.litho_ruler import litho_ruler
from gdsfactory.components.litho_steps import litho_steps
from gdsfactory.components.logo import logo
from gdsfactory.components.loop_mirror import loop_mirror
from gdsfactory.components.mmi import mmi
from gdsfactory.components.mmi1x2 import mmi1x2
from gdsfactory.components.mmi1x2_with_sbend import mmi1x2_with_sbend
from gdsfactory.components.mmi2x2 import mmi2x2
from gdsfactory.components.mmi2x2_with_sbend import mmi2x2_with_sbend
from gdsfactory.components.mmi_90degree_hybrid import mmi_90degree_hybrid
from gdsfactory.components.mode_converter import mode_converter
from gdsfactory.components.mzi import (
mzi,
mzi1x2_2x2,
mzi2x2_2x2,
mzi2x2_2x2_phase_shifter,
mzi_coupler,
mzi_phase_shifter,
)
from gdsfactory.components.mzi_arm import mzi_arm
from gdsfactory.components.mzi_arms import mzi_arms
from gdsfactory.components.mzi_lattice import mzi_lattice, mzi_lattice_mmi
from gdsfactory.components.mzi_pads_center import mzi_pads_center
from gdsfactory.components.mzit import mzit
from gdsfactory.components.mzit_lattice import mzit_lattice
from gdsfactory.components.mzm import mzm
from gdsfactory.components.nxn import nxn
from gdsfactory.components.optimal_90deg import optimal_90deg
from gdsfactory.components.optimal_hairpin import optimal_hairpin
from gdsfactory.components.optimal_step import optimal_step
from gdsfactory.components.pack_doe import generate_doe, pack_doe, pack_doe_grid
from gdsfactory.components.pad import (
pad,
pad_array,
pad_array0,
pad_array90,
pad_array180,
pad_array270,
pad_rectangular,
)
from gdsfactory.components.pad_gsg import pad_gsg_open, pad_gsg_short
from gdsfactory.components.pads_shorted import pads_shorted
from gdsfactory.components.polarization_splitter_rotator import (
polarization_splitter_rotator,
)
from gdsfactory.components.ramp import ramp
from gdsfactory.components.rectangle import rectangle, rectangles
from gdsfactory.components.rectangle_with_slits import rectangle_with_slits
from gdsfactory.components.rectangular_ring import rectangular_ring
from gdsfactory.components.regular_polygon import hexagon, octagon, regular_polygon
from gdsfactory.components.resistance_meander import resistance_meander
from gdsfactory.components.resistance_sheet import resistance_sheet
from gdsfactory.components.ring import ring
from gdsfactory.components.ring_crow import ring_crow
from gdsfactory.components.ring_crow_couplers import ring_crow_couplers
from gdsfactory.components.ring_double import ring_double
from gdsfactory.components.ring_double_heater import ring_double_heater
from gdsfactory.components.ring_double_pn import ring_double_pn
from gdsfactory.components.ring_section_based import ring_section_based
from gdsfactory.components.ring_single import ring_single
from gdsfactory.components.ring_single_array import ring_single_array
from gdsfactory.components.ring_single_bend_coupler import (
coupler_bend,
ring_single_bend_coupler,
)
from gdsfactory.components.ring_single_dut import ring_single_dut
from gdsfactory.components.ring_single_heater import ring_single_heater
from gdsfactory.components.ring_single_pn import ring_single_pn
from gdsfactory.components.seal_ring import seal_ring, seal_ring_segmented
from gdsfactory.components.snspd import snspd
from gdsfactory.components.spiral_double import spiral_double
from gdsfactory.components.spiral_external_io import spiral_external_io
from gdsfactory.components.spiral_heater import (
spiral_racetrack,
spiral_racetrack_fixed_length,
spiral_racetrack_heater_doped,
spiral_racetrack_heater_metal,
)
from gdsfactory.components.spiral_inner_io import (
spiral_inner_io,
spiral_inner_io_fiber_array,
spiral_inner_io_fiber_single,
)
from gdsfactory.components.splitter_chain import splitter_chain
from gdsfactory.components.splitter_tree import splitter_tree
from gdsfactory.components.straight import straight, straight_array
from gdsfactory.components.straight_heater_doped_rib import straight_heater_doped_rib
from gdsfactory.components.straight_heater_doped_strip import (
straight_heater_doped_strip,
)
from gdsfactory.components.straight_heater_meander import straight_heater_meander
from gdsfactory.components.straight_heater_meander_doped import (
straight_heater_meander_doped,
)
from gdsfactory.components.straight_heater_metal import (
straight_heater_metal,
straight_heater_metal_90_90,
straight_heater_metal_simple,
straight_heater_metal_undercut,
straight_heater_metal_undercut_90_90,
)
from gdsfactory.components.straight_pin import straight_pin, straight_pn
from gdsfactory.components.straight_pin_slot import straight_pin_slot
from gdsfactory.components.straight_rib import straight_rib, straight_rib_tapered
from gdsfactory.components.switch_tree import switch_tree
from gdsfactory.components.taper import (
taper,
taper_sc_nc,
taper_strip_to_ridge,
taper_strip_to_ridge_trenches,
)
from gdsfactory.components.taper_adiabatic import taper_adiabatic
from gdsfactory.components.taper_cross_section import (
taper_cross_section,
taper_cross_section_linear,
taper_cross_section_parabolic,
taper_cross_section_sine,
)
from gdsfactory.components.taper_from_csv import taper_from_csv
from gdsfactory.components.taper_parabolic import taper_parabolic
from gdsfactory.components.terminator import terminator
from gdsfactory.components.text import text, text_lines
from gdsfactory.components.text_freetype import text_freetype
from gdsfactory.components.text_rectangular import (
text_rectangular,
text_rectangular_multi_layer,
)
from gdsfactory.components.triangles import triangle, triangle2, triangle4
from gdsfactory.components.verniers import verniers
from gdsfactory.components.version_stamp import pixel, qrcode, version_stamp
from gdsfactory.components.via import via, via1, via2, viac
from gdsfactory.components.via_chain import via_chain
from gdsfactory.components.via_corner import via_corner
from gdsfactory.components.via_cutback import via_cutback
from gdsfactory.components.via_stack import (
via_stack,
via_stack_corner45,
via_stack_corner45_extended,
via_stack_from_rules,
via_stack_heater_m2,
via_stack_heater_m3,
via_stack_heater_mtop,
via_stack_slab_m3,
)
from gdsfactory.components.via_stack_slot import via_stack_slot, via_stack_slot_m1_m2
from gdsfactory.components.via_stack_with_offset import via_stack_with_offset
from gdsfactory.components.wafer import wafer
from gdsfactory.components.wire import wire_corner, wire_corner45, wire_straight
from gdsfactory.get_factories import get_cells
bend_euler_trenches = partial(add_trenches90, component=bend_euler)
coupler_trenches = partial(add_trenches, component=coupler)
ring_single_trenches = partial(add_trenches, component=ring_single)
ring_double_trenches = partial(add_trenches, component=ring_double)
spiral_meander = partial(
straight_heater_meander, layer_heater=None, n=3, length=1e3, straight_widths=None
)
__all__ = [
"C",
"L",
"add_fiber_array_optical_south_electrical_north",
"add_fiducials",
"add_fiducials_offsets",
"add_frame",
"add_grating_couplers",
"add_grating_couplers_fiber_array",
"add_grating_couplers_with_loopback_fiber_array",
"add_grating_couplers_with_loopback_fiber_single",
"add_trenches",
"align_wafer",
"array",
"array_with_fanout",
"array_with_fanout_2d",
"array_with_via",
"array_with_via_2d",
"awg",
"bbox",
"bend_circular",
"bend_circular180",
"bend_circular_heater",
"bend_euler",
"bend_euler180",
"bend_euler_s",
"bend_s",
"bend_straight_bend",
"bezier",
"cavity",
"cdc",
"cdsem_all",
"cdsem_straight",
"cdsem_straight_density",
"cdsem_coupler",
"cdsem_bend180",
"circle",
"coh_rx_dual_pol",
"coh_rx_single_pol",
"coh_tx_dual_pol",
"coh_tx_single_pol",
"compass",
"compensation_path",
"component_lattice",
"component_lattice_generic",
"component_sequence",
"copy_layers",
"coupler",
"coupler90",
"coupler90bend",
"coupler90circular",
"coupler_adiabatic",
"coupler_asymmetric",
"coupler_bend",
"coupler_bent",
"coupler_broadband",
"coupler_full",
"coupler_ring",
"coupler_ring_point",
"coupler_straight",
"coupler_straight_asymmetric",
"coupler_symmetric",
"coupler_trenches",
"cross",
"crossing",
"crossing45",
"crossing_arm",
"crossing_etched",
"crossing_from_taper",
"cutback_2x2",
"cutback_bend",
"cutback_bend180",
"cutback_bend180circular",
"cutback_bend90",
"cutback_bend90circular",
"cutback_component",
"cutback_component_mirror",
"cutback_loss",
"cutback_loss_mmi1x2",
"cutback_loss_spirals",
"cutback_loss_bend90",
"cutback_loss_bend180",
"cutback_splitter",
"dbr",
"dbr_tapered",
"delay_snake",
"delay_snake2",
"delay_snake3",
"delay_snake_sbend",
"dicing_lane",
"die",
"die_bbox",
"die_bbox_frame",
"disk",
"disk_heater",
"edge_coupler_array",
"edge_coupler_array_with_loopback",
"edge_coupler_silicon",
"ellipse",
"ellipse_arc",
"extend_port",
"extend_ports",
"extend_ports_list",
"fiber",
"fiber_array",
"fiducial_squares",
"ge_detector_straight_si_contacts",
"generate_doe",
"grating_coupler_array",
"grating_coupler_dual_pol",
"grating_coupler_elliptical",
"grating_coupler_elliptical_arbitrary",
"grating_coupler_elliptical_lumerical",
"grating_coupler_elliptical_te",
"grating_coupler_elliptical_tm",
"grating_coupler_elliptical_trenches",
"grating_coupler_elliptical_uniform",
"grating_coupler_loss_fiber_array",
"grating_coupler_loss_fiber_array4",
"grating_coupler_loss_fiber_single",
"grating_coupler_rectangular",
"grating_coupler_rectangular_arbitrary",
"grating_coupler_rectangular_arbitrary_slab",
"grating_coupler_te",
"grating_coupler_tm",
"grating_coupler_tree",
"grating_taper_points",
"grating_tooth_points",
"greek_cross",
"greek_cross_offset_pads",
"greek_cross_with_pads",
"hline",
"interdigital_capacitor",
"interdigital_capacitor_enclosed",
"litho_calipers",
"litho_ruler",
"litho_steps",
"logo",
"loop_mirror",
"loss_deembedding_ch12_34",
"loss_deembedding_ch13_24",
"loss_deembedding_ch14_23",
"mmi",
"mmi1x2",
"mmi1x2_with_sbend",
"mmi2x2",
"mmi2x2_with_sbend",
"mmi_90degree_hybrid",
"mode_converter",
"mzi",
"mzi1x2_2x2",
"mzi2x2_2x2",
"mzi2x2_2x2_phase_shifter",
"mzi_arm",
"mzi_arms",
"mzi_coupler",
"mzi_lattice",
"mzi_lattice_mmi",
"mzi_pads_center",
"mzi_phase_shifter",
"mzit",
"mzit_lattice",
"mzm",
"nxn",
"optimal_90deg",
"optimal_hairpin",
"optimal_step",
"pack_doe",
"pack_doe_grid",
"pad",
"pad_array",
"pad_array0",
"pad_array180",
"pad_array270",
"pad_array90",
"pad_gsg_open",
"pad_gsg_short",
"pad_rectangular",
"pads_shorted",
"pixel",
"polarization_splitter_rotator",
"qrcode",
"ramp",
"rectangle",
"rectangle_with_slits",
"rectangles",
"rectangular_ring",
"regular_polygon",
"resistance_meander",
"resistance_sheet",
"ring",
"ring_crow",
"ring_crow_couplers",
"ring_double",
"ring_double_heater",
"ring_double_pn",
"ring_double_trenches",
"ring_section_based",
"ring_single",
"ring_single_array",
"ring_single_bend_coupler",
"ring_single_dut",
"ring_single_heater",
"ring_single_pn",
"ring_single_trenches",
"seal_ring",
"seal_ring_segmented",
"snspd",
"spiral_double",
"spiral_external_io",
"spiral_inner_io",
"spiral_inner_io_fiber_array",
"spiral_inner_io_fiber_single",
"spiral_racetrack",
"spiral_racetrack_fixed_length",
"spiral_racetrack_heater_doped",
"spiral_racetrack_heater_metal",
"splitter_chain",
"splitter_tree",
"spiral_meander",
"staircase",
"straight",
"straight_array",
"straight_heater_doped_rib",
"straight_heater_doped_strip",
"straight_heater_meander",
"straight_heater_meander_doped",
"straight_heater_metal",
"straight_heater_metal_90_90",
"straight_heater_metal_simple",
"straight_heater_metal_undercut",
"straight_heater_metal_undercut_90_90",
"straight_pin",
"straight_pin_slot",
"straight_pn",
"straight_rib",
"straight_rib_tapered",
"switch_tree",
"taper",
"taper_adiabatic",
"taper_cross_section",
"taper_cross_section_linear",
"taper_cross_section_parabolic",
"taper_cross_section_sine",
"taper_from_csv",
"taper_parabolic",
"taper_sc_nc",
"taper_strip_to_ridge",
"taper_strip_to_ridge_trenches",
"terminator",
"text",
"text_freetype",
"text_lines",
"text_rectangular",
"text_rectangular_multi_layer",
"triangle",
"triangle2",
"triangle4",
"verniers",
"version_stamp",
"via",
"via1",
"via2",
"via_corner",
"via_cutback",
"via_chain",
"via_stack",
"via_stack_corner45",
"via_stack_corner45_extended",
"via_stack_from_rules",
"via_stack_heater_m2",
"via_stack_heater_m3",
"via_stack_heater_mtop",
"via_stack_slab_m3",
"via_stack_slot",
"via_stack_slot_m1_m2",
"via_stack_with_offset",
"viac",
"wafer",
"wire_corner",
"wire_corner45",
"wire_straight",
"hexagon",
"octagon",
]
cells = get_cells(sys.modules[__name__])
|
gdsfactory/gdsfactory/components/__init__.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/__init__.py",
"repo_id": "gdsfactory",
"token_count": 8772
}
| 13
|
from __future__ import annotations
import gdsfactory as gf
from gdsfactory.component import Component
from gdsfactory.components.dbr import dbr
from gdsfactory.typings import ComponentSpec
@gf.cell_with_child
def cavity(
component: ComponentSpec = dbr,
coupler: ComponentSpec = "coupler",
length: float = 0.1,
gap: float = 0.2,
**kwargs,
) -> Component:
r"""Returns cavity from a coupler and a mirror.
connects the W0 port of the mirror to E1 and W1 coupler ports
creating a resonant cavity
Args:
component: mirror.
coupler: coupler library.
length: coupler length.
gap: coupler gap.
kwargs: coupler_settings.
.. code::
ml (mirror left) mr (mirror right)
| |
|o1 - o2__ __o3 - o1|
| \ / |
\ /
---=========---
o1 o1 length o4 o2
"""
mirror = gf.get_component(component)
coupler = gf.get_component(coupler, length=length, gap=gap, **kwargs)
c = gf.Component()
cr = c << coupler
ml = c << mirror
mr = c << mirror
ml.connect("o1", destination=cr.ports["o2"])
mr.connect("o1", destination=cr.ports["o3"])
c.add_port("o1", port=cr.ports["o1"])
c.add_port("o2", port=cr.ports["o4"])
c.copy_child_info(mirror)
return c
if __name__ == "__main__":
from gdsfactory.components.dbr import dbr
c = cavity(component=dbr())
c.show(show_ports=True)
|
gdsfactory/gdsfactory/components/cavity.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/cavity.py",
"repo_id": "gdsfactory",
"token_count": 742
}
| 14
|
from __future__ import annotations
import gdsfactory as gf
from gdsfactory.component import Component
from gdsfactory.components.cross import cross
from gdsfactory.typings import ComponentSpec, LayerSpecs
@gf.cell_with_child
def copy_layers(
factory: ComponentSpec = cross, layers: LayerSpecs = ((1, 0), (2, 0)), **kwargs
) -> Component:
"""Returns a component with the geometry copied in different layers.
Args:
factory: component spec.
layers: iterable of layers.
kwargs: keyword arguments.
"""
c = Component()
for layer in layers:
ci = gf.get_component(factory, layer=layer, **kwargs)
_ = c << ci
c.copy_child_info(ci)
return c
if __name__ == "__main__":
c = copy_layers(gf.components.rectangle)
c.show(show_ports=True)
|
gdsfactory/gdsfactory/components/copy_layers.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/copy_layers.py",
"repo_id": "gdsfactory",
"token_count": 306
}
| 15
|
from __future__ import annotations
import warnings
import gdsfactory as gf
from gdsfactory.component import Component
from gdsfactory.components.bend_euler import bend_euler180
from gdsfactory.components.straight import straight
from gdsfactory.typings import ComponentSpec, CrossSectionSpec
diagram = r"""
| length0 |
>---------\
\bend180.info['length']
/
|-------------------/
|
|------------------->------->|
length2
| delta_length | |
"""
@gf.cell
def delay_snake3(
length: float = 1600.0,
length0: float = 0.0,
length2: float = 0.0,
n: int = 2,
bend180: ComponentSpec = bend_euler180,
cross_section: CrossSectionSpec = "xs_sc",
**kwargs,
) -> Component:
r"""Returns Snake with a starting bend and 180 bends.
Args:
length: total length.
length0: start length.
length2: end length.
n: number of loops.
bend180: ubend spec.
cross_section: cross_section spec.
kwargs: cross_section settings.
.. code::
| length0 |
>---------\
\bend180.info['length']
/
|-------------------/
|
|------------------->------->|
length2
| delta_length | |
"""
if n % 2:
warnings.warn(f"rounding {n} to {n//2 *2}", stacklevel=3)
n = n // 2 * 2
bend180 = gf.get_component(bend180, cross_section=cross_section, **kwargs)
delta_length = (length - length0 - length2 - n * bend180.info["length"]) / n
if delta_length < 0:
raise ValueError(
"Snake is too short: either reduce length0, length2, "
f"increase the total length, or decrease the number of loops (n = {n}). "
f"delta_length = {int(delta_length)}\n" + diagram
)
s0 = straight(cross_section=cross_section, length=length0, **kwargs)
sd = straight(cross_section=cross_section, length=delta_length, **kwargs)
s2 = straight(cross_section=cross_section, length=length2, **kwargs)
symbol_to_component = {
"_": (s0, "o1", "o2"),
"-": (sd, "o1", "o2"),
")": (bend180, "o2", "o1"),
"(": (bend180, "o1", "o2"),
".": (s2, "o1", "o2"),
}
sequence = "_)" + n // 2 * "-(-)"
sequence = f"{sequence[:-1]}."
return gf.components.component_sequence(
sequence=sequence, symbol_to_component=symbol_to_component
)
def test_length_delay_snake3() -> None:
import numpy as np
length = 200.0
c = delay_snake3(n=2, length=length, length0=50, cross_section="xs_sc")
length_computed = c.area() / 0.5
np.isclose(length, length_computed)
if __name__ == "__main__":
# c = test_delay_snake3_length()
import numpy as np
length = 1562
c = delay_snake3(
n=2,
length=length,
length2=length - 120,
cross_section="xs_sc",
)
length_computed = c.area() / 0.5
assert np.isclose(length, length_computed), length_computed
c.show(show_ports=True)
|
gdsfactory/gdsfactory/components/delay_snake3.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/delay_snake3.py",
"repo_id": "gdsfactory",
"token_count": 1528
}
| 16
|
from __future__ import annotations
import gdsfactory as gf
from gdsfactory.component import Component
from gdsfactory.components.bend_euler import bend_euler
from gdsfactory.components.grating_coupler_elliptical import grating_coupler_elliptical
from gdsfactory.typings import ComponentSpec
@gf.cell
def grating_coupler_array(
grating_coupler: ComponentSpec = grating_coupler_elliptical,
pitch: float = 127.0,
n: int = 6,
port_name: str = "o1",
rotation: int = 0,
with_loopback: bool = False,
cross_section: str = "xs_sc",
bend: ComponentSpec = bend_euler,
grating_coupler_spacing: float = 0.0,
**kwargs,
) -> Component:
"""Array of grating couplers.
Args:
grating_coupler: ComponentSpec.
pitch: x spacing.
n: number of grating couplers.
port_name: port name.
rotation: rotation angle for each reference.
with_loopback: if True, adds a loopback between edge GCs. Only works for rotation = 90 for now.
cross_section: cross_section for the routing.
bend: bend component.
grating_coupler_spacing: spacing between grating couplers.
kwargs: cross_section settings.
"""
c = Component()
grating_coupler = gf.get_component(grating_coupler)
for i in range(n):
gc = c << grating_coupler
gc.rotate(rotation)
gc.x = i * pitch
port_name_new = f"o{i+1}"
c.add_port(port=gc.ports[port_name], name=port_name_new)
if with_loopback:
if rotation != 90:
raise ValueError(
"with_loopback is currently only programmed to work with rotation = 90"
)
routing_xs = gf.get_cross_section(cross_section, **kwargs)
radius = routing_xs.radius
bend = bend(radius=radius, angle=180, cross_section=routing_xs)
sw = gf.c.straight(
cross_section=routing_xs, length=max(gc.size) + grating_coupler_spacing
)
b1 = c << bend
b2 = c << bend
b1.mirror()
b1.connect("o1", c.ports["o1"])
b2.connect("o1", c.ports[f"o{n}"])
s1 = c << sw
s2 = c << sw
s1.connect("o1", b1.ports["o2"])
s2.connect("o1", b2.ports["o2"])
route = gf.routing.get_route(
s1.ports["o2"],
s2.ports["o2"],
cross_section=routing_xs,
)
c.add(route.references)
c.ports.pop("o1")
c.ports.pop(f"o{n}")
return c
if __name__ == "__main__":
# c = grating_coupler_array()
c = grating_coupler_array(rotation=90, with_loopback=True, radius=50)
c.show(show_ports=True)
|
gdsfactory/gdsfactory/components/grating_coupler_array.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/grating_coupler_array.py",
"repo_id": "gdsfactory",
"token_count": 1236
}
| 17
|
from __future__ import annotations
from collections.abc import Sequence
import numpy as np
import gdsfactory as gf
from gdsfactory.component import Component
from gdsfactory.components.interdigital_capacitor import interdigital_capacitor
from gdsfactory.typings import LayerSpec
@gf.cell
def interdigital_capacitor_enclosed(
enclosure_box: Sequence[Sequence[float | int]] = [[-200, -200], [200, 200]],
cpw_dimensions: tuple[float | int, float | int] = (10, 6),
gap_to_ground: float | int = 5,
gap_layer: LayerSpec = "DEEPTRENCH",
metal_layer: LayerSpec = "WG",
**kwargs,
) -> Component:
"""Generates an interdigital capacitor surrounded by a ground plane and \
coplanar waveguides with ports on both ends. \
See for :func:`~interdigital_capacitor` for details.
Note:
``finger_length=0`` effectively provides a plate capacitor.
Args:
enclosure_box: Bounding box dimensions for a ground metal enclosure.
cpw_dimensions: Dimensions for the trace width and gap width of connecting coplanar waveguides.
gap_to_ground: Size of gap from capacitor to ground metal.
gap_layer: layer for trenching.
metal_layer: layer for metalization.
Keyword Args:
fingers: total fingers of the capacitor.
finger_length: length of the probing fingers.
finger_gap: length of gap between the fingers.
thickness: Thickness of fingers and section before the fingers.
"""
c = Component()
cap = interdigital_capacitor(**kwargs).ref_center()
c.add(cap)
gap = Component()
for port in cap.get_ports_list():
port2 = port.copy()
# TODO very bad check, should do vector according to orientation
direction = -1 if port.orientation > 0 else 1
port2.move((30 * direction, 0))
port2 = port2.flip()
cpw_a, cpw_b = cpw_dimensions
s0 = gf.Section(
width=cpw_a, offset=0, layer=metal_layer, port_names=("in", "out")
)
s1 = gf.Section(width=cpw_b, offset=(cpw_a + cpw_b) / 2, layer=gap_layer)
s2 = gf.Section(width=cpw_b, offset=-(cpw_a + cpw_b) / 2, layer=gap_layer)
x = gf.CrossSection(sections=[s0, s1, s2])
route = gf.routing.get_route(
port,
port2,
cross_section=x,
)
c.add(route.references)
# TODO check size parameters, now they're maybe approximate
term = c << gf.components.bbox(
[[0, 0], [cpw_b, cpw_a + 2 * cpw_b]], layer=gap_layer
)
if direction < 0:
term.movex(-cpw_b)
term.move(
destination=route.ports[-1].move_copy(-1 * np.array([0, cpw_a / 2 + cpw_b]))
)
c.add_port(route.ports[-1])
c.auto_rename_ports()
gap.add_polygon(cap.get_polygon_enclosure(), layer=gap_layer)
gap = gap.offset(gap_to_ground, layer=gap_layer)
gap = gf.geometry.boolean(A=gap, B=c, operation="A-B", layer=gap_layer)
ground = gf.components.bbox(bbox=enclosure_box, layer=metal_layer)
ground = gf.geometry.boolean(
A=ground, B=[c, gap], operation="A-B", layer=metal_layer
)
_ = c << ground
return c.flatten()
if __name__ == "__main__":
c = interdigital_capacitor_enclosed()
c.show(show_ports=True)
|
gdsfactory/gdsfactory/components/interdigital_capacitor_enclosed.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/interdigital_capacitor_enclosed.py",
"repo_id": "gdsfactory",
"token_count": 1423
}
| 18
|
from __future__ import annotations
import gdsfactory as gf
from gdsfactory.cell import cell
from gdsfactory.component import Component
from gdsfactory.components.coupler import coupler as coupler_function
from gdsfactory.components.mmi2x2 import mmi2x2 as mmi_splitter_function
from gdsfactory.components.mzi import mzi2x2_2x2 as mmi_coupler_function
from gdsfactory.components.mzi import mzi_coupler
from gdsfactory.components.taper import taper as taper_function
from gdsfactory.typings import ComponentSpec
@cell
def mzi_lattice(
coupler_lengths: tuple[float, ...] = (10.0, 20.0),
coupler_gaps: tuple[float, ...] = (0.2, 0.3),
delta_lengths: tuple[float, ...] = (10.0,),
mzi: ComponentSpec = mzi_coupler,
splitter: ComponentSpec = coupler_function,
**kwargs,
) -> Component:
r"""Mzi lattice filter.
Args:
coupler_lengths: list of length for each coupler.
coupler_gaps: list of coupler gaps.
delta_lengths: list of length differences.
mzi: function for the mzi.
splitter: splitter function.
keyword Args:
length_y: vertical length for both and top arms.
length_x: horizontal length.
bend: 90 degrees bend library.
straight: straight function.
straight_y: straight for length_y and delta_length.
straight_x_top: top straight for length_x.
straight_x_bot: bottom straight for length_x.
cross_section: for routing (sxtop/sxbot to combiner).
.. code::
______ ______
| | | |
| | | |
cp1==| |===cp2=====| |=== .... ===cp_last===
| | | |
| | | |
DL1 | DL2 |
| | | |
|______| | |
|______|
"""
if len(coupler_lengths) != len(coupler_gaps):
raise ValueError(
f"Got {len(coupler_lengths)} coupler_lengths and "
f"{len(coupler_gaps)} coupler_gaps"
)
if len(coupler_lengths) != len(delta_lengths) + 1:
raise ValueError(
f"Got {len(coupler_lengths)} coupler_lengths and "
f"{len(delta_lengths)} delta_lengths. "
"You need one more coupler_length than delta_lengths "
)
c = Component()
splitter_settings = dict(gap=coupler_gaps[0], length=coupler_lengths[0])
combiner_settings = dict(gap=coupler_gaps[1], length=coupler_lengths[1])
cp1 = splitter1 = gf.get_component(splitter, **splitter_settings)
combiner1 = gf.get_component(splitter, **combiner_settings)
sprevious = c << gf.get_component(
mzi,
splitter=splitter1,
combiner=combiner1,
with_splitter=True,
delta_length=delta_lengths[0],
**kwargs,
)
c.add_ports(sprevious.get_ports_list(port_type="electrical"))
stages = []
for length, gap, delta_length in zip(
coupler_lengths[2:], coupler_gaps[2:], delta_lengths[1:]
):
splitter_settings = dict(gap=coupler_gaps[1], length=coupler_lengths[1])
combiner_settings = dict(length=length, gap=gap)
splitter1 = gf.get_component(splitter, **splitter_settings)
combiner1 = gf.get_component(splitter, **combiner_settings)
stage = c << gf.get_component(
mzi,
splitter=splitter1,
combiner=combiner1,
with_splitter=False,
delta_length=delta_length,
**kwargs,
)
splitter_settings = combiner_settings
stages.append(stage)
c.add_ports(stage.get_ports_list(port_type="electrical"))
for stage in stages:
stage.connect("o1", sprevious.ports["o4"])
# stage.connect('o2', sprevious.ports['o1'])
sprevious = stage
for port in cp1.get_ports_list(orientation=180, port_type="optical"):
c.add_port(port.name, port=port)
for port in sprevious.get_ports_list(orientation=0, port_type="optical"):
c.add_port(f"o_{port.name}", port=port)
c.auto_rename_ports()
return c
@cell
def mzi_lattice_mmi(
coupler_widths=(None, None),
coupler_widths_tapers: tuple[float, ...] = (
1.0,
1.0,
),
coupler_lengths_tapers: tuple[float, ...] = (
10.0,
10.0,
),
coupler_lengths_mmis: tuple[float, ...] = (
5.5,
5.5,
),
coupler_widths_mmis: tuple[float, ...] = (
2.5,
2.5,
),
coupler_gaps_mmis: tuple[float, ...] = (
0.25,
0.25,
),
taper_functions_mmis=(
taper_function,
taper_function,
),
cross_sections_mmis=("xs_sc", "xs_sc"),
delta_lengths: tuple[float, ...] = (10.0,),
mzi=mmi_coupler_function,
splitter=mmi_splitter_function,
**kwargs,
) -> Component:
r"""Mzi lattice filter, with MMI couplers.
Args:
coupler_widths: (for each MMI coupler, list of) input and output straight width.
coupler_widths_tapers: (for each MMI coupler, list of) interface between input straights and mmi region.
coupler_lengths_tapers: (for each MMI coupler, list of) into the mmi region.
coupler_lengths_mmis: (for each MMI coupler, list of) in x direction.
coupler_widths_mmis: (for each MMI coupler, list of) in y direction.
coupler_gaps_mmis: (for each MMI coupler, list of) (width_taper + gap between tapered wg)/2.
taper_functions_mmis: (for each MMI coupler, list of) taper function.
cross_sections_mmis: (for each MMI coupler, list of) spec.
delta_lengths: list of length differences.
mzi: function for the mzi.
splitter: splitter function.
keyword Args:
length_y: vertical length for both and top arms.
length_x: horizontal length.
bend: 90 degrees bend library.
straight: straight function.
straight_y: straight for length_y and delta_length.
straight_x_top: top straight for length_x.
straight_x_bot: bottom straight for length_x.
cross_section: for routing (sxtop/sxbot to combiner).
.. code::
______ ______
| | | |
| | | |
cp1==| |===cp2=====| |=== .... ===cp_last===
| | | |
| | | |
DL1 | DL2 |
| | | |
|______| | |
|______|
"""
length = len(coupler_widths)
if all(
len(lst) != length
for lst in [
coupler_widths_tapers,
coupler_lengths_tapers,
coupler_lengths_mmis,
coupler_widths_mmis,
coupler_gaps_mmis,
taper_functions_mmis,
cross_sections_mmis,
]
):
raise ValueError("All MMI-related argument lists must be the same length.")
if len(coupler_widths) != len(delta_lengths) + 1:
raise ValueError(
f"Got {len(coupler_widths)} coupler_widths and "
f"{len(delta_lengths)} delta_lengths. "
"You need one more coupler_width than delta_lengths "
)
c = Component()
splitter_settings = dict(
width=coupler_widths[0],
width_taper=coupler_widths_tapers[0],
length_taper=coupler_lengths_tapers[0],
length_mmi=coupler_lengths_mmis[0],
width_mmi=coupler_widths_mmis[0],
gap_mmi=coupler_gaps_mmis[0],
taper=taper_functions_mmis[0],
cross_section=cross_sections_mmis[0],
)
combiner_settings = dict(
width=coupler_widths[1],
width_taper=coupler_widths_tapers[1],
length_taper=coupler_lengths_tapers[1],
length_mmi=coupler_lengths_mmis[1],
width_mmi=coupler_widths_mmis[1],
gap_mmi=coupler_gaps_mmis[1],
taper=taper_functions_mmis[1],
cross_section=cross_sections_mmis[1],
)
cp1 = splitter1 = gf.get_component(splitter, **splitter_settings)
combiner1 = gf.get_component(splitter, **combiner_settings)
sprevious = c << gf.get_component(
mzi,
splitter=splitter1,
combiner=combiner1,
with_splitter=True,
delta_length=delta_lengths[0],
**kwargs,
)
c.add_ports(sprevious.get_ports_list(port_type="electrical"))
stages = []
for (
coupler_width,
coupler_width_taper,
coupler_length_taper,
coupler_length_mmi,
coupler_width_mmi,
coupler_gap_mmi,
taper,
cross_section,
delta_length,
) in zip(
coupler_widths[2:],
coupler_widths_tapers[2:],
coupler_lengths_tapers[2:],
coupler_lengths_mmis[2:],
coupler_widths_mmis[2:],
coupler_gaps_mmis[2:],
taper_functions_mmis[2:],
cross_sections_mmis[2:],
delta_lengths[1:],
):
splitter_settings = dict(
width=coupler_widths[1],
width_taper=coupler_widths_tapers[1],
length_taper=coupler_lengths_tapers[1],
length_mmi=coupler_lengths_mmis[1],
width_mmi=coupler_widths_mmis[1],
gap_mmi=coupler_gaps_mmis[1],
taper=taper_functions_mmis[1],
cross_section=cross_sections_mmis[1],
)
combiner_settings = dict(
width=coupler_width,
width_taper=coupler_width_taper,
length_taper=coupler_length_taper,
length_mmi=coupler_length_mmi,
width_mmi=coupler_width_mmi,
gap_mmi=coupler_gap_mmi,
taper=taper,
cross_section=cross_section,
)
splitter1 = gf.get_component(splitter, **splitter_settings)
combiner1 = gf.get_component(splitter, **combiner_settings)
stage = c << gf.get_component(
mzi,
splitter=splitter1,
combiner=combiner1,
with_splitter=False,
delta_length=delta_length,
**kwargs,
)
splitter_settings = combiner_settings
stages.append(stage)
c.add_ports(stage.get_ports_list(port_type="electrical"))
for stage in stages:
stage.connect("o1", sprevious.ports["o4"])
# stage.connect('o2', sprevious.ports['o1'])
sprevious = stage
for port in cp1.get_ports_list(orientation=180, port_type="optical"):
c.add_port(port.name, port=port)
for port in sprevious.get_ports_list(orientation=0, port_type="optical"):
c.add_port(f"o_{port.name}", port=port)
c.auto_rename_ports()
return c
if __name__ == "__main__":
cpl = [10, 20, 30]
cpg = [0.1, 0.2, 0.3]
dl0 = [100, 200]
# cpl = [10, 20, 30, 40]
# cpg = [0.2, 0.3, 0.5, 0.5]
# dl0 = [0, 50, 100]
# c = mzi_lattice(
# coupler_lengths=cpl, coupler_gaps=cpg, delta_lengths=dl0, length_x=1
# )
# c = mzi_lattice(delta_lengths=(20,))
# c.show(show_ports=True)
c = mzi_lattice_mmi(
coupler_widths=(None,) * 5,
coupler_widths_tapers=(1.0,) * 5,
coupler_lengths_tapers=(10.0,) * 5,
coupler_lengths_mmis=(5.5,) * 5,
coupler_widths_mmis=(2.5,) * 5,
coupler_gaps_mmis=(0.25,) * 5,
taper_functions_mmis=(taper_function,) * 5,
cross_sections_mmis=("xs_sc",) * 5,
delta_lengths=(10.0,) * 4,
)
c.show(show_ports=True)
|
gdsfactory/gdsfactory/components/mzi_lattice.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/mzi_lattice.py",
"repo_id": "gdsfactory",
"token_count": 5980
}
| 19
|
from __future__ import annotations
import numpy as np
import gdsfactory as gf
from gdsfactory.cell import cell
from gdsfactory.component import Component
from gdsfactory.components.array_component import array
from gdsfactory.components.rectangle import rectangle
from gdsfactory.typings import Float2, LayerSpec
@cell
def rectangle_with_slits(
size: tuple[float, float] = (100.0, 200.0),
layer: LayerSpec = "WG",
layer_slit: LayerSpec = "SLAB150",
centered: bool = False,
port_type: str | None = None,
slit_size: tuple[float, float] = (1.0, 1.0),
slit_spacing: Float2 = (20, 20),
slit_enclosure: float = 10,
) -> Component:
"""Returns a rectangle with slits.
Metal slits reduce stress.
Args:
size: (tuple) Width and height of rectangle.
layer: Specific layer to put polygon geometry on.
layer_slit: does a boolean NOT when None.
centered: True sets center to (0, 0), False sets south-west to (0, 0)
port_type: for the rectangle.
slit_size: x, y slit size.
slit_spacing: pitch_x, pitch_y for slits.
slit_enclosure: from slit to rectangle edge.
.. code::
slit_enclosure
_____________________________________
|<---> |
| |
| ______________________ |
| | | |
| | | slit_size[1]
| |______________________| |
| | |
| | slit_spacing |
| | | size[1]
| | ______________________ |
| | | | |
| | | | |
| | |______________________| |
| <---------------------> |
| slit_size[0] |
|___________________________________|
size[0]
"""
c = Component()
layer = gf.get_layer(layer)
r = rectangle(size=size, layer=layer, port_type=port_type, centered=centered)
c.add_ports(r.ports)
slit = rectangle(size=slit_size, port_type=None, layer=layer_slit or layer)
columns = np.floor((size[0] - 2 * slit_enclosure) / slit_spacing[0])
rows = np.floor((size[1] - 2 * slit_enclosure) / slit_spacing[1])
slits = array(slit, columns=columns, rows=rows, spacing=slit_spacing).ref()
slits.center = r.center
if layer_slit:
_ = c << r
c.add(slits)
else:
r_with_slits = c << gf.geometry.boolean(r, slits, operation="not", layer=layer)
c.absorb(r_with_slits)
return c
if __name__ == "__main__":
# c = rectangle_with_slits(layer_slit=None)
c = rectangle_with_slits(layer_slit=(2, 0), slit_size=(10, 10), centered=True)
c.show(show_ports=True)
|
gdsfactory/gdsfactory/components/rectangle_with_slits.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/rectangle_with_slits.py",
"repo_id": "gdsfactory",
"token_count": 1423
}
| 20
|
from __future__ import annotations
from functools import partial
import gdsfactory as gf
from gdsfactory.component import Component
from gdsfactory.components.bend_euler import bend_euler
from gdsfactory.components.coupler_ring import coupler_ring
from gdsfactory.components.straight import straight
from gdsfactory.components.taper import taper
from gdsfactory.snap import assert_on_2x_grid
from gdsfactory.typings import ComponentSpec
taper2 = partial(taper, width2=3)
@gf.cell
def ring_single_dut(
component: ComponentSpec = taper2,
gap: float = 0.2,
length_x: float = 4,
length_y: float = 0,
radius: float = 5.0,
coupler: ComponentSpec = coupler_ring,
bend: ComponentSpec = bend_euler,
straight: ComponentSpec = straight,
with_component: bool = True,
port_name: str = "o1",
**kwargs,
) -> Component:
"""Single bus ring made of two couplers (ct: top, cb: bottom) connected.
with two vertical straights (wyl: left, wyr: right) (Component Under Test) in
the middle to extract loss from quality factor.
Args:
component: device under test.
gap: in um.
length: in um.
length_y: in um.
radius: in um.
coupler: coupler function.
bend: bend function.
with_component: True adds component. False adds waveguide.
port_name: for component input.
kwargs: cross_section settings.
Args:
with_component: if False changes component for just a straight.
.. code::
bl-wt-br
| | length_y
wl component
| |
--==cb==-- gap
length_x
"""
component = gf.get_component(component)
assert_on_2x_grid(gap)
coupler = gf.get_component(
coupler, gap=gap, length_x=length_x, radius=radius, **kwargs
)
component_xsize = component.get_ports_xsize()
straight_side = straight(length=length_y + component_xsize, **kwargs)
straight_top = straight(length=length_x, **kwargs)
bend = gf.get_component(bend, radius=radius, **kwargs)
c = Component()
cb = c << coupler
wl = c << straight_side
dut = c << component if with_component else c << straight_side
bl = c << bend
br = c << bend
wt = c << straight_top
wl.connect(port="o2", destination=cb.ports["o2"])
bl.connect(port="o2", destination=wl.ports["o1"])
wt.connect(port="o1", destination=bl.ports["o1"])
br.connect(port="o2", destination=wt.ports["o2"])
dut.connect(port=port_name, destination=br.ports["o1"])
c.add_port("o2", port=cb.ports["o4"])
c.add_port("o1", port=cb.ports["o1"])
return c
if __name__ == "__main__":
c = ring_single_dut()
c.show(show_ports=True)
|
gdsfactory/gdsfactory/components/ring_single_dut.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/ring_single_dut.py",
"repo_id": "gdsfactory",
"token_count": 1120
}
| 21
|
from __future__ import annotations
from functools import partial
import gdsfactory as gf
from gdsfactory.cell import cell
from gdsfactory.component import Component
from gdsfactory.components.straight import straight as straight_function
from gdsfactory.typings import ComponentSpec, CrossSectionSpec
@cell
def straight_heater_metal_undercut(
length: float = 320.0,
length_undercut_spacing: float = 6.0,
length_undercut: float = 30.0,
length_straight: float = 0.1,
length_straight_input: float = 15.0,
cross_section: CrossSectionSpec = "xs_sc",
cross_section_heater: CrossSectionSpec = "xs_heater_metal",
cross_section_waveguide_heater: CrossSectionSpec = "xs_sc_heater_metal",
cross_section_heater_undercut: CrossSectionSpec = "xs_sc_heater_metal_undercut",
with_undercut: bool = True,
via_stack: ComponentSpec | None = "via_stack_heater_mtop",
port_orientation1: int | None = None,
port_orientation2: int | None = None,
heater_taper_length: float | None = 5.0,
ohms_per_square: float | None = None,
straight: ComponentSpec = straight_function,
) -> Component:
"""Returns a thermal phase shifter.
dimensions from https://doi.org/10.1364/OE.27.010456
Args:
length: of the waveguide.
length_undercut_spacing: from undercut regions.
length_undercut: length of each undercut section.
length_straight: from where the trenches start to the via_stack.
length_straight_input: from input port to where trenches start.
cross_section: for waveguide ports.
cross_section_heater: for heated sections. heater metal only.
cross_section_waveguide_heater: for heated sections.
cross_section_heater_undercut: for heated sections with undercut.
with_undercut: isolation trenches for higher efficiency.
via_stack: via stack.
port_orientation1: left via stack port orientation.
port_orientation2: right via stack port orientation.
heater_taper_length: minimizes current concentrations from heater to via_stack.
ohms_per_square: to calculate resistance.
straight: straight component.
"""
period = length_undercut + length_undercut_spacing
n = int((length - 2 * length_straight_input) // period)
length_straight_input = (length - n * period) / 2
if length_straight > length_straight_input:
raise ValueError("length_straight_ must be smaller than length_straight_input")
length_straight_input -= length_straight
s_ports = gf.get_component(
straight,
cross_section=cross_section,
length=length_straight,
)
s_si = gf.get_component(
straight,
cross_section=cross_section_waveguide_heater,
length=length_straight_input,
)
cross_section_undercut = (
cross_section_heater_undercut
if with_undercut
else cross_section_waveguide_heater
)
s_uc = gf.get_component(
straight,
cross_section=cross_section_undercut,
length=length_undercut,
)
s_spacing = gf.get_component(
straight,
cross_section=cross_section_waveguide_heater,
length=length_undercut_spacing,
)
symbol_to_component = {
"_": (s_ports, "o1", "o2"),
"-": (s_si, "o1", "o2"),
"U": (s_uc, "o1", "o2"),
"H": (s_spacing, "o1", "o2"),
}
# Each character in the sequence represents a component
sequence = "_-" + n * "UH" + "-_"
c = Component()
sequence = gf.components.component_sequence(
sequence=sequence, symbol_to_component=symbol_to_component
)
c.add_ref(sequence)
c.add_ports(sequence.ports)
x = gf.get_cross_section(cross_section_heater)
heater_width = x.width
if via_stack:
refs = list(sequence.named_references.keys())
via = via_stackw = via_stacke = gf.get_component(via_stack)
via_stack_west_center = sequence.named_references[refs[1]].size_info.cw
via_stack_east_center = sequence.named_references[refs[-2]].size_info.ce
dx = via_stackw.get_ports_xsize() / 2 + heater_taper_length or 0
via_stack_west = c << via_stackw
via_stack_east = c << via_stacke
via_stack_west.move(via_stack_west_center - (dx, 0))
via_stack_east.move(via_stack_east_center + (dx, 0))
valid_orientations = {p.orientation for p in via.ports.values()}
p1 = via_stack_west.get_ports_list(orientation=port_orientation1)
p2 = via_stack_east.get_ports_list(orientation=port_orientation2)
if not p1:
raise ValueError(
f"No ports for port_orientation1 {port_orientation1} in {valid_orientations}"
)
if not p2:
raise ValueError(
f"No ports for port_orientation2 {port_orientation2} in {valid_orientations}"
)
c.add_ports(p1, prefix="l_")
c.add_ports(p2, prefix="r_")
if heater_taper_length:
taper = gf.components.taper(
width1=via_stackw.ports["e1"].width,
width2=heater_width,
length=heater_taper_length,
cross_section=x,
)
taper1 = c << taper
taper2 = c << taper
taper1.connect("o1", via_stack_west.ports["e3"])
taper2.connect("o1", via_stack_east.ports["e1"])
c.info["resistance"] = (
ohms_per_square * heater_width * length if ohms_per_square else 0
)
return c
@cell
def straight_heater_metal_simple(
length: float = 320.0,
cross_section_heater: CrossSectionSpec = "xs_heater_metal",
cross_section_waveguide_heater: CrossSectionSpec = "xs_sc_heater_metal",
via_stack: ComponentSpec | None = "via_stack_heater_mtop",
port_orientation1: int | None = None,
port_orientation2: int | None = None,
heater_taper_length: float | None = 5.0,
ohms_per_square: float | None = None,
straight: ComponentSpec = straight_function,
) -> Component:
"""Returns a thermal phase shifter that has properly fixed electrical connectivity to extract a suitable electrical netlist and models.
dimensions from https://doi.org/10.1364/OE.27.010456
Args:
length: of the waveguide.
cross_section_heater: for heated sections. heater metal only.
cross_section_waveguide_heater: for heated sections.
via_stack: via stack.
port_orientation1: left via stack port orientation.
port_orientation2: right via stack port orientation.
heater_taper_length: minimizes current concentrations from heater to via_stack.
ohms_per_square: to calculate resistance.
straight: straight component.
"""
c = Component()
straight_heater_section = gf.get_component(
straight,
cross_section=cross_section_waveguide_heater,
length=length,
)
c.add_ref(straight_heater_section)
c.add_ports(straight_heater_section.ports)
x = gf.get_cross_section(cross_section_heater)
heater_width = x.width
if via_stack:
via = via_stackw = via_stacke = gf.get_component(via_stack)
via_stack_west_center = straight_heater_section.size_info.cw
via_stack_east_center = straight_heater_section.size_info.ce
dx = via_stackw.get_ports_xsize() / 2 + heater_taper_length or 0
via_stack_west = c << via_stackw
via_stack_east = c << via_stacke
via_stack_west.move(via_stack_west_center - (dx, 0))
via_stack_east.move(via_stack_east_center + (dx, 0))
valid_orientations = {p.orientation for p in via.ports.values()}
p1 = via_stack_west.get_ports_list(orientation=port_orientation1)
p2 = via_stack_east.get_ports_list(orientation=port_orientation2)
if not p1:
raise ValueError(
f"No ports for port_orientation1 {port_orientation1} in {valid_orientations}"
)
if not p2:
raise ValueError(
f"No ports for port_orientation2 {port_orientation2} in {valid_orientations}"
)
# c.add_ports(p1, prefix="l_")
# c.add_ports(p2, prefix="r_")
if heater_taper_length:
taper = gf.components.taper(
width1=via_stackw.ports["e1"].width,
width2=heater_width,
length=heater_taper_length,
cross_section=x,
port_order_name=("e1", "e2"),
port_order_types=("electrical", "electrical"),
)
taper1 = c << taper
taper2 = c << taper
taper1.connect("e1", via_stack_west.ports["e3"])
taper2.connect("e1", via_stack_east.ports["e1"])
c.info["resistance"] = (
ohms_per_square * heater_width * length if ohms_per_square else 0
)
return c
straight_heater_metal = partial(
straight_heater_metal_undercut,
with_undercut=False,
)
straight_heater_metal_90_90 = partial(
straight_heater_metal_undercut,
with_undercut=False,
port_orientation1=90,
port_orientation2=90,
)
straight_heater_metal_undercut_90_90 = partial(
straight_heater_metal_undercut,
with_undercut=False,
port_orientation1=90,
port_orientation2=90,
)
def test_ports() -> None:
c = straight_heater_metal(length=50.0)
assert c.ports["o2"].center[0] == 50.0, c.ports["o2"].center[0]
if __name__ == "__main__":
# c = straight_heater_metal_undercut()
# print(c.ports['o2'].center[0])
# c.pprint_ports()
# c = straight_heater_metal(heater_width=5, length=50.0)
c = straight_heater_metal_undercut(length=200, straight="straight")
# n = c.get_netlist()
# c = straight_heater_metal(length=20)
c.show(show_ports=False)
# scene = c.to_3d()
# scene.show()
|
gdsfactory/gdsfactory/components/straight_heater_metal.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/straight_heater_metal.py",
"repo_id": "gdsfactory",
"token_count": 4220
}
| 22
|
from __future__ import annotations
import gdsfactory as gf
from gdsfactory.component import Component
from gdsfactory.typings import Floats, LayerSpec
@gf.cell
def verniers(
widths: Floats = (0.1, 0.2, 0.3, 0.4, 0.5),
gap: float = 0.1,
xsize: float = 100.0,
layer_label: LayerSpec = "TEXT",
**kwargs,
) -> Component:
"""Returns a component with verniers.
Args:
widths: list of widths.
gap: gap between verniers.
xsize: size of the component.
layer_label: layer for the labels.
**kwargs: cross_section settings.
"""
c = gf.Component()
y = 0
for width in widths:
w = c << gf.components.straight(width=width, length=xsize, **kwargs)
y += width / 2
w.y = y
c.add_label(text=str(int(width * 1e3)), position=(0, y), layer=layer_label)
y += width / 2 + gap
return c
if __name__ == "__main__":
c = verniers()
c.show(show_ports=True)
|
gdsfactory/gdsfactory/components/verniers.py/0
|
{
"file_path": "gdsfactory/gdsfactory/components/verniers.py",
"repo_id": "gdsfactory",
"token_count": 427
}
| 23
|
import sys
from gdsfactory.difftest import diff
def gdsdiff_git(
path: str = "",
curr_file: str = "",
old_file: str = "",
old_hex: str = "",
old_mode: str = "",
new_file: str = "",
new_hex: str = "",
new_mode: str = "",
) -> None:
"""Show diffs for two files when running git diff.
Args:
path: script to run path.
curr_file: current GDS file.
old_file: old GDS.
old_hex: ignore.
old_mode: ignore.
new_file: new GDS file.
new_hex: ignore.
new_mode: ignore.
"""
diff(old_file, curr_file, xor=True)
if __name__ == "__main__":
gdsdiff_git(*sys.argv)
|
gdsfactory/gdsfactory/difftest_git.py/0
|
{
"file_path": "gdsfactory/gdsfactory/difftest_git.py",
"repo_id": "gdsfactory",
"token_count": 323
}
| 24
|
This folder is for the KLayout Salt package
Then you can register the package:
```
gdsfactory/gdsfactory.git/branches/main/gdsfactory/generic_tech/klayout
```
|
gdsfactory/gdsfactory/generic_tech/klayout/README.md/0
|
{
"file_path": "gdsfactory/gdsfactory/generic_tech/klayout/README.md",
"repo_id": "gdsfactory",
"token_count": 55
}
| 25
|
#######################
# cross-section settings script for Klayout using generic layer map
# https://sourceforge.net/p/xsectionklayout/wiki/MainPage/
# Download the ruby module here: http://sourceforge.net/p/xsectionklayout/code/HEAD/tree/trunk/src/xsection.rbm?format=raw
# Copy xsection.lym to the installation path of KLayout macros. That is the place where the KLayout binary is installed
# ~/.klayout/macros/ (in Mac)
# C:\Users\username\AppData\Roaming\KLayout (64bit) (in windows)
#######################
# Sample technology values, modify them to match your particular technology
h_box = 1.0
h_slab = 0.09
h_si = 0.22
h_ge = 0.4
h_etch1 = 0.07
h_etch2 = 0.06 # 60nm etch after 70nm = 130nm etch (90nm slab)
h_etch3 = 0.09 # etches the remaining 90nm slab for strip straights
h_oxide_si = 0.6
h_metal1 = 1.0
h_oxide_m1 = 2.0
h_metalh = 0.2
h_oxide_mh = 0.5
h_metal2 = 2.0
h_ox_m2 = 0.4
# Declare the basic accuracy used to remove artifacts for example: delta(5 * dbu)
delta(dbu)
depth(12.0)
height(12.0)
################ front-end
l_wg = layer("1/0")
l_fc = layer("2/0")
l_rib = layer("3/0")
l_wg_etch1 = l_wg.inverted() # protects ridge
l_wg_etch2 = (l_fc.or(l_wg)).inverted() # protects ridge and grating couplers from the etch down to the slab (forms rib straights)
l_wg_etch3 = (l_rib.or(l_fc).or(l_wg)).inverted() # protects ridge, grating couplers and rib straights from the final etch to form strip straights
l_n = layer("20/0")
l_npp = layer("24/0")
l_p = layer("21/0")
l_ppp = layer("25/0")
l_PDPP = layer("27/0")
l_bottom_implant = l_PDPP
l_Ge = layer("30/0")
l_GeP = layer("27/0")
l_GeN = layer("26/0")
l_top_implant = l_GeP.or(l_GeN)
################ back-end
l_viac = layer("40/0")
l_m1 = layer("41/0")
l_mh = layer("47/0")
l_via1 = layer("44/0")
l_m2 = layer("45/0")
l_open = layer("46/0")
################ stack
substrate = bulk
box = deposit(h_box)
si = deposit(h_si)
################ silicon etch to for the passives
mask(l_wg_etch1).etch(h_etch1, 0.0, :mode => :round, :into => [si]) # 70nm etch for GC, rib and strip
mask(l_wg_etch2).etch(h_etch2, 0.0, :mode => :round, :into => [si]) # 60nm etch after 70nm = 130nm etch (90nm slab)
mask(l_wg_etch3).etch(h_etch3, 0.0, :mode => :round, :into => [si]) # etches the remaining 90nm slab for strip straights
output("300/0",box)
output("301/0",si)
############### doping
mask(l_bottom_implant).etch(h_si, 0.0, :mode => :round, :into => [si])
bottom_implant = mask(l_bottom_implant).grow(h_si, 0.0, :mode => :round)
mask(l_n).etch(h_slab, 0.0, :mode => :round, :into => [si])
n = mask(l_n).grow(h_slab, 0.0, :mode => :round)
mask(l_p).etch(h_slab, 0.0, :mode => :round, :into => [si])
p = mask(l_p).grow(h_slab, 0.0, :mode => :round)
mask(l_npp).etch(h_slab, 0.0, :mode => :round, :into => [n, si, bottom_implant])
npp = mask(l_npp).grow(h_slab, 0.0, :mode => :round)
mask(l_ppp).etch(h_slab, 0.0, :mode => :round, :into => [p, si, bottom_implant])
ppp = mask(l_ppp).grow(h_slab, 0.0, :mode => :round)
output("327/0",bottom_implant)
output("330/0",p)
output("320/0",n)
output("321/0",npp)
output("331/0",ppp)
################ Ge
Ge = mask(l_Ge).grow(h_ge, 0, :bias => 0.0 , :taper => 10) #:mode => :round
output("315/0", Ge)
################# back-end
################# VIAC and M1
ox_si = deposit(h_oxide_si, h_oxide_si, :mode => :round)
mask(l_viac).etch(h_oxide_si, :taper => 4, :into => [ox_si])
viac = deposit(h_metal1, h_metal1)
mask(l_m1.inverted()).etch(h_metal1 + h_metal1, :taper => 4, :into => [viac])
ox_m1 = deposit(h_oxide_m1, h_oxide_m1, :mode => :round)
planarize(:less=>0.9, :into=>[ox_m1])
output("302/0", ox_si)
output("303/0", viac)
output("307/0", ox_m1)
################# MH
mh = deposit(h_metalh, h_metalh)
mask(l_mh.inverted()).etch(h_metalh + h_metalh, :taper => 4, :into => [mh])
output("306/0",mh)
ox_mh = deposit(h_oxide_mh, h_oxide_mh, :mode => :round)
output("317/0",ox_mh)
################# VIA1 and M2
mask(l_via1).etch(h_oxide_mh + h_oxide_m1, :taper => 4, :into => [ox_mh,ox_m1])
via1 = deposit(h_metal2, 1.5*h_metal2)
mask(l_m2.inverted()).etch(h_metal2, :taper => 4, :into => [via1])
output("308/0",via1)
################# passivation and ML Open
ox_m2 = deposit(h_ox_m2, h_ox_m2, :mode => :round)
mask(l_open).etch(h_ox_m2 + h_ox_m2, :into=>[ox_m2], :taper=>5) # etch oxide open
output("309/0",ox_m2)
|
gdsfactory/gdsfactory/generic_tech/klayout/xsection/xsection_generic.xs/0
|
{
"file_path": "gdsfactory/gdsfactory/generic_tech/klayout/xsection/xsection_generic.xs",
"repo_id": "gdsfactory",
"token_count": 1932
}
| 26
|
import gdstk
import numpy as np
from gdstk import Polygon
import gdsfactory as gf
def manhattanize_polygon(
p: Polygon,
target_step: float = 0.05,
) -> Polygon:
"""Return a Manhattanized version of the input polygon (where non-x and non-y parallel segments are decomposed into a staircase of small x and y-parallel segments)
Implemented in pure Python, and hence only suited to small polygons.
Args:
p: input polygon.
target_step: target staircase step size.
Returns:
manhattanized polygon
.. plot::
:include-source:
import gdsfactory as gf
c = gf.Component()
poly = gdstk.rectangle((-2, -2), (2, 2))
poly.rotate(np.pi / 4)
poly.scale(1, 0.5)
init_poly = c.add_polygon(poly, layer=1)
final_poly = gf.geometry.manhattanize_polygon(poly)
c.add_polygon(final_poly, layer=2)
c.plot_matplotlib()
"""
p_manhattan = []
points = list(p.points)
points.append(p.points[0])
x_polarity = 0
for pt1, pt2 in zip(points[:-1], points[1:]):
dx = pt2[0] - pt1[0]
dy = pt2[1] - pt1[1]
if dx == 0 or dy == 0:
p_manhattan.append(pt1)
p_manhattan.append(pt2)
else:
num_x_steps = abs(int(np.ceil(dx / target_step)))
num_y_steps = abs(int(np.ceil(dy / target_step)))
num_steps = np.min([num_x_steps, num_y_steps]) + 1
x_step = dx / num_steps
y_step = dy / num_steps
cur_x = pt1[0]
cur_y = pt1[1]
for _ in range(num_steps):
if not x_polarity % 2:
p_manhattan.extend(
(
(cur_x + 0.5 * x_step, cur_y),
(cur_x + 0.5 * x_step, cur_y + y_step),
(cur_x + x_step, cur_y + y_step),
)
)
else:
p_manhattan.extend(
(
(cur_x, cur_y + 0.5 * y_step),
(cur_x + x_step, cur_y + 0.5 * y_step),
(cur_x + x_step, cur_y + y_step),
)
)
cur_x += x_step
cur_y += y_step
x_polarity += 1
return gdstk.Polygon(p_manhattan)
def test_manhattanize() -> None:
c = gf.Component("route")
poly = gdstk.rectangle((-2, -2), (2, 2))
poly.rotate(np.pi / 4)
poly.scale(1, 0.5)
init_poly = c.add_polygon(poly, layer=1)
final_poly = c.add_polygon(manhattanize_polygon(poly, target_step=0.05), layer=2)
assert len(init_poly.points) == 4
assert len(final_poly.points) == 354
if __name__ == "__main__":
c = gf.Component()
poly = gdstk.rectangle((-2, -2), (2, 2))
poly.rotate(np.pi / 4)
poly.scale(1, 0.5)
init_poly = c.add_polygon(poly, layer=1)
final_poly = c.add_polygon(manhattanize_polygon(poly), layer=2)
c.show()
# test_manhattanize()
|
gdsfactory/gdsfactory/geometry/manhattanize.py/0
|
{
"file_path": "gdsfactory/gdsfactory/geometry/manhattanize.py",
"repo_id": "gdsfactory",
"token_count": 1684
}
| 27
|
from __future__ import annotations
from functools import partial
import flatdict
import gdsfactory as gf
from gdsfactory.snap import snap_to_grid as snap
from gdsfactory.typings import Layer
ignore = (
"cross_section",
"decorator",
"cross_section1",
"cross_section2",
"contact",
"pad",
)
prefix_to_type_default = {
"opt": "OPTICALPORT",
"pad": "ELECTRICALPORT",
"vertical_dc": "ELECTRICALPORT",
"optical": "OPTICALPORT",
"loopback": "OPTICALPORT",
}
@gf.cell_with_child
def add_label_ehva(
component: gf.Component,
die: str = "demo",
prefix_to_type: dict[str, str] = prefix_to_type_default,
layer: Layer = (66, 0),
metadata_ignore: list[str] | None = None,
metadata_include: list[str] | None = None,
) -> gf.Component:
"""Returns new Component with measurement labels.
Args:
component: to add labels to.
die: string.
port_types: list of port types to label.
layer: text label layer.
metadata_ignore: list of settings keys to ignore.
Works with flatdict setting:subsetting.
metadata_include: includes settings .
Works with flatdict setting:subsetting.
"""
c = gf.Component()
component = gf.get_component(component)
ref = c << component
c.add_ports(ref.ports)
c.copy_child_info(component)
metadata_ignore = metadata_ignore or []
metadata_include = metadata_include or []
text = f"""DIE NAME:{die}
CIRCUIT NAME:{component.name}
"""
info = []
metadata = dict(component.info)
metadata = flatdict.FlatDict(metadata)
if metadata:
info += [
f"CIRCUITINFO NAME: {k}, VALUE: {v}"
for k, v in metadata.items()
if k not in metadata_ignore and isinstance(v, int | float | str)
]
metadata = flatdict.FlatDict(dict(component.settings))
info += [
f"CIRCUITINFO NAME: {k}, VALUE: {metadata.get(k)}"
for k in metadata
if metadata.get(k)
]
text += "\n".join(info)
text += "\n"
info = []
if component.ports:
for prefix, port_type_ehva in prefix_to_type.items():
info += [
f"{port_type_ehva} NAME: {port.name} TYPE: {port_type_ehva}, "
f"POSITION RELATIVE:({snap(port.x)}, {snap(port.y)}),"
f" ORIENTATION: {port.orientation}"
for port in component.get_ports_list(prefix=prefix)
]
text += "\n".join(info)
label = gf.Label(
text=text,
origin=(0, 0),
anchor="o",
layer=layer[0],
texttype=layer[1],
)
c.add(label)
return c
if __name__ == "__main__":
add_label_ehva_demo = partial(
add_label_ehva,
die="demo_die",
metadata_include=["grating_coupler:settings:polarization"],
)
c = gf.c.straight(length=11)
c = gf.c.mmi2x2(length_mmi=2.2)
c = gf.routing.add_fiber_array(
c,
get_input_labels_function=None,
grating_coupler=gf.c.grating_coupler_te,
)
c = add_label_ehva_demo(c)
# add_label_ehva(c, die="demo_die", metadata_include_child=["width_mmi"])
# add_label_ehva(c, die="demo_die", metadata_include_child=[])
print(c.labels[0])
c.show(show_ports=True)
|
gdsfactory/gdsfactory/labels/ehva.py/0
|
{
"file_path": "gdsfactory/gdsfactory/labels/ehva.py",
"repo_id": "gdsfactory",
"token_count": 1500
}
| 28
|
from __future__ import annotations
from gdsfactory.cell import cell_without_validator
from gdsfactory.component import Component, ComponentReference
@cell_without_validator
def from_dphox(device, foundry) -> Component:
"""Returns Gdsfactory Component from a dphox Device.
Note that you need to install dphox `pip install dphox`
https://dphox.readthedocs.io/en/latest/index.html
Args:
device: Dphox device.
foundry: Dphox foundry object.
"""
c = Component(device.name)
for layer_name, shapely_multipolygon in device.layer_to_polys.items():
for poly in shapely_multipolygon:
layer = foundry.layer_to_gds_label[layer_name]
c.add_polygon(points=poly, layer=layer)
for ref in device.child_to_device:
child = from_dphox(device.child_to_device[ref], foundry)
for gds_transform in device.child_to_transform[ref][-1]:
new_ref = ComponentReference(
component=child,
origin=(gds_transform.x, gds_transform.y),
rotation=gds_transform.angle,
magnification=gds_transform.mag,
x_reflection=gds_transform.flip_y,
)
new_ref.owner = c
c.add(new_ref)
for port_name, port in device.port.items():
c.add_port(
name=port_name,
center=(port.x, port.y),
orientation=port.a,
width=port.w,
layer=foundry.layer_to_gds_label.get(port.layer, (1, 0)),
)
return c
if __name__ == "__main__":
import dphox as dp
from dphox.demo import mzi
c = from_dphox(mzi, foundry=dp.foundry.FABLESS)
c.show(show_ports=True)
|
gdsfactory/gdsfactory/read/from_dphox.py/0
|
{
"file_path": "gdsfactory/gdsfactory/read/from_dphox.py",
"repo_id": "gdsfactory",
"token_count": 798
}
| 29
|
import warnings
from collections.abc import Callable
import numpy as np
from gdsfactory.component import Component, ComponentReference, Port
from gdsfactory.components.bend_euler import bend_euler
from gdsfactory.components.straight import straight as straight_function
from gdsfactory.config import CONF
from gdsfactory.get_netlist import difference_between_angles
from gdsfactory.path import Path, extrude
from gdsfactory.routing.auto_taper import (
_get_taper_io_port_names,
taper_to_cross_section,
)
from gdsfactory.typings import STEP_DIRECTIVES_ALL_ANGLE as STEP_DIRECTIVES
from gdsfactory.typings import (
ComponentFactory,
ComponentSpec,
CrossSectionSpec,
Route,
StepAllAngle,
)
BEND_PATH_FUNCS = {
# 'euler_bend': euler_path,
}
Connector = Callable[..., list[ComponentReference]]
def get_connector(name: str) -> Connector:
"""Gets a connector function by name.
Args:
name: the name of the connector function to retrieve.
Returns:
The specified connector function.
"""
try:
connector = CONNECTORS[name]
except KeyError as e:
raise KeyError(
f"{name} is not a valid connector type! Valid types are {list(CONNECTORS.keys())}"
) from e
return connector
def vector_intersection(
p0, a0, p1, a1, max_distance=100000, raise_error=True
) -> np.ndarray | None:
"""
Gets the intersection point between two vectors, specified by (point, angle) pairs, (p0, a0) and (p1, a1).
Args:
p0: x,y location of vector 0.
a0: angle of vector 0 [degrees].
p1: x,y location of vector 1.
a1: angle of vector 1 [degrees].
max_distance: maximum search distance for an intersection [um].
raise_error: if True, raises an error if no intersection is found. Otherwise, returns None in that case.
Returns:
The (x,y) point of intersection, if one is found. Otherwise None.
"""
import shapely.geometry as sg
a0_rad = np.deg2rad(a0)
a1_rad = np.deg2rad(a1)
dx0 = max_distance * np.cos(a0_rad)
dy0 = max_distance * np.sin(a0_rad)
p0_far = np.asarray(p0) + [dx0, dy0]
l0 = sg.LineString([p0, p0_far])
dx1 = max_distance * np.cos(a1_rad)
dy1 = max_distance * np.sin(a1_rad)
p1_far = np.asarray(p1) + [dx1, dy1]
l1 = sg.LineString([p1, p1_far])
intersect = l0.intersection(l1)
if isinstance(intersect, sg.Point):
return intersect.coords[0]
if raise_error:
raise ValueError(
f"Vectors at {tuple(p0)} and {tuple(p1)} with angles {a0} and {a1} do not intersect!"
)
else:
return None
def _line_intercept(p1, a1, p2, a2):
if (((a2 - a1) % 180) + 180) % 180 == 0:
raise ValueError("Lines are parallel!")
k1 = np.tan(np.deg2rad(a1))
k2 = np.tan(np.deg2rad(a2))
x1, y1 = p1
x2, y2 = p2
if ((a1 % 180) + 180) % 180 == 90:
return np.array((x1, k2 * (x1 - x2) + y2))
elif ((a2 % 180) + 180) % 180 == 90:
return np.array((x2, k1 * (x2 - x1) + y1))
else:
xi = (y1 - y2 - x1 * k1 + x2 * k2) / (k2 - k1)
yi = k1 * (xi - x1) + y1
return np.array((xi, yi))
def _get_bend_ports(bend):
# this is a bit of a hack, but o1 < o2, in0 < out0, hopefully there are no other wacky conventions!
sorted_port_names = sorted(bend.ports.keys())
return [bend.ports[n] for n in sorted_port_names]
LOW_LOSS_CROSS_SECTIONS = [
{"cross_section": "xs_sc", "settings": {"width": 0.9}},
"xs_sc",
]
def low_loss_connector(
port1: Port,
port2: Port,
prioritized_cross_sections: list[CrossSectionSpec] | None = None,
**kwargs,
) -> list[ComponentReference]:
"""
Routes between two ports, using the lowest-loss cross-section which will fit.
Args:
port1: the starting port.
port2: the ending port.
prioritized_cross_sections: a list of cross-sections, sorted by preference (starting with most preferred). If None, uses the global variable LOW_LOSS_CROSS_SECTIONS.
Keyword Args:
kwargs are added for API compatibility, but they are ignored.
Returns:
A list of component references comprising the connection.
"""
distance = np.sqrt(np.sum(np.square(port2.center - port1.center)))
if prioritized_cross_sections is None:
prioritized_cross_sections = LOW_LOSS_CROSS_SECTIONS
# try to route with the lowest-loss cross-section
for low_loss_cs in prioritized_cross_sections:
taper1 = taper_to_cross_section(port1, cross_section=low_loss_cs)
taper2 = taper_to_cross_section(port2, cross_section=low_loss_cs)
taper_lengths = [
taper.info["length"] for taper in (taper1, taper2) if taper is not None
]
total_taper_length = sum(taper_lengths)
if total_taper_length < distance:
refs = []
if taper1:
output_port_name = _get_taper_io_port_names(taper1)[1]
port1 = taper1.ports[output_port_name]
refs.append(taper1)
if taper2:
output_port_name = _get_taper_io_port_names(taper2)[1]
port2 = taper2.ports[output_port_name]
intermediate_connector = straight_connector(
port1, port2, cross_section=low_loss_cs
)
refs += intermediate_connector
if taper2:
refs.append(taper2)
return refs
if port1.cross_section == port2.cross_section:
# if both cross-sections are the same, keep it
return straight_connector(port1, port2, cross_section=port1.cross_section)
elif port1.layer == port2.layer:
# if the layer is the same, put a width taper, maximizing length of the fatty
if port2.width > port1.width:
taper = taper_to_cross_section(port1, port2.cross_section)
refs = [taper]
output_port_name = _get_taper_io_port_names(taper)[1]
refs += straight_connector(
taper.ports[output_port_name], port2, cross_section=port2.cross_section
)
else:
taper = taper_to_cross_section(port2, port1.cross_section)
output_port_name = _get_taper_io_port_names(taper1)[1]
refs = straight_connector(
port1, taper.ports[output_port_name], cross_section=port2.cross_section
)
refs.append(taper)
return refs
else:
# if cross-sections are different, just put the cross-section at the start
taper = taper_to_cross_section(port1, port2.cross_section)
refs = [taper]
output_port_name = _get_taper_io_port_names(taper1)[1]
refs += straight_connector(
taper.ports[output_port_name], port2, cross_section=port2.cross_section
)
return refs
def _make_error_trace(port1: Port, port2: Port, message: str):
from gdsfactory.routing.manhattan import RouteWarning
warnings.warn(message, RouteWarning)
path = Path([port1.center, port2.center])
error_component = extrude(path, layer=CONF.layer_error_path, width=1)
error_ref = ComponentReference(error_component)
return [error_ref]
def straight_connector(
port1: Port,
port2: Port,
cross_section: CrossSectionSpec = "xs_sc",
straight: ComponentFactory = straight_function,
) -> list[ComponentReference]:
"""
Connects between the two ports with a straight of the given cross-section.
Args:
port1: the starting port.
port2: the ending port.
cross_section: the cross-section to use.
straight: Component function for straights to use.
Returns:
A list of component references comprising the connection.
"""
if np.array_equal(port1.center, port2.center):
return []
path = Path([port1.center, port2.center])
# in usual cases, these angles should be the same, unless they are on opposite sides, in which they are 180 degrees separated
if abs(difference_between_angles(path.start_angle, port1.orientation)) > 1:
return _make_error_trace(
port1,
port2,
message=f"Not enough room to route between ports: {port1} and {port2}",
)
length = np.linalg.norm(port1.center - port2.center)
straight_component = straight(length=length, cross_section=cross_section)
straight_ref = ComponentReference(straight_component)
straight_ref.connect(list(straight_component.ports.keys())[0], port1)
return [straight_ref]
def auto_taper_connector(
port1: Port,
port2: Port,
cross_section: CrossSectionSpec = "xs_sc",
inner_connector: Connector = straight_connector,
) -> list[ComponentReference]:
"""
Connects the two ports with a straight in the specified cross_section, adding tapers at either end if necessary.
Args:
port1: the first port.
port2: the final port.
cross_section: the primary cross section to use for the route.
inner_connector: the connector to use after attaching tapers.
Returns:
A list of references comprising the connection.
"""
taper1 = taper_to_cross_section(port1, cross_section)
taper2 = taper_to_cross_section(port2, cross_section)
route_refs = []
if taper1:
route_refs.append(taper1)
output_port_name = _get_taper_io_port_names(taper1)[1]
port1 = taper1.ports[output_port_name]
if taper2:
route_refs.append(taper2)
output_port_name = _get_taper_io_port_names(taper2)[1]
port2 = taper2.ports[output_port_name]
conn = inner_connector(port1, port2, cross_section)
route_refs += conn
return route_refs
CONNECTORS = {
"low_loss": low_loss_connector,
"simple": straight_connector,
"auto_taper": auto_taper_connector,
None: straight_connector,
}
"""A dictionary of named connectors which can be used for all-angle routing"""
def _place_bend(bend_component: Component, position, rotation) -> ComponentReference:
"""
Places a bend by its control point at a given position and rotation. The control point of a bend is the intersection of the inverted port vectors.
Args:
bend_component: the bend component
position: the (x,y) position to place the bend
rotation: the rotation of the bend
Returns:
The resulting bend ComponentReference
"""
bend_ports = _get_bend_ports(bend_component)
bend_control_point = vector_intersection(
bend_ports[0].center,
bend_ports[0].orientation + 180,
bend_ports[1].center,
bend_ports[1].orientation + 180,
)
bend_ref = ComponentReference(bend_component)
bend_ref.rotate(
rotation + 180 - bend_ports[0].orientation, center=bend_control_point
)
bend_ref.move(origin=bend_control_point, destination=position)
return bend_ref
def _point_intersects_ray(p0, a0, p1, angle_tolerance=1e-4):
x0, y0 = p0
x1, y1 = p1
a1 = np.arctan2(y1 - y0, x1 - x0)
a1 = np.rad2deg(a1)
return abs(difference_between_angles(a1, a0)) < angle_tolerance
def _null_handler(refs):
return None
def _all_angle_connector(
port1: Port,
port2: Port,
bend_angle: float,
intersect: np.ndarray,
bend: ComponentFactory = bend_euler,
cross_section: CrossSectionSpec = "xs_sc",
connector1: Connector = straight_connector,
cross_section1: CrossSectionSpec | None = None,
connector2: Connector = straight_connector,
cross_section2: CrossSectionSpec | None = None,
report_segment_separation: Callable[[list[ComponentReference]], None] | None = None,
):
if cross_section1 is None:
cross_section1 = cross_section
if cross_section2 is None:
cross_section2 = cross_section
if report_segment_separation is None:
report_segment_separation = _null_handler
# in the case that the two ports already directly align
if bend_angle == 0 and _point_intersects_ray(
port1.center, port1.orientation, port2.center
):
straight_connection = connector2(port1, port2, cross_section=cross_section2)
report_segment_separation(straight_connection)
return straight_connection
if intersect is None:
# if difference_between_angles(port2.orientation, port1.orientation) == 180:
sample_bend = _get_bend(bend, angle=90, cross_section=cross_section)
bend_cs = _get_bend_ports(sample_bend)[0].cross_section
taper1 = taper_to_cross_section(port1, bend_cs)
taper2 = taper_to_cross_section(port2, bend_cs)
route_refs = []
if taper1:
route_refs.append(taper1)
output_port_name = _get_taper_io_port_names(taper1)[1]
port1 = taper1.ports[output_port_name]
if taper2:
route_refs.append(taper2)
output_port_name = _get_taper_io_port_names(taper2)[1]
port2 = taper2.ports[output_port_name]
# try:
bend_angles = _get_bend_angles(
port1.center, port2.center, port1.orientation, port2.orientation, bend=bend
)
bends = [
_get_bend(bend, angle=bend_angle, cross_section=cross_section)
for bend_angle in bend_angles
]
bend_refs = [ComponentReference(b) for b in bends]
bend_refs_ports = [_get_bend_ports(br) for br in bend_refs]
bend_refs[0].connect(bend_refs_ports[0][0], port1)
bend_refs[1].connect(bend_refs_ports[1][0], port2)
bend_refs_ports = [_get_bend_ports(br) for br in bend_refs]
connection = connector2(
bend_refs_ports[0][1], bend_refs_ports[1][1], cross_section=cross_section2
)
route_refs += bend_refs + connection
report_segment_separation(connection + [bend_refs[0]])
# except Exception as e:
# failure_message = f'Unable to complete route! Error message when attempting to create S bend between ports at {port1.center} and {port2.center}: {e}'
# route_refs += _make_error_trace(port1, port2, message=failure_message)
return route_refs
# return _make_error_trace(port1, port2, f'Port vectors do not intersect: {port1} and {port2}')
bend_component = _get_bend(bend, angle=bend_angle, cross_section=cross_section)
bend_ref = _place_bend(
bend_component, position=intersect, rotation=port1.orientation
)
bend_ref_ports = _get_bend_ports(bend_ref)
straight1 = connector1(port1, bend_ref_ports[0], cross_section=cross_section1)
straight2 = connector2(bend_ref_ports[1], port2, cross_section=cross_section2)
route_refs = straight1 + [bend_ref] + straight2
report_segment_separation(straight1)
return route_refs
def _get_bend(
component: ComponentSpec,
angle: float,
cross_section: CrossSectionSpec,
angle_precision: int = 9,
):
from gdsfactory.pdk import get_component
if (
isinstance(component, dict)
and "settings" in component
and "cross_section" in component["settings"]
):
return get_component(component, angle=round(angle, angle_precision))
return get_component(
component, angle=round(angle, angle_precision), cross_section=cross_section
)
def _get_bend_angles(p0, p1, a0, a1, bend):
"""get the direct line between the two points."""
import scipy.optimize
from gdsfactory.pdk import get_component
a_connect = np.arctan2(p1[1] - p0[1], p1[0] - p0[0])
a_connect_deg = np.rad2deg(a_connect)
# these are the angles which should be swept by the bends, if the bends were to take up no space
bend_angle_ideal_0 = difference_between_angles(a_connect_deg, a0)
bend_angle_ideal_1 = difference_between_angles(a_connect_deg + 180, a1)
# retrieves a function to calculate just the bend path (for efficiency) if available
bend_path_func = BEND_PATH_FUNCS.get(bend)
def optimization_func(d_angle):
# apply a delta to both bend angles
bend_angle0 = bend_angle_ideal_0 + d_angle
bend_angle1 = bend_angle_ideal_1 + d_angle
if bend_path_func is None:
bend0 = get_component(bend, angle=bend_angle0).ref()
bend1 = get_component(bend, angle=bend_angle1).ref()
bend0 = bend0.rotate(a0).move(p0)
bend1 = bend1.rotate(a1).move(p1)
bend0_output_port = _get_bend_ports(bend0)[1]
bend1_output_port = _get_bend_ports(bend1)[1]
dx, dy = bend1_output_port.center - bend0_output_port.center
else:
bend0 = Path(bend_path_func(angle=bend_angle0))
bend1 = Path(bend_path_func(angle=bend_angle1))
# get rotated coordinates of bends and check if dx/dy match up to tan(angle)
bend0 = bend0.rotate(a0).move(p0)
bend1 = bend1.rotate(a1).move(p1)
dx, dy = bend1.points[-1] - bend0.points[-1]
angle_est = np.rad2deg(np.arctan2(dy, dx))
angle_actual = a0 + bend_angle0
angle_error = abs(difference_between_angles(angle_actual, angle_est))
return angle_error
result = scipy.optimize.minimize_scalar(optimization_func, bounds=(-45, 45))
d_angle = result.x
bend_angle_0 = bend_angle_ideal_0 + d_angle
bend_angle_1 = bend_angle_ideal_1 + d_angle
return bend_angle_0, bend_angle_1
def _points_approx_equal(
point1: np.ndarray, point2: np.ndarray, tolerance: float = 5e-4
) -> bool:
return np.sqrt(np.sum(np.square(point1 - point2))) < tolerance
def _angles_approx_opposing(angle1: float, angle2: float, tolerance: float = 1e-4):
return abs(difference_between_angles(angle1 + 180, angle2)) < tolerance
def get_bundle_all_angle(
ports1: list[Port],
ports2: list[Port],
steps: list[StepAllAngle] | None = None,
cross_section: CrossSectionSpec = "xs_sc",
bend: ComponentFactory = bend_euler,
connector: str | Callable[..., list[ComponentReference]] = "low_loss",
start_angle: float | None = None,
end_angle: float | None = None,
end_connector: str | Callable[..., list[ComponentReference]] | None = None,
end_cross_section: CrossSectionSpec | None = None,
separation: float = 3,
**kwargs,
) -> list[Route]:
"""Connects a bundle of ports, allowing steps which create waypoints at \
arbitrary, non-manhattan angles.
Args:
ports1: ports at the start of the bundle.
ports2: ports at the end of the bundle.
steps: a list of steps, which contain directives on how to proceed with the route. \
"x", "y", "dx", "dy", "ds", "exit_angle", "cross_section", "connector", "separation". \
The first route, between ports1[0] and ports2[0] will take on the role of the primary route, \
and other routes will follow, given the bundling logic. \
It is assume that both ports1 and ports2 are sorted. \
cross_section: the default cross-section of the bends. Then the specified connector may also use this information for straights in between.
bend: the default component to use for the bends.
connector: the default connector to use to connect between two ports.
start_angle: if defined and different from the angle of port1, \
will cap the starting port with a bend, as to exit with this angle.
end_angle: if defined, and different from the angle of port2, \
will cap the ending port with a bend, as to exit with this angle.
end_connector: specifies the connector to use for the final straight segment of the route.
end_cross_section: specifies the cross section to use for the final straight segment of the route.
separation: specifies the separation between adjacent routes.
kwargs: added for compatibility, but in general, kwargs will be ignored with a warning.
Returns:
List of Routes between ports1 and ports2.
.. plot::
:include-source:
import gdsfactory as gf
c = gf.Component("demo")
mmi = gf.components.mmi2x2(width_mmi=10, gap_mmi=3)
mmi1 = c << mmi
mmi2 = c << mmi
mmi2.move((100, 30))
mmi2.rotate(30)
routes = gf.routing.get_bundle_all_angle(
mmi1.get_ports_list(orientation=0),
[mmi2.ports["o2"], mmi2.ports["o1"]],
connector=None,
)
for route in routes:
c.add(route.references)
c.plot()
"""
from gdsfactory.pdk import get_cross_section
if kwargs:
warnings.warn(
f"Unrecognized arguments for all-angle route will be ignored: {kwargs}"
)
connector_func = connector if callable(connector) else get_connector(connector)
routes = []
is_primary_route = True
final_connector_func = connector_func
final_cross_section = cross_section
waypoints, angles = None, None
# by default, the second to last segment (in case of a two-step end connection) should have default
# connector and cross-section
semi_final_connector_func = connector_func
semi_final_cross_section = cross_section
# however, this can be overridden by providing a final step without any directional arguments
if steps and {"connector", "cross_section"}.issuperset(steps[-1]):
final_step = steps[-1]
steps = steps[:-1]
if "cross_section" in final_step:
semi_final_cross_section = final_step["cross_section"]
semi_final_connector_func = auto_taper_connector
if "connector" in final_step:
semi_final_connector_func = get_connector(final_step["connector"])
segment_separations = []
if end_connector or end_cross_section:
if end_cross_section:
final_cross_section = end_cross_section
final_connector_func = auto_taper_connector
if end_connector:
final_connector_func = (
end_connector
if callable(end_connector)
else get_connector(end_connector)
)
for port1, port2 in zip(ports1, ports2):
if _points_approx_equal(port1.center, port2.center) and _angles_approx_opposing(
port1.orientation, port2.orientation
):
continue
route_refs = []
if (
start_angle is not None
and difference_between_angles(start_angle, port1.orientation) != 0
):
bend_angle = difference_between_angles(start_angle, port1.orientation)
bend_component = _get_bend(
bend, angle=bend_angle, cross_section=cross_section
)
bend_ref = ComponentReference(bend_component)
bend_ref_ports = _get_bend_ports(bend_ref)
initial_taper = taper_to_cross_section(
port1, bend_ref_ports[0].cross_section
)
if initial_taper:
route_refs.append(initial_taper)
output_port_name = _get_taper_io_port_names(initial_taper)[1]
port1 = initial_taper.ports[output_port_name]
bend_ref.connect(bend_ref_ports[0], port1)
bend_ref_ports = _get_bend_ports(bend_ref)
route_refs.append(bend_ref)
port1 = bend_ref_ports[1]
if (
end_angle is not None
and difference_between_angles(end_angle, port2.orientation) != 0
):
bend_angle = difference_between_angles(end_angle, port2.orientation)
bend_component = _get_bend(
bend, angle=bend_angle, cross_section=cross_section
)
bend_ref = ComponentReference(bend_component)
bend_ref_ports = _get_bend_ports(bend_ref)
end_taper = taper_to_cross_section(port2, bend_ref_ports[0].cross_section)
if end_taper:
route_refs.append(end_taper)
output_port_name = _get_taper_io_port_names(end_taper)[1]
port2 = end_taper.ports[output_port_name]
bend_ref.connect(bend_ref_ports[0], port2)
bend_ref_ports = _get_bend_ports(bend_ref)
route_refs.append(bend_ref)
port2 = bend_ref_ports[1]
if not is_primary_route and steps:
# for non-primary routes in the bundle, reset the steps for each new route,
# based on the primary route's waypoints and angles
these_waypoints = [port1.center]
these_angles = [port1.orientation]
i_step = 0
intercept_sign = (
1
if vector_intersection(
these_waypoints[i_step],
these_angles[i_step],
waypoints[i_step + 1],
angles[i_step + 1] + 90,
raise_error=False,
)
is not None
else -1
)
for i_waypoint in range(1, len(waypoints) - 2):
# here we need the pitch for the *next* segment, after the bend
pitch = segment_separations[i_waypoint]
# the angle orthogonal from the next section's angle of propagation
offset_angle = angles[i_waypoint] + 90 * intercept_sign
# offset the next waypoint out by the desired pitch
offset_pt = waypoints[i_waypoint] + pitch * np.array(
[np.cos(np.deg2rad(offset_angle)), np.sin(np.deg2rad(offset_angle))]
)
# the next waypoint will be the intersect of the current vector and the line offset from the previous route's next segment
next_waypoint = _line_intercept(
offset_pt,
angles[i_waypoint],
these_waypoints[i_waypoint - 1],
these_angles[i_waypoint - 1],
)
these_waypoints.append(next_waypoint)
these_angles.append(angles[i_waypoint])
# final_intercept = vector_intersection(these_waypoints[-1], these_angles[-1], port2.center,
# port2.orientation, raise_error=True)
waypoints = these_waypoints
angles = these_angles
has_explicit_end_angle = True
if steps and is_primary_route:
x0, y0 = port1.center
a0 = port1.orientation
waypoints = [(x0, y0)]
angles = [port1.orientation]
a_final = None
# for each step, get the next waypoint
last_step_index = len(steps) - 1
for i_step, step in enumerate(steps):
x1, y1 = None, None
if not STEP_DIRECTIVES.issuperset(step):
invalid_step_directives = list(set(step.keys()) - STEP_DIRECTIVES)
raise ValueError(
f"Invalid step directives: {invalid_step_directives}. Valid directives are {list(STEP_DIRECTIVES)}"
)
if not {"x", "y", "dx", "dy", "ds"}.isdisjoint(step):
if "x" in step or "dx" in step:
x1 = step.get("x", x0)
x1 += step.get("dx", 0)
if "y" in step or "dy" in step:
y1 = step.get("y", y0)
y1 += step.get("dy", 0)
if x1 is not None and y1 is not None and a0 is not None:
raise ValueError(
"Route is overconstrained! x and y and incoming angle are all defined. Please remove one"
)
if "ds" in step:
if {"x", "y", "dx", "dy"}.isdisjoint(step):
if a0 is not None:
ds = step["ds"]
dx = ds * np.cos(np.deg2rad(a0))
dy = ds * np.sin(np.deg2rad(a0))
x1 = x0 + dx
y1 = y0 + dy
if i_step == last_step_index:
a_final = a0
else:
raise ValueError(
'When specifying "ds" as a step, the previous step must have an explicit exit_angle'
)
else:
raise ValueError(
f"Route is overconstrained! ds is defined as well as x/y/dx/dy: {step}"
)
if x1 is None:
if a0 is not None:
# get intercept with desired y value
x1, _ = vector_intersection(
(x0, y0), a0, (-1e6, y1), 0, max_distance=2e6
)
if i_step == last_step_index:
a_final = a0
elif i_step == last_step_index:
if "exit_angle" in step:
# if exit_angle is set, assume the segment is vertical, from the previous point to the specified y
x1 = x0
else:
# otherwise, let x be at the intercept of the specified y with the ray defined by port 2's vector
x1, _ = vector_intersection(
port2.center,
port2.orientation,
(-1e6, y1),
0,
max_distance=2e6,
)
else:
x1 = x0
elif y1 is None:
if a0 is not None:
# get intercept with desired x value
_, y1 = vector_intersection(
(x0, y0), a0, (x1, -1e6), 90, max_distance=2e6
)
if i_step == last_step_index:
a_final = a0
elif i_step == last_step_index:
if "exit_angle" in step:
y1 = y0
else:
_, y1 = vector_intersection(
port2.center,
port2.orientation,
(x1, -1e6),
90,
max_distance=2e6,
)
else:
y1 = y0
elif a0 is None and i_step == last_step_index:
a_final = np.rad2deg(np.arctan2(y1 - y0, x1 - x0))
waypoints.append((x1, y1))
a0 = step.get("exit_angle", a_final)
angles.append(a0)
x0, y0 = x1, y1
else:
raise ValueError(
f"Unable to process improperly or incompletely formed step routing command: {step}"
)
has_explicit_end_angle = angles[-1] is not None
if steps:
waypoints.append(port2.center)
bends = []
prev_port = port1
# go back over the waypoints and calculate unspecified angles and bends
for i_step, _ in enumerate(steps):
# override the current cross section and connector, if applicable
override_cs = steps[i_step].get("cross_section")
override_connector = steps[i_step].get("connector")
# override the current separation, if applicable
if override_cs:
this_cs = get_cross_section(override_cs)
this_connector = auto_taper_connector
else:
this_cs = cross_section
this_connector = connector_func
if override_connector:
this_connector = get_connector(override_connector)
# build up the sequence of references in the current segment of the route
if i_step + 1 < len(angles):
# the angle going into the current step
# angle 0 should always be explicitly defined, from the first port
angle0 = angles[i_step]
# the angle going out of the current step
angle_next = angles[i_step + 1]
# if no angle was explicitly defined, let's calculate it here
if angle_next is None:
p1 = waypoints[i_step + 2]
p0 = waypoints[i_step + 1]
angle_next = np.rad2deg(
np.arctan2(p1[1] - p0[1], p1[0] - p0[0])
)
dangle = difference_between_angles(angle_next, angle0)
if dangle == 180:
raise ValueError(
"Intermediate 180 degree bends are not currently supported!"
)
elif dangle == 0:
next_port = prev_port.flip()
next_port.center = waypoints[i_step + 1]
connection = this_connector(
prev_port, next_port, cross_section=this_cs
)
route_refs += connection
prev_port = next_port.flip()
else:
bend_component = _get_bend(
bend, angle=dangle, cross_section=cross_section
)
bend_ref = _place_bend(
bend_component,
position=waypoints[i_step + 1],
rotation=angle0,
)
bend_ref_ports = _get_bend_ports(bend_ref)
connection = this_connector(
prev_port, bend_ref_ports[0], cross_section=this_cs
)
route_refs += connection
route_refs.append(bend_ref)
bends.append(bend_ref)
prev_port = bend_ref_ports[1]
angles[i_step + 1] = angle_next
if is_primary_route:
segment_separations.append(separation)
if has_explicit_end_angle:
port1 = prev_port
else:
if _point_intersects_ray(
port2.center, port2.orientation, prev_port.center
):
final_connection = final_connector_func(
prev_port, port2, cross_section=final_cross_section
)
route_refs += final_connection
this_separation = separation
segment_separations.append(this_separation)
else:
route_refs += _make_error_trace(
prev_port,
port2,
"Cannot complete final step of route! "
"Try setting an exit_angle in your final "
"step which intersects the vector of the destination port.",
)
if not steps or has_explicit_end_angle:
intersect = vector_intersection(
port1.center,
port1.orientation,
port2.center,
port2.orientation,
raise_error=False,
)
report_segment_separation = None
def _report_separations_w_steps(refs) -> None:
segment_separations.append(separation)
if steps:
angles.insert(-1, port1.orientation)
waypoints.insert(-1, intersect)
report_segment_separation = _report_separations_w_steps
bend_angle = difference_between_angles(
port2.orientation + 180, port1.orientation
)
final_connection = _all_angle_connector(
port1,
port2,
bend_angle=bend_angle,
intersect=intersect,
bend=bend,
cross_section=cross_section,
connector1=semi_final_connector_func,
connector2=final_connector_func,
cross_section1=semi_final_cross_section,
cross_section2=final_cross_section,
report_segment_separation=report_segment_separation,
)
route_refs += final_connection
this_separation = separation
segment_separations.append(this_separation)
route_length = sum(r.info["length"] for r in route_refs)
route = Route(
references=route_refs,
ports=(port1, port2),
length=np.round(route_length, 3),
)
routes.append(route)
is_primary_route = False
return routes
if __name__ == "__main__":
import gdsfactory as gf
@gf.cell
def demo_issue() -> gf.Component:
c = gf.Component()
mmi = gf.components.mmi2x2(width_mmi=10, gap_mmi=3)
mmi1 = c << mmi
mmi2 = c << mmi
mmi2.move((100, 30))
mmi2.rotate(30)
routes = gf.routing.get_bundle_all_angle(
mmi1.get_ports_list(orientation=0),
[mmi2.ports["o2"], mmi2.ports["o1"]],
connector=None,
)
for route in routes:
c.add(route.references)
return c
# c = demo_issue(decorator=gf.decorators.flatten_offgrid_references)
c = demo_issue()
# c = c.flatten_offgrid_references()
c.show()
|
gdsfactory/gdsfactory/routing/all_angle.py/0
|
{
"file_path": "gdsfactory/gdsfactory/routing/all_angle.py",
"repo_id": "gdsfactory",
"token_count": 18856
}
| 30
|
from __future__ import annotations
import warnings
from gdsfactory.components.bend_s import bend_s
from gdsfactory.port import Port
from gdsfactory.typings import ComponentFactory, Route
def get_route_sbend(
port1: Port, port2: Port, *, bend_s: ComponentFactory = bend_s, **kwargs
) -> Route:
"""Returns an Sbend Route to connect two ports.
Args:
port1: start port.
port2: end port.
bend_s: S-bend component factory.
Keyword Args:
npoints: number of points.
with_cladding_box: square bounding box to avoid DRC errors.
cross_section: function.
kwargs: cross_section settings.
.. plot::
:include-source:
import gdsfactory as gf
c = gf.Component("demo_route_sbend")
mmi1 = c << gf.components.mmi1x2()
mmi2 = c << gf.components.mmi1x2()
mmi2.movex(50)
mmi2.movey(5)
route = gf.routing.get_route_sbend(mmi1.ports['o2'], mmi2.ports['o1'])
c.add(route.references)
c.plot()
"""
ysize = port2.center[1] - port1.center[1]
xsize = port2.center[0] - port1.center[0]
# We need to act differently if the route is orthogonal in x
# or orthogonal in y
size = (xsize, ysize) if port1.orientation in [0, 180] else (ysize, -xsize)
bend = bend_s(size=size, **kwargs)
bend_ref = bend.ref()
bend_ref.connect(list(bend_ref.ports.keys())[0], port1)
if port1.orientation is not None and port2.orientation is not None:
orthogonality_error = abs(abs(port1.orientation - port2.orientation) - 180)
if orthogonality_error > 0.1:
from gdsfactory.routing.manhattan import get_route_error
warnings.warn(
f"Ports need to have orthogonal orientation {orthogonality_error}\n"
f"port1 = {port1.orientation} deg and port2 = {port2.orientation}"
)
points = [port1.center, port2.center]
return get_route_error(points)
return Route(
references=[bend_ref],
length=bend.info["length"],
ports=(port1, port2),
)
if __name__ == "__main__":
# import gdsfactory as gf
# from gdsfactory.routing.sort_ports import sort_ports
# c = gf.Component("test_get_route_sbend")
# pitch = 2.0
# ys_left = [0, 10, 20]
# N = len(ys_left)
# ys_right = [(i - N / 2) * pitch for i in range(N)]
# right_ports = [
# gf.Port(f"R_{i}", (0, ys_right[i]), width=0.5, orientation=180, layer=(1, 0))
# for i in range(N)
# ]
# left_ports = [
# gf.Port(f"L_{i}", (-50, ys_left[i]), width=0.5, orientation=0, layer=(1, 0))
# for i in range(N)
# ]
# left_ports.reverse()
# right_ports, left_ports = sort_ports(right_ports, left_ports)
# for p1, p2 in zip(right_ports, left_ports):
# route = get_route_sbend(p1, p2, layer=(2, 0))
# c.add(route.references)
# c.show(show_ports=True)
import gdsfactory as gf
c = gf.Component("demo_route_sbend")
mmi1 = c << gf.components.mmi1x2()
mmi2 = c << gf.components.mmi1x2()
# mmi2.movex(30)
mmi2.movey(100)
route = gf.routing.get_route_sbend(mmi1.ports["o1"], mmi2.ports["o1"])
c.add(route.references)
c.show()
|
gdsfactory/gdsfactory/routing/get_route_sbend.py/0
|
{
"file_path": "gdsfactory/gdsfactory/routing/get_route_sbend.py",
"repo_id": "gdsfactory",
"token_count": 1527
}
| 31
|
"""When you create components you have to make sure they have unique names.
the cell decorator gives unique names to components that depend on their parameters.
"""
from __future__ import annotations
import gdsfactory as gf
if __name__ == "__main__":
c1 = gf.components.straight(length=5)
assert c1.name.split("_")[0] == "straight"
|
gdsfactory/gdsfactory/samples/02_component_autoname.py/0
|
{
"file_path": "gdsfactory/gdsfactory/samples/02_component_autoname.py",
"repo_id": "gdsfactory",
"token_count": 105
}
| 32
|
"""# Components. You can adapt some component functions from the `gdsfactory.components` module. Each function there returns a Component object. Here are two equivalent functions."""
from __future__ import annotations
from functools import partial
import gdsfactory as gf
def straight_wide1(width=10, **kwargs) -> gf.Component:
return gf.components.straight(width=width, **kwargs)
straight_wide2 = partial(gf.components.straight, width=10)
if __name__ == "__main__":
# c = straight_wide1()
c = straight_wide2()
c.show(show_ports=True)
|
gdsfactory/gdsfactory/samples/20_components.py/0
|
{
"file_path": "gdsfactory/gdsfactory/samples/20_components.py",
"repo_id": "gdsfactory",
"token_count": 178
}
| 33
|
instances:
{% for i in range(5) %}
wg_a1{{ i }}:
component: straight
wg_a2{{ i }}:
component: straight
settings:
cross_section: xs_sc
wg_b1{{ i }}:
component: straight
settings:
cross_section: xs_sc
wg_b2{{ i }}:
component: straight
wg_c1{{ i }}:
component: straight
wg_c2{{ i }}:
component: straight
settings:
cross_section: xs_sc
wg_d1{{ i }}:
component: straight
wg_d2{{ i }}:
component: straight
wg_e1{{ i }}:
component: straight
settings:
cross_section: xs_sc
wg_e2{{ i }}:
component: straight
settings:
cross_section: xs_sc
wg_f1{{ i }}:
component: straight
wg_f2{{ i }}:
component: straight
settings:
cross_section: xs_sc
wg_g1{{ i }}:
component: straight
wg_g2{{ i }}:
component: straight
settings:
cross_section: xs_sc
{% endfor %}
placements:
{% for i in range(5) %}
wg_a1{{ i }}:
port: o2
x: 0
y: {{ 0 - 10 * i }}
wg_a2{{ i }}:
port: o1
x: 2000
y: {{ -1000 - 15 * i }}
wg_b1{{ i }}: # angles are splayed, symmetric about center
port: o2
x: 5000
y: {{ 0 - 10 * i }}
rotation: {{ (2 - i) * 3 }}
wg_b2{{ i }}: # components are both staggered in x/y and angles are splayed
port: o1
x: {{ 7000 - i * 10 }}
y: {{ -1000 - 20 * i }}
rotation: {{ i * 2 }}
wg_c1{{ i }}:
port: o2
x: 0
y: {{ -5000 - 10 * i }}
wg_c2{{ i }}:
port: o1
x: {{ 2000 - i * 10 }}
y: {{ -6000 - 20 * i }}
rotation: {{ 3 * i }}
wg_d1{{ i }}:
port: o2
x: 5000
y: {{ -5000 - 20 * i }}
rotation: {{ (2 - i) * 5 }}
wg_d2{{ i }}:
port: o1
x: {{ 7000 - 0 * i }}
y: {{ -6000 - 10 * i }}
rotation: 0
wg_e1{{ i }}:
port: o2
x: 0
y: {{ -7000 - 20 * i }}
wg_e2{{ i }}:
port: o1
x: wg_e1{{ i }},o2
y: wg_e1{{ i }},o2
dx: {{ 10 + i * 100 }}
wg_f1{{ i }}:
port: o2
x: 10000
y: {{ 0 - 10 * i }}
wg_f2{{ i }}:
port: o1
x: 12000
y: {{ -1000 - 15 * i }}
wg_g1{{ i }}:
port: o2
x: 10000
y: {{ -4000 - 10 * i }}
wg_g2{{ i }}:
port: o1
x: 12000
y: {{ -5000 - 15 * i }}
{% endfor %}
routes:
r1:
routing_strategy: get_bundle_all_angle
settings:
start_angle: 10
end_angle: 200
end_cross_section: xs_sc
steps:
- dx: 3000
- dx: 500
dy: -1000
exit_angle: 0
separation: 40
- ds: 800
- dy: -2000
- dx: -4000
exit_angle: 90
links:
{% for i in range(5) %}
wg_a1{{ i }},o2: wg_a2{{ i }},o1
{% endfor %}
r2:
routing_strategy: get_bundle_all_angle
settings:
start_angle: 10
steps:
- dx: 3000
cross_section:
cross_section: xs_sc
settings:
width: 2.6
- dx: 500
dy: -1000
exit_angle: 0
- ds: 800
cross_section: xs_sc
- dy: -2000
- dx: -4000
exit_angle: 90 # you can force the final segment to be manhattan by specifying exit_angle
links:
{% for i in range(5) %}
wg_b1{{ i }},o2: wg_b2{{ i }},o1
{% endfor %}
r3: # an s-like bundle can be created by setting an appropriate start or end angle. you will get usual benefits of bundle routing
routing_strategy: get_bundle_all_angle
settings:
bend:
component: bend_euler
settings:
cross_section: # cross section of the bends can be explicitly set, separately from cross_section if specified in the bend component
cross_section: xs_sc
settings:
width: 1.5
connector: auto_taper # use auto_taper connector to explicitly use a cross section type and have it properly auto-taper
cross_section:
cross_section: xs_sc
settings:
width: 2.6
start_angle: -33 # let's give a start angle which will cause an intersection with the end angle, and create a two-step route
end_cross_section: # you can use the end_cross_section parameter to differentiate the final segment in a two-step route, even if steps are implicit
cross_section: xs_sc
settings:
width: 2.0
links:
{% for i in range(5) %}
wg_c1{{ i }},o2: wg_c2{{ i }},o1
{% endfor %}
r4: # a step-free bundle with non-intersecting, opposing ports creates s-bends
routing_strategy: get_bundle_all_angle
settings:
end_cross_section: # this will take effect for the route, since it is, after all, the last section
cross_section: xs_sc
settings:
width: 3.5
links:
{% for i in range(5) %}
wg_d1{{ i }},o2: wg_d2{{ i }},o1
{% endfor %}
r5: # example of direct (straight) routes... also a clear demonstration of low_loss cross_section behavior with varied distance
routing_strategy: get_bundle_all_angle
links:
{% for i in range(5) %}
wg_e1{{ i }},o2: wg_e2{{ i }},o1
{% endfor %}
r6:
routing_strategy: get_bundle_all_angle
settings:
start_angle: 10
end_angle: 200
end_cross_section: xs_sc
separation: 50 # demonstrating an explicit, big separation
steps:
- dx: 3000
- dx: 500
dy: -1000
exit_angle: 0
- ds: 800
- dy: -2000
- dx: -4000
exit_angle: 90
links:
{% for i in range(5) %}
wg_f1{{ i }},o2: wg_f2{{ i }},o1
{% endfor %}
r7:
routing_strategy: get_bundle_all_angle
settings:
start_angle: 10
end_angle: 200
end_cross_section: xs_sc
separation: 5 # demonstrating an explicit, small separation
steps:
- dx: 3000
- dx: 500
dy: -1000
exit_angle: 0
- ds: 800
- dy: -2000
- dx: -4000
exit_angle: 90
separation: 30
links:
{% for i in range(5) %}
wg_g1{{ i }},o2: wg_g2{{ i }},o1
{% endfor %}
|
gdsfactory/gdsfactory/samples/all_angle_routing/aar_bundles.pic.yml/0
|
{
"file_path": "gdsfactory/gdsfactory/samples/all_angle_routing/aar_bundles.pic.yml",
"repo_id": "gdsfactory",
"token_count": 2991
}
| 34
|
instances:
mzi1:
component: mzi
settings:
delta_length: 200
mzi2:
component: mzi
settings:
delta_length: 10
gc1:
component: grating_coupler_te
gc2:
component: grating_coupler_te
placements:
mzi2:
ymax: mzi1,north
dy: 100
xmin: mzi1,east
dx: 50
gc1:
xmax: mzi1,west
mirror: True
dx: -100
dy: -20
gc2:
xmin: mzi2,east
dx: 100
dy: 100
routes:
optical:
links:
mzi1,o2: mzi2,o1
settings:
auto_widen: True
gc1:
links:
gc1,o1: mzi1,o1
gc2:
links:
gc2,o1: mzi2,o2
ports:
o1: gc1,o1
o2: gc2,o2
|
gdsfactory/gdsfactory/samples/demo/circuits/mzi_lattice_filter_generic.pic.yml/0
|
{
"file_path": "gdsfactory/gdsfactory/samples/demo/circuits/mzi_lattice_filter_generic.pic.yml",
"repo_id": "gdsfactory",
"token_count": 369
}
| 35
|
"""Write FabC example PDK into uPDK YAML format."""
from __future__ import annotations
from gdsfactory.samples.pdk.fab_c import pdk
if __name__ == "__main__":
yaml_pdk_decription = pdk.to_updk()
print(yaml_pdk_decription)
|
gdsfactory/gdsfactory/samples/pdk/fab_c_to_updk.py/0
|
{
"file_path": "gdsfactory/gdsfactory/samples/pdk/fab_c_to_updk.py",
"repo_id": "gdsfactory",
"token_count": 94
}
| 36
|
function: grating_coupler_elliptical
info:
polarization: te
wavelength: 1.554
module: gdsfactory.components.grating_coupler_elliptical
name: grating_coupler_elliptical_e6e61720
settings:
big_last_tooth: false
cross_section:
add_pins_function_module: gdsfactory.samples.pdk.fab_c
add_pins_function_name: add_pins
auto_widen: false
auto_widen_minimum_length: 200.0
bbox_layers:
- - 36
- 0
bbox_offsets:
- 3.0
components_along_path: []
gap: 3.0
info: {}
min_length: 0.01
radius: 10.0
radius_min: 5.0
sections:
- hidden: false
insets: null
layer:
- 34
- 0
name: _default
offset: 0.0
offset_function: null
port_names:
- o1
- o2
port_types:
- optical
- optical
simplify: null
width: 1.0
width_function: null
taper_length: 10.0
width_wide: null
fiber_angle: 15.0
grating_line_width: 0.6
info: null
layer_slab: null
n_periods: 30
nclad: 1.443
neff: 2.638
polarization: te
post_process:
- function: add_pins
module: gdsfactory.add_pins
settings:
function:
function: add_pin_rectangle_inside
module: gdsfactory.add_pins
settings:
layer_label: null
pin_length: 0.001
pin_length: 0.5
slab_offset: 2.0
slab_xmin: -1.0
spiked: true
taper_angle: 40.0
taper_length: 16.6
wavelength: 1.554
|
gdsfactory/gdsfactory/samples/pdk/test_fab_c/test_settings_gc_nc_.yml/0
|
{
"file_path": "gdsfactory/gdsfactory/samples/pdk/test_fab_c/test_settings_gc_nc_.yml",
"repo_id": "gdsfactory",
"token_count": 690
}
| 37
|
from pydantic.dataclasses import dataclass
from gdsfactory.technology.layer_views import Layer
@dataclass(kw_only=True)
class ProcessStep:
"""Generic process step."""
name: str | None
@dataclass(kw_only=True)
class Lithography(ProcessStep):
"""Simulates lithography by generating a logical on-wafer mask from one or many layers to be used in processing operations.
(1) First, a mask is created from the layer arguments:
if layer=None, behaviour should be:
mask opening
<---------------->
----->
|________________| |________________|
0 1 2 3 0 1 2 3
if argument_layers is provided to layers_or, for those layers:
layer mask opening
<----------------> <--------------------------->
----->
|________________| |_______|________|_________|
|__________________|
0 1 2 3 0 1 2 3
<------------------>
layers_or
if argument_layers is provided to layers_and, for those layers:
layer mask opening
<----------------> <--------->
----->
|________________| | |_________| |
|__________________|
0 1 2 3 0 1 2 3
<------------------>
layers_and
if argument_layers is provided to layers_diff, for those layers:
layer mask opening
<----------------> <------->
----->
|________________| |________| | |
|__________________|
0 1 2 3 0 1 2 3
<------------------>
layers_and
if argument_layers is provided to layers_xor, for those layers:
layer mask opening
<----------------> <--------> <--------->
----->
|________________| |_______| |_________|
|__________________|
0 1 2 3 0 1 2 3
<------------------>
layers_xor
(2) Convert the logical mask into a wafer mask, opening up parts of the wafer for processing:
if positive_tone:
mask opening wafer mask opened
<------> <------>
_____ _____
| | | |
-----> | | | | mask_thickness
________________ |___|______|___|
else (negative tone):
mask opening wafer mask NOT opened
<------> <------>
________
| |
-----> | | mask_thickness
________________ ____|______|____
(3) (Optional) Planarize the resist
Args:
layer: main layer to use as a mask for this lithography step
layers_union (List[Layers]): other layers to use to form the mask (see diagram)
layers_diff (List[Layers]): other layers to use to form a mask (see diagram)
layers_intersect (List[Layers]): other layers to use to form a mask (see diagram)
positive_tone (bool): whether to invert the resulting mask (False) or not (True)
resist_thickness (float): resist mask thickness, used in some simulators
planarization_height (float): height at which to "clip" the resist above the wafer
"""
layer: Layer | None = None
layers_or: list | None = None
layers_diff: list | None = None
layers_and: list | None = None
layers_xor: list | None = None
resist_thickness: float | None = 0
positive_tone: bool = True
planarization_height: float = None
@dataclass(kw_only=True)
class Grow(Lithography):
"""Simulates masking + addition of material + liftoff.
wafer mask opened wafer mask opened
<------> <------>
________
| |
-----> | mat | thickness
________________ ____|______|____
Args:
material (str): material tag of material to add
thickness (float): thickness to add [nm]
type (str): of growth/deposition (isotropic, anisotropic, etc.)
rate (float): of growth [nm/s]
"""
thickness: float
material: str
type: str
rate: float = None
@dataclass(kw_only=True)
class Etch(Lithography):
"""Simulates masking + removal of material + strip.
wafer mask opened wafer mask opened
<------> <----->
________________ _____ _____
| | | |
| mat | -----> mat | etch | mat depth
|______________| ____|______|____
Args:
material (str): material tag to etch into
thickness (float): thickness to remove [nm]
type (str): of etch (isotropic, anisotropic, etc.)
rate (float): of removal [nm/s]
"""
material: str
depth: float
type: str = "anisotropic"
rate: float = None
@dataclass(kw_only=True)
class ImplantPhysical(Lithography):
"""Simulates masking + physical ion implantation + strip.
wafer mask opened wafer mask opened
<------> <----->
________________ __________________
| | | |
| | -----> | ------- <---- range (depends on energy)
|______________| |________________|
Args:
ion (str): ion tag
energy (float): of the ions
dose (float): in /cm^2
tilt (float): ion angle from out-of-plane axis. in degrees. If None, uses simulator default
twist (float): ion angle from wafer "x-axis", in degrees. If None, uses simulator default
rotation (float): if twist is None, toggle to split the dose 4-ways between 4 cardinal twist angles (simulates substrate rotation during implantation)
"""
ion: str
energy: float
dose: float
tilt: float = None
twist: float = None
rotation: float = None
@dataclass(kw_only=True)
class ImplantGaussian(Lithography):
"""Simulates masking + physical ion implantation + strip.
wafer mask opened wafer mask opened
<------> <----->
________________ __________________
| | | |
| | -----> | ------- <---- range (depends on energy)
|______________| |________________|
Args:
ion (str): ion tag
peak_conc (float): peak concentration
range (float): of the ions (center of distribution)
vertical_straggle (float): of the ions (spread of distribution), normal to the plane
lateral_straggle (float): of the ions (spread of distribution), parallel to the plane
into_materials (List[str]): list of material tothis step can implant into
"""
ion: str
peak_conc: float
range: float
vertical_straggle: float = None
lateral_straggle: float = None
@dataclass(kw_only=True)
class DopingConstant(Lithography):
"""Constant doping for simplified processes.
wafer mask opened wafer mask opened
<------> <----->
________________ __________________
| | | |
| | -----> | ------- <---- range (depends on energy)
|______________| |________________|
Args:
ion (str): ion tag
peak_conc (float): peak concentration (constant)
zmin (float): lower bound of the doping box
zmax (float): upper bound of the doping box. By default
into_materials (List[str]): list of material tothis step can implant into
"""
ion: str
peak_conc: float
zmin: float
zmax: float = None
into_materials: list[str]
@dataclass(kw_only=True)
class Anneal(ProcessStep):
"""Simulates thermal diffusion of impurities and healing of defects.
Args:
time (float)
temperature (float): temperature
TODO (long term): heating/cooling time profiles
"""
time: float
temperature: float
@dataclass(kw_only=True)
class Planarize(ProcessStep):
"""Simulates chip planarization, "clipping" the structure above some height. Does not use masking.
__
_| |___
__| |____
| | ___ _________________
| | | height -----> | |
|______________| _|_ z=0 |_______________|
Args:
depth (float): how much to remove
"""
height: float = 0
@dataclass(kw_only=True)
class ArbitraryStep(ProcessStep):
"""Arbitrary process step, used to handle all other cases."""
info: str
|
gdsfactory/gdsfactory/technology/processes.py/0
|
{
"file_path": "gdsfactory/gdsfactory/technology/processes.py",
"repo_id": "gdsfactory",
"token_count": 4804
}
| 38
|
<jupyter_start><jupyter_text>Grid / pack / align / distribute GridThe ``gf.components.grid()`` function can take a list (or 2D array) of objects and arrange them along a grid. This is often useful for making parameter sweeps. If the `separation` argument is true, grid is arranged such that the elements are guaranteed not to touch, with a `spacing` distance between them. If `separation` is false, elements are spaced evenly along a grid. The `align_x`/`align_y` arguments specify intra-row/intra-column alignment. The `edge_x`/`edge_y` arguments specify inter-row/inter-column alignment (unused if `separation = True`).<jupyter_code>import gdsfactory as gf
components_list = []
for width1 in [1, 6, 9]:
for width2 in [1, 2, 4, 8]:
D = gf.components.taper(length=10, width1=width1, width2=width2, layer=(1, 0))
components_list.append(D)
c = gf.grid(
components_list,
spacing=(5, 1),
separation=True,
shape=(3, 4),
align_x="x",
align_y="y",
edge_x="x",
edge_y="ymax",
)
c.plot()<jupyter_output><empty_output><jupyter_text>PackThe ``gf.pack()`` function packs geometries together into rectangular bins. If a ``max_size`` is specified, the function will create as many bins as is necessary to pack all the geometries and then return a list of the filled-bin Components.Here we generate several random shapes then pack them together automatically. We allow the bin to be as large as needed to fit all the Components by specifying ``max_size = (None, None)``. By setting ``aspect_ratio = (2,1)``, we specify the rectangular bin it tries to pack them into should be twice as wide as it is tall:<jupyter_code>import numpy as np
import gdsfactory as gf
np.random.seed(5)
D_list = [gf.components.rectangle(size=(i, i)) for i in range(1, 10)]
D_packed_list = gf.pack(
D_list, # Must be a list or tuple of Components
spacing=1.25, # Minimum distance between adjacent shapes
aspect_ratio=(2, 1), # (width, height) ratio of the rectangular bin
max_size=(None, None), # Limits the size into which the shapes will be packed
density=1.05, # Values closer to 1 pack tighter but require more computation
sort_by_area=True, # Pre-sorts the shapes by area
)
D = D_packed_list[0] # Only one bin was created, so we plot that
D.plot()<jupyter_output><empty_output><jupyter_text>Say we need to pack many shapes into multiple 500x500 unit die. If we set ``max_size = (500,500)`` the shapes will be packed into as many 500x500 unit die as required to fit them all:<jupyter_code>np.random.seed(1)
D_list = [
gf.components.ellipse(radii=tuple(np.random.rand(2) * n + 2)) for n in range(120)
]
D_packed_list = gf.pack(
D_list, # Must be a list or tuple of Components
spacing=4, # Minimum distance between adjacent shapes
aspect_ratio=(1, 1), # Shape of the box
max_size=(500, 500), # Limits the size into which the shapes will be packed
density=1.05, # Values closer to 1 pack tighter but require more computation
sort_by_area=True, # Pre-sorts the shapes by area
)
# Put all packed bins into a single device and spread them out with distribute()
F = gf.Component("packed")
[F.add_ref(D) for D in D_packed_list]
F.distribute(elements="all", direction="x", spacing=100, separation=True)
F.plot()<jupyter_output><empty_output><jupyter_text>Note that the packing problem is an NP-complete problem, so ``gf.components.packer()`` may be slow if there are more than a few hundred Components to pack (in that case, try pre-packing a few dozen at a time then packing the resulting bins). Requires the ``rectpack`` python package. DistributeThe ``distribute()`` function allows you to space out elements within a Component evenly in the x or y direction. It is meant to duplicate the distribute functionality present in Inkscape / Adobe Illustrator: Say we start out with a few random-sized rectangles we want to space out:<jupyter_code>c = gf.Component("rectangles")
# Create different-sized rectangles and add them to D
[
c.add_ref(
gf.components.rectangle(size=[n * 15 + 20, n * 15 + 20], layer=(2, 0))
).move([n, n * 4])
for n in [0, 2, 3, 1, 2]
]
c.plot()<jupyter_output><empty_output><jupyter_text>Oftentimes, we want to guarantee some distance between the objects. By setting ``separation = True`` we move each object such that there is ``spacing`` distance between them:<jupyter_code>D = gf.Component("rectangles_separated")
# Create different-sized rectangles and add them to D
[
D.add_ref(gf.components.rectangle(size=[n * 15 + 20, n * 15 + 20])).move((n, n * 4))
for n in [0, 2, 3, 1, 2]
]
# Distribute all the rectangles in D along the x-direction with a separation of 5
D.distribute(
elements="all", # either 'all' or a list of objects
direction="x", # 'x' or 'y'
spacing=5,
separation=True,
)
D.plot()<jupyter_output><empty_output><jupyter_text>Alternatively, we can spread them out on a fixed grid by setting ``separation = False``. Here we align the left edge (``edge = 'min'``) of each object along a grid spacing of 100:<jupyter_code>D = gf.Component("spacing100")
[
D.add_ref(gf.components.rectangle(size=[n * 15 + 20, n * 15 + 20])).move((n, n * 4))
for n in [0, 2, 3, 1, 2]
]
D.distribute(
elements="all", direction="x", spacing=100, separation=False, edge="xmin"
) # edge must be either 'xmin' (left), 'xmax' (right), or 'x' (center)
D.plot()<jupyter_output><empty_output><jupyter_text>The alignment can be done along the right edge as well by setting ``edge = 'max'``, or along the center by setting ``edge = 'center'`` like in the following:<jupyter_code>D = gf.Component("alignment")
[
D.add_ref(gf.components.rectangle(size=[n * 15 + 20, n * 15 + 20])).move(
(n - 10, n * 4)
)
for n in [0, 2, 3, 1, 2]
]
D.distribute(
elements="all", direction="x", spacing=100, separation=False, edge="x"
) # edge must be either 'xmin' (left), 'xmax' (right), or 'x' (center)
D.plot()<jupyter_output><empty_output><jupyter_text>AlignThe ``align()`` function allows you to elements within a Component horizontally or vertically. It is meant to duplicate the alignment functionality present in Inkscape / Adobe Illustrator: Say we ``distribute()`` a few objects, but they're all misaligned:<jupyter_code>D = gf.Component("distribute")
# Create different-sized rectangles and add them to D then distribute them
[
D.add_ref(gf.components.rectangle(size=[n * 15 + 20, n * 15 + 20])).move((n, n * 4))
for n in [0, 2, 3, 1, 2]
]
D.distribute(elements="all", direction="x", spacing=5, separation=True)
D.plot()<jupyter_output><empty_output><jupyter_text>we can use the ``align()`` function to align their top edges (``alignment = 'ymax'):<jupyter_code>D = gf.Component("align")
# Create different-sized rectangles and add them to D then distribute them
[
D.add_ref(gf.components.rectangle(size=[n * 15 + 20, n * 15 + 20])).move((n, n * 4))
for n in [0, 2, 3, 1, 2]
]
D.distribute(elements="all", direction="x", spacing=5, separation=True)
# Align top edges
D.align(elements="all", alignment="ymax")
D.plot()<jupyter_output><empty_output><jupyter_text>or align their centers (``alignment = 'y'):<jupyter_code>D = gf.Component("distribute_align_y")
# Create different-sized rectangles and add them to D then distribute them
[
D.add_ref(gf.components.rectangle(size=[n * 15 + 20, n * 15 + 20])).move((n, n * 4))
for n in [0, 2, 3, 1, 2]
]
D.distribute(elements="all", direction="x", spacing=5, separation=True)
# Align top edges
D.align(elements="all", alignment="y")
D.plot()<jupyter_output><empty_output>
|
gdsfactory/notebooks/04_components_pack.ipynb/0
|
{
"file_path": "gdsfactory/notebooks/04_components_pack.ipynb",
"repo_id": "gdsfactory",
"token_count": 2638
}
| 39
|
<jupyter_start><jupyter_text>Git: Version control intro “Revision control, also known as version control, source controlmanages changes to documents, programs, and other information stored as computer files -- Wikipedia **Reproducibility?*** Tracking and recreating every step of your work* In the software world: it's called *Version Control*!What do (good) version control tools give you?* Peace of mind (backups)* Freedom (exploratory branching)* Collaboration (synchronization) Git is an enabling technology: Use version control for everything * Write documents (never get `paper_v5_john_jane_final_oct22_really_final.tex` by email again!)* Write code* Backup your computer configuration This tutorial is structured in the following way: we will begin with a brief overview of key concepts you need to understand in order for git to really make sense. We will then dive into hands-on work: after necessary configuration we will discuss 5 "stages of git" with scenarios of increasing sophistication and complexity, introducing the necessary commands for each stage:1. Local, single-user, linear workflow2. Single local user, branching3. Using remotes as a single user4. Remotes for collaborating in a small team5. distributed collaboration with large teams with GitHub/GitLab Very high level picture: an overview of key concepts The **commit**: *a snapshot of work at a point in time* Every ball in this diagram represents a commit of all the files in a code repository, that we can go later in time, compare it with. We can also add labels/tags to this commits in case we want to develop new features.Credit: Gitflow Atlassian And this is pretty much the essence of Git! First things first: git must be configured before first use The minimal amount of configuration for git to work without pestering you is to tell it who you are: ExerciseThe preceding `!` marks that this code will execute in the `terminal` interpreter instead of in `python`Lets tell Git who you are.<jupyter_code>!git config --global user.name "joaquin" # replace joaquin by your name
!git config --global user.email "user@gmail.com" # replace user by your email<jupyter_output><empty_output><jupyter_text>And how you will edit text files (it will often ask you to edit messages and other information, and thus wants to know how you like to edit your files):<jupyter_code># Put here your preferred editor. If this is not set, git will honor the $EDITOR environment variable
# On Windows: Notepad works, Notepad++, sublime or atom
# On mac/linux: vim, sublime or atom as a basic option
!git config --global core.editor nvim # my lightweight neovim editor
# And while we're at it, we also turn on the use of color, which is very useful
!git config --global color.ui "auto"<jupyter_output><empty_output><jupyter_text>Stage 0: Configure GIT Github has instructions on how to configure the credentials helper for [Mac OSX](https://help.github.com/articles/set-up-gitplatform-mac) and [Windows](https://help.github.com/articles/set-up-gitplatform-windows). First we are going to create an SSH key that you can upload to GitHub to recognize you.The key has a private part `id_rsa` that you should keep secret, and a public part `id_rsa.pub` that can upload to GitHub knows it's you.Uncomment and execute the following line, and make sure you run it only once, so only generate one key.<jupyter_code>#! ssh-keygen -f ~/.ssh/id_rsa -t rsa -N ''
! cat ~/.ssh/id_rsa.pub<jupyter_output><empty_output><jupyter_text>Then paste the key into your GitHub account. See [doc](https://jdblischak.github.io/2014-09-18-chicago/novice/git/05-sshkeys.html) Stage 1: Local, single-user, linear workflow Simply type `git` to see a full list of all the 'core' commands. We'll now go through most of these via small practical exercises:<jupyter_code>!git<jupyter_output><empty_output><jupyter_text>We are going to create a test repo for git to play `git init`: create an empty repositoryfirst we create a folder called `playground_repo`<jupyter_code>! mkdir playground_repo
cd playground_repo<jupyter_output><empty_output><jupyter_text>Let's look at what git did:<jupyter_code>!ls -la<jupyter_output><empty_output><jupyter_text>The folder is empty now.Lets create a new repo in the folder.<jupyter_code>! git init
! ls -la<jupyter_output><empty_output><jupyter_text>Now you can see that there is a hidden folder `.git` (notice the dot that marks it as a hidden folder), which is the GIT repo<jupyter_code>! ls -la .git<jupyter_output><empty_output><jupyter_text>Now let's edit our first file in the test directory with a text editor... I'm doing it programmatically here for automation purposes, but you'd normally be editing by hand<jupyter_code>!echo "My first bit of text in the repo" > README.md<jupyter_output><empty_output><jupyter_text>`ls` lists the contents of the current working directory<jupyter_code>!ls<jupyter_output><empty_output><jupyter_text>`git add`: tell git about this new file<jupyter_code>!git add README.md<jupyter_output><empty_output><jupyter_text>We can now ask git about what happened with `status`:<jupyter_code>!git status<jupyter_output><empty_output><jupyter_text>`git commit`: permanently record our changes in git's database For now, we are *always* going to call `git commit` either with the `-a` option *or* with specific filenames (`git commit file1 file2...`). This delays the discussion of an aspect of git called the *index* (often referred to also as the 'staging area') that we will cover later. Most everyday work in regular scientific practice doesn't require understanding the extra moving parts that the index involves, so on a first round we'll bypass it. Later on we will discuss how to use it to achieve more fine-grained control of what and how git records our actions.<jupyter_code>!git commit -a -m "First commit"<jupyter_output><empty_output><jupyter_text>In the commit above, we used the `-m` flag to specify a message at the command line. If we don't do that, git will open the editor we specified in our configuration above and require that we enter a message. By default, git refuses to record changes that don't have a message to go along with them (though you can obviously 'cheat' by using an empty or meaningless string: git only tries to facilitate best practices, it's not your nanny). `git log`: what has been committed so far<jupyter_code>!git log<jupyter_output><empty_output><jupyter_text>`git diff`: what have I changed? Let's do a little bit more work... Again, in practice you'll be editing the files by hand, here we do it via shell commands for the sake of automation (and therefore the reproducibility of this tutorial!)<jupyter_code>!echo "And now we add a second line..." >> README.md<jupyter_output><empty_output><jupyter_text>And now we can ask git what is different:<jupyter_code>!git diff<jupyter_output><empty_output><jupyter_text>The cycle of git virtue: work, commit, work, commit, ...<jupyter_code>!git commit -a -m "added second line."<jupyter_output><empty_output><jupyter_text>`git log` revisited First, let's see what the log shows us now:<jupyter_code>!git log<jupyter_output><empty_output><jupyter_text>Sometimes it's handy to see a very summarized version of the log:<jupyter_code>!git log --oneline --topo-order --graph<jupyter_output><empty_output><jupyter_text>Git supports *aliases:* new names given to command combinations. Let's make this handy shortlog an alias, so we only have to type `git slog` and see this compact log:<jupyter_code># We create our alias (this saves it in git's permanent configuration file):
!git config --global alias.slog "log --oneline --topo-order --graph"
# And now we can use it
!git slog<jupyter_output><empty_output><jupyter_text>`git mv` and `rm`: moving and removing files While `git add` is used to add fills to the list git tracks, we must also tell it if we want their names to change or for it to stop tracking them. In familiar Unix fashion, the `mv` and `rm` git commands do precisely this:<jupyter_code>!git mv README.md README.markdown
!git status<jupyter_output><empty_output><jupyter_text>Note that these changes must be committed too, to become permanent! In git's world, until something hasn't been committed, it isn't permanently recorded anywhere.<jupyter_code>!git commit -a -m "I like this new name better"
!echo "Let's look at the log again:"
!git slog<jupyter_output><empty_output><jupyter_text>And `git rm` works in a similar fashion removing the file from your repo. Local user, branching What is a branch? A branch is a label for the state of a GIT repositories. It makes it easy to develop features and go back and forth between the original `main` and the copy `feature branch` version of the files inside the GIT repoCredit: Gitflow Atlassian There can be multiple branches alive at any point in time; the working directory is the state of a special pointer called HEAD. In this example there are two branches, *main* and *develop*: Once new commits are made on a branch, HEAD and the branch label move with the new commits: This allows the history of both branches to diverge: But based on this graph structure, git can compute the necessary information to merge the divergent branches back and continue with a unified line of development: Let's now illustrate all of this with a concrete example.<jupyter_code>!git status
!ls<jupyter_output><empty_output><jupyter_text>We are now going to try two different routes of development: on the `main` branch we will add one file and on the `emojis` branch, which we will create, we will add a different one. We will then merge the emojis branch into `main`.<jupyter_code>!git branch emojis
!git checkout emojis
!echo "Some emojis :smile:, :horse:, :cat:" > emojis.md
!git add emojis.md
!git commit -a -m "Adding some emojis"
!git slog
!git checkout main
!git slog
!ls<jupyter_output><empty_output><jupyter_text>As you can see there are no emojis file in main yet<jupyter_code>!echo "All the while, more work goes on in main..." >> README.markdown
!git commit -a -m "The mainline keeps moving"
!git slog
!ls
!git merge emojis -m 'merge emojis'
!git slog<jupyter_output><empty_output><jupyter_text>Using remotes as a single user We are now going to introduce the concept of a *remote repository*: a pointer to another copy of the repository that lives on a different location. This can be simply a different path on the filesystem or a server on the internet.For this discussion, we'll be using remotes hosted on the [GitHub.com](http://github.com) service, but you can equally use other services like [Gitlab](http://gitlab.com)Let's see if we have any remote repositories here:<jupyter_code>!git remote -v<jupyter_output><empty_output><jupyter_text>Since the above cell didn't produce any output after the `git remote -v` call, it means we have no remote repositories configured. We will now proceed to do so. Once logged into Github or Gitlab, go to the new repository page and make a repository called `test`. Do **not** check the box that says `Initialize this repository with a README`, since we already have an existing repository here. That option is useful when you're starting first at Github and don't have a repo made already on a local computer.We can now follow the instructions from the next page: An important aside: conflict management While git is very good at merging, if two different branches modify the same file in the same location, it simply can't decide which change should prevail. At that point, human intervention is necessary to make the decision. Git will help you by marking the location in the file that has a problem, but it's up to you to resolve the conflict. Let's see how that works by intentionally creating a conflict.We start by creating a branch and making a change to our experiment file:<jupyter_code>!git branch trouble
!git checkout trouble
!echo "This is going to be a problem..." >> README.markdown
!git commit -a -m "Adding a file for trouble"<jupyter_output><empty_output><jupyter_text>And now we go back to the main branch, where we change the *same* file:<jupyter_code>!git checkout main
!echo "At the same time main keeps working on same line will cause a MERGE CONFLICT ..." >> README.markdown
!git commit -a -m "Keep working on the experiment"<jupyter_output><empty_output><jupyter_text>So now let's see what happens if we try to merge the `trouble` branch into `main`:<jupyter_code>!git checkout main
!git merge trouble<jupyter_output><empty_output><jupyter_text>Let's see what git has put into our file: At this point, we go into the file with a text editor, decide which changes to keep, and make a new commit that records our decision. I've now made the edits, in this case I decided that both pieces of text were useful, but integrated them with some changes: Let's then make our new commit:<jupyter_code>!git commit -a -m "Completed merge of trouble, fixing conflicts along the way"
!git slog<jupyter_output><empty_output>
|
gdsfactory/notebooks/_1_git.ipynb/0
|
{
"file_path": "gdsfactory/notebooks/_1_git.ipynb",
"repo_id": "gdsfactory",
"token_count": 3603
}
| 40
|
default_settings:
n_bundle:
value: 3
description: "The number of routes in the bundle"
instances:
{% for i in range(n_bundle) %}
wg_start_{{ i }}:
component: straight
wg_end_{{ i }}:
component: straight
{% endfor %}
obstacle1:
component: rectangle
settings:
layer: M1
size: [20, 20]
placements:
{% for i in range(n_bundle) %}
wg_end_{{ i }}:
rotation: 180
y: {{ i * 4 }}
wg_start_{{ i }}:
port: o1
rotation: {{ 20 - i * 5 }} # ports need not be aligned
x: wg_end_0,o1
y: wg_end_0,o1
dx: 120
dy: {{ 80 + i * 4 }}
{% endfor %}
obstacle1:
port: ce
x: wg_start_0,o1
y: wg_start_0,o1
dx: -25
dy: -10
routes:
optical:
routing_strategy: get_bundle_all_angle
settings:
separation: 3
steps:
- ds: 65
exit_angle: 90
- ds: 110
exit_angle: 0
- ds: 81.5
exit_angle: -65
separation: 10 # we can customize separation of individual segments of the bundle
- ds: 52
exit_angle: -158
- ds: 47.5
exit_angle: 140
links:
{% for i in range(n_bundle-1, -1, -1) %}
wg_end_{{ i }},o1: wg_start_{{ i }},o1
{% endfor %}
ports:
{% for i in range(n_bundle) %}
o{{ i }}: wg_start_{{ i }},o2
o{{ n_bundle + i }}: wg_end_{{ i }},o2
{% endfor %}
|
gdsfactory/notebooks/yaml_pics/aar_bundles02.pic.yml/0
|
{
"file_path": "gdsfactory/notebooks/yaml_pics/aar_bundles02.pic.yml",
"repo_id": "gdsfactory",
"token_count": 846
}
| 41
|
name: ports_demo
instances:
mmi_long:
component: mmi1x2
settings:
width_mmi: 4.5
length_mmi: 5
placements:
mmi_long:
port: o1
x: 20
y: 10
mirror: True
ports:
o3: mmi_long,o3
o2: mmi_long,o2
o1: mmi_long,o1
|
gdsfactory/notebooks/yaml_pics/ports_demo.pic.yml/0
|
{
"file_path": "gdsfactory/notebooks/yaml_pics/ports_demo.pic.yml",
"repo_id": "gdsfactory",
"token_count": 175
}
| 42
|
function: _from_yaml
info: {}
module: gdsfactory.read.from_yaml
name: mirror_port_f610a6e9
settings:
conf:
instances:
mmi_long:
component: mmi1x2
settings:
length_mmi: 5
width_mmi: 4.5
name: mirror_port
placements:
mmi_long:
mirror: true
port: o1
x: 20
y: 10
ports:
o1: mmi_long,o3
o2: mmi_long,o2
o3: mmi_long,o1
label_instance_function:
function: add_instance_label
mode: layout
routing_strategy:
get_bundle:
function: get_bundle
get_bundle_all_angle:
function: get_bundle_all_angle
get_bundle_electrical:
function: get_bundle
module: gdsfactory.routing.get_bundle
settings:
bend:
function: wire_corner
cross_section: xs_metal_routing
get_bundle_from_steps:
function: get_bundle_from_steps
get_bundle_from_steps_electrical:
function: get_bundle_from_steps
module: gdsfactory.routing.get_bundle_from_steps
settings:
bend:
function: wire_corner
cross_section: xs_metal_routing
get_bundle_from_waypoints:
function: get_bundle_from_waypoints
get_bundle_path_length_match:
function: get_bundle_path_length_match
get_bundle_same_axis_no_grouping:
function: get_bundle_same_axis_no_grouping
validate: false
|
gdsfactory/test-data-regression/test_components_0_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_components_0_.yml",
"repo_id": "gdsfactory",
"token_count": 672
}
| 43
|
0: 492.274
1: 292.941
|
gdsfactory/test-data-regression/test_get_bundle_optical.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_get_bundle_optical.yml",
"repo_id": "gdsfactory",
"token_count": 14
}
| 44
|
function: ''
info: {}
module: ''
name: straight_container_ceeea98c
settings: {}
|
gdsfactory/test-data-regression/test_import_ports_inside.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_import_ports_inside.yml",
"repo_id": "gdsfactory",
"token_count": 28
}
| 45
|
connections:
bend_euler_1,o1: straight_1,o2
bend_euler_1,o2: straight_2,o1
bend_euler_2,o1: straight_2,o2
bend_euler_2,o2: straight_3,o1
mmi_long,o1: straight_3,o2
mmi_short,o2: straight_1,o1
instances:
bend_euler_1:
component: bend_euler
info:
dy: 10.0
length: 16.637
radius: 10.0
radius_min: 7.061
route_info_length: 16.637
route_info_n_bend_90: 1.0
route_info_type: xs_sc
route_info_weight: 16.637
route_info_xs_sc_length: 16.637
width: 0.5
settings:
angle: 90.0
cross_section:
bbox_layers: null
bbox_offsets: null
components_along_path: []
radius: 10.0
radius_min: 5.0
sections:
- hidden: false
insets: null
layer: WG
name: _default
offset: 0.0
offset_function: null
port_names:
- o1
- o2
port_types:
- optical
- optical
simplify: null
width: 0.5
width_function: null
direction: ccw
npoints: null
p: 0.5
radius: null
with_arc_floorplan: true
bend_euler_2:
component: bend_euler
info:
dy: 10.0
length: 16.637
radius: 10.0
radius_min: 7.061
route_info_length: 16.637
route_info_n_bend_90: 1.0
route_info_type: xs_sc
route_info_weight: 16.637
route_info_xs_sc_length: 16.637
width: 0.5
settings:
angle: 90.0
cross_section:
bbox_layers: null
bbox_offsets: null
components_along_path: []
radius: 10.0
radius_min: 5.0
sections:
- hidden: false
insets: null
layer: WG
name: _default
offset: 0.0
offset_function: null
port_names:
- o1
- o2
port_types:
- optical
- optical
simplify: null
width: 0.5
width_function: null
direction: ccw
npoints: null
p: 0.5
radius: null
with_arc_floorplan: true
mmi_long:
component: mmi1x2
info: {}
settings:
cross_section: xs_sc
gap_mmi: 0.25
length_mmi: 10
length_taper: 10.0
taper:
function: taper
width: null
width_mmi: 4.5
width_taper: 1.0
mmi_short:
component: mmi1x2
info: {}
settings:
cross_section: xs_sc
gap_mmi: 0.25
length_mmi: 5
length_taper: 10.0
taper:
function: taper
width: null
width_mmi: 4.5
width_taper: 1.0
straight_1:
component: straight
info:
length: 95.02
route_info_length: 95.02
route_info_type: xs_sc
route_info_weight: 95.02
route_info_xs_sc_length: 95.02
width: 0.5
settings:
cross_section:
bbox_layers: null
bbox_offsets: null
components_along_path: []
radius: 10.0
radius_min: 5.0
sections:
- hidden: false
insets: null
layer: WG
name: _default
offset: 0.0
offset_function: null
port_names:
- o1
- o2
port_types:
- optical
- optical
simplify: null
width: 0.5
width_function: null
length: 95.02
npoints: 2
straight_2:
component: straight
info:
length: 79.375
route_info_length: 79.375
route_info_type: xs_sc
route_info_weight: 79.375
route_info_xs_sc_length: 79.375
width: 0.5
settings:
cross_section:
bbox_layers: null
bbox_offsets: null
components_along_path: []
radius: 10.0
radius_min: 5.0
sections:
- hidden: false
insets: null
layer: WG
name: _default
offset: 0.0
offset_function: null
port_names:
- o1
- o2
port_types:
- optical
- optical
simplify: null
width: 0.5
width_function: null
length: 79.375
npoints: 2
straight_3:
component: straight
info:
length: 0.02
route_info_length: 0.02
route_info_type: xs_sc
route_info_weight: 0.02
route_info_xs_sc_length: 0.02
width: 0.5
settings:
cross_section:
bbox_layers: null
bbox_offsets: null
components_along_path: []
radius: 10.0
radius_min: 5.0
sections:
- hidden: false
insets: null
layer: WG
name: _default
offset: 0.0
offset_function: null
port_names:
- o1
- o2
port_types:
- optical
- optical
simplify: null
width: 0.5
width_function: null
length: 0.02
npoints: 2
name: sample_mmis_3a07ee11
placements:
bend_euler_1:
mirror: 0
rotation: 0
x: 110.02
y: 0.625
bend_euler_2:
mirror: 0
rotation: 90
x: 120.02
y: 90.0
mmi_long:
mirror: 0
rotation: 180
x: 100.0
y: 100.0
mmi_short:
mirror: 0
rotation: 0
x: 0.0
y: 0.0
straight_1:
mirror: 0
rotation: 0
x: 15.0
y: 0.625
straight_2:
mirror: 0
rotation: 90
x: 120.02
y: 10.625
straight_3:
mirror: 0
rotation: 180
x: 110.02
y: 100.0
ports:
o1: mmi_short,o1
o2: mmi_long,o2
o3: mmi_long,o3
warnings:
optical:
unconnected_ports:
- message: 1 unconnected optical ports!
ports:
- mmi_short,o3
values:
- - 15.0
- -0.625
|
gdsfactory/test-data-regression/test_netlists_sample_mmis_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_netlists_sample_mmis_.yml",
"repo_id": "gdsfactory",
"token_count": 3187
}
| 46
|
function: aar_start_end_customizations
info: {}
module: yaml_jinja
name: aar_start_end_customizations
settings: {}
|
gdsfactory/test-data-regression/test_settings_aar_start_end_customizations_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_aar_start_end_customizations_.yml",
"repo_id": "gdsfactory",
"token_count": 40
}
| 47
|
function: add_pads_bot
info: {}
module: gdsfactory.routing.add_pads
name: mzi_add_pads_bot_componentmzi_2e88f57c
settings:
bend: wire_corner
component:
function: mzi
module: gdsfactory.components.mzi
settings:
add_electrical_ports_bot: true
add_optical_ports_arms: false
bend:
function: bend_euler
combiner:
function: mmi2x2
cross_section: xs_sc
cross_section_x_bot: null
cross_section_x_top: null
delta_length: 10.0
extend_ports_straight_x: null
length_x: 0.1
length_y: 2.0
min_length: 0.01
mirror_bot: false
nbends: 2
port_e0_combiner: o4
port_e0_splitter: o4
port_e1_combiner: o3
port_e1_splitter: o3
splitter:
function: mmi2x2
straight:
function: straight
straight_x_bot: null
straight_x_top: straight_heater_metal
straight_y: null
with_splitter: true
component_name: null
cross_section: xs_metal_routing
get_input_labels_function: null
layer_label: TEXT
min_length: null
optical_routing_type: 1
pad:
function: pad
module: gdsfactory.components.pad
settings:
size: pad_size
pad_port_labels: null
pad_port_name: e1
pad_spacing: pad_spacing
port_names: null
select_ports:
function: select_ports
module: gdsfactory.port
settings:
port_type: electrical
straight_separation: 20.0
with_loopback: false
|
gdsfactory/test-data-regression/test_settings_add_pads_bot_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_add_pads_bot_.yml",
"repo_id": "gdsfactory",
"token_count": 667
}
| 48
|
function: bend_euler
info:
dy: 0.0
length: 42.817
radius: 10.0
radius_min: 9.086
route_info_length: 42.817
route_info_n_bend_90: 2.0
route_info_type: xs_sc
route_info_weight: 42.817
route_info_xs_sc_length: 42.817
width: 0.5
module: gdsfactory.components.bend_euler
name: bend_euler_angle180
settings:
angle: 180
cross_section: xs_sc
direction: ccw
npoints: null
p: 0.5
radius: null
with_arc_floorplan: true
|
gdsfactory/test-data-regression/test_settings_bend_euler180_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_bend_euler180_.yml",
"repo_id": "gdsfactory",
"token_count": 195
}
| 49
|
function: coh_rx_dual_pol
info: {}
module: gdsfactory.components.coh_rx_dual_pol
name: coh_rx_dual_pol
settings:
bend:
function: bend_euler
cross_section: xs_sc
lo_input_coupler: null
lo_splitter: mmi1x2
signal_input_coupler: null
signal_splitter: null
single_pol_rx_spacing: 50.0
splitter_coh_rx_spacing: 40.0
spol_coh_rx:
function: coh_rx_single_pol
|
gdsfactory/test-data-regression/test_settings_coh_rx_dual_pol_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_coh_rx_dual_pol_.yml",
"repo_id": "gdsfactory",
"token_count": 168
}
| 50
|
function: coupler_bent
info: {}
module: gdsfactory.components.coupler_bent
name: coupler_bent
settings:
cross_section: xs_sc
gap: 0.2
length: 8.6
length_straight: 10
radius: 26
width1: 0.4
width2: 0.4
|
gdsfactory/test-data-regression/test_settings_coupler_bent_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_coupler_bent_.yml",
"repo_id": "gdsfactory",
"token_count": 89
}
| 51
|
function: cutback_bend180
info:
n_bends: 82
module: gdsfactory.components.cutback_bend
name: cutback_bend180_851c64c0
settings:
cols: 6
component:
function: bend_circular
module: gdsfactory.components.bend_circular
settings:
angle: 180
rows: 6
spacing: 3
straight:
function: straight
straight_length: 5.0
|
gdsfactory/test-data-regression/test_settings_cutback_bend180circular_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_cutback_bend180circular_.yml",
"repo_id": "gdsfactory",
"token_count": 139
}
| 52
|
function: die_bbox_frame
info: {}
module: gdsfactory.components.die_bbox_frame
name: die_bbox_frame
settings:
bbox:
- - -1.0
- -1.0
- - 3.0
- 4.0
die_name: null
layer: MTOP
padding: 10.0
street_length: 1000.0
street_width: 100.0
text_anchor: sw
text_size: 100.0
|
gdsfactory/test-data-regression/test_settings_die_bbox_frame_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_die_bbox_frame_.yml",
"repo_id": "gdsfactory",
"token_count": 134
}
| 53
|
function: grating_coupler_elliptical_arbitrary
info:
polarization: te
wavelength: 1.554
module: gdsfactory.components.grating_coupler_elliptical_arbitrary
name: grating_coupler_elliptical_arbitrary
settings:
bias_gap: 0
cross_section: xs_sc
fiber_angle: 15.0
gaps:
- 0.1
- 0.1
- 0.1
- 0.1
- 0.1
- 0.1
- 0.1
- 0.1
- 0.1
- 0.1
layer_grating: null
layer_slab: SLAB150
nclad: 1.443
polarization: te
spiked: true
taper_angle: 60.0
taper_length: 16.6
taper_to_slab_offset: -3.0
wavelength: 1.554
widths:
- 0.5
- 0.5
- 0.5
- 0.5
- 0.5
- 0.5
- 0.5
- 0.5
- 0.5
- 0.5
|
gdsfactory/test-data-regression/test_settings_grating_coupler_elliptical_arbitrary_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_grating_coupler_elliptical_arbitrary_.yml",
"repo_id": "gdsfactory",
"token_count": 311
}
| 54
|
function: greek_cross_offset_pads
info: {}
module: gdsfactory.components.greek_cross
name: greek_cross_offset_pads
settings:
contact_buffer: 10
contact_layers:
- WG
- NPP
contact_offset: 10
cross_implant_layers:
- N
cross_implant_length: 30.0
cross_implant_width: 2.0
cross_struct_layers:
- WG
cross_struct_length: 30.0
cross_struct_width: 1.0
pad_width: 50
|
gdsfactory/test-data-regression/test_settings_greek_cross_offset_pads_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_greek_cross_offset_pads_.yml",
"repo_id": "gdsfactory",
"token_count": 158
}
| 55
|
function: mmi1x2
info: {}
module: gdsfactory.components.mmi1x2
name: mmi1x2
settings:
cross_section: xs_sc
gap_mmi: 0.25
length_mmi: 5.5
length_taper: 10.0
taper:
function: taper
width: null
width_mmi: 2.5
width_taper: 1.0
|
gdsfactory/test-data-regression/test_settings_mmi1x2_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_mmi1x2_.yml",
"repo_id": "gdsfactory",
"token_count": 117
}
| 56
|
function: pad_gsg_short
info: {}
module: gdsfactory.components.pad_gsg
name: pad_gsg_short_shortFalse
settings:
layer_metal: MTOP
metal_spacing: 5.0
pad:
function: pad
pad_spacing: 150
short: false
size:
- 22
- 7
via_stack:
function: rectangle
module: gdsfactory.components.rectangle
settings:
layer: MTOP
|
gdsfactory/test-data-regression/test_settings_pad_gsg_open_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_pad_gsg_open_.yml",
"repo_id": "gdsfactory",
"token_count": 142
}
| 57
|
function: ring_crow
info: {}
module: gdsfactory.components.ring_crow
name: ring_crow
settings:
bends:
- function: bend_circular
- function: bend_circular
- function: bend_circular
gaps:
- 0.2
- 0.2
- 0.2
- 0.2
input_straight_cross_section:
function: cross_section
module: gdsfactory.cross_section
settings:
radius: 10
radius_min: 5
length_x: 0
lengths_y:
- 0
- 0
- 0
output_straight_cross_section:
function: cross_section
module: gdsfactory.cross_section
settings:
radius: 10
radius_min: 5
radius:
- 10.0
- 10.0
- 10.0
ring_cross_sections:
- function: cross_section
module: gdsfactory.cross_section
settings:
radius: 10
radius_min: 5
- function: cross_section
module: gdsfactory.cross_section
settings:
radius: 10
radius_min: 5
- function: cross_section
module: gdsfactory.cross_section
settings:
radius: 10
radius_min: 5
|
gdsfactory/test-data-regression/test_settings_ring_crow_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_ring_crow_.yml",
"repo_id": "gdsfactory",
"token_count": 409
}
| 58
|
function: _from_yaml
info: {}
module: gdsfactory.read.from_yaml
name: sample_docstring_e2d59879
settings:
conf:
instances:
mmi_bot:
component: mmi1x2
settings:
length_mmi: 11
width_mmi: 5
mmi_top:
component: mmi1x2
settings:
length_mmi: 22
width_mmi: 6
name: sample_docstring
placements:
mmi_bot:
dx: 40
dy: -40
port: o1
x: mmi_top,o2
y: mmi_top,o2
mmi_top:
port: o1
x: 0
y: 0
routes:
optical:
links:
mmi_top,o3: mmi_bot,o1
label_instance_function:
function: add_instance_label
mode: layout
routing_strategy:
get_bundle:
function: get_bundle
get_bundle_all_angle:
function: get_bundle_all_angle
get_bundle_electrical:
function: get_bundle
module: gdsfactory.routing.get_bundle
settings:
bend:
function: wire_corner
cross_section: xs_metal_routing
get_bundle_from_steps:
function: get_bundle_from_steps
get_bundle_from_steps_electrical:
function: get_bundle_from_steps
module: gdsfactory.routing.get_bundle_from_steps
settings:
bend:
function: wire_corner
cross_section: xs_metal_routing
get_bundle_from_waypoints:
function: get_bundle_from_waypoints
get_bundle_path_length_match:
function: get_bundle_path_length_match
get_bundle_same_axis_no_grouping:
function: get_bundle_same_axis_no_grouping
validate: false
|
gdsfactory/test-data-regression/test_settings_sample_docstring_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_sample_docstring_.yml",
"repo_id": "gdsfactory",
"token_count": 803
}
| 59
|
function: spiral_racetrack_fixed_length
info:
length: 999.9991273714644
straight_length: 65.46151592143306
module: gdsfactory.components.spiral_heater
name: spiral_racetrack_fixed_length
settings:
bend_factory:
function: bend_euler
bend_s_factory:
function: bend_s
cross_section: xs_sc
cross_section_s: null
in_out_port_spacing: 150
length: 1000
min_radius: 5.0
min_spacing: 5.0
n_bend_points: null
n_straight_sections: 8
straight_factory:
function: straight
with_inner_ports: false
|
gdsfactory/test-data-regression/test_settings_spiral_racetrack_fixed_length_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_spiral_racetrack_fixed_length_.yml",
"repo_id": "gdsfactory",
"token_count": 203
}
| 60
|
function: taper_parabolic
info: {}
module: gdsfactory.components.taper_parabolic
name: taper_parabolic
settings:
exp: 0.5
layer: WG
length: 20
npoints: 100
width1: 0.5
width2: 5.0
|
gdsfactory/test-data-regression/test_settings_taper_parabolic_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_taper_parabolic_.yml",
"repo_id": "gdsfactory",
"token_count": 79
}
| 61
|
function: transition
info: {}
module: test_paths
name: transition
settings: {}
|
gdsfactory/test-data-regression/test_settings_transition_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_transition_.yml",
"repo_id": "gdsfactory",
"token_count": 23
}
| 62
|
function: via_stack_corner45_extended
info: {}
module: gdsfactory.components.via_stack
name: via_stack_corner45_extended
settings:
corner:
function: via_stack_corner45
length: 10
via_stack:
function: via_stack
width: 3
|
gdsfactory/test-data-regression/test_settings_via_stack_corner45_extended_.yml/0
|
{
"file_path": "gdsfactory/test-data-regression/test_settings_via_stack_corner45_extended_.yml",
"repo_id": "gdsfactory",
"token_count": 89
}
| 63
|
import pathlib
import pytest
from gdsfactory.config import PATH, logger
@pytest.fixture(scope="session")
def datadir() -> pathlib.Path:
return PATH.repo / "test-data-regression"
@pytest.fixture(scope="session")
def original_datadir() -> pathlib.Path:
return PATH.repo / "test-data-regression"
@pytest.fixture
def caplog(caplog):
"""Support `loguru` logger in pytest caplog fixture. See https://github.com/Delgan/loguru/issues/59."""
handler_id = logger.add(caplog.handler, format="{message}")
yield caplog
logger.remove(handler_id)
|
gdsfactory/tests/conftest.py/0
|
{
"file_path": "gdsfactory/tests/conftest.py",
"repo_id": "gdsfactory",
"token_count": 209
}
| 64
|
from __future__ import annotations
from pytest_regressions.data_regression import DataRegressionFixture
import gdsfactory as gf
def demo_get_bundle_sbend_routing(
data_regression: DataRegressionFixture, check: bool = True
) -> None:
"""FIXME."""
lengths = {}
c = gf.Component("test_get_bundle_sort_ports")
pitch = 2.0
ys_left = [0, 10, 20]
N = len(ys_left)
ys_right = [(i - N / 2) * pitch for i in range(N)]
right_ports = [
gf.Port(f"R_{i}", center=(0, ys_right[i]), width=0.5, orientation=180)
for i in range(N)
]
left_ports = [
gf.Port(f"L_{i}", center=(-50, ys_left[i]), width=0.5, orientation=0)
for i in range(N)
]
left_ports.reverse()
routes = gf.routing.get_bundle(right_ports, left_ports, bend_radius=5)
for i, route in enumerate(routes):
c.add(route.references)
lengths[i] = route.length
if check:
data_regression.check(lengths)
if __name__ == "__main__":
demo_get_bundle_sbend_routing(None, check=False)
|
gdsfactory/tests/routing/test_routing_get_bundle_sbend_routing.py/0
|
{
"file_path": "gdsfactory/tests/routing/test_routing_get_bundle_sbend_routing.py",
"repo_id": "gdsfactory",
"token_count": 469
}
| 65
|
from __future__ import annotations
from functools import partial
import gdsfactory as gf
from gdsfactory.add_pins import (
add_bbox_siepic,
add_pin_rectangle_inside,
add_pins_siepic,
)
from gdsfactory.component import Component
from gdsfactory.port import Port
cladding_layers_optical_siepic = ("DEVREC",) # for SiEPIC verification
cladding_offsets_optical_siepic = (0,) # for SiEPIC verification
add_pins_siepic_100nm = partial(add_pins_siepic, pin_length=0.1)
strip_siepic100nm = partial(
gf.cross_section.cross_section,
add_pins=add_pins_siepic_100nm,
add_bbox=add_bbox_siepic,
cladding_layers=cladding_layers_optical_siepic,
cladding_offsets=cladding_offsets_optical_siepic,
)
def test_add_pin_rectangle_inside() -> None:
"""Test that a square pin is added towards the inside of the port."""
c = Component()
w = 1.0
port = Port(
name="test_port",
center=(0, 0),
width=w,
orientation=0,
layer=(1, 0),
)
c.add_port(port)
add_pin_rectangle_inside(
component=c,
port=port,
pin_length=0.1,
layer=(2, 0),
layer_label=(3, 0),
label_function=None,
)
assert len(c.polygons) == 1, len(c.polygons)
assert len(c.labels) == 1, len(c.labels)
assert c.labels[0].text == "test_port", c.labels[0].text
assert c.labels[0].origin == (0, 0), c.labels[0].origin
assert (c.labels[0].layer, c.labels[0].texttype) == (3, 0), (
c.labels[0].layer,
c.labels[0].texttype,
)
def test_add_pin_rectangle_inside_with_label_function() -> None:
"""Test that a square pin is added towards the inside of the port with a custom label."""
c = Component(name="test_add_pins")
w = 1.0
port = Port(
name="test_port",
center=(0, 0),
width=w,
orientation=0,
layer=(1, 0),
)
c.add_port(port)
def label_function(
component: Component, rough_component_name: str, port: Port
) -> str:
assert (
rough_component_name == "test_add_pin_rectangle_inside_with_label_function"
), rough_component_name
return f"{component.name}_{port.name}_test"
add_pin_rectangle_inside(
component=c,
port=port,
pin_length=0.1,
layer=(2, 0),
layer_label=(3, 0),
label_function=label_function,
)
assert len(c.polygons) == 1, len(c.polygons)
assert len(c.labels) == 1, len(c.labels)
assert c.labels[0].text == "test_add_pins_test_port_test", c.labels[0].text
assert c.labels[0].origin == (0, 0), c.labels[0].origin
assert (c.labels[0].layer, c.labels[0].texttype) == (3, 0), (
c.labels[0].layer,
c.labels[0].texttype,
)
|
gdsfactory/tests/test_add_pins.py/0
|
{
"file_path": "gdsfactory/tests/test_add_pins.py",
"repo_id": "gdsfactory",
"token_count": 1270
}
| 66
|
from gdstk import Polygon
import gdsfactory as gf
def test_move() -> None:
c = gf.Component()
mzi = c.add_ref(gf.components.mzi())
bend = c.add_ref(gf.components.bend_euler())
bend.move("o1", mzi.ports["o2"])
def test_get_polygons() -> None:
ref = gf.components.straight()
p0 = ref.get_polygons(by_spec="WG", as_array=False)
p1 = ref.get_polygons(by_spec=(1, 0), as_array=True)
p2 = ref.get_polygons(by_spec=(1, 0), as_array=False)
p3 = ref.get_polygons(by_spec=True, as_array=True)[(1, 0)]
p4 = ref.get_polygons(by_spec=True, as_array=False)[(1, 0)]
assert len(p1) == len(p2) == len(p3) == len(p4) == 1 == len(p0)
assert p1[0].dtype == p3[0].dtype == float
assert isinstance(p2[0], Polygon)
assert isinstance(p4[0], Polygon)
def test_get_polygons_ref() -> None:
ref = gf.components.straight().ref()
p0 = ref.get_polygons(by_spec="WG", as_array=False)
p1 = ref.get_polygons(by_spec=(1, 0), as_array=True)
p2 = ref.get_polygons(by_spec=(1, 0), as_array=False)
p3 = ref.get_polygons(by_spec=True, as_array=True)[(1, 0)]
p4 = ref.get_polygons(by_spec=True, as_array=False)[(1, 0)]
assert len(p1) == len(p2) == len(p3) == len(p4) == 1 == len(p0)
assert p1[0].dtype == p3[0].dtype == float
assert isinstance(p2[0], Polygon)
assert isinstance(p4[0], Polygon)
def test_pads_no_orientation() -> None:
c = gf.Component()
pt = c << gf.components.pad()
pb = c << gf.components.pad()
pb.connect("pad", pt["pad"])
def test_rotation_of_ports_with_no_orientation():
c = gf.Component()
pt = c << gf.components.pad_array(orientation=None, columns=3)
pb = c << gf.components.pad_array(orientation=None, columns=3)
pt.move((70, 200))
pt.rotate(90)
route = gf.routing.get_route_electrical(
pt.ports["e11"], pb.ports["e11"], bend="wire_corner"
)
c.add(route.references)
|
gdsfactory/tests/test_component_reference.py/0
|
{
"file_path": "gdsfactory/tests/test_component_reference.py",
"repo_id": "gdsfactory",
"token_count": 897
}
| 67
|
from __future__ import annotations
import gdsfactory as gf
def test_flatten() -> None:
c1 = gf.components.mzi()
c2 = c1.flatten()
assert len(c1.references) > 0, f"{len(c1.references)}"
assert len(c2.references) == 0, f"{len(c2.references)}"
assert c1.name != c2.name, f"{c1.name} must be different from {c2.name}"
def test_two_flats_in_one():
c = gf.Component()
c1 = gf.components.straight()
c2 = c1.flatten()
c3 = c1.flatten()
c3.add_label("I'm different")
_ = c << c1
r2 = c << c2
r3 = c << c3
r2.movey(-100)
r3.movey(-200)
assert c2.name != c3.name
def test_flattened_cell_keeps_info():
c1 = gf.components.straight()
c2 = c1.flatten()
assert (
len(dict(c1.info)) > 0
), "This test doesn't make any sense unless there is some info to copy"
assert c1.info == c2.info
def test_flattened_cell_keeps_ports():
c1 = gf.components.straight()
c2 = c1.flatten()
assert len(c2.ports) == 2, len(c2.ports)
def test_flattened_cell_keeps_labels():
c1 = gf.Component()
c1.add_label("hi!")
c2 = c1.flatten()
assert len(c2.labels) == 1
|
gdsfactory/tests/test_flatten.py/0
|
{
"file_path": "gdsfactory/tests/test_flatten.py",
"repo_id": "gdsfactory",
"token_count": 538
}
| 68
|
from __future__ import annotations
import gdsfactory as gf
@gf.cell
def component_with_label() -> None:
c = gf.Component("component_with_label")
_ = c << gf.components.rectangle()
c.add_label(text="demo", position=(0.0, 0.0), layer=(66, 0))
def test_label_move() -> None:
"""test that when we move references their label also move."""
c = gf.Component("component_with_label_move")
ref = c << gf.components.rectangle()
ref.movex(10)
assert ref.origin[0] == 10
# assert ref.labels[0].center[0] == 10
if __name__ == "__main__":
test_label_move()
|
gdsfactory/tests/test_label_move.py/0
|
{
"file_path": "gdsfactory/tests/test_label_move.py",
"repo_id": "gdsfactory",
"token_count": 230
}
| 69
|
from __future__ import annotations
from functools import partial
import gdsfactory as gf
@gf.cell
def mmi_with_bend(
mmi=gf.components.mmi1x2, bend=gf.components.bend_circular
) -> gf.Component:
c = gf.Component()
mmi = c << mmi()
bend = c << bend()
bend.connect("o2", mmi.ports["o2"])
return c
def test_partial_function_with_kwargs() -> None:
mmi400 = partial(gf.components.mmi1x2, width=0.4)
mmi600 = partial(gf.components.mmi1x2, width=0.6)
b400 = partial(gf.components.bend_circular, width=0.4)
b600 = partial(gf.components.bend_circular, width=0.6)
mmi_bend400 = partial(mmi_with_bend, mmi=mmi400, bend=b400)
mmi_bend600 = partial(mmi_with_bend, mmi=mmi600, bend=b600)
c400 = mmi_bend400()
c600 = mmi_bend600()
assert c600.name != c400.name, f"{c600.name} must be different from {c400.name}"
def test_partial_function_without_kwargs() -> None:
r1 = partial(gf.components.rectangle, size=(4, 2))
r2 = partial(gf.components.rectangle, size=(4, 2))
r3 = partial(gf.components.rectangle, (4, 2))
c1 = r1()
c2 = r2()
c3 = r3()
assert c1.name == c2.name == c3.name, f"{c1.name} == {c2.name} == {c3.name}"
|
gdsfactory/tests/test_partial_function.py/0
|
{
"file_path": "gdsfactory/tests/test_partial_function.py",
"repo_id": "gdsfactory",
"token_count": 555
}
| 70
|
from __future__ import annotations
import pytest
from pytest_regressions.data_regression import DataRegressionFixture
import gdsfactory as gf
@pytest.mark.parametrize("port_type", ["electrical", "optical", "placement"])
def test_rename_ports(port_type, data_regression: DataRegressionFixture):
c = gf.components.nxn(port_type=port_type)
data_regression.check(c.to_dict())
if __name__ == "__main__":
c = gf.c.nxn(port_type="placement")
# c = gf.c.nxn(port_type="optical")
c.show(show_ports=True)
|
gdsfactory/tests/test_rename_ports.py/0
|
{
"file_path": "gdsfactory/tests/test_rename_ports.py",
"repo_id": "gdsfactory",
"token_count": 207
}
| 71
|
repos:
- repo: https://github.com/pre-commit/pre-commit-hooks
rev: "9260cbc9c84c06022993bfbcc42fdbf0305c5b8e"
hooks:
- id: check-added-large-files
- id: check-case-conflict
- id: check-merge-conflict
- id: check-symlinks
- id: check-yaml
- id: debug-statements
- id: end-of-file-fixer
- id: mixed-line-ending
- id: name-tests-test
args: ["--pytest-test-first"]
- id: trailing-whitespace
- repo: https://github.com/astral-sh/ruff-pre-commit
rev: "v0.1.7"
hooks:
- id: ruff
- id: ruff-format
- repo: https://github.com/shellcheck-py/shellcheck-py
rev: 953faa6870f6663ac0121ab4a800f1ce76bca31f
hooks:
- id: shellcheck
# - repo: https://github.com/pre-commit/mirrors-mypy
# rev: "v1.0.1"
# hooks:
# - id: mypy
# exclude: ^(docs/|example-plugin/|tests/fixtures)
# additional_dependencies:
# - "pydantic"
- repo: https://github.com/macisamuele/language-formatters-pre-commit-hooks
rev: d2425a62376c2197448cce2f825d5a0c3926b862
hooks:
- id: pretty-format-toml
args: [--autofix]
# - repo: https://github.com/aristanetworks/j2lint.git
# rev: 742a25ef5da996b9762f167ebae9bc8223e8382e
# hooks:
# - id: j2lint
# types: [file]
# files: \.(j2|yml|yaml)$
# args: [--extensions, "j2,yml,yaml", --ignore, jinja-statements-delimiter, jinja-statements-indentation, --]
# exclude: .github/.*
- repo: https://github.com/codespell-project/codespell
rev: 38bc4a97f6e22827e86526148efa38f1044a97f8
hooks:
- id: codespell
additional_dependencies:
- tomli
# - repo: https://github.com/kynan/nbstripout
# rev: e4c5b4dcbab4afa0b88b7a9243db42b1a8d95dde
# hooks:
# - id: nbstripout
# files: ".ipynb"
# - repo: https://github.com/pre-commit/pygrep-hooks
# rev: 7b4409161486c6956bb3206ce96db5d56731b1b9 # Use the ref you want to point at
# hooks:
# - id: python-use-type-annotations
# - repo: https://github.com/PyCQA/bandit
# rev: fe1361fdcc274850d4099885a802f2c9f28aca08
# hooks:
# - id: bandit
# args: [--exit-zero]
# # ignore all tests, not just tests data
# exclude: ^tests/
|
gf180/.pre-commit-config.yaml/0
|
{
"file_path": "gf180/.pre-commit-config.yaml",
"repo_id": "gf180",
"token_count": 1135
}
| 72
|
import gdsfactory as gf
import numpy as np
from gdsfactory.typings import Float2, LayerSpec
from gf180.layers import layer
from gf180.via_generator import via_generator, via_stack
@gf.cell
def cap_mos_inst(
lc: float = 0.1,
wc: float = 0.1,
cmp_w: float = 0.1,
con_w: float = 0.1,
pl_l: float = 0.1,
cmp_ext: float = 0.1,
pl_ext: float = 0.1,
implant_layer: LayerSpec = layer["nplus"],
implant_enc: Float2 = (0.1, 0.1),
label: bool = False,
g_label: str = "",
) -> gf.Component:
"""Returns mos cap simple instance
Args:
lc : length of mos_cap.
ws : width of mos_cap.
cmp_w : width of layer["comp"].
con_w : min width of comp contain contact.
pl_l : length od layer["poly2"].
cmp_ext : comp extension beyond poly2.
pl_ext : poly2 extension beyond comp.
implant_layer : Layer of implant [nplus,pplus].
implant_enc : enclosure of implant_layer to comp.
label : 1 to add labels.
g_label : gate label.
"""
c_inst = gf.Component()
cmp = c_inst.add_ref(gf.components.rectangle(size=(cmp_w, wc), layer=layer["comp"]))
cap_mk = c_inst.add_ref(
gf.components.rectangle(
size=(cmp.size[0], cmp.size[1]), layer=layer["mos_cap_mk"]
)
)
cap_mk.xmin = cmp.xmin
cap_mk.ymin = cmp.ymin
c_inst.add_array(
component=via_stack(
x_range=(cmp.xmin, cmp.xmin + con_w),
y_range=(cmp.ymin, cmp.ymax),
base_layer=layer["comp"],
metal_level=1,
),
rows=1,
columns=2,
spacing=(cmp_w - con_w, 0),
) # comp contact
imp_rect = c_inst.add_ref(
gf.components.rectangle(
size=(
cmp.size[0] + (2 * implant_enc[0]),
cmp.size[1] + (2 * implant_enc[1]),
),
layer=implant_layer,
)
)
imp_rect.xmin = cmp.xmin - implant_enc[0]
imp_rect.ymin = cmp.ymin - implant_enc[1]
poly = c_inst.add_ref(
gf.components.rectangle(size=(lc, pl_l), layer=layer["poly2"])
)
poly.xmin = cmp.xmin + cmp_ext
poly.ymin = cmp.ymin - pl_ext
pl_con_el = via_stack(
x_range=(poly.xmin, poly.xmax),
y_range=(poly.ymin, poly.ymin + con_w),
base_layer=layer["poly2"],
metal_level=1,
)
pl_con = c_inst.add_array(
component=pl_con_el,
rows=2,
columns=1,
spacing=(0, pl_l - con_w),
)
# Gate labels_generation
if label == 1:
c_inst.add_label(
g_label,
position=(
pl_con.xmin + (pl_con.size[0] / 2),
pl_con.ymin + (pl_con_el.size[1] / 2),
),
layer=layer["metal1_label"],
)
pl_m1 = c_inst.add_ref(
gf.components.rectangle(
size=(pl_con.size[0], pl_con.size[1]), layer=layer["metal1"]
)
)
pl_m1.xmin = pl_con.xmin
pl_m1.ymin = pl_con.ymin
return c_inst
@gf.cell
def cap_mos(
type: str = "cap_nmos",
lc: float = 0.1,
wc: float = 0.1,
volt: str = "3.3V",
deepnwell: bool = False,
pcmpgr: bool = False,
label: bool = False,
g_label: str = "",
sd_label: str = "",
) -> gf.Component:
"""
Usage:-
used to draw NMOS capacitor (Outside DNWELL) by specifying parameters
Arguments:-
l : Float of diff length
w : Float of diff width
"""
c = gf.Component("cap_mos_dev")
con_size = 0.22
con_sp = 0.28
con_comp_enc = 0.07
con_pl_enc = 0.07
cmp_ext = 0.15 - con_comp_enc
pl_ext = 0.17 - con_pl_enc
np_enc_gate: float = 0.23
np_enc_cmp: float = 0.16
dg_enc_cmp = 0.24
dg_enc_poly = 0.4
lvpwell_enc_ncmp = 0.43
dn_enc_lvpwell = 2.5
grw = 0.36
m1_w = 1
pcmpgr_enc_dn = 2.5
m1_ext = 0.82
comp_pp_enc: float = 0.16
dnwell_enc_pcmp = 1.1
# end_cap: float = 0.22
cmp_ed_w = con_size + (2 * con_comp_enc)
cmp_w = (2 * (cmp_ed_w + cmp_ext)) + lc
end_cap = pl_ext + cmp_ed_w
pl_l = wc + (2 * end_cap)
if "cap_nmos" in type:
implant_layer = layer["nplus"]
else:
implant_layer = layer["pplus"]
c_inst = c.add_ref(
cap_mos_inst(
cmp_w=cmp_w,
lc=lc,
wc=wc,
pl_l=pl_l,
cmp_ext=cmp_ed_w + cmp_ext,
con_w=cmp_ed_w,
pl_ext=end_cap,
implant_layer=implant_layer,
implant_enc=(np_enc_cmp, np_enc_gate),
label=label,
g_label=g_label,
)
)
cmp_m1_polys = c_inst.get_polygons(by_spec=layer["metal1"])
cmp_m1_xmin = np.min(cmp_m1_polys[0][:, 0])
cmp_m1_xmax = np.max(cmp_m1_polys[0][:, 0])
cmp_m1_ymax = np.max(cmp_m1_polys[0][:, 1])
# cmp_m1 = c.add_ref(gf.components.rectangle(size=(m1_w,w+m1_ext),layer=layer["metal1"]))
cmp_m1_v = c.add_array(
component=gf.components.rectangle(
size=(m1_w, wc + m1_ext), layer=layer["metal1"]
),
rows=1,
columns=2,
spacing=(m1_w + cmp_w - 2 * cmp_ed_w, 0),
)
cmp_m1_v.xmin = cmp_m1_xmin - (m1_w - (cmp_m1_xmax - cmp_m1_xmin))
cmp_m1_v.ymax = cmp_m1_ymax
cmp_m1_h = c.add_ref(
gf.components.rectangle(size=(cmp_m1_v.size[0], m1_w), layer=layer["metal1"])
)
cmp_m1_h.xmin = cmp_m1_v.xmin
cmp_m1_h.ymax = cmp_m1_v.ymin
# sd labels generation
if label == 1:
c.add_label(
sd_label,
position=(
cmp_m1_h.xmin + (cmp_m1_h.size[0] / 2),
cmp_m1_h.ymin + (cmp_m1_h.size[1] / 2),
),
layer=layer["metal1_label"],
)
# dualgate
if volt == "5/6V":
dg = c.add_ref(
gf.components.rectangle(
size=(
c_inst.size[0] + (2 * dg_enc_cmp),
c_inst.size[1] + (2 * dg_enc_poly),
),
layer=layer["dualgate"],
)
)
dg.xmin = c_inst.xmin - dg_enc_cmp
dg.ymin = c_inst.ymin - dg_enc_poly
cmp_polys = c_inst.get_polygons(by_spec=layer["comp"])
cmp_xmin = np.min(cmp_polys[0][:, 0])
cmp_ymin = np.min(cmp_polys[0][:, 1])
cmp_xmax = np.max(cmp_polys[0][:, 0])
cmp_ymax = np.max(cmp_polys[0][:, 1])
if "_b" in type:
if "cap_nmos" in type:
nwell = c.add_ref(
gf.components.rectangle(
size=(
cmp_xmax - cmp_xmin + (2 * np_enc_cmp),
cmp_ymax - cmp_ymin + (2 * np_enc_gate),
),
layer=layer["nwell"],
)
)
nwell.xmin = cmp_xmin - np_enc_cmp
nwell.ymin = cmp_ymin - np_enc_gate
else:
lvpwell = c.add_ref(
gf.components.rectangle(
size=(
cmp_xmax - cmp_xmin + (2 * np_enc_cmp),
cmp_ymax - cmp_ymin + (2 * np_enc_gate),
),
layer=layer["lvpwell"],
)
)
lvpwell.xmin = cmp_xmin - np_enc_cmp
lvpwell.ymin = cmp_ymin - np_enc_gate
if deepnwell == 1:
if type == "cap_nmos":
lvp_rect = c.add_ref(
gf.components.rectangle(
size=(
c_inst.size[0] + (2 * lvpwell_enc_ncmp),
c_inst.size[1] + (2 * lvpwell_enc_ncmp),
),
layer=layer["lvpwell"],
)
)
lvp_rect.xmin = c_inst.xmin - lvpwell_enc_ncmp
lvp_rect.ymin = c_inst.ymin - lvpwell_enc_ncmp
dn_rect = c.add_ref(
gf.components.rectangle(
size=(
lvp_rect.size[0] + (2 * dn_enc_lvpwell),
lvp_rect.size[1] + (2 * dn_enc_lvpwell),
),
layer=layer["nwell"],
)
)
dn_rect.xmin = lvp_rect.xmin - dn_enc_lvpwell
dn_rect.ymin = lvp_rect.ymin - dn_enc_lvpwell
else:
dn_rect = c.add_ref(
gf.components.rectangle(
size=(
c_inst.size[0] + (2 * dnwell_enc_pcmp),
c_inst.size[1] + (2 * dnwell_enc_pcmp),
),
layer=layer["nwell"],
)
)
dn_rect.xmin = c_inst.xmin - dnwell_enc_pcmp
dn_rect.ymin = c_inst.ymin - dnwell_enc_pcmp
if pcmpgr == 1:
c_temp_gr = gf.Component("temp_store guard ring")
rect_pcmpgr_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(dn_rect.xmax - dn_rect.xmin) + 2 * pcmpgr_enc_dn,
(dn_rect.ymax - dn_rect.ymin) + 2 * pcmpgr_enc_dn,
),
layer=layer["comp"],
)
)
rect_pcmpgr_in.move(
(dn_rect.xmin - pcmpgr_enc_dn, dn_rect.ymin - pcmpgr_enc_dn)
)
rect_pcmpgr_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) + 2 * grw,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) + 2 * grw,
),
layer=layer["comp"],
)
)
rect_pcmpgr_out.move((rect_pcmpgr_in.xmin - grw, rect_pcmpgr_in.ymin - grw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["comp"],
)
) # guardring Bullk
psdm_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) - 2 * comp_pp_enc,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) - 2 * comp_pp_enc,
),
layer=layer["pplus"],
)
)
psdm_in.move(
(
rect_pcmpgr_in.xmin + comp_pp_enc,
rect_pcmpgr_in.ymin + comp_pp_enc,
)
)
psdm_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_out.xmax - rect_pcmpgr_out.xmin) + 2 * comp_pp_enc,
(rect_pcmpgr_out.ymax - rect_pcmpgr_out.ymin) + 2 * comp_pp_enc,
),
layer=layer["pplus"],
)
)
psdm_out.move(
(
rect_pcmpgr_out.xmin - comp_pp_enc,
rect_pcmpgr_out.ymin - comp_pp_enc,
)
)
c.add_ref(
gf.geometry.boolean(
A=psdm_out, B=psdm_in, operation="A-B", layer=layer["pplus"]
)
) # psdm
# generating contacts
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_out.ymin, rect_pcmpgr_in.ymin),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # bottom contact
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_in.ymax, rect_pcmpgr_out.ymax),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # upper contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_out.xmin, rect_pcmpgr_in.xmin),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # right contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_in.xmax, rect_pcmpgr_out.xmax),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # left contact
comp_m1_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(rect_pcmpgr_in.size[0], rect_pcmpgr_in.size[1]),
layer=layer["metal1"],
)
)
comp_m1_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(comp_m1_in.size[0]) + 2 * grw,
(comp_m1_in.size[1]) + 2 * grw,
),
layer=layer["metal1"],
)
)
comp_m1_out.move((rect_pcmpgr_in.xmin - grw, rect_pcmpgr_in.ymin - grw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["metal1"],
)
) # guardring metal1
return c
|
gf180/gf180/cap_mos.py/0
|
{
"file_path": "gf180/gf180/cap_mos.py",
"repo_id": "gf180",
"token_count": 9147
}
| 73
|
# Copyright 2022 GlobalFoundries PDK Authors
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
########################################################################################################################
# Diode Generator for GF180MCU
########################################################################################################################
import pya
from .draw_diode import (
draw_diode_dw2ps,
draw_diode_nd2ps,
draw_diode_nw2ps,
draw_diode_pd2nw,
draw_diode_pw2dw,
draw_sc_diode,
)
np_l = 0.36
np_w = 0.36
pn_l = 0.36
pn_w = 0.36
nwp_l = 0.36
nwp_w = 0.36
diode_pw2dw_l = 0.36
diode_pw2dw_w = 0.36
diode_dw2ps_l = 0.36
diode_dw2ps_w = 0.36
sc_l = 1
sc_w = 0.62
class diode_nd2ps(pya.PCellDeclarationHelper):
"""
N+/LVPWELL diode (Outside DNWELL) Generator for GF180MCU
"""
def __init__(self):
# Initializing super class.
super().__init__()
# ===================== PARAMETERS DECLARATIONS =====================
self.param("deepnwell", self.TypeBoolean, "Deep NWELL", default=0)
self.param("pcmpgr", self.TypeBoolean, "Guard Ring", default=0)
self.Type_handle = self.param("volt", self.TypeList, "Voltage area")
self.Type_handle.add_choice("3.3V", "3.3V")
self.Type_handle.add_choice("5/6V", "5/6V")
self.param("la", self.TypeDouble, "Length", default=np_l, unit="um")
self.param("wa", self.TypeDouble, "Width", default=np_w, unit="um")
self.param("cw", self.TypeDouble, "Cathode Width", default=np_w, unit="um")
self.param("area", self.TypeDouble, "Area", readonly=True, unit="um^2")
self.param("perim", self.TypeDouble, "Perimeter", readonly=True, unit="um")
self.param("label", self.TypeBoolean, "Labels", default=0)
self.param("p_label", self.TypeString, "plus label", default="")
self.param("n_label", self.TypeString, "minus label", default="")
def display_text_impl(self):
# Provide a descriptive text for the cell
return "diode_nd2ps(L=" + ("%.3f" % self.la) + ",W=" + ("%.3f" % self.wa) + ")"
def coerce_parameters_impl(self):
# We employ coerce_parameters_impl to decide whether the handle or the numeric parameter has changed.
# We also update the numerical value or the shape, depending on which on has not changed.
self.area = self.wa * self.la
self.perim = 2 * (self.wa + self.la)
# w,l must be larger or equal than min. values.
self.la = max(self.la, np_l)
self.wa = max(self.wa, np_w)
self.cw = max(self.cw, np_w)
def can_create_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we can use any shape which
# has a finite bounding box
return self.shape.is_box() or self.shape.is_polygon() or self.shape.is_path()
def parameters_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we set r and l from the shape's
# bounding box width and layer
self.r = self.shape.bbox().width() * self.layout.dbu / 2
self.la = self.layout.get_info(self.laayer)
def transformation_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we use the center of the shape's
# bounding box to determine the transformation
return pya.Trans(self.shape.bbox().center())
def produce_impl(self):
np_instance = draw_diode_nd2ps(
self.layout,
la=self.la,
wa=self.wa,
cw=self.cw,
volt=self.volt,
deepnwell=self.deepnwell,
pcmpgr=self.pcmpgr,
label=self.label,
p_label=self.p_label,
n_label=self.n_label,
)
write_cells = pya.CellInstArray(
np_instance.cell_index(),
pya.Trans(pya.Point(0, 0)),
pya.Vector(0, 0),
pya.Vector(0, 0),
1,
1,
)
self.cell.insert(write_cells)
self.cell.flatten(1)
class diode_pd2nw(pya.PCellDeclarationHelper):
"""
P+/Nwell diode (Outside DNWELL) Generator for GF180MCU
"""
def __init__(self):
# Initializing super class.
super().__init__()
# ===================== PARAMETERS DECLARATIONS =====================
self.param("deepnwell", self.TypeBoolean, "Deep NWELL", default=0)
self.param("pcmpgr", self.TypeBoolean, "Guard Ring", default=0)
self.Type_handle = self.param("volt", self.TypeList, "Voltage area")
self.Type_handle.add_choice("3.3V", "3.3V")
self.Type_handle.add_choice("5/6V", "5/6V")
self.param("la", self.TypeDouble, "Length", default=pn_l, unit="um")
self.param("wa", self.TypeDouble, "Width", default=pn_w, unit="um")
self.param("cw", self.TypeDouble, "Cathode Width", default=np_w, unit="um")
self.param("area", self.TypeDouble, "Area", readonly=True, unit="um^2")
self.param("perim", self.TypeDouble, "Perimeter", readonly=True, unit="um")
self.param("label", self.TypeBoolean, "Labels", default=0)
self.param("p_label", self.TypeString, "plus label", default="")
self.param("n_label", self.TypeString, "minus label", default="")
def display_text_impl(self):
# Provide a descriptive text for the cell
return "diode_pd2nw(L=" + ("%.3f" % self.la) + ",W=" + ("%.3f" % self.wa) + ")"
def coerce_parameters_impl(self):
# We employ coerce_parameters_impl to decide whether the handle or the numeric parameter has changed.
# We also update the numerical value or the shape, depending on which on has not changed.
self.area = self.wa * self.la
self.perim = 2 * (self.wa + self.la)
# w,l must be larger or equal than min. values.
self.la = max(self.la, pn_l)
self.wa = max(self.wa, pn_w)
def can_create_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we can use any shape which
# has a finite bounding box
return self.shape.is_box() or self.shape.is_polygon() or self.shape.is_path()
def parameters_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we set r and l from the shape's
# bounding box width and layer
self.r = self.shape.bbox().width() * self.layout.dbu / 2
self.la = self.layout.get_info(self.laayer)
def transformation_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we use the center of the shape's
# bounding box to determine the transformation
return pya.Trans(self.shape.bbox().center())
def produce_impl(self):
np_instance = draw_diode_pd2nw(
self.layout,
la=self.la,
wa=self.wa,
cw=self.cw,
volt=self.volt,
deepnwell=self.deepnwell,
pcmpgr=self.pcmpgr,
label=self.label,
p_label=self.p_label,
n_label=self.n_label,
)
write_cells = pya.CellInstArray(
np_instance.cell_index(),
pya.Trans(pya.Point(0, 0)),
pya.Vector(0, 0),
pya.Vector(0, 0),
1,
1,
)
self.cell.insert(write_cells)
self.cell.flatten(1)
class diode_nw2ps(pya.PCellDeclarationHelper):
"""
Nwell/Psub diode Generator for GF180MCU
"""
def __init__(self):
# Initializing super class.
super().__init__()
# ===================== PARAMETERS DECLARATIONS =====================
self.Type_handle = self.param("volt", self.TypeList, "Voltage area")
self.Type_handle.add_choice("3.3V", "3.3V")
self.Type_handle.add_choice("5/6V", "5/6V")
self.param("la", self.TypeDouble, "Length", default=nwp_l, unit="um")
self.param("wa", self.TypeDouble, "Width", default=nwp_w, unit="um")
self.param("cw", self.TypeDouble, "Cathode Width", default=np_w, unit="um")
self.param("area", self.TypeDouble, "Area", readonly=True, unit="um^2")
self.param("perim", self.TypeDouble, "Perimeter", readonly=True, unit="um")
self.param("label", self.TypeBoolean, "Labels", default=0)
self.param("p_label", self.TypeString, "plus label", default="")
self.param("n_label", self.TypeString, "minus label", default="")
def display_text_impl(self):
# Provide a descriptive text for the cell
return "diode_nw2ps(L=" + ("%.3f" % self.la) + ",W=" + ("%.3f" % self.wa) + ")"
def coerce_parameters_impl(self):
# We employ coerce_parameters_impl to decide whether the handle or the numeric parameter has changed.
# We also update the numerical value or the shape, depending on which on has not changed.
self.area = self.wa * self.la
self.perim = 2 * (self.wa + self.la)
# w,l must be larger or equal than min. values.
self.la = max(self.la, nwp_l)
self.wa = max(self.wa, nwp_w)
self.cw = max(self.cw, nwp_w)
def can_create_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we can use any shape which
# has a finite bounding box
return self.shape.is_box() or self.shape.is_polygon() or self.shape.is_path()
def parameters_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we set r and l from the shape's
# bounding box width and layer
self.r = self.shape.bbox().width() * self.layout.dbu / 2
self.la = self.layout.get_info(self.laayer)
def transformation_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we use the center of the shape's
# bounding box to determine the transformation
return pya.Trans(self.shape.bbox().center())
def produce_impl(self):
nwp_instance = draw_diode_nw2ps(
self.layout,
la=self.la,
wa=self.wa,
cw=self.cw,
volt=self.volt,
label=self.label,
p_label=self.p_label,
n_label=self.n_label,
)
write_cells = pya.CellInstArray(
nwp_instance.cell_index(),
pya.Trans(pya.Point(0, 0)),
pya.Vector(0, 0),
pya.Vector(0, 0),
1,
1,
)
self.cell.insert(write_cells)
self.cell.flatten(1)
class diode_pw2dw(pya.PCellDeclarationHelper):
"""
LVPWELL/DNWELL diode Generator for GF180MCU
"""
def __init__(self):
# Initializing super class.
super().__init__()
# ===================== PARAMETERS DECLARATIONS =====================
self.param("pcmpgr", self.TypeBoolean, "Guard Ring", default=0)
self.Type_handle = self.param("volt", self.TypeList, "Voltage area")
self.Type_handle.add_choice("3.3V", "3.3V")
self.Type_handle.add_choice("5/6V", "5/6V")
self.param("la", self.TypeDouble, "Length", default=diode_pw2dw_l, unit="um")
self.param("wa", self.TypeDouble, "Width", default=diode_pw2dw_w, unit="um")
self.param("cw", self.TypeDouble, "Cathode Width", default=np_w, unit="um")
self.param("area", self.TypeDouble, "Area", readonly=True, unit="um^2")
self.param("perim", self.TypeDouble, "Perimeter", readonly=True, unit="um")
self.param("label", self.TypeBoolean, "Labels", default=0)
self.param("p_label", self.TypeString, "plus label", default="")
self.param("n_label", self.TypeString, "minus label", default="")
def display_text_impl(self):
# Provide a descriptive text for the cell
return "diode_pw2dw(L=" + ("%.3f" % self.la) + ",W=" + ("%.3f" % self.wa) + ")"
def coerce_parameters_impl(self):
# We employ coerce_parameters_impl to decide whether the handle or the numeric parameter has changed.
# We also update the numerical value or the shape, depending on which on has not changed.
self.area = self.wa * self.la
self.perim = 2 * (self.wa + self.la)
# w,l must be larger or equal than min. values.
self.la = max(self.la, diode_pw2dw_l)
self.wa = max(self.wa, diode_pw2dw_w)
self.cw = max(self.cw, diode_pw2dw_w)
def can_create_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we can use any shape which
# has a finite bounding box
return self.shape.is_box() or self.shape.is_polygon() or self.shape.is_path()
def parameters_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we set r and l from the shape's
# bounding box width and layer
self.r = self.shape.bbox().width() * self.layout.dbu / 2
self.la = self.layout.get_info(self.laayer)
def transformation_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we use the center of the shape's
# bounding box to determine the transformation
return pya.Trans(self.shape.bbox().center())
def produce_impl(self):
diode_pw2dw_instance = draw_diode_pw2dw(
self.layout,
la=self.la,
wa=self.wa,
cw=self.cw,
volt=self.volt,
pcmpgr=self.pcmpgr,
label=self.label,
p_label=self.p_label,
n_label=self.n_label,
)
write_cells = pya.CellInstArray(
diode_pw2dw_instance.cell_index(),
pya.Trans(pya.Point(0, 0)),
pya.Vector(0, 0),
pya.Vector(0, 0),
1,
1,
)
self.cell.insert(write_cells)
self.cell.flatten(1)
class diode_dw2ps(pya.PCellDeclarationHelper):
"""
LVPWELL/DNWELL diode Generator for GF180MCU
"""
def __init__(self):
# Initializing super class.
super().__init__()
# ===================== PARAMETERS DECLARATIONS =====================
self.param("pcmpgr", self.TypeBoolean, "Guard Ring", default=0)
self.Type_handle = self.param("volt", self.TypeList, "Voltage area")
self.Type_handle.add_choice("3.3V", "3.3V")
self.Type_handle.add_choice("5/6V", "5/6V")
self.param("la", self.TypeDouble, "Length", default=diode_dw2ps_l, unit="um")
self.param("wa", self.TypeDouble, "Width", default=diode_dw2ps_w, unit="um")
self.param("cw", self.TypeDouble, "Cathode Width", default=np_w, unit="um")
self.param("area", self.TypeDouble, "Area", readonly=True, unit="um^2")
self.param("perim", self.TypeDouble, "Perimeter", readonly=True, unit="um")
self.param("label", self.TypeBoolean, "Labels", default=0)
self.param("p_label", self.TypeString, "plus label", default="")
self.param("n_label", self.TypeString, "minus label", default="")
def display_text_impl(self):
# Provide a descriptive text for the cell
return "diode_dw2ps(L=" + ("%.3f" % self.la) + ",W=" + ("%.3f" % self.wa) + ")"
def coerce_parameters_impl(self):
# We employ coerce_parameters_impl to decide whether the handle or the numeric parameter has changed.
# We also update the numerical value or the shape, depending on which on has not changed.
self.area = self.wa * self.la
self.perim = 2 * (self.wa + self.la)
# w,l must be larger or equal than min. values.
self.la = max(self.la, diode_dw2ps_l)
self.wa = max(self.wa, diode_dw2ps_w)
self.cw = max(self.cw, diode_dw2ps_w)
def can_create_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we can use any shape which
# has a finite bounding box
return self.shape.is_box() or self.shape.is_polygon() or self.shape.is_path()
def parameters_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we set r and l from the shape's
# bounding box width and layer
self.r = self.shape.bbox().width() * self.layout.dbu / 2
self.la = self.layout.get_info(self.laayer)
def transformation_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we use the center of the shape's
# bounding box to determine the transformation
return pya.Trans(self.shape.bbox().center())
def produce_impl(self):
diode_dw2ps_instance = draw_diode_dw2ps(
self.layout,
la=self.la,
wa=self.wa,
cw=self.cw,
volt=self.volt,
pcmpgr=self.pcmpgr,
label=self.label,
p_label=self.p_label,
n_label=self.n_label,
)
write_cells = pya.CellInstArray(
diode_dw2ps_instance.cell_index(),
pya.Trans(pya.Point(0, 0)),
pya.Vector(0, 0),
pya.Vector(0, 0),
1,
1,
)
self.cell.insert(write_cells)
self.cell.flatten(1)
class sc_diode(pya.PCellDeclarationHelper):
"""
N+/LVPWELL diode (Outside DNWELL) Generator for GF180MCU
"""
def __init__(self):
# Initializing super class.
super().__init__()
# ===================== PARAMETERS DECLARATIONS =====================
self.param("pcmpgr", self.TypeBoolean, "Guard Ring", default=0)
self.param("la", self.TypeDouble, "Length", default=sc_l, unit="um")
self.param(
"wa", self.TypeDouble, "Width", default=sc_w, unit="um", readonly=True
)
self.param("cw", self.TypeDouble, "Cathode Width", default=np_w, unit="um")
self.param("m", self.TypeDouble, "no. of fingers", default=4)
self.param("area", self.TypeDouble, "Area", readonly=True, unit="um^2")
self.param("perim", self.TypeDouble, "Perimeter", readonly=True, unit="um")
self.param("label", self.TypeBoolean, "Labels", default=0)
self.param("p_label", self.TypeString, "plus label", default="")
self.param("n_label", self.TypeString, "minus label", default="")
def display_text_impl(self):
# Provide a descriptive text for the cell
return "sc_diode(L=" + ("%.3f" % self.la) + ",W=" + ("%.3f" % self.wa) + ")"
def coerce_parameters_impl(self):
# We employ coerce_parameters_impl to decide whether the handle or the numeric parameter has changed.
# We also update the numerical value or the shape, depending on which on has not changed.
self.area = self.wa * self.la
self.perim = 2 * (self.wa + self.la)
# w,l must be larger or equal than min. values.
self.la = max(self.la, sc_l)
if (self.wa) != sc_w:
self.wa = sc_w
def can_create_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we can use any shape which
# has a finite bounding box
return self.shape.is_box() or self.shape.is_polygon() or self.shape.is_path()
def parameters_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we set r and l from the shape's
# bounding box width and layer
self.r = self.shape.bbox().width() * self.layout.dbu / 2
self.la = self.layout.get_info(self.laayer)
def transformation_from_shape_impl(self):
# Implement the "Create PCell from shape" protocol: we use the center of the shape's
# bounding box to determine the transformation
return pya.Trans(self.shape.bbox().center())
def produce_impl(self):
sc_instance = draw_sc_diode(
self.layout,
la=self.la,
wa=self.wa,
cw=self.cw,
m=self.m,
pcmpgr=self.pcmpgr,
label=self.label,
p_label=self.p_label,
n_label=self.n_label,
)
write_cells = pya.CellInstArray(
sc_instance.cell_index(),
pya.Trans(pya.Point(0, 0)),
pya.Vector(0, 0),
pya.Vector(0, 0),
1,
1,
)
self.cell.insert(write_cells)
self.cell.flatten(1)
|
gf180/gf180/cells/klayout/pymacros/cells/diode.py/0
|
{
"file_path": "gf180/gf180/cells/klayout/pymacros/cells/diode.py",
"repo_id": "gf180",
"token_count": 9167
}
| 74
|
import gdsfactory as gf
import numpy as np
from gdsfactory.typings import Float2
from gf180.layers import layer
from gf180.via_generator import via_generator, via_stack
@gf.cell
def diode_nd2ps(
la: float = 0.1,
wa: float = 0.1,
cw: float = 0.1,
volt: str = "3.3V",
deepnwell: bool = False,
pcmpgr: bool = False,
label: bool = False,
p_label: str = "",
n_label: str = "",
) -> gf.Component:
"""
Draw N+/LVPWELL diode (Outside DNWELL) by specifying parameters
Args::
la: Float of diff length (anode).
wa: Float of diff width (anode).
cw: Float of cathode width.
volt: String of operating voltage of the diode [3.3V, 5V/6V].
deepnwell: Boolean of using Deep NWELL device.
pcmpgr : Boolean of using P+ Guard Ring for Deep NWELL devices only.
label: Boolean of adding labels.
"""
c = gf.Component("diode_nd2ps_dev")
comp_spacing: float = 0.48
np_enc_comp: float = 0.16
pp_enc_comp: float = 0.16
con_size = 0.22
con_sp = 0.28
con_comp_enc = 0.07
dg_enc_cmp = 0.24
dn_enc_lvpwell = 2.5
lvpwell_enc_ncmp = 0.6
lvpwell_enc_pcmp = 0.16
pcmpgr_enc_dn = 2.5
# n generation
ncmp = c.add_ref(gf.components.rectangle(size=(wa, la), layer=layer["comp"]))
nplus = c.add_ref(
gf.components.rectangle(
size=(
ncmp.size[0] + (2 * np_enc_comp),
ncmp.size[1] + (2 * np_enc_comp),
),
layer=layer["nplus"],
)
)
nplus.xmin = ncmp.xmin - np_enc_comp
nplus.ymin = ncmp.ymin - np_enc_comp
diode_mk = c.add_ref(
gf.components.rectangle(
size=(ncmp.size[0], ncmp.size[1]), layer=layer["diode_mk"]
)
)
diode_mk.xmin = ncmp.xmin
diode_mk.ymin = ncmp.ymin
ncmp_con = c.add_ref(
via_stack(
x_range=(ncmp.xmin, ncmp.xmax),
y_range=(ncmp.ymin, ncmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # ncomp_con
# p generation
pcmp = c.add_ref(gf.components.rectangle(size=(cw, la), layer=layer["comp"]))
pcmp.xmax = ncmp.xmin - comp_spacing
pplus = c.add_ref(
gf.components.rectangle(
size=(
pcmp.size[0] + (2 * pp_enc_comp),
pcmp.size[1] + (2 * pp_enc_comp),
),
layer=layer["pplus"],
)
)
pplus.xmin = pcmp.xmin - pp_enc_comp
pplus.ymin = pcmp.ymin - pp_enc_comp
pcmp_con = c.add_ref(
via_stack(
x_range=(pcmp.xmin, pcmp.xmax),
y_range=(pcmp.ymin, pcmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # pcomp_con
# labels generation
if label == 1:
# n_label generation
c.add_label(
n_label,
position=(
ncmp_con.xmin + (ncmp_con.size[0] / 2),
ncmp_con.ymin + (ncmp_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
# p_label generation
c.add_label(
p_label,
position=(
pcmp_con.xmin + (pcmp_con.size[0] / 2),
pcmp_con.ymin + (pcmp_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
if volt == "5/6V":
dg = c.add_ref(
gf.components.rectangle(
size=(
ncmp.xmax - pcmp.xmin + (2 * dg_enc_cmp),
ncmp.size[1] + (2 * dg_enc_cmp),
),
layer=layer["dualgate"],
)
)
dg.xmin = pcmp.xmin - dg_enc_cmp
dg.ymin = pcmp.ymin - dg_enc_cmp
if deepnwell == 1:
lvpwell = c.add_ref(
gf.components.rectangle(
size=(
ncmp.xmax - pcmp.xmin + (lvpwell_enc_ncmp + lvpwell_enc_pcmp),
ncmp.size[1] + (2 * lvpwell_enc_ncmp),
),
layer=layer["lvpwell"],
)
)
lvpwell.xmin = pcmp.xmin - lvpwell_enc_pcmp
lvpwell.ymin = ncmp.ymin - lvpwell_enc_ncmp
dn_rect = c.add_ref(
gf.components.rectangle(
size=(
lvpwell.size[0] + (2 * dn_enc_lvpwell),
lvpwell.size[1] + (2 * dn_enc_lvpwell),
),
layer=layer["dnwell"],
)
)
dn_rect.xmin = lvpwell.xmin - dn_enc_lvpwell
dn_rect.ymin = lvpwell.ymin - dn_enc_lvpwell
if pcmpgr == 1:
c_temp_gr = gf.Component("temp_store guard ring")
rect_pcmpgr_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(dn_rect.xmax - dn_rect.xmin) + 2 * pcmpgr_enc_dn,
(dn_rect.ymax - dn_rect.ymin) + 2 * pcmpgr_enc_dn,
),
layer=layer["comp"],
)
)
rect_pcmpgr_in.move(
(dn_rect.xmin - pcmpgr_enc_dn, dn_rect.ymin - pcmpgr_enc_dn)
)
rect_pcmpgr_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) + 2 * cw,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) + 2 * cw,
),
layer=layer["comp"],
)
)
rect_pcmpgr_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["comp"],
)
) # guardring Bulk draw
psdm_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) - 2 * pp_enc_comp,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) - 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_in.move(
(
rect_pcmpgr_in.xmin + pp_enc_comp,
rect_pcmpgr_in.ymin + pp_enc_comp,
)
)
psdm_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_out.xmax - rect_pcmpgr_out.xmin) + 2 * pp_enc_comp,
(rect_pcmpgr_out.ymax - rect_pcmpgr_out.ymin) + 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_out.move(
(
rect_pcmpgr_out.xmin - pp_enc_comp,
rect_pcmpgr_out.ymin - pp_enc_comp,
)
)
c.add_ref(
gf.geometry.boolean(
A=psdm_out, B=psdm_in, operation="A-B", layer=layer["pplus"]
)
) # psdm draw
# generating contacts
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_out.ymin, rect_pcmpgr_in.ymin),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # bottom contact
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_in.ymax, rect_pcmpgr_out.ymax),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # upper contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_out.xmin, rect_pcmpgr_in.xmin),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # right contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_in.xmax, rect_pcmpgr_out.xmax),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # left contact
comp_m1_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(rect_pcmpgr_in.size[0], rect_pcmpgr_in.size[1]),
layer=layer["metal1"],
)
)
comp_m1_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(comp_m1_in.size[0]) + 2 * cw,
(comp_m1_in.size[1]) + 2 * cw,
),
layer=layer["metal1"],
)
)
comp_m1_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["metal1"],
)
) # guardring metal1
return c
@gf.cell
def diode_pd2nw(
la: float = 0.1,
wa: float = 0.1,
cw: float = 0.1,
volt: str = "3.3V",
deepnwell: bool = False,
pcmpgr: bool = False,
label: bool = False,
p_label: str = "",
n_label: str = "",
) -> gf.Component:
"""
Usage:-
used to draw 3.3V P+/Nwell diode (Outside DNWELL) by specifying parameters
Arguments:-
la : Float of diffusion length (anode)
wa : Float of diffusion width (anode)
volt : String of operating voltage of the diode [3.3V, 5V/6V]
deepnwell : Boolean of using Deep NWELL device
pcmpgr : Boolean of using P+ Guard Ring for Deep NWELL devices only
"""
c = gf.Component("diode_pd2nw_dev")
comp_spacing: float = 0.48
np_enc_comp: float = 0.16
pp_enc_comp: float = 0.16
con_size = 0.22
con_sp = 0.28
con_comp_enc = 0.07
dg_enc_cmp = 0.24
dn_enc_nwell = 0.5
nwell_ncmp_enc = 0.12
nwell_pcmp_enc = 0.43
pcmpgr_enc_dn = 2.5
# p generation
pcmp = c.add_ref(gf.components.rectangle(size=(wa, la), layer=layer["comp"]))
pplus = c.add_ref(
gf.components.rectangle(
size=(
pcmp.size[0] + (2 * pp_enc_comp),
pcmp.size[1] + (2 * pp_enc_comp),
),
layer=layer["pplus"],
)
)
pplus.xmin = pcmp.xmin - pp_enc_comp
pplus.ymin = pcmp.ymin - pp_enc_comp
diode_mk = c.add_ref(
gf.components.rectangle(
size=(pcmp.size[0], pcmp.size[1]), layer=layer["diode_mk"]
)
)
diode_mk.xmin = pcmp.xmin
diode_mk.ymin = pcmp.ymin
pcmp_con = c.add_ref(
via_stack(
x_range=(pcmp.xmin, pcmp.xmax),
y_range=(pcmp.ymin, pcmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # pcomp_contact
# n generation
ncmp = c.add_ref(gf.components.rectangle(size=(cw, la), layer=layer["comp"]))
ncmp.xmax = pcmp.xmin - comp_spacing
nplus = c.add_ref(
gf.components.rectangle(
size=(
ncmp.size[0] + (2 * np_enc_comp),
ncmp.size[1] + (2 * np_enc_comp),
),
layer=layer["nplus"],
)
)
nplus.xmin = ncmp.xmin - np_enc_comp
nplus.ymin = ncmp.ymin - np_enc_comp
ncmp_con = c.add_ref(
via_stack(
x_range=(ncmp.xmin, ncmp.xmax),
y_range=(ncmp.ymin, ncmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # ncomp contact
# labels generation
if label == 1:
# n_label generation
c.add_label(
n_label,
position=(
ncmp_con.xmin + (ncmp_con.size[0] / 2),
ncmp_con.ymin + (ncmp_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
# p_label generation
c.add_label(
p_label,
position=(
pcmp_con.xmin + (pcmp_con.size[0] / 2),
pcmp_con.ymin + (pcmp_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
if volt == "5/6V":
dg = c.add_ref(
gf.components.rectangle(
size=(
pcmp.xmax - ncmp.xmin + (2 * dg_enc_cmp),
ncmp.size[1] + (2 * dg_enc_cmp),
),
layer=layer["dualgate"],
)
)
dg.xmin = ncmp.xmin - dg_enc_cmp
dg.ymin = ncmp.ymin - dg_enc_cmp
# nwell generation
nwell = c.add_ref(
gf.components.rectangle(
size=(
pcmp.xmax - ncmp.xmin + (nwell_ncmp_enc + nwell_pcmp_enc),
pcmp.size[1] + (2 * nwell_pcmp_enc),
),
layer=layer["nwell"],
)
)
nwell.xmin = ncmp.xmin - nwell_ncmp_enc
nwell.ymin = pcmp.ymin - nwell_pcmp_enc
if deepnwell == 1:
dn_rect = c.add_ref(
gf.components.rectangle(
size=(
nwell.size[0] + (2 * dn_enc_nwell),
nwell.size[1] + (2 * dn_enc_nwell),
),
layer=layer["dnwell"],
)
)
dn_rect.xmin = nwell.xmin - dn_enc_nwell
dn_rect.ymin = nwell.ymin - dn_enc_nwell
if pcmpgr == 1:
c_temp_gr = gf.Component("temp_store guard ring")
rect_pcmpgr_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(dn_rect.xmax - dn_rect.xmin) + 2 * pcmpgr_enc_dn,
(dn_rect.ymax - dn_rect.ymin) + 2 * pcmpgr_enc_dn,
),
layer=layer["comp"],
)
)
rect_pcmpgr_in.move(
(dn_rect.xmin - pcmpgr_enc_dn, dn_rect.ymin - pcmpgr_enc_dn)
)
rect_pcmpgr_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) + 2 * cw,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) + 2 * cw,
),
layer=layer["comp"],
)
)
rect_pcmpgr_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["comp"],
)
) # Bulk guardring
psdm_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) - 2 * pp_enc_comp,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) - 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_in.move(
(
rect_pcmpgr_in.xmin + pp_enc_comp,
rect_pcmpgr_in.ymin + pp_enc_comp,
)
)
psdm_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_out.xmax - rect_pcmpgr_out.xmin) + 2 * pp_enc_comp,
(rect_pcmpgr_out.ymax - rect_pcmpgr_out.ymin) + 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_out.move(
(
rect_pcmpgr_out.xmin - pp_enc_comp,
rect_pcmpgr_out.ymin - pp_enc_comp,
)
)
c.add_ref(
gf.geometry.boolean(
A=psdm_out, B=psdm_in, operation="A-B", layer=layer["pplus"]
)
) # psdm guardring
# generating contacts
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_out.ymin, rect_pcmpgr_in.ymin),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # bottom contact
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_in.ymax, rect_pcmpgr_out.ymax),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # upper contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_out.xmin, rect_pcmpgr_in.xmin),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # right contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_in.xmax, rect_pcmpgr_out.xmax),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # left contact
comp_m1_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(rect_pcmpgr_in.size[0], rect_pcmpgr_in.size[1]),
layer=layer["metal1"],
)
)
comp_m1_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(comp_m1_in.size[0]) + 2 * cw,
(comp_m1_in.size[1]) + 2 * cw,
),
layer=layer["metal1"],
)
)
comp_m1_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["metal1"],
)
) # guardring metal1
return c
@gf.cell
def diode_nw2ps(
la: float = 0.1,
wa: float = 0.1,
cw: float = 0.1,
volt: str = "3.3V",
label: bool = False,
p_label: str = "",
n_label: str = "",
) -> gf.Component:
"""used to draw 3.3V Nwell/Psub diode by specifying parameters
Args:
la: anode length.
wa: anode width.
cw: cathode width.
volt: operating voltage of the diode [3.3V, 5V/6V]
"""
c = gf.Component()
comp_spacing: float = 0.48
np_enc_comp: float = 0.16
pp_enc_comp: float = 0.16
dg_enc_cmp = 0.24
nwell_ncmp_enc = 0.16
# n generation
ncmp = c.add_ref(gf.components.rectangle(size=(wa, la), layer=layer["comp"]))
nplus = c.add_ref(
gf.components.rectangle(
size=(
ncmp.size[0] + (2 * np_enc_comp),
ncmp.size[1] + (2 * np_enc_comp),
),
layer=layer["nplus"],
)
)
nplus.xmin = ncmp.xmin - np_enc_comp
nplus.ymin = ncmp.ymin - np_enc_comp
diode_mk = c.add_ref(
gf.components.rectangle(
size=(ncmp.size[0], ncmp.size[1]), layer=layer["diode_mk"]
)
)
diode_mk.xmin = ncmp.xmin
diode_mk.ymin = ncmp.ymin
nwell = c.add_ref(
gf.components.rectangle(
size=(
ncmp.size[0] + (2 * nwell_ncmp_enc),
ncmp.size[1] + (2 * nwell_ncmp_enc),
),
layer=layer["nwell"],
)
)
nwell.xmin = ncmp.xmin - nwell_ncmp_enc
nwell.ymin = ncmp.ymin - nwell_ncmp_enc
n_con = c.add_ref(
via_stack(
x_range=(ncmp.xmin, ncmp.xmax),
y_range=(ncmp.ymin, ncmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # ncomp contact
# p generation
pcmp = c.add_ref(gf.components.rectangle(size=(cw, la), layer=layer["comp"]))
pcmp.xmax = ncmp.xmin - comp_spacing
pplus = c.add_ref(
gf.components.rectangle(
size=(
pcmp.size[0] + (2 * pp_enc_comp),
pcmp.size[1] + (2 * pp_enc_comp),
),
layer=layer["pplus"],
)
)
pplus.xmin = pcmp.xmin - pp_enc_comp
pplus.ymin = pcmp.ymin - pp_enc_comp
p_con = c.add_ref(
via_stack(
x_range=(pcmp.xmin, pcmp.xmax),
y_range=(pcmp.ymin, pcmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # pcmop contact
# labels generation
if label == 1:
# n_label generation
c.add_label(
n_label,
position=(
n_con.xmin + (n_con.size[0] / 2),
n_con.ymin + (n_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
# p_label generation
c.add_label(
p_label,
position=(
p_con.xmin + (p_con.size[0] / 2),
p_con.ymin + (p_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
if volt == "5/6V":
dg = c.add_ref(
gf.components.rectangle(
size=(
ncmp.xmax - pcmp.xmin + (2 * dg_enc_cmp),
ncmp.size[1] + (2 * dg_enc_cmp),
),
layer=layer["dualgate"],
)
)
dg.xmin = pcmp.xmin - dg_enc_cmp
dg.ymin = pcmp.ymin - dg_enc_cmp
return c
@gf.cell
def diode_pw2dw(
la: float = 0.1,
wa: float = 0.1,
cw: float = 0.1,
volt: str = "3.3V",
pcmpgr: bool = False,
label: bool = False,
p_label: str = "",
n_label: str = "",
) -> gf.Component:
"""
used to draw LVPWELL/DNWELL diode by specifying parameters
Args:
la: anode length.
wa: anode width.
cw: cathode width.
volt: operating voltage of the diode [3.3V, 5V/6V]
pcmpgr: if True, pcmpgr will be added.
label: if True, labels will be added.
p_label: p contact label.
n_label: n contact label.
"""
c = gf.Component()
comp_spacing: float = 0.48
np_enc_comp: float = 0.16
pp_enc_comp: float = 0.16
dg_enc_dn = 0.5
lvpwell_enc_pcmp = 0.16
dn_enc_lvpwell = 2.5
con_size = 0.22
con_sp = 0.28
con_comp_enc = 0.07
pcmpgr_enc_dn = 2.5
# p generation
pcmp = c.add_ref(gf.components.rectangle(size=(wa, la), layer=layer["comp"]))
pplus = c.add_ref(
gf.components.rectangle(
size=(
pcmp.size[0] + (2 * pp_enc_comp),
pcmp.size[1] + (2 * pp_enc_comp),
),
layer=layer["pplus"],
)
)
pplus.xmin = pcmp.xmin - pp_enc_comp
pplus.ymin = pcmp.ymin - pp_enc_comp
diode_mk = c.add_ref(
gf.components.rectangle(
size=(pcmp.size[0], pcmp.size[1]), layer=layer["diode_mk"]
)
)
diode_mk.xmin = pcmp.xmin
diode_mk.ymin = pcmp.ymin
lvpwell = c.add_ref(
gf.components.rectangle(
size=(
pcmp.size[0] + (2 * lvpwell_enc_pcmp),
pcmp.size[1] + (2 * lvpwell_enc_pcmp),
),
layer=layer["lvpwell"],
)
)
lvpwell.xmin = pcmp.xmin - lvpwell_enc_pcmp
lvpwell.ymin = pcmp.ymin - lvpwell_enc_pcmp
p_con = c.add_ref(
via_stack(
x_range=(pcmp.xmin, pcmp.xmax),
y_range=(pcmp.ymin, pcmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # pcomp_contact
# n generation
ncmp = c.add_ref(gf.components.rectangle(size=(cw, la), layer=layer["comp"]))
ncmp.xmax = pcmp.xmin - comp_spacing
nplus = c.add_ref(
gf.components.rectangle(
size=(
ncmp.size[0] + (2 * np_enc_comp),
ncmp.size[1] + (2 * np_enc_comp),
),
layer=layer["nplus"],
)
)
nplus.xmin = ncmp.xmin - np_enc_comp
nplus.ymin = ncmp.ymin - np_enc_comp
n_con = c.add_ref(
via_stack(
x_range=(ncmp.xmin, ncmp.xmax),
y_range=(ncmp.ymin, ncmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # ncomp contact
# labels generation
if label == 1:
# n_label generation
c.add_label(
n_label,
position=(
n_con.xmin + (n_con.size[0] / 2),
n_con.ymin + (n_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
# p_label generation
c.add_label(
p_label,
position=(
p_con.xmin + (p_con.size[0] / 2),
p_con.ymin + (p_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
dn_rect = c.add_ref(
gf.components.rectangle(
size=(
lvpwell.size[0] + (2 * dn_enc_lvpwell),
lvpwell.size[1] + (2 * dn_enc_lvpwell),
),
layer=layer["dnwell"],
)
)
dn_rect.xmin = lvpwell.xmin - dn_enc_lvpwell
dn_rect.ymin = lvpwell.ymin - dn_enc_lvpwell
if pcmpgr == 1:
c_temp_gr = gf.Component("temp_store guard ring")
rect_pcmpgr_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(dn_rect.xmax - dn_rect.xmin) + 2 * pcmpgr_enc_dn,
(dn_rect.ymax - dn_rect.ymin) + 2 * pcmpgr_enc_dn,
),
layer=layer["comp"],
)
)
rect_pcmpgr_in.move(
(dn_rect.xmin - pcmpgr_enc_dn, dn_rect.ymin - pcmpgr_enc_dn)
)
rect_pcmpgr_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) + 2 * cw,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) + 2 * cw,
),
layer=layer["comp"],
)
)
rect_pcmpgr_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["comp"],
)
) # guardring Bulk
psdm_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) - 2 * pp_enc_comp,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) - 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_in.move(
(
rect_pcmpgr_in.xmin + pp_enc_comp,
rect_pcmpgr_in.ymin + pp_enc_comp,
)
)
psdm_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_out.xmax - rect_pcmpgr_out.xmin) + 2 * pp_enc_comp,
(rect_pcmpgr_out.ymax - rect_pcmpgr_out.ymin) + 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_out.move(
(
rect_pcmpgr_out.xmin - pp_enc_comp,
rect_pcmpgr_out.ymin - pp_enc_comp,
)
)
c.add_ref(
gf.geometry.boolean(
A=psdm_out, B=psdm_in, operation="A-B", layer=layer["pplus"]
)
) # guardring psdm
# generating contacts
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_out.ymin, rect_pcmpgr_in.ymin),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # bottom contact
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_in.ymax, rect_pcmpgr_out.ymax),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # upper contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_out.xmin, rect_pcmpgr_in.xmin),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # right contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_in.xmax, rect_pcmpgr_out.xmax),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # left contact
comp_m1_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(rect_pcmpgr_in.size[0], rect_pcmpgr_in.size[1]),
layer=layer["metal1"],
)
)
comp_m1_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(comp_m1_in.size[0]) + 2 * cw,
(comp_m1_in.size[1]) + 2 * cw,
),
layer=layer["metal1"],
)
)
comp_m1_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["metal1"],
)
) # guardring metal1
if volt == "5/6V":
dg = c.add_ref(
gf.components.rectangle(
size=(
dn_rect.size[0] + (2 * dg_enc_dn),
dn_rect.size[1] + (2 * dg_enc_dn),
),
layer=layer["dualgate"],
)
)
dg.xmin = dn_rect.xmin - dg_enc_dn
dg.ymin = dn_rect.ymin - dg_enc_dn
return c
@gf.cell
def diode_dw2ps(
la: float = 0.1,
wa: float = 0.1,
cw: float = 0.1,
volt: str = "3.3V",
pcmpgr: bool = False,
label: bool = False,
p_label: str = "",
n_label: str = "",
) -> gf.Component:
"""used to draw LVPWELL/DNWELL diode by specifying parameters
Args:
la: anode length.
wa: anode width.
cw: cathode width.
volt: operating voltage of the diode [3.3V, 5V/6V].
pcmpgr: True if pwell guardring is required.
label: True if labels are required.
p_label: label for pwell.
n_label: label for nwell.
"""
c = gf.Component()
if volt == "5/6V":
dn_enc_ncmp = 0.66
else:
dn_enc_ncmp = 0.62
comp_spacing = 0.32
np_enc_comp: float = 0.16
pp_enc_comp: float = 0.16
con_size = 0.22
con_sp = 0.28
con_comp_enc = 0.07
dg_enc_dn = 0.5
pcmpgr_enc_dn = 2.5
if (wa < ((2 * cw) + comp_spacing)) or (la < ((2 * cw) + comp_spacing)):
ncmp = c.add_ref(gf.components.rectangle(size=(wa, la), layer=layer["comp"]))
n_con = c.add_ref(
via_stack(
x_range=(ncmp.xmin, ncmp.xmax),
y_range=(ncmp.ymin, ncmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # ncomp_contact
nplus = c.add_ref(
gf.components.rectangle(
size=(
ncmp.size[0] + (2 * np_enc_comp),
ncmp.size[1] + (2 * np_enc_comp),
),
layer=layer["nplus"],
)
)
nplus.xmin = ncmp.xmin - np_enc_comp
nplus.ymin = ncmp.ymin - np_enc_comp
else:
c_temp = gf.Component("temp_store guard ring")
ncmp_in = c_temp.add_ref(
gf.components.rectangle(
size=(wa - (2 * cw), la - (2 * cw)),
layer=layer["comp"],
)
)
ncmp_out = c_temp.add_ref(
gf.components.rectangle(
size=(wa, la),
layer=layer["comp"],
)
)
ncmp_out.move((ncmp_in.xmin - cw, ncmp_in.ymin - cw))
ncmp = c.add_ref(
gf.geometry.boolean(
A=ncmp_out,
B=ncmp_in,
operation="A-B",
layer=layer["comp"],
)
)
pplus_in = c_temp.add_ref(
gf.components.rectangle(
size=(
(ncmp_in.xmax - ncmp_in.xmin) - 2 * pp_enc_comp,
(ncmp_in.ymax - ncmp_in.ymin) - 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
pplus_in.move(
(
ncmp_in.xmin + pp_enc_comp,
ncmp_in.ymin + pp_enc_comp,
)
)
pplus_out = c_temp.add_ref(
gf.components.rectangle(
size=(
(ncmp_out.xmax - ncmp_out.xmin) + 2 * pp_enc_comp,
(ncmp_out.ymax - ncmp_out.ymin) + 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
pplus_out.move(
(
ncmp_out.xmin - pp_enc_comp,
ncmp_out.ymin - pp_enc_comp,
)
)
c.add_ref(
gf.geometry.boolean(
A=pplus_out, B=pplus_in, operation="A-B", layer=layer["nplus"]
)
) # nplus
# generating contacts
c.add_ref(
via_generator(
x_range=(
ncmp_in.xmin + con_size,
ncmp_in.xmax - con_size,
),
y_range=(ncmp_out.ymin, ncmp_in.ymin),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # bottom contact
c.add_ref(
via_generator(
x_range=(
ncmp_in.xmin + con_size,
ncmp_in.xmax - con_size,
),
y_range=(ncmp_in.ymax, ncmp_out.ymax),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # upper contact
n_con = c.add_ref(
via_generator(
x_range=(ncmp_out.xmin, ncmp_in.xmin),
y_range=(
ncmp_in.ymin + con_size,
ncmp_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # left contact
c.add_ref(
via_generator(
x_range=(ncmp_in.xmax, ncmp_out.xmax),
y_range=(
ncmp_in.ymin + con_size,
ncmp_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # right contact
comp_m1_in = c_temp.add_ref(
gf.components.rectangle(
size=(ncmp_in.size[0], ncmp_in.size[1]),
layer=layer["metal1"],
)
)
comp_m1_out = c_temp.add_ref(
gf.components.rectangle(
size=(
(comp_m1_in.size[0]) + 2 * cw,
(comp_m1_in.size[0]) + 2 * cw,
),
layer=layer["metal1"],
)
)
comp_m1_out.move((ncmp_in.xmin - cw, ncmp_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=ncmp_out,
B=ncmp_in,
operation="A-B",
layer=layer["metal1"],
)
) # guardring metal1
# labels generation
if label == 1:
# n_label generation
c.add_label(
n_label,
position=(
n_con.xmin + (n_con.size[0] / 2),
n_con.ymin + (n_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
# generate dnwell
dn_rect = c.add_ref(
gf.components.rectangle(
size=(
ncmp.size[0] + (2 * dn_enc_ncmp),
ncmp.size[1] + (2 * dn_enc_ncmp),
),
layer=layer["dnwell"],
)
)
dn_rect.xmin = ncmp.xmin - dn_enc_ncmp
dn_rect.ymin = ncmp.ymin - dn_enc_ncmp
diode_mk = c.add_ref(
gf.components.rectangle(
size=(dn_rect.size[0], dn_rect.size[1]), layer=layer["diode_mk"]
)
)
diode_mk.xmin = dn_rect.xmin
diode_mk.ymin = dn_rect.ymin
if pcmpgr == 1:
c_temp_gr = gf.Component("temp_store guard ring")
rect_pcmpgr_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(dn_rect.xmax - dn_rect.xmin) + 2 * pcmpgr_enc_dn,
(dn_rect.ymax - dn_rect.ymin) + 2 * pcmpgr_enc_dn,
),
layer=layer["comp"],
)
)
rect_pcmpgr_in.move(
(dn_rect.xmin - pcmpgr_enc_dn, dn_rect.ymin - pcmpgr_enc_dn)
)
rect_pcmpgr_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) + 2 * cw,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) + 2 * cw,
),
layer=layer["comp"],
)
)
rect_pcmpgr_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["comp"],
)
) # guardring Bulk
psdm_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) - 2 * pp_enc_comp,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) - 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_in.move(
(
rect_pcmpgr_in.xmin + pp_enc_comp,
rect_pcmpgr_in.ymin + pp_enc_comp,
)
)
psdm_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_out.xmax - rect_pcmpgr_out.xmin) + 2 * pp_enc_comp,
(rect_pcmpgr_out.ymax - rect_pcmpgr_out.ymin) + 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_out.move(
(
rect_pcmpgr_out.xmin - pp_enc_comp,
rect_pcmpgr_out.ymin - pp_enc_comp,
)
)
c.add_ref(
gf.geometry.boolean(
A=psdm_out, B=psdm_in, operation="A-B", layer=layer["pplus"]
)
) # psdm
# generating contacts
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_out.ymin, rect_pcmpgr_in.ymin),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # bottom contact
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_in.ymax, rect_pcmpgr_out.ymax),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # upper contact
p_con = c.add_ref(
via_generator(
x_range=(rect_pcmpgr_out.xmin, rect_pcmpgr_in.xmin),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # left contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_in.xmax, rect_pcmpgr_out.xmax),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # right contact
# labels generation
if label == 1:
# n_label generation
c.add_label(
p_label,
position=(
p_con.xmin + (p_con.size[0] / 2),
p_con.ymin + (p_con.size[1] / 2),
),
layer=layer["metal1_label"],
)
comp_m1_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(rect_pcmpgr_in.size[0], rect_pcmpgr_in.size[1]),
layer=layer["metal1"],
)
)
comp_m1_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) + 2 * cw,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) + 2 * cw,
),
layer=layer["metal1"],
)
)
comp_m1_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["metal1"],
)
) # guardring metal1
# generate dualgate
if volt == "5/6V":
dg = c.add_ref(
gf.components.rectangle(
size=(
dn_rect.size[0] + (2 * dg_enc_dn),
dn_rect.size[1] + (2 * dg_enc_dn),
),
layer=layer["dualgate"],
)
)
dg.xmin = dn_rect.xmin - dg_enc_dn
dg.ymin = dn_rect.ymin - dg_enc_dn
return c
@gf.cell
def sc_diode(
la: float = 0.1,
wa: float = 0.1,
cw: float = 0.1,
m: int = 1,
pcmpgr: bool = False,
label: bool = False,
p_label: str = "",
n_label: str = "",
) -> gf.Component:
"""
Usage:-
used to draw N+/LVPWELL diode (Outside DNWELL) by specifying parameters
Arguments:-
la : Float of diff length (anode)
wa : Float of diff width (anode)
m : Integer of number of fingers
pcmpgr : Boolean of using P+ Guard Ring for Deep NWELL devices only
"""
c = gf.Component("sc_diode_dev")
sc_enc_comp = 0.16
sc_comp_spacing = 0.28
dn_enc_sc_an = 1.4
np_enc_comp = 0.03
m1_w = 0.23
pcmpgr_enc_dn = 2.5
pp_enc_comp: float = 0.16
con_size = 0.22
con_sp = 0.28
con_comp_enc = 0.07
# cathode draw
@gf.cell
def sc_cathode_strap(size: Float2 = (0.1, 0.1)) -> gf.Component:
"""Returns sc_diode cathode array element
Args :
size : size of cathode array element
"""
c = gf.Component()
ncmp = c.add_ref(gf.components.rectangle(size=size, layer=layer["comp"]))
nplus = c.add_ref(
gf.components.rectangle(
size=(
ncmp.size[0] + (2 * np_enc_comp),
ncmp.size[1] + (2 * np_enc_comp),
),
layer=layer["nplus"],
)
)
nplus.xmin = ncmp.xmin - np_enc_comp
nplus.ymin = ncmp.ymin - np_enc_comp
c.add_ref(
via_stack(
x_range=(ncmp.xmin, ncmp.xmax),
y_range=(ncmp.ymin, ncmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # ncomp contact
return c
@gf.cell
def sc_anode_strap(size: Float2 = (0.1, 0.1)) -> gf.Component:
"""Returns sc_diode anode array element
Args :
size : size of anode array element
"""
c = gf.Component()
cmp = c.add_ref(gf.components.rectangle(size=size, layer=layer["comp"]))
c.add_ref(
via_stack(
x_range=(cmp.xmin, cmp.xmax),
y_range=(cmp.ymin, cmp.ymax),
base_layer=layer["comp"],
metal_level=1,
)
) # comp contact
return c
sc_an = sc_anode_strap(size=(wa, la))
sc_cath = sc_cathode_strap(size=(cw, la))
sc_cathode = c.add_array(
component=sc_cath,
rows=1,
columns=(m + 1),
spacing=((cw + wa + (2 * sc_comp_spacing)), 0),
)
cath_m1_polys = sc_cath.get_polygons(by_spec=layer["metal1"])
cath_m1_xmin = np.min(cath_m1_polys[0][:, 0])
cath_m1_ymin = np.min(cath_m1_polys[0][:, 1])
cath_m1_xmax = np.max(cath_m1_polys[0][:, 0])
cath_m1_v = c.add_array(
component=gf.components.rectangle(
size=(
cath_m1_xmax - cath_m1_xmin,
cath_m1_ymin - sc_cathode.ymin + m1_w,
),
layer=layer["metal1"],
),
rows=1,
columns=(m + 1),
spacing=((cw + wa + (2 * sc_comp_spacing)), 0),
)
cath_m1_v.xmin = cath_m1_xmin
cath_m1_v.ymax = cath_m1_ymin
cath_m1_h = c.add_ref(
gf.components.rectangle(size=(cath_m1_v.size[0], m1_w), layer=layer["metal1"])
)
cath_m1_h.xmin = cath_m1_v.xmin
cath_m1_h.ymax = cath_m1_v.ymin
# cathode label generation
if label == 1:
c.add_label(
n_label,
position=(
cath_m1_h.xmin + (cath_m1_h.size[0] / 2),
cath_m1_h.ymin + (cath_m1_h.size[1] / 2),
),
layer=layer["metal1_label"],
)
sc_anode = c.add_array(
component=sc_an,
rows=1,
columns=m,
spacing=(wa + cw + (2 * sc_comp_spacing), 0),
)
sc_anode.xmin = sc_cathode.xmin + (cw + sc_comp_spacing)
an_m1_polys = sc_anode.get_polygons(by_spec=layer["metal1"])
an_m1_xmin = np.min(an_m1_polys[0][:, 0])
an_m1_ymin = np.min(an_m1_polys[0][:, 1])
an_m1_xmax = np.max(an_m1_polys[0][:, 0])
an_m1_ymax = np.max(an_m1_polys[0][:, 1])
if m > 1:
an_m1_v = c.add_array(
component=gf.components.rectangle(
size=(
an_m1_xmax - an_m1_xmin,
cath_m1_ymin - sc_an.ymin + m1_w,
),
layer=layer["metal1"],
),
rows=1,
columns=m,
spacing=((cw + wa + (2 * sc_comp_spacing)), 0),
)
an_m1_v.xmin = an_m1_xmin
an_m1_v.ymin = an_m1_ymax
an_m1_h = c.add_ref(
gf.components.rectangle(size=(an_m1_v.size[0], m1_w), layer=layer["metal1"])
)
an_m1_h.xmin = an_m1_v.xmin
an_m1_h.ymin = an_m1_v.ymax
# anode label generation
if label == 1:
c.add_label(
p_label,
position=(
an_m1_h.xmin + (an_m1_h.size[0] / 2),
an_m1_h.ymin + (an_m1_h.size[1] / 2),
),
layer=layer["metal1_label"],
)
else:
# anode label generation
if label == 1:
c.add_label(
p_label,
position=(
an_m1_xmin + ((an_m1_xmax - an_m1_xmin) / 2),
an_m1_ymin + ((an_m1_ymax - an_m1_ymin) / 2),
),
layer=layer["metal1_label"],
)
# diode_mk
diode_mk = c.add_ref(
gf.components.rectangle(
size=(
sc_cathode.size[0] + (2 * sc_enc_comp),
sc_cathode.size[1] + (2 * sc_enc_comp),
),
layer=layer["schottky_diode"],
)
)
diode_mk.xmin = sc_cathode.xmin - sc_enc_comp
diode_mk.ymin = sc_cathode.ymin - sc_enc_comp
# dnwell
dn_rect = c.add_ref(
gf.components.rectangle(
size=(
sc_anode.size[0] + (2 * dn_enc_sc_an),
sc_anode.size[1] + (2 * dn_enc_sc_an),
),
layer=layer["dnwell"],
)
)
dn_rect.xmin = sc_anode.xmin - dn_enc_sc_an
dn_rect.ymin = sc_anode.ymin - dn_enc_sc_an
if pcmpgr == 1:
c_temp_gr = gf.Component("temp_store guard ring")
rect_pcmpgr_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(dn_rect.xmax - dn_rect.xmin) + 2 * pcmpgr_enc_dn,
(dn_rect.ymax - dn_rect.ymin) + 2 * pcmpgr_enc_dn,
),
layer=layer["comp"],
)
)
rect_pcmpgr_in.move(
(dn_rect.xmin - pcmpgr_enc_dn, dn_rect.ymin - pcmpgr_enc_dn)
)
rect_pcmpgr_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) + 2 * cw,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) + 2 * cw,
),
layer=layer["comp"],
)
)
rect_pcmpgr_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["comp"],
)
) # guardring Bulk
psdm_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_in.xmax - rect_pcmpgr_in.xmin) - 2 * pp_enc_comp,
(rect_pcmpgr_in.ymax - rect_pcmpgr_in.ymin) - 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_in.move(
(
rect_pcmpgr_in.xmin + pp_enc_comp,
rect_pcmpgr_in.ymin + pp_enc_comp,
)
)
psdm_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(rect_pcmpgr_out.xmax - rect_pcmpgr_out.xmin) + 2 * pp_enc_comp,
(rect_pcmpgr_out.ymax - rect_pcmpgr_out.ymin) + 2 * pp_enc_comp,
),
layer=layer["pplus"],
)
)
psdm_out.move(
(
rect_pcmpgr_out.xmin - pp_enc_comp,
rect_pcmpgr_out.ymin - pp_enc_comp,
)
)
c.add_ref(
gf.geometry.boolean(
A=psdm_out, B=psdm_in, operation="A-B", layer=layer["pplus"]
)
) # psdm
# generating contacts
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_out.ymin, rect_pcmpgr_in.ymin),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # bottom contact
c.add_ref(
via_generator(
x_range=(
rect_pcmpgr_in.xmin + con_size,
rect_pcmpgr_in.xmax - con_size,
),
y_range=(rect_pcmpgr_in.ymax, rect_pcmpgr_out.ymax),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # upper contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_out.xmin, rect_pcmpgr_in.xmin),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # right contact
c.add_ref(
via_generator(
x_range=(rect_pcmpgr_in.xmax, rect_pcmpgr_out.xmax),
y_range=(
rect_pcmpgr_in.ymin + con_size,
rect_pcmpgr_in.ymax - con_size,
),
via_enclosure=(con_comp_enc, con_comp_enc),
via_layer=layer["contact"],
via_size=(con_size, con_size),
via_spacing=(con_sp, con_sp),
)
) # left contact
comp_m1_in = c_temp_gr.add_ref(
gf.components.rectangle(
size=(rect_pcmpgr_in.size[0], rect_pcmpgr_in.size[1]),
layer=layer["metal1"],
)
)
comp_m1_out = c_temp_gr.add_ref(
gf.components.rectangle(
size=(
(comp_m1_in.size[0]) + 2 * cw,
(comp_m1_in.size[1]) + 2 * cw,
),
layer=layer["metal1"],
)
)
comp_m1_out.move((rect_pcmpgr_in.xmin - cw, rect_pcmpgr_in.ymin - cw))
c.add_ref(
gf.geometry.boolean(
A=rect_pcmpgr_out,
B=rect_pcmpgr_in,
operation="A-B",
layer=layer["metal1"],
)
) # guardring metal1
# creating layout and cell in klayout
return c
if __name__ == "__main__":
# c = sc_diode()
c = diode_pd2nw()
c.show()
|
gf180/gf180/diode.py/0
|
{
"file_path": "gf180/gf180/diode.py",
"repo_id": "gf180",
"token_count": 36485
}
| 75
|
function: cap_mim
info: {}
module: gf180.cap_mim
name: cap_mim
settings:
bot_label: ''
label: false
lc: 2
metal_level: M4
mim_option: A
top_label: ''
wc: 2
|
gf180/tests/test_components/test_pdk_settings_cap_mim_.yml/0
|
{
"file_path": "gf180/tests/test_components/test_pdk_settings_cap_mim_.yml",
"repo_id": "gf180",
"token_count": 78
}
| 76
|
function: pfet
info: {}
module: gf180.fet
name: pfet
settings:
bulk: None
con_bet_fin: 1
deepnwell: 0
g_label: []
gate_con_pos: alternating
grw: 0.22
inter_sd_l: 0.24
interdig: 0
l_gate: 0.28
label: false
nf: 1
patt: ''
patt_label: false
pcmpgr: 0
sd_con_col: 1
sd_label: []
sub_label: ''
volt: 3.3V
w_gate: 0.22
|
gf180/tests/test_components/test_pdk_settings_pfet_.yml/0
|
{
"file_path": "gf180/tests/test_components/test_pdk_settings_pfet_.yml",
"repo_id": "gf180",
"token_count": 168
}
| 77
|
# FDTD
Finite difference time domain (FDTD) simulations directly solve Maxwell’s equations, which are the fundamental description of the physics of classical electrodynamics.
FDTD simulations compute the [Sparameters](https://en.wikipedia.org/wiki/Scattering_parameters) response of a component, which measures the input to output field relationship as a function of wavelength or frequency.
gdsfactory provides you a similar python API to drive 3 different FDTD simulators:
- MEEP
- tidy3d
- Lumerical Ansys FDTD
Gdsfactory follows the Sparameters syntax `o1@0,o2@0` where `o1` is the input port `@0` mode 0 (usually fundamental TE mode) and `o2@0` refers to output port `o2` mode 0.
```{tableofcontents}
```
|
gplugins/docs/plugins_fdtd.md/0
|
{
"file_path": "gplugins/docs/plugins_fdtd.md",
"repo_id": "gplugins",
"token_count": 225
}
| 78
|
import os
import pickle
from collections.abc import Callable
from typing import Any
def disk_memoize(filename: str, overwrite: bool = False) -> Callable:
# Check if cache file exists and load it, otherwise start with an empty cache
if os.path.exists(filename):
with open(filename, "rb") as f:
cache: dict[tuple[Any] | frozenset[tuple[str, Any]], Any] = pickle.load(f)
else:
cache = {}
def decorator(func: Callable[..., Any]) -> Callable[..., Any]:
def memoized_function(*args: Any, **kwargs: Any) -> Any:
key = (args, frozenset(kwargs.items()))
if key not in cache or overwrite:
result = func(*args, **kwargs)
cache[key] = result
with open(filename, "wb") as f:
pickle.dump(cache, f)
return result
return cache[key]
return memoized_function
return decorator
if __name__ == "__main__":
import numpy as np
@disk_memoize("fibonacci_cache3.pkl")
def fibonacci(n, version="v1"):
print(f"computing fibonacci({n})")
return np.arange(n) if version == "v1" else np.arange(n) ** 2
print(fibonacci(4))
|
gplugins/gplugins/common/utils/cache.py/0
|
{
"file_path": "gplugins/gplugins/common/utils/cache.py",
"repo_id": "gplugins",
"token_count": 542
}
| 79
|
from __future__ import annotations
from .mode_solver import compute_component_slice_modes, compute_cross_section_modes
__all__ = ("compute_cross_section_modes", "compute_component_slice_modes")
|
gplugins/gplugins/femwell/__init__.py/0
|
{
"file_path": "gplugins/gplugins/femwell/__init__.py",
"repo_id": "gplugins",
"token_count": 61
}
| 80
|
"""test meep sparameters."""
from __future__ import annotations
import gdsfactory as gf
import numpy as np
import gplugins as sim
import gplugins.gmeep as gm
simulation_settings = dict(resolution=20, is_3d=False)
def test_sparameters_straight() -> None:
"""Checks Sparameters for a straight waveguide."""
c = gf.components.straight(length=2)
p = 3
c = gf.add_padding_container(c, default=0, top=p, bottom=p)
sp = gm.write_sparameters_meep(c, ymargin=0, overwrite=True, **simulation_settings)
# Check reasonable reflection/transmission
assert np.allclose(np.abs(sp["o1@0,o2@0"]), 1, atol=1e-02), np.abs(sp["o1@0,o2@0"])
assert np.allclose(np.abs(sp["o2@0,o1@0"]), 1, atol=1e-02), np.abs(sp["o2@0,o1@0"])
assert np.allclose(np.abs(sp["o1@0,o1@0"]), 0, atol=5e-02), np.abs(sp["o1@0,o1@0"])
assert np.allclose(np.abs(sp["o2@0,o2@0"]), 0, atol=5e-02), np.abs(sp["o2@0,o2@0"])
def test_sparameters_straight_symmetric() -> None:
"""Checks Sparameters for a straight waveguide."""
c = gf.components.straight(length=2)
p = 3
c = gf.add_padding_container(c, default=0, top=p, bottom=p)
# port_symmetries for straight
sp = gm.write_sparameters_meep(
c,
overwrite=True,
port_symmetries=sim.port_symmetries.port_symmetries_1x1,
ymargin=0,
**simulation_settings,
)
# Check reasonable reflection/transmission
assert np.allclose(np.abs(sp["o1@0,o2@0"]), 1, atol=1e-02), np.abs(sp["o1@0,o2@0"])
assert np.allclose(np.abs(sp["o2@0,o1@0"]), 1, atol=1e-02), np.abs(sp["o2@0,o1@0"])
assert np.allclose(np.abs(sp["o1@0,o1@0"]), 0, atol=5e-02), np.abs(sp["o1@0,o1@0"])
assert np.allclose(np.abs(sp["o2@0,o2@0"]), 0, atol=5e-02), np.abs(sp["o2@0,o2@0"])
# def test_sparameters_straight_mpi() -> None:
# """Checks Sparameters for a straight waveguide using MPI."""
# c = gf.components.straight(length=2)
# p = 3
# c = gf.add_padding_container(c, default=0, top=p, bottom=p)
# sp = write_sp(c, simulation_settings)
# # Check reasonable reflection/transmission
# assert np.allclose(np.abs(sp["o1@0,o2@0"]), 1, atol=1e-02), np.abs(sp["o1@0,o2@0"])
# assert np.allclose(np.abs(sp["o2@0,o1@0"]), 1, atol=1e-02), np.abs(sp["o2@0,o1@0"])
# assert np.allclose(np.abs(sp["o1@0,o1@0"]), 0, atol=5e-02), np.abs(sp["o1@0,o1@0"])
# assert np.allclose(np.abs(sp["o2@0,o2@0"]), 0, atol=5e-02), np.abs(sp["o2@0,o2@0"])
# """Now check different parameters are properly handled."""
# modified_settings = copy.deepcopy(simulation_settings)
# modified_settings["wavelength_points"] = 10
# sp2 = write_sp(c, modified_settings)
# assert len(sp["wavelengths"]) != len(sp2["wavelengths"])
def write_sp(c, arg1):
filepath = gm.write_sparameters_meep_mpi(c, ymargin=0, overwrite=True, **arg1)
return dict(np.load(filepath))
# def test_sparameters_straight_batch() -> None:
# """Checks Sparameters for a straight waveguide using an MPI pool."""
# components = []
# p = 3
# for length in [2]:
# c = gf.components.straight(length=length)
# c = gf.add_padding_container(c, default=0, top=p, bottom=p)
# components.append(c)
# filepaths = gm.write_sparameters_meep_batch(
# [
# {"component": c, "overwrite": True, **simulation_settings}
# for c in components
# ],
# )
# filepath = filepaths[0]
# sp = np.load(filepath)
# sp = dict(sp)
# # Check reasonable reflection/transmission
# assert np.allclose(np.abs(sp["o1@0,o2@0"]), 1, atol=1e-02), np.abs(sp["o1@0,o2@0"])
# assert np.allclose(np.abs(sp["o2@0,o1@0"]), 1, atol=1e-02), np.abs(sp["o2@0,o1@0"])
# assert np.allclose(np.abs(sp["o1@0,o1@0"]), 0, atol=5e-02), np.abs(sp["o1@0,o1@0"])
# assert np.allclose(np.abs(sp["o2@0,o2@0"]), 0, atol=5e-02), np.abs(sp["o2@0,o2@0"])
# filepath2 = sim.get_sparameters_path_meep(
# component=c, layer_stack=LAYER_STACK, **simulation_settings
# )
# assert (
# filepath2 == filepaths[0]
# ), f"filepath returned {filepaths[0]} differs from {filepath2}"
# def test_sparameters_grating_coupler() -> None:
# """Checks Sparameters for a grating coupler."""
# sp = gm.write_sparameters_grating() # fiber_angle_deg = 20
# assert sp
# def test_sparameters_lazy_parallelism() -> None:
# """Checks that the Sparameters computed
# using MPI and lazy_parallelism flag give the same results as the serial calculation.
# """
# c = gf.components.straight(length=2)
# p = 3
# c = gf.add_padding_container(c, default=0, top=p, bottom=p)
# filepath_parallel = gm.write_sparameters_meep_mpi(
# c, ymargin=0, overwrite=True, lazy_parallelism=True, **simulation_settings
# )
# sp_parallel = np.load(filepath_parallel)
# filepath_serial = gm.write_sparameters_meep_mpi(
# c, ymargin=0, overwrite=True, lazy_parallelism=False, **simulation_settings
# )
# sp_serial = dict(np.load(filepath_serial))
# # Check matching reflection/transmission
# assert np.allclose(sp_parallel["o1@0,o1@0"], sp_serial["o1@0,o1@0"], atol=1e-2)
# assert np.allclose(sp_parallel["o2@0,o1@0"], sp_serial["o2@0,o1@0"], atol=1e-2)
# assert np.allclose(sp_parallel["o1@0,o2@0"], sp_serial["o1@0,o2@0"], atol=1e-2)
# assert np.allclose(sp_parallel["o2@0,o2@0"], sp_serial["o2@0,o2@0"], atol=1e-2)
if __name__ == "__main__":
test_sparameters_straight()
# test_sparameters_crossing_symmetric(False)
# test_sparameters_lazy_parallelism()
# test_sparameters_straight_symmetric()
# test_sparameters_straight_batch()
# test_sparameters_crossing_symmetric()
# c = gf.components.straight(length=2)
# p = 3
# c = gf.add_padding_container(c, default=0, top=p, bottom=p)
# filepath = gm.write_sparameters_meep_mpi(
# c, ymargin=0, overwrite=True, **simulation_settings
# )
# sp = dict(np.load(filepath))
# # Check reasonable reflection/transmission
# assert np.allclose(np.abs(sp["o1@0,o2@0"]), 1, atol=1e-02), np.abs(sp["o1@0,o2@0"])
|
gplugins/gplugins/gmeep/test_write_sparameters_meep.py/0
|
{
"file_path": "gplugins/gplugins/gmeep/test_write_sparameters_meep.py",
"repo_id": "gplugins",
"token_count": 2917
}
| 81
|
from __future__ import annotations
from gplugins.common.utils.parse_layer_stack import (
get_layer_overlaps_z,
get_layers_at_z,
list_unique_layer_stack_z,
map_unique_layer_stack_z,
order_layer_stack,
)
from gplugins.gmsh.get_mesh import create_physical_mesh, get_mesh
from gplugins.gmsh.uz_xsection_mesh import (
get_u_bounds_layers,
get_u_bounds_polygons,
get_uz_bounds_layers,
uz_xsection_mesh,
)
from gplugins.gmsh.xy_xsection_mesh import xy_xsection_mesh
__all__ = [
"get_layer_overlaps_z",
"get_layers_at_z",
"get_u_bounds_layers",
"get_u_bounds_polygons",
"get_uz_bounds_layers",
"get_mesh",
"list_unique_layer_stack_z",
"map_unique_layer_stack_z",
"order_layer_stack",
"uz_xsection_mesh",
"xy_xsection_mesh",
"create_physical_mesh",
]
__version__ = "0.0.2"
|
gplugins/gplugins/gmsh/__init__.py/0
|
{
"file_path": "gplugins/gplugins/gmsh/__init__.py",
"repo_id": "gplugins",
"token_count": 402
}
| 82
|
from __future__ import annotations
import klayout.db as pya
from gdsfactory.component import Component
from gdsfactory.typings import ComponentOrPath
def check_exclusion(
gdspath: ComponentOrPath,
layer1: tuple[int, int] = (1, 0),
layer2: tuple[int, int] = (2, 0),
min_space: float = 0.150,
dbu: float = 1e3,
ignore_angle_deg: int = 80,
whole_edges: bool = False,
metrics: str = "Square",
min_projection: None = None,
max_projection: None = None,
) -> int:
"""Reads layer from top cell and returns a the area that violates min \
exclusion if 0 no area violates exclusion.
Args:
gdspath: path to GDS.
layer1: tuple.
layer2: tuple.
min_space: in um.
dbu: database units (1000 um/nm).
ignore_angle_deg: The angle above which no check is performed.
whole_edges: If true, deliver the whole edges.
metrics: Specify the metrics type.
min_projection: lower threshold of the projected length of one edge onto another.
max_projection: upper limit of the projected length of one edge onto another.
"""
if isinstance(gdspath, Component):
gdspath.flatten()
gdspath = gdspath.write_gds()
layout = pya.Layout()
layout.read(str(gdspath))
cell = layout.top_cell()
a = pya.Region(cell.begin_shapes_rec(layout.layer(layer1[0], layer1[1])))
b = pya.Region(cell.begin_shapes_rec(layout.layer(layer2[0], layer2[1])))
valid_metrics = ["Square", "Euclidean"]
if metrics not in valid_metrics:
raise ValueError("metrics = {metrics} not in {valid_metrics}")
metrics = getattr(pya.Region, metrics)
d = a.separation_check(
b,
min_space * dbu,
whole_edges,
metrics,
ignore_angle_deg,
min_projection,
max_projection,
)
# print(d.polygons().area())
return d.polygons().area()
if __name__ == "__main__":
import gdsfactory as gf
w = 0.5
space = 0.1
min_space = 0.11
dbu = 1000
layer = (1, 0)
c = gf.Component()
r1 = c << gf.components.rectangle(size=(w, w), layer=(1, 0))
r2 = c << gf.components.rectangle(size=(w, w), layer=(2, 0))
r1.xmax = 0
r2.xmin = space
gdspath = c
gf.show(gdspath)
print(check_exclusion(c))
# if isinstance(gdspath, gf.Component):
# gdspath.flatten()
# gdspath = gdspath.write_gds()
# layout = pya.Layout()
# layout.read(str(gdspath))
# cell = layout.top_cell()
# region = pya.Region(cell.begin_shapes_rec(layout.layer(layer[0], layer[1])))
# d = region.space_check(min_space * dbu)
# print(d.polygons().area())
|
gplugins/gplugins/klayout/drc/check_exclusion.py/0
|
{
"file_path": "gplugins/gplugins/klayout/drc/check_exclusion.py",
"repo_id": "gplugins",
"token_count": 1165
}
| 83
|
from __future__ import annotations
import gdsfactory as gf
import numpy as np
import pytest
from gdsfactory.component import Component
from gplugins.klayout.drc.check_inclusion import check_inclusion
@gf.cell
def component_min_inclusion(
inclusion: float,
width: float = 0.5,
layer1: tuple[int, int] = (1, 0),
layer2: tuple[int, int] = (2, 0),
) -> Component:
c = gf.Component()
r1 = c << gf.components.rectangle(size=(width, width), layer=layer1)
r2 = c << gf.components.rectangle(
size=(width - 2 * inclusion, width - 2 * inclusion), layer=layer2
)
r1.x = 0
r1.y = 0
r2.x = 0
r2.y = 0
return c
@pytest.mark.parametrize(
"inclusion,min_inclusion,area_expected", [(0.1, 0.11, 16e4), (0.1, 0.01, 0)]
)
def test_inclusion(inclusion: float, min_inclusion: float, area_expected: int) -> None:
c = component_min_inclusion(inclusion=inclusion)
area = check_inclusion(c, min_inclusion=min_inclusion)
# print(area, area_expected)
assert np.isclose(area, area_expected)
if __name__ == "__main__":
# test_inclusion(0.1, 0.11, 138400)
test_inclusion(0.1, 0.01, 0)
|
gplugins/gplugins/klayout/tests/test_drc_inclusion.py/0
|
{
"file_path": "gplugins/gplugins/klayout/tests/test_drc_inclusion.py",
"repo_id": "gplugins",
"token_count": 480
}
| 84
|
from __future__ import annotations
import pathlib
import tempfile
import meep as mp
import numpy as np
import pydantic
from meep import mpb
mpb.Verbosity(0)
tmp = pathlib.Path(tempfile.TemporaryDirectory().name).parent / "meep"
tmp.mkdir(exist_ok=True)
Floats = tuple[float, ...]
@pydantic.validate_call
def get_mode_solver_coupler(
core_width: float = 0.5,
gap: float = 0.2,
core_widths: Floats | None = None,
gaps: Floats | None = None,
core_thickness: float = 0.22,
slab_thickness: float = 0.0,
core_material: float = 3.47,
clad_material: float = 1.44,
nslab: float | None = None,
ymargin: float = 2.0,
sz: float = 2.0,
resolution: int = 32,
nmodes: int = 4,
sidewall_angles: tuple[float, ...] | float | None = None,
) -> mpb.ModeSolver:
"""Returns mode_solver simulation.
Args:
core_width: core_width (um) for the symmetric case.
gap: for the case of only two waveguides.
core_widths: list or tuple of waveguide widths.
gaps: list or tuple of waveguide gaps.
core_thickness: wg thickness (um).
slab_thickness: thickness for the waveguide slab.
core_material: core material refractive index.
clad_material: clad material refractive index.
nslab: Optional slab material refractive index. Defaults to core_material.
ymargin: margin in y.
sz: simulation region thickness (um).
resolution: resolution (pixels/um).
nmodes: number of modes.
sidewall_angles: waveguide sidewall angle (degrees),
tapers from core_width at top of slab, upwards, to top of waveguide
a sidewall_angle = 10, will have 80 degrees with respect to the substrate.
::
_____________________________________________________
|
|
| widths[0] widths[1]
| <----------> gaps[0] <---------->
| ___________ <-------------> ___________ _
| | | | | |
sz|_____| core_material |_______________| |_____|
| | core_thickness
|slab_thickness nslab |
|___________________________________________________|
|
|<---> <--->
|ymargin clad_material ymargin
|____________________________________________________
<--------------------------------------------------->
sy
"""
core_widths = core_widths or (core_width, core_width)
gaps = gaps or (gap,)
material_core = mp.Medium(index=core_material)
material_clad = mp.Medium(index=clad_material)
material_slab = mp.Medium(index=nslab or core_material)
# Define the computational cell. We'll make x the propagation direction.
# the other cell sizes should be big enough so that the boundaries are
# far away from the mode field.
sy = np.sum(core_widths) + np.sum(gaps) + 2 * ymargin
geometry_lattice = mp.Lattice(size=mp.Vector3(0, sy, sz))
geometry = []
y = -sy / 2 + ymargin
gaps = list(gaps) + [0]
for i, core_width in enumerate(core_widths):
if sidewall_angles:
geometry.append(
mp.Prism(
vertices=[
mp.Vector3(y=y, z=slab_thickness),
mp.Vector3(y=y + core_width, z=slab_thickness),
mp.Vector3(x=1, y=y + core_width, z=slab_thickness),
mp.Vector3(x=1, y=y, z=slab_thickness),
],
height=core_thickness - slab_thickness,
center=mp.Vector3(
y=y + core_width / 2,
z=slab_thickness + (core_thickness - slab_thickness) / 2,
),
# If only 1 angle is specified, use it for all waveguides
sidewall_angle=np.deg2rad(sidewall_angles)
if len(np.unique(sidewall_angles)) == 1
else np.deg2rad(sidewall_angles[i]),
material=material_core,
)
)
else:
geometry.append(
mp.Block(
size=mp.Vector3(mp.inf, core_width, core_thickness),
material=material_core,
center=mp.Vector3(y=y + core_width / 2, z=core_thickness / 2),
)
)
y += gaps[i] + core_width
# define the 2D blocks for the strip and substrate
geometry += [
mp.Block(
size=mp.Vector3(mp.inf, mp.inf, slab_thickness),
material=material_slab,
center=mp.Vector3(z=slab_thickness / 2),
),
]
# The k (i.e. beta, i.e. propagation constant) points to look at, in
# units of 2*pi/um. We'll look at num_k points from k_min to k_max.
num_k = 9
k_min = 0.1
k_max = 3.0
k_points = mp.interpolate(num_k, [mp.Vector3(k_min), mp.Vector3(k_max)])
# Increase this to see more modes. (The guided ones are the ones below the
# light line, i.e. those with frequencies < kmag / 1.45, where kmag
# is the corresponding column in the output if you grep for "freqs:".)
# use this prefix for output files
core_widths_str = "_".join([str(i) for i in core_widths])
gaps_str = "_".join([str(i) for i in gaps])
filename_prefix = (
tmp / f"coupler_{core_widths_str}_{gaps_str}_{core_thickness}_{slab_thickness}"
)
mode_solver = mpb.ModeSolver(
geometry_lattice=geometry_lattice,
geometry=geometry,
k_points=k_points,
resolution=resolution,
num_bands=nmodes,
filename_prefix=str(filename_prefix),
default_material=material_clad,
)
mode_solver.nmodes = nmodes
mode_solver.info = dict(
core_widths=core_widths,
gaps=gaps,
core_thickness=core_thickness,
slab_thickness=slab_thickness,
core_material=core_material,
clad_material=clad_material,
sy=sy,
sz=sz,
resolution=resolution,
nmodes=nmodes,
)
return mode_solver
if __name__ == "__main__":
import matplotlib.pyplot as plt
m = get_mode_solver_coupler(
slab_thickness=90e-3,
nslab=2,
gap=0.5,
core_width=1,
resolution=64,
sidewall_angles=(10.0, 20.0),
)
m.init_params(p=mp.NO_PARITY, reset_fields=False)
eps = m.get_epsilon()
# cmap = 'viridis'
# cmap = "RdBu"
cmap = "binary"
origin = "lower"
plt.imshow(
eps.T**0.5,
cmap=cmap,
origin=origin,
aspect="auto",
extent=[
-m.info["sy"] / 2,
m.info["sy"] / 2,
-m.info["sz"] / 2,
m.info["sz"] / 2,
],
)
plt.colorbar()
plt.show()
|
gplugins/gplugins/modes/get_mode_solver_coupler.py/0
|
{
"file_path": "gplugins/gplugins/modes/get_mode_solver_coupler.py",
"repo_id": "gplugins",
"token_count": 3547
}
| 85
|
"""equations from paper https://doi.org/10.1364/OE.27.010456."""
dn_dt_si = 1.87e-4
dn_dt_sio2 = 8.5e-6
def delta_temperature_pi(
length: float, wavelength: float = 1.55, dndT: float = 1.8e-4
) -> float:
return wavelength / (2.0 * length * dndT)
if __name__ == "__main__":
for length in [320, 600]:
dT = delta_temperature_pi(length=length)
print(f"length = {length}, dT = {dT:.3f} K")
|
gplugins/gplugins/photonic_circuit_models/heater.py/0
|
{
"file_path": "gplugins/gplugins/photonic_circuit_models/heater.py",
"repo_id": "gplugins",
"token_count": 191
}
| 86
|
from pathlib import Path
import ray
from gdsfactory.config import sparameters_path
from gdsfactory.pdk import get_layer_stack
from gdsfactory.read import import_gds
from gplugins.gmeep import write_sparameters_meep
from gplugins.sax.build_model import Model
@ray.remote(num_cpus=1)
def remote_output_from_inputs(**kwargs):
input_component = import_gds(kwargs["input_component_file"], read_metadata=True)
output_vector_labels = kwargs["output_vector_labels"]
del kwargs["input_component_file"]
del kwargs["output_vector_labels"]
sp = write_sparameters_meep(input_component, **kwargs)
new_inputs = []
output_vectors = []
for wavelength_index, wavelength in enumerate(sp["wavelengths"]):
new_inputs.append(wavelength)
output_vectors.append(
[sp[output_key][wavelength_index] for output_key in output_vector_labels]
)
return new_inputs, output_vectors
class MeepFDTDModel(Model):
def __init__(self, **kwargs) -> None:
"""Generic model inferred from MEEP 2.5D FDTD calculations."""
super().__init__(**kwargs)
self.output_vector_labels = self.define_output_vector_labels()
self.temp_dir = kwargs.get("tempdir") or Path(sparameters_path) / "temp_ray"
self.temp_file_str = kwargs.get("tempfile") or "temp_ray"
self.temp_dir.mkdir(exist_ok=True, parents=True)
self.remote_function = remote_output_from_inputs.options(
num_cpus=self.num_cpus_per_task, # num_gpus=self.num_gpus_per_task
)
return None
# def get_Sparameters(self, input_dict, output_vector_labels):
# """For FDTD, results are directly S-parameters."""
# sp = self.get_results(self, input_dict)
# output_vector = [sp[output_key] for output_key in self.output_vector_labels]
# output_vectors.append(output_vector)
# return sp
def get_output_from_inputs(self, labels, values, remote_function):
"""Get one output vector from a set of inputs.
How to map parameters to simulation inputs depends on the target simulator.
Arguments:
labels: keys of the parameters
values: values of the parameters
remote_function: ray remote function object to use for the simulation
Returns:
remote function ID for delayed execution
"""
# Prepare this specific input vector
input_dict = dict(zip(labels, [float(value) for value in values]))
# Parse input vector according to parameter type
param_dict, layer_stack_param_dict, litho_param_dict = self.parse_input_dict(
input_dict
)
input_component = self.perturb_geometry(
self.trainable_component(param_dict), litho_param_dict
)
wavelengths = self.non_trainable_parameters["wavelength"]
sim_settings = self.simulation_settings["sim_settings"]
sim_settings["wavelength_start"] = wavelengths.min_value
sim_settings["wavelength_stop"] = wavelengths.max_value
sim_settings["wavelength_points"] = wavelengths.count()
# We cannot serialize components, so save it as gds and import instead
value_str = [str(value) for value in values]
current_file = self.temp_dir / "_".join(list(value_str))
input_component_file = current_file.with_suffix(".gds")
input_component.write_gds(input_component_file, with_metadata=True)
# Define function input given parameter values and transformed layer_stack/component
function_input = dict(
input_component_file=input_component_file,
cores=self.num_cpus_per_task,
output_vector_labels=self.output_vector_labels,
)
function_input |= sim_settings
# Assign the task to a worker
return remote_function.remote(**function_input)
if __name__ == "__main__":
import gdsfactory as gf
from gdsfactory.technology import LayerStack
from gplugins.sax.parameter import LithoParameter, NamedParameter
c = gf.components.coupler_full(
coupling_length=0.1, dx=10.0, dy=5.0, gap=0.5, dw=0.0, cross_section="xs_sc"
)
c.show(show_ports=True)
filtered_layer_stack = LayerStack(
layers={
k: get_layer_stack().layers[k]
for k in (
"slab90",
"core",
"box",
"clad",
)
}
)
def trainable_coupler(parameters):
return gf.components.coupler_full(
coupling_length=parameters["coupling_length"],
gap=parameters["gap"],
dw=0.0,
)
port_symmetries_coupler = {
"o1@0,o1@0": ["o2@0,o2@0", "o3@0,o3@0", "o4@0,o4@0"],
"o2@0,o1@0": ["o1@0,o2@0", "o3@0,o4@0", "o4@0,o3@0"],
"o3@0,o1@0": ["o1@0,o3@0", "o2@0,o4@0", "o4@0,o2@0"],
"o4@0,o1@0": ["o1@0,o4@0", "o2@0,o3@0", "o3@0,o2@0"],
}
sim_settings = dict(
resolution=10,
xmargin=1.0,
ymargin=1.0,
is_3d=False,
port_source_names=["o1"],
port_symmetries=port_symmetries_coupler,
run=True,
overwrite=True,
layer_stack=filtered_layer_stack,
z=0.1,
)
coupler_model = MeepFDTDModel(
trainable_component=trainable_coupler,
layer_stack=filtered_layer_stack,
simulation_settings={
"sim_settings": sim_settings,
},
trainable_parameters={
"coupling_length": NamedParameter(
min_value=5, max_value=5, nominal_value=5, step=10
),
"gap": NamedParameter(
min_value=0.2, max_value=0.2, nominal_value=0.2, step=0.3
),
"erosion_dilation": LithoParameter(
min_value=-0.2,
max_value=0.2,
nominal_value=0.0,
step=0.4,
layername="core",
),
},
non_trainable_parameters={
"wavelength": NamedParameter(
min_value=1.54, max_value=1.56, nominal_value=1.55, step=0.01
),
},
num_modes=1,
num_cpus_per_task=1,
)
input_vectors, output_vectors = coupler_model.get_all_inputs_outputs(type="arange")
# interpolator = coupler_model.set_nd_nd_interp()
# import jax.numpy as jnp
# params = jnp.stack(
# jnp.broadcast_arrays(
# jnp.asarray([6.0, 6.0, 6.0]),
# jnp.asarray([1.0, 1.0, 1.0]),
# jnp.asarray([1.55, 1.5, 1.55]),
# jnp.asarray([0.22, 0.22, 0.19]),
# ),
# 0,
# )
# print(interpolator["o1@0,o2@0"](params))
|
gplugins/gplugins/sax/integrations/meep_FDTD_model.py/0
|
{
"file_path": "gplugins/gplugins/sax/integrations/meep_FDTD_model.py",
"repo_id": "gplugins",
"token_count": 3194
}
| 87
|
from gplugins.tidy3d import materials, modes
from gplugins.tidy3d.component import (
Tidy3DComponent,
material_name_to_medium,
write_sparameters,
write_sparameters_batch,
)
from gplugins.tidy3d.get_simulation_grating_coupler import (
get_simulation_grating_coupler,
)
from gplugins.tidy3d.write_sparameters_grating_coupler import (
plot_simulation,
write_sparameters_grating_coupler,
write_sparameters_grating_coupler_batch,
)
__all__ = [
"Tidy3DComponent",
"material_name_to_medium",
"modes",
"materials",
"get_simulation_grating_coupler",
"write_sparameters",
"write_sparameters_batch",
"write_sparameters_grating_coupler",
"write_sparameters_grating_coupler_batch",
"plot_simulation",
]
|
gplugins/gplugins/tidy3d/__init__.py/0
|
{
"file_path": "gplugins/gplugins/tidy3d/__init__.py",
"repo_id": "gplugins",
"token_count": 322
}
| 88
|
from __future__ import annotations
import gdsfactory as gf
import numpy as np
import pytest
import gplugins.tidy3d as gt
@pytest.mark.parametrize("overwrite", [True, False])
def test_write_sparameters_straight_2d(overwrite=True) -> None:
"""Checks Sparameters for a straight waveguide in 2D."""
c = gf.components.straight(length=2)
sp = gt.write_sparameters(c, sim_size_z=0, center_z="core", overwrite=overwrite)
np.testing.assert_allclose(np.abs(sp["o1@0,o2@0"]), 1, atol=1e-2)
np.testing.assert_allclose(np.abs(sp["o1@0,o1@0"]), 0, atol=1e-2)
if __name__ == "__main__":
overwrite = False
c = gf.components.straight(length=3)
sp = gt.write_sparameters(c, sim_size_z=0, center_z="core")
# Check reasonable reflection/transmission
assert 1 > np.abs(sp["o1@0,o2@0"]).min() > 0.6, np.abs(sp["o1@0,o2@0"]).min()
assert 0 < np.abs(sp["o1@0,o1@0"]).max() < 0.1, np.abs(sp["o1@0,o1@0"]).max()
|
gplugins/gplugins/tidy3d/tests/tests_sparameters/test_write_sparameters.py/0
|
{
"file_path": "gplugins/gplugins/tidy3d/tests/tests_sparameters/test_write_sparameters.py",
"repo_id": "gplugins",
"token_count": 417
}
| 89
|
<jupyter_start><jupyter_text>Klayout Design Rule Checking (DRC)Your device can be fabricated correctly when it meets the Design Rule Checks (DRC) from the foundry, you can write DRC rules from gdsfactory and customize the shortcut to run the checks in Klayout.Here are some rules explained in [repo generic DRC technology](https://github.com/klayoutmatthias/si4all) and [video](https://peertube.f-si.org/videos/watch/addc77a0-8ac7-4742-b7fb-7d24360ceb97)<jupyter_code>import gdsfactory as gf
from gdsfactory.component import Component
from gdsfactory.generic_tech import LAYER
from gdsfactory.typings import Float2, Layer
from gplugins.klayout.drc.write_drc import (
check_area,
check_density,
check_enclosing,
check_separation,
check_space,
check_width,
write_drc_deck_macro,
)
gf.CONF.display_type = "klayout"
help(write_drc_deck_macro)
rules = [
check_width(layer="WG", value=0.2),
check_space(layer="WG", value=0.2),
check_width(layer="M1", value=1),
check_width(layer="M2", value=2),
check_space(layer="M2", value=2),
check_separation(layer1="HEATER", layer2="M1", value=1.0),
check_enclosing(layer1="M1", layer2="VIAC", value=0.2),
check_area(layer="WG", min_area_um2=0.05),
check_density(
layer="WG", layer_floorplan="FLOORPLAN", min_density=0.5, max_density=0.6
),
]
drc_check_deck = write_drc_deck_macro(
rules=rules,
layers=LAYER,
shortcut="Ctrl+Shift+D",
)<jupyter_output><empty_output><jupyter_text>Lets create some DRC errors and check them on klayout.<jupyter_code>layer = LAYER.WG
@gf.cell
def width_min(size: Float2 = (0.1, 0.1)) -> Component:
return gf.components.rectangle(size=size, layer=layer)
@gf.cell
def area_min() -> Component:
size = (0.2, 0.2)
return gf.components.rectangle(size=size, layer=layer)
@gf.cell
def gap_min(gap: float = 0.1) -> Component:
c = gf.Component()
r1 = c << gf.components.rectangle(size=(1, 1), layer=layer)
r2 = c << gf.components.rectangle(size=(1, 1), layer=layer)
r1.xmax = 0
r2.xmin = gap
return c
@gf.cell
def separation(
gap: float = 0.1, layer1: Layer = LAYER.HEATER, layer2: Layer = LAYER.M1
) -> Component:
c = gf.Component()
r1 = c << gf.components.rectangle(size=(1, 1), layer=layer1)
r2 = c << gf.components.rectangle(size=(1, 1), layer=layer2)
r1.xmax = 0
r2.xmin = gap
return c
@gf.cell
def enclosing(
enclosing: float = 0.1, layer1: Layer = LAYER.VIAC, layer2: Layer = LAYER.M1
) -> Component:
"""Layer1 must be enclosed by layer2 by value.
checks if layer1 encloses (is bigger than) layer2 by value
"""
w1 = 1
w2 = w1 + enclosing
c = gf.Component()
c << gf.components.rectangle(size=(w1, w1), layer=layer1, centered=True)
r2 = c << gf.components.rectangle(size=(w2, w2), layer=layer2, centered=True)
r2.movex(0.5)
return c
@gf.cell
def snapping_error(gap: float = 1e-3) -> Component:
c = gf.Component()
r1 = c << gf.components.rectangle(size=(1, 1), layer=layer)
r2 = c << gf.components.rectangle(size=(1, 1), layer=layer)
r1.xmax = 0
r2.xmin = gap
return c
@gf.cell
def errors() -> Component:
components = [width_min(), gap_min(), separation(), enclosing()]
c = gf.pack(components, spacing=1.5)
c = gf.add_padding_container(c[0], layers=(LAYER.FLOORPLAN,), default=5)
return c
c = errors()
c.show() # show in klayout
c.plot()<jupyter_output><empty_output>
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{
"file_path": "gplugins/notebooks/klayout_drc.ipynb",
"repo_id": "gplugins",
"token_count": 1471
}
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|
<jupyter_start><jupyter_text>Particle Swarm optimizationExample of particle swarm implementation based on PySwarms.This code demonstrates how to use the Particle Swarm Optimization (PSO) algorithmfrom the PySwarms library to optimize a function.The objective function used in this example is taken from the Ray Tune generic black-box optimizer. PySwarms: https://pyswarms.readthedocs.io/en/latest/To install PySwarms, use the following command from console:```consolepip install pyswarms```You can optimise a `mmi1x2` component for a transmission of $|S_{21}|^2 = 0.5$ (50% power) for a given wavelength using MEEP.<jupyter_code>from functools import partial
import gdsfactory as gf
import numpy as np
import pyswarms as ps
from gdsfactory.config import PATH
from gdsfactory.generic_tech import get_generic_pdk
import gplugins.gmeep as gm
# Set up GDSFactory and PDK
gf.config.rich_output()
PDK = get_generic_pdk()
PDK.activate()
# Create a working directory for the PSO optimization
wrk_dir = PATH.cwd / "extra"
wrk_dir.mkdir(exist_ok=True)
# ## Define the loss function used in the PSO optimization
def loss_S21_L1(x, target):
r"""Loss function. Returns :math:`$\sum_i L_1(x_i)$` and :math:`$x$` as a tuple"""
return np.abs(target - x), x
# ## Define the trainable function for the PSO optimization
def trainable_simulations(x, loss=lambda x: x):
"""Training step, or `trainable`, function for Ray Tune to run simulations and return results."""
loss_arr = []
use_mpi = False
for xi in x:
# Component to optimize
component = gf.components.mmi1x2(length_mmi=xi[0], width_mmi=xi[1])
# Simulate and get output
meep_params = dict(
component=component,
run=True,
dirpath=wrk_dir,
wavelength_start=1.5,
wavelength_points=1,
is_3d=False,
)
if use_mpi: # change this to false if no MPI support
s_params = gm.write_sparameters_meep_mpi(
cores=2,
**meep_params, # set this to be the same as in `tune.Tuner`
)
s_params = np.load(
s_params
) # parallel version returns the filepath to npz instead
else:
s_params = gm.write_sparameters_meep(**meep_params)
s_params_abs = np.abs(s_params["o2@0,o1@0"]) ** 2
loss_x, x = loss(s_params_abs)
if not np.isscalar(x): # for many wavelengths, consider sum and mean
loss_x, x = -loss_x.sum(), x.mean()
loss_arr.append(loss_x)
return np.asarray(loss_arr)
# Define the target value for the loss function
loss = partial(loss_S21_L1, target=0.5)
func = partial(trainable_simulations, loss=loss)
# Create bounds for the optimization
max_bound = np.array([0.05, 0.05])
min_bound = np.array([2, 2])
bounds = (min_bound, max_bound)
# Set options for the PSO optimizer
options = {"c1": 0.5, "c2": 0.3, "w": 0.9}
# Create an instance of the PSO optimizer
optimizer = ps.single.GlobalBestPSO(
n_particles=10, dimensions=2, options=options, bounds=bounds
)
# Perform the optimization. We run only comment these lines for demo purposes
# cost, pos = optimizer.optimize(func, iters=100)
# plot_cost_history(cost_history=optimizer.cost_history)
# plt.show()<jupyter_output><empty_output>
|
gplugins/notebooks/pso.ipynb/0
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{
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"repo_id": "gplugins",
"token_count": 1338
}
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--8<-- "CHANGELOG.md"
|
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|
{
"file_path": "kfactory/docs/source/changelog.md",
"repo_id": "kfactory",
"token_count": 13
}
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# Installation
In conjunction with kfactory it is highly recommended to first install KLayout, an GDS and OASIS file viewer, and and klive, the plugin for loading gds files from KFactory.
# KLayout
[KLayout](https://www.klayout.de/intro.html) is an open source viewer for files produced by kfactory. To produce these files, kfactory uses the [python package](https://pypi.org/project/klayout/)
as a basis. Therefore it is highly recommended to install KLayout. It can be downloaded from its [build](https://www.klayout.de/build.html) page
# klive
[klive](https://github.com/gdsfactory/klive) is a KLayout package that allows to load or refresh a gds from python. It can be installed with the package manager of KLayout. The following video
shows how to install it from the KLayout internal package manager. The package manager can be found in `Tools -> Manage Packages`.
klive will listen on port 8082/tcp for incoming connections on localhost. When kfactory (and also gdsfactory) build a cell and want to send them to
KLayout, they will send a JSON containing the location of the GDS file and other metainfo to this port. klive will then load the gds and
execute other commands sent. This allows for instant displaying of GDS files from a CLI with python.
Sometimes the reload dialog of KLayout can interfere with klive. It can optionally be turned off in `File -> Setup -> Application -> General` under the option `Check files for updates`.
# Python Environment(s)
It is highly recommended to use a way to separate python environments and use one environment per project. There are multiple options to dos so
- [venv](https://docs.python.org/3/library/venv.html): The minimalistic way. This will create a new environment based on the base python (usually the system python for MacOS/Linux)
- [Miniconda](https://docs.conda.io/en/latest/miniconda.html): An open-source package and environment management system. Conda is not limited to python only, it also allows installation of other libraries.
JupyterLab for example can also be installed into an environment with `conda -c conda-forge install jupyter-lab`
- [Anaconda](https://www.anaconda.com): A desktop application to manage application, packages, and environments. This contains Miniconda plus a GUI.
|
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|
{
"file_path": "kfactory/docs/source/pre.md",
"repo_id": "kfactory",
"token_count": 602
}
| 93
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"""CLI interface for kfactory.
Use `kf --help` for more info.
"""
import importlib
import os
import runpy
import sys
from enum import Enum
from pathlib import Path
from typing import Annotated, Optional
import typer
from ..conf import logger
from ..kcell import KCell
from ..kcell import show as kfshow
# app = typer.Typer(name="show")
# show = typer.Typer(name="show")
# run = typer.Typer(name="run")
class RunType(str, Enum):
"""Enum for type of what to run (file/module/function)."""
file = "file"
module = "module"
function = "function"
def show(file: str) -> None:
"""Show a GDS or OAS file in KLayout through klive."""
path = Path(file)
logger.debug("Path = {}", path.resolve())
if not path.exists():
logger.critical("{file} does not exist, exiting", file=file)
return
if not path.is_file():
logger.critical("{file} is not a file, exiting", file=file)
return
if not os.access(path, os.R_OK):
logger.critical("No permission to read file {file}, exiting", file=file)
return
kfshow(path)
def run(
file: Annotated[
str,
typer.Argument(default=..., help="The file|module|function to execute"),
],
func_kwargs: Annotated[
Optional[list[str]], # noqa: UP007
typer.Argument(
help="Arguments used for --type function."
" Doesn't have any influence for other types"
),
] = None,
type: Annotated[
RunType,
typer.Option(
help="Run a file or a module (`python -m <module_name>`) or a function"
),
] = RunType.file,
show: Annotated[
bool, typer.Option(help="Show the file through klive in KLayout")
] = True,
) -> None:
"""Run a python modules __main__ or a function if specified."""
path = sys.path.copy()
sys.path.append(os.getcwd())
match type:
case RunType.file:
runpy.run_path(file, run_name="__main__")
case RunType.module:
runpy.run_module(file, run_name="__main__")
case RunType.function:
mod, func = file.rsplit(".", 1)
logger.debug(f"{mod=},{func=}")
try:
spec = importlib.util.find_spec(mod)
if spec is None or spec.loader is None:
raise ImportError
_mod = importlib.util.module_from_spec(spec)
sys.modules[mod] = _mod
spec.loader.exec_module(_mod)
kwargs = {}
old_arg = ""
if func_kwargs is not None:
for i, file in enumerate(func_kwargs):
if i % 2:
try:
value: int | float | str = int(file)
except ValueError:
try:
value = float(file)
except ValueError:
value = file
kwargs[old_arg] = value
else:
old_arg = file
cell = getattr(_mod, func)(**kwargs)
if show and isinstance(cell, KCell):
cell.show()
except ImportError:
logger.critical(
f"Couldn't import function '{func}' from module '{mod}'"
)
sys.path = path
|
kfactory/src/kfactory/cli/runshow.py/0
|
{
"file_path": "kfactory/src/kfactory/cli/runshow.py",
"repo_id": "kfactory",
"token_count": 1764
}
| 94
|
"""Core module of kfactory.
Defines the [KCell][kfactory.kcell.KCell] providing klayout Cells with Ports
and other convenience functions.
[Instance][kfactory.kcell.Instance] are the kfactory instances used to also acquire
ports and other inf from instances.
"""
from __future__ import annotations
import functools
import importlib
import importlib.util
import inspect
import json
import socket
from collections import UserDict
from collections.abc import Callable, Hashable, Iterable, Iterator, Sequence
from dataclasses import dataclass, field
from enum import IntEnum, IntFlag, auto
from hashlib import sha3_512
from pathlib import Path
from tempfile import gettempdir
from types import FunctionType, ModuleType
from typing import Any, Literal, Protocol, TypeAlias, TypeVar, cast, overload
import cachetools.func
import numpy as np
import rich
import rich.json
import ruamel.yaml
import toolz
from aenum import Enum, constant # type: ignore[import-untyped,unused-ignore]
from cachetools import Cache
from cachetools.keys import _HashedTuple # type: ignore[attr-defined,unused-ignore]
from pydantic import BaseModel, Field, computed_field, model_validator
from pydantic_settings import BaseSettings
from typing_extensions import ParamSpec
from . import __version__, kdb, lay, rdb
from .conf import LogLevel, config
from .enclosure import (
KCellEnclosure,
LayerEnclosure,
LayerEnclosureCollection,
LayerSection,
)
from .port import (
filter_direction,
filter_layer,
filter_orientation,
filter_port_type,
filter_regex,
port_polygon,
rename_clockwise_multi,
)
T = TypeVar("T")
KCellParams = ParamSpec("KCellParams")
AnyTrans = TypeVar(
"AnyTrans", bound=kdb.Trans | kdb.DTrans | kdb.ICplxTrans | kdb.DCplxTrans
)
SerializableShape: TypeAlias = (
kdb.Box
| kdb.DBox
| kdb.Edge
| kdb.DEdge
| kdb.EdgePair
| kdb.DEdgePair
| kdb.EdgePairs
| kdb.Edges
| lay.LayerProperties
| kdb.Matrix2d
| kdb.Matrix3d
| kdb.Path
| kdb.DPath
| kdb.Point
| kdb.DPoint
| kdb.Polygon
| kdb.DPolygon
| kdb.SimplePolygon
| kdb.DSimplePolygon
| kdb.Region
| kdb.Text
| kdb.DText
| kdb.Texts
| kdb.Trans
| kdb.DTrans
| kdb.CplxTrans
| kdb.ICplxTrans
| kdb.DCplxTrans
| kdb.VCplxTrans
| kdb.Vector
| kdb.DVector
)
IShapeLike: TypeAlias = (
kdb.Polygon
| kdb.Edge
| kdb.Path
| kdb.Box
| kdb.Text
| kdb.SimplePolygon
| kdb.Region
)
DShapeLike: TypeAlias = (
kdb.DPolygon | kdb.DEdge | kdb.DPath | kdb.DBox | kdb.DText | kdb.DSimplePolygon
)
ShapeLike: TypeAlias = IShapeLike | DShapeLike | kdb.Shape
MetaData: TypeAlias = (
int | float | bool | Sequence[int | float | SerializableShape | str] | str
)
kcl: KCLayout
kcls: dict[str, KCLayout] = {}
class KCellFunc(Protocol[KCellParams]):
def __call__(
self, *args: KCellParams.args, **kwargs: KCellParams.kwargs
) -> KCell: ...
class LayerEnum(int, Enum): # type: ignore[misc]
"""Class for having the layers stored and a mapping int <-> layer,datatype.
This Enum can also be treated as a tuple, i.e. it implements `__getitem__`
and `__len__`.
Attributes:
layer: layer number
datatype: layer datatype
"""
layer: int
datatype: int
kcl: constant[KCLayout]
def __new__( # type: ignore[misc]
cls: LayerEnum,
layer: int,
datatype: int,
) -> LayerEnum:
"""Create a new Enum.
Because it needs to act like an integer an enum is created and expanded.
Args:
layer: Layer number of the layer.
datatype: Datatype of the layer.
kcl: Base Layout object to register the layer to.
"""
value = cls.kcl.layer(layer, datatype)
obj: int = int.__new__(cls, value)
obj._value_ = value # type: ignore[attr-defined]
obj.layer = layer # type: ignore[attr-defined]
obj.datatype = datatype # type: ignore[attr-defined]
return obj # type: ignore[return-value]
def __getitem__(self, key: int) -> int:
"""Retrieve layer number[0] / datatype[1] of a layer."""
if key == 0:
return self.layer
elif key == 1:
return self.datatype
else:
raise ValueError(
"LayerMap only has two values accessible like"
" a list, layer == [0] and datatype == [1]"
)
def __len__(self) -> int:
"""A layer has length 2, layer number and datatype."""
return 2
def __iter__(self) -> Iterator[int]:
"""Allow for loops to iterate over the LayerEnum."""
yield from [self.layer, self.datatype]
def __str__(self) -> str:
"""Return the name of the LayerEnum."""
return self.name # type: ignore[no-any-return]
class KCellSettings(BaseModel, extra="allow", validate_assignment=True, frozen=True):
@model_validator(mode="before")
def restrict_types(cls, data: dict[str, Any]) -> dict[str, MetaData]:
for name, value in data.items():
if not isinstance(
value, str | int | float | bool | SerializableShape | Sequence | None
):
data[name] = clean_value(value)
return data
def __getitem__(self, key: str) -> Any:
return getattr(self, key)
def get(self, __key: str, default: Any = None) -> Any:
return getattr(self, __key) if hasattr(self, __key) else default
class Info(BaseModel, extra="allow", validate_assignment=True):
@model_validator(mode="before")
def restrict_types(
cls,
data: dict[str, MetaData],
) -> dict[str, MetaData]:
for name, value in data.items():
if not isinstance(value, str | int | float | Sequence):
raise ValueError(
"Values of the info dict only support int, float, string or tuple."
f"{name}: {value}, {type(value)}"
)
return data
def __getitem__(self, __key: str) -> Any:
return getattr(self, __key)
def __setitem__(
self,
__key: str,
__val: str
| int
| float
| Sequence[int | float | SerializableShape | str]
| None,
) -> None:
if __val is not None:
setattr(self, __key, __val)
def get(self, __key: str, default: Any | None = None) -> Any:
return getattr(self, __key) if hasattr(self, __key) else default
def update(self, data: dict[str, MetaData]) -> None:
for key, value in data.items():
setattr(self, key, value)
def __iadd__(self, other: Info) -> Info:
for key, value in other.model_dump().items():
setattr(self, key, value)
return self
def __add__(self, other: Info) -> Info:
return self.model_copy(update=other.model_dump())
class PROPID(IntEnum):
"""Mapping for GDS properties."""
NAME = 0
class LockedError(AttributeError):
"""Raised when a locked cell is being modified."""
@config.logger.catch(reraise=True)
def __init__(self, kcell: KCell | VKCell):
"""Throw _locked error."""
super().__init__(
f"KCell {kcell.name} has been locked already."
" Modification has been disabled. "
"Modify the KCell in its autocell function or make a copy."
)
class MergeError(ValueError):
"""Raised if two layout's have conflicting cell definitions."""
class PortWidthMismatch(ValueError):
"""Error thrown when two ports don't have a matching `width`."""
@config.logger.catch(reraise=True)
def __init__(
self,
inst: Instance,
other_inst: Instance | Port,
p1: Port,
p2: Port,
*args: Any,
):
"""Throw error for the two ports `p1`/`p1`."""
if isinstance(other_inst, Instance):
super().__init__(
f'Width mismatch between the ports {inst.cell.name}["{p1.name}"]'
f'and {other_inst.cell.name}["{p2.name}"] ("{p1.width}"/"{p2.width}")',
*args,
)
else:
super().__init__(
f'Width mismatch between the ports {inst.cell.name}["{p1.name}"]'
f' and Port "{p2.name}" ("{p1.width}"/"{p2.width}")',
*args,
)
class PortLayerMismatch(ValueError):
"""Error thrown when two ports don't have a matching `layer`."""
@config.logger.catch(reraise=True)
def __init__(
self,
kcl: KCLayout,
inst: Instance,
other_inst: Instance | Port,
p1: Port,
p2: Port,
*args: Any,
):
"""Throw error for the two ports `p1`/`p1`."""
l1 = (
f"{p1.layer.name}({p1.layer.__int__()})"
if isinstance(p1.layer, LayerEnum)
else str(kcl.layout.get_info(p1.layer))
)
l2 = (
f"{p2.layer.name}({p2.layer.__int__()})"
if isinstance(p2.layer, LayerEnum)
else str(kcl.layout.get_info(p2.layer))
)
if isinstance(other_inst, Instance):
super().__init__(
f'Layer mismatch between the ports {inst.cell.name}["{p1.name}"]'
f' and {other_inst.cell.name}["{p2.name}"] ("{l1}"/"{l2}")',
*args,
)
else:
super().__init__(
f'Layer mismatch between the ports {inst.cell.name}["{p1.name}"]'
f' and Port "{p2.name}" ("{l1}"/"{l2}")',
*args,
)
class PortTypeMismatch(ValueError):
"""Error thrown when two ports don't have a matching `port_type`."""
@config.logger.catch(reraise=True)
def __init__(
self,
inst: Instance,
other_inst: Instance | Port,
p1: Port,
p2: Port,
*args: Any,
):
"""Throw error for the two ports `p1`/`p1`."""
if isinstance(other_inst, Instance):
super().__init__(
f'Type mismatch between the ports {inst.cell.name}["{p1.name}"]'
f' and {other_inst.cell.name}["{p2.name}"]'
f" ({p1.port_type}/{p2.port_type})",
*args,
)
else:
super().__init__(
f'Type mismatch between the ports {inst.cell.name}["{p1.name}"]'
f' and Port "{p2.name}" ({p1.port_type}/{p2.port_type})',
*args,
)
class FrozenError(AttributeError):
"""Raised if a KCell has been frozen and shouldn't be modified anymore."""
pass
def load_layout_options(**attributes: Any) -> kdb.LoadLayoutOptions:
"""Default options for loading GDS/OAS.
Args:
attributes: Set attributes of the layout load option object. E.g. to set the
handling of cell name conflicts pass
`cell_conflict_resolution=kdb.LoadLayoutOptions.CellConflictResolution.OverwriteCell`.
"""
load = kdb.LoadLayoutOptions()
load.cell_conflict_resolution = (
kdb.LoadLayoutOptions.CellConflictResolution.SkipNewCell
)
return load
def save_layout_options(**attributes: Any) -> kdb.SaveLayoutOptions:
"""Default options for saving GDS/OAS.
Args:
attributes: Set attributes of the layout save option object. E.g. to save the
gds without metadata pass `write_context_info=False`
"""
save = kdb.SaveLayoutOptions()
save.gds2_write_cell_properties = True
save.gds2_write_file_properties = True
save.gds2_write_timestamps = False
save.write_context_info = True
for k, v in attributes.items():
setattr(save, k, v)
return save
class PortCheck(IntFlag):
opposite = auto()
width = auto()
layer = auto()
port_type = auto()
all_opposite = opposite + width + port_type + layer
all_overlap = width + port_type + layer
@config.logger.catch(reraise=True)
def port_check(p1: Port, p2: Port, checks: PortCheck = PortCheck.all_opposite) -> None:
if checks & PortCheck.opposite:
assert (
p1.trans == p2.trans * kdb.Trans.R180
or p1.trans == p2.trans * kdb.Trans.M90
), "Transformations of ports not matching for opposite check" f"{p1=} {p2=}"
if (checks & PortCheck.opposite) == 0:
assert (
p1.trans == p2.trans or p1.trans == p2.trans * kdb.Trans.M0
), f"Transformations of ports not matching for overlapping check {p1=} {p2=}"
if checks & PortCheck.width:
assert p1.width == p2.width, f"Width mismatch for {p1=} {p2=}"
if checks & PortCheck.layer:
assert p1.layer == p2.layer, f"Layer mismatch for {p1=} {p2=}"
if checks & PortCheck.port_type:
assert p1.port_type == p2.port_type, f"Port type mismatch for {p1=} {p2=}"
def get_cells(
modules: Iterable[ModuleType], verbose: bool = False
) -> dict[str, Callable[..., KCell]]:
"""Returns KCells (KCell functions) from a module or list of modules.
Args:
modules: module or iterable of modules.
verbose: prints in case any errors occur.
"""
cells = {}
for module in modules:
for t in inspect.getmembers(module):
if callable(t[1]) and t[0] != "partial":
try:
r = inspect.signature(t[1]).return_annotation
if r == KCell or (isinstance(r, str) and r.endswith("KCell")):
cells[t[0]] = t[1]
except ValueError:
if verbose:
print(f"error in {t[0]}")
return cells
class LayerEnclosureModel(BaseModel):
"""PDK access model for LayerEnclsoures."""
enclosure_map: dict[str, LayerEnclosure] = Field(default={})
def __getitem__(self, __key: str) -> LayerEnclosure:
"""Retrieve element by string key."""
return self.enclosure_map[__key]
def __getattr__(self, __key: str) -> LayerEnclosure:
"""Retrieve attribute by key."""
return self.enclosure_map[__key]
class KCell:
"""KLayout cell and change its class to KCell.
A KCell is a dynamic proxy for kdb.Cell. It has all the
attributes of the official KLayout class. Some attributes have been adjusted
to return KCell specific sub classes. If the function is listed here in the
docs, they have been adjusted for KFactory specifically. This object will
transparently proxy to kdb.Cell. Meaning any attribute not directly
defined in this class that are available from the KLayout counter part can
still be accessed. The pure KLayout object can be accessed with
`_kdb_cell`.
Attributes:
kcl: Library object that is the manager of the KLayout
settings: A dictionary containing settings populated by the
[cell][kfactory.kcell.cell] decorator.
info: Dictionary for storing additional info if necessary. This is not
passed to the GDS and therefore not reversible.
_kdb_cell: Pure KLayout cell object.
_locked: If set the cell shouldn't be modified anymore.
ports: Manages the ports of the cell.
"""
yaml_tag: str = "!KCell"
_ports: Ports
_settings: KCellSettings
_kdb_cell: kdb.Cell
info: Info
d: UMKCell
kcl: KCLayout
boundary: kdb.DPolygon | None
insts: Instances
def __init__(
self,
name: str | None = None,
kcl: KCLayout | None = None,
kdb_cell: kdb.Cell | None = None,
ports: Ports | None = None,
):
"""Constructor of KCell.
Args:
name: Name of the cell, if None will autogenerate name to
"Unnamed_<cell_index>".
kcl: KCLayout the cell should be attached to.
kdb_cell: If not `None`, a KCell will be created from and existing
KLayout Cell
ports: Attach an existing [Ports][kfactory.kcell.Ports] object to the KCell,
if `None` create an empty one.
"""
kcl = kcl or _get_default_kcl()
self.kcl = kcl
self.insts = Instances()
self._settings = KCellSettings()
self.info: Info = Info()
self._locked = False
if name is None:
_name = "Unnamed_!"
else:
_name = name
self._kdb_cell = kdb_cell or kcl.create_cell(_name)
if _name == "Unnamed_!":
self._kdb_cell.name = f"Unnamed_{self.cell_index()}"
self.kcl.register_cell(self, allow_reregister=True)
self.ports: Ports = ports or Ports(self.kcl)
if kdb_cell is not None:
for inst in kdb_cell.each_inst():
self.insts.append(Instance(self.kcl, inst))
self.get_meta_data(meta_format=config.meta_format)
self.d = UMKCell(self)
self.boundary = None
def evaluate_insts(self) -> None:
"""Check all KLayout instances and create kfactory Instances."""
self.insts = Instances()
for inst in self._kdb_cell.each_inst():
self.insts.append(Instance(self.kcl, inst))
def __getitem__(self, key: int | str | None) -> Port:
"""Returns port from instance."""
return self.ports[key]
@property
def settings(self) -> KCellSettings:
"""Settings dictionary set by the [@cell][kfactory.kcell.cell] decorator."""
return self._settings
@property
def name(self) -> str:
"""Name of the KCell."""
return self._kdb_cell.name
@name.setter
def name(self, value: str) -> None:
if self._locked:
raise LockedError(self)
self._kdb_cell.name = value
@property
def prop_id(self) -> int:
"""Gets the properties ID associated with the cell."""
return self._kdb_cell.prop_id
@prop_id.setter
def prop_id(self, value: int) -> None:
if self._locked:
raise LockedError(self)
self._kdb_cell.prop_id = value
@property
def ghost_cell(self) -> bool:
"""Returns a value indicating whether the cell is a "ghost cell"."""
return self._kdb_cell.ghost_cell
@ghost_cell.setter
def ghost_cell(self, value: bool) -> None:
if self._locked:
raise LockedError(self)
self._kdb_cell.ghost_cell = value
def __getattr__(self, name): # type: ignore[no-untyped-def]
"""If KCell doesn't have an attribute, look in the KLayout Cell."""
return getattr(self._kdb_cell, name)
def dup(self) -> KCell:
"""Copy the full cell.
Sets `_locked` to `False`
Returns:
cell: Exact copy of the current cell.
The name will have `$1` as duplicate names are not allowed
"""
kdb_copy = self._kdb_copy()
c = KCell(kcl=self.kcl, kdb_cell=kdb_copy)
c.ports = self.ports.copy()
c._settings = self.settings.model_copy()
c.info = self.info.model_copy()
return c
def __copy__(self) -> KCell:
"""Enables use of `copy.copy` and `copy.deep_copy`."""
return self.dup()
def add_port(
self, port: Port, name: str | None = None, keep_mirror: bool = False
) -> Port:
"""Add an existing port. E.g. from an instance to propagate the port.
Args:
port: The port to add.
name: Overwrite the name of the port
keep_mirror: Keep the mirror part of the transformation of a port if
`True`, else set the mirror flag to `False`.
"""
if self._locked:
raise LockedError(self)
return self.ports.add_port(port=port, name=name, keep_mirror=keep_mirror)
def add_ports(
self, ports: Iterable[Port], prefix: str = "", keep_mirror: bool = False
) -> None:
"""Add a sequence of ports to the cells.
Can be useful to add all ports of a instance for example.
Args:
ports: list/tuple (anything iterable) of ports.
prefix: string to add in front of all the port names
keep_mirror: Keep the mirror part of the transformation of a port if
`True`, else set the mirror flag to `False`.
"""
if self._locked:
raise LockedError(self)
self.ports.add_ports(ports=ports, prefix=prefix, keep_mirror=keep_mirror)
@classmethod
def from_yaml(
cls: Callable[..., KCell],
constructor: Any,
node: Any,
verbose: bool = False,
) -> KCell:
"""Internal function used by the placer to convert yaml to a KCell."""
d = ruamel.yaml.constructor.SafeConstructor.construct_mapping(
constructor,
node,
deep=True,
)
cell = cls(d["name"])
if verbose:
print(f"Building {d['name']}")
cell.ports = d.get("ports", Ports(ports=[], kcl=cell.kcl))
cell._settings = KCellSettings(**d.get("settings", {}))
for inst in d.get("insts", []):
if "cellname" in inst:
_cell = cell.kcl[inst["cellname"]]
elif "cellfunction" in inst:
module_name, fname = inst["cellfunction"].rsplit(".", 1)
module = importlib.import_module(module_name)
cellf = getattr(module, fname)
_cell = cellf(**inst["settings"])
del module
else:
raise NotImplementedError(
'To define an instance, either a "cellfunction" or'
' a "cellname" needs to be defined'
)
t = inst.get("trans", {})
if isinstance(t, str):
cell.create_inst(
_cell,
kdb.Trans.from_s(inst["trans"]),
)
else:
angle = t.get("angle", 0)
mirror = t.get("mirror", False)
kinst = cell.create_inst(
_cell,
kdb.Trans(angle, mirror, 0, 0),
)
x0_yml = t.get("x0", DEFAULT_TRANS["x0"])
y0_yml = t.get("y0", DEFAULT_TRANS["y0"])
x_yml = t.get("x", DEFAULT_TRANS["x"])
y_yml = t.get("y", DEFAULT_TRANS["y"])
margin = t.get("margin", DEFAULT_TRANS["margin"])
margin_x = margin.get(
"x",
DEFAULT_TRANS["margin"]["x"], # type: ignore[index]
)
margin_y = margin.get(
"y",
DEFAULT_TRANS["margin"]["y"], # type: ignore[index]
)
margin_x0 = margin.get(
"x0",
DEFAULT_TRANS["margin"]["x0"], # type: ignore[index]
)
margin_y0 = margin.get(
"y0",
DEFAULT_TRANS["margin"]["y0"], # type: ignore[index]
)
ref_yml = t.get("ref", DEFAULT_TRANS["ref"])
if isinstance(ref_yml, str):
for i in reversed(cell.insts):
if i.cell.name == ref_yml:
ref = i
break
else:
IndexError(f"No instance with cell name: <{ref_yml}> found")
elif isinstance(ref_yml, int) and len(cell.insts) > 1:
ref = cell.insts[ref_yml]
# margins for x0/y0 need to be in with opposite sign of
# x/y due to them being subtracted later
# x0
match x0_yml:
case "W":
x0 = kinst.bbox().left - margin_x0
case "E":
x0 = kinst.bbox().right + margin_x0
case _:
if isinstance(x0_yml, int):
x0 = x0_yml
else:
NotImplementedError("unknown format for x0")
# y0
match y0_yml:
case "S":
y0 = kinst.bbox().bottom - margin_y0
case "N":
y0 = kinst.bbox().top + margin_y0
case _:
if isinstance(y0_yml, int):
y0 = y0_yml
else:
NotImplementedError("unknown format for y0")
# x
match x_yml:
case "W":
if len(cell.insts) > 1:
x = ref.bbox().left
if x_yml != x0_yml:
x -= margin_x
else:
x = margin_x
case "E":
if len(cell.insts) > 1:
x = ref.bbox().right
if x_yml != x0_yml:
x += margin_x
else:
x = margin_x
case _:
if isinstance(x_yml, int):
x = x_yml
else:
NotImplementedError("unknown format for x")
# y
match y_yml:
case "S":
if len(cell.insts) > 1:
y = ref.bbox().bottom
if y_yml != y0_yml:
y -= margin_y
else:
y = margin_y
case "N":
if len(cell.insts) > 1:
y = ref.bbox().top
if y_yml != y0_yml:
y += margin_y
else:
y = margin_y
case _:
if isinstance(y_yml, int):
y = y_yml
else:
NotImplementedError("unknown format for y")
kinst.transform(kdb.Trans(0, False, x - x0, y - y0))
type_to_class: dict[
str,
Callable[
[str],
kdb.Box
| kdb.DBox
| kdb.Polygon
| kdb.DPolygon
| kdb.Edge
| kdb.DEdge
| kdb.Text
| kdb.DText,
],
] = {
"box": kdb.Box.from_s,
"polygon": kdb.Polygon.from_s,
"edge": kdb.Edge.from_s,
"text": kdb.Text.from_s,
"dbox": kdb.DBox.from_s,
"dpolygon": kdb.DPolygon.from_s,
"dedge": kdb.DEdge.from_s,
"dtext": kdb.DText.from_s,
}
for layer, shapes in dict(d.get("shapes", {})).items():
linfo = kdb.LayerInfo.from_string(layer)
for shape in shapes:
shapetype, shapestring = shape.split(" ", 1)
cell.shapes(cell.layout().layer(linfo)).insert(
type_to_class[shapetype](shapestring)
)
return cell
def show(self) -> None:
"""Stream the gds to klive.
Will create a temporary file of the gds and load it in KLayout via klive
"""
show(self)
def plot(self) -> None:
"""Display cell.
Usage: Pass the kcell variable as an argument in the cell at the end
"""
from .widgets.interactive import display_kcell # type: ignore[attr-defined]
display_kcell(self)
def _ipython_display_(self) -> None:
"""Display a cell in a Jupyter Cell.
Usage: Pass the kcell variable as an argument in the cell at the end
"""
self.plot()
def __repr__(self) -> str:
"""Return a string representation of the Cell."""
port_names = [p.name for p in self.ports]
return f"{self.name}: ports {port_names}, {len(self.insts)} instances"
def delete(self) -> None:
"""Delete the cell."""
self.kcl.delete_cell(self)
@property
def ports(self) -> Ports:
"""Ports associated with the cell."""
return self._ports
@ports.setter
def ports(self, new_ports: InstancePorts | Ports) -> None:
if self._locked:
raise LockedError(self)
self._ports = new_ports.copy()
@overload
def create_port(
self,
*,
name: str | None = None,
trans: kdb.Trans,
width: int,
layer: LayerEnum | int,
port_type: str = "optical",
) -> Port: ...
@overload
def create_port(
self,
*,
name: str | None = None,
dcplx_trans: kdb.DCplxTrans,
dwidth: float,
layer: LayerEnum | int,
port_type: str = "optical",
) -> Port: ...
@overload
def create_port(
self,
*,
name: str | None = None,
port: Port,
) -> Port: ...
@overload
def create_port(
self,
*,
name: str | None = None,
width: int,
center: tuple[int, int],
angle: int,
layer: LayerEnum | int,
port_type: str = "optical",
mirror_x: bool = False,
) -> Port: ...
def create_port(self, **kwargs: Any) -> Port:
"""Proxy for [Ports.create_port][kfactory.kcell.Ports.create_port]."""
if self._locked:
raise LockedError(self)
return self.ports.create_port(**kwargs)
@overload
def create_inst(
self,
cell: KCell | int,
trans: kdb.Trans | kdb.ICplxTrans | kdb.Vector = kdb.Trans(),
) -> Instance: ...
@overload
def create_inst(
self,
cell: KCell | int,
trans: kdb.Trans | kdb.ICplxTrans | kdb.Vector = kdb.Trans(),
*,
a: kdb.Vector,
b: kdb.Vector,
na: int = 1,
nb: int = 1,
) -> Instance: ...
def create_inst(
self,
cell: KCell | int,
trans: kdb.Trans | kdb.Vector | kdb.ICplxTrans = kdb.Trans(),
a: kdb.Vector | None = None,
b: kdb.Vector | None = None,
na: int = 1,
nb: int = 1,
libcell_as_static: bool = False,
static_name_separator: str = "__",
) -> Instance:
"""Add an instance of another KCell.
Args:
cell: The cell to be added
trans: The integer transformation applied to the reference
a: Vector for the array.
Needs to be in positive X-direction. Usually this is only a
Vector in x-direction. Some foundries won't allow other Vectors.
b: Vector for the array.
Needs to be in positive Y-direction. Usually this is only a
Vector in x-direction. Some foundries won't allow other Vectors.
na: Number of elements in direction of `a`
nb: Number of elements in direction of `b`
libcell_as_static: If the cell is a Library cell
(different KCLayout object), convert it to a static cell. This can cause
name collisions that are automatically resolved by appending $1[..n] on
the newly created cell.
static_name_separator: Stringt to separate the KCLayout name from the cell
name when converting library cells (other KCLayout object than the one
of this KCell) to static cells (copy them into this KCell's KCLayout).
Returns:
The created instance
"""
if self._locked:
raise LockedError(self)
if isinstance(cell, int):
ci = cell
else:
if cell.layout() == self.layout():
ci = cell.cell_index()
else:
assert cell.layout().library() is not None
lib_ci = self.kcl.layout.add_lib_cell(
cell.kcl.library, cell.cell_index()
)
kcell = self.kcl[lib_ci]
for port in cell.ports:
pl = port.layer
_layer = self.kcl.layer(cell.kcl.get_info(pl))
try:
_layer = self.kcl.layers(_layer) # type: ignore[call-arg]
except ValueError:
pass
kcell.create_port(
name=port.name,
dwidth=port.d.width,
dcplx_trans=port.dcplx_trans,
layer=_layer,
)
kcell._settings = cell.settings.model_copy()
kcell.info = cell.info.model_copy()
if libcell_as_static:
ci = self.kcl.convert_cell_to_static(lib_ci)
kcell = self.kcl[ci]
for port in cell.ports:
pl = port.layer
_layer = self.kcl.layer(cell.kcl.get_info(pl))
try:
_layer = self.kcl.layers(_layer) # type: ignore[call-arg]
except ValueError:
pass
kcell.create_port(
name=port.name,
dwidth=port.d.width,
dcplx_trans=port.dcplx_trans,
layer=_layer,
)
kcell.name = cell.kcl.name + static_name_separator + cell.name
else:
ci = lib_ci
if a is None:
ca = self._kdb_cell.insert(kdb.CellInstArray(ci, trans))
else:
if b is None:
b = kdb.Vector()
ca = self._kdb_cell.insert(kdb.CellInstArray(ci, trans, a, b, na, nb))
inst = Instance(self.kcl, ca)
self.insts.append(inst)
return inst
def _kdb_copy(self) -> kdb.Cell:
return self._kdb_cell.dup()
def layer(self, *args: Any, **kwargs: Any) -> int:
"""Get the layer info, convenience for `klayout.db.Layout.layer`."""
return self.kcl.layout.layer(*args, **kwargs)
def __lshift__(self, cell: KCell) -> Instance:
"""Convenience function for [create_inst][kfactory.kcell.KCell.create_inst].
Args:
cell: The cell to be added as an instance
"""
return self.create_inst(cell)
def hash(self) -> bytes:
"""Provide a unique hash of the cell."""
h = sha3_512()
h.update(self.name.encode("ascii", "ignore"))
for layer_index in self.layout().layer_indexes():
h.update(layer_index.to_bytes(8, "big"))
for shape in self.shapes(layer_index).each(kdb.Shapes.SRegions):
h.update(shape.polygon.hash().to_bytes(8, "big"))
for shape in self.shapes(layer_index).each(kdb.Shapes.STexts):
h.update(shape.text.hash().to_bytes(8, "big"))
port_hashs = list(sorted(p.hash() for p in self.ports._ports))
for _hash in port_hashs:
h.update(_hash)
insts_hashs = list(sorted(inst.hash for inst in self.insts))
for _hash in insts_hashs:
h.update(_hash)
return h.digest()
def auto_rename_ports(self, rename_func: Callable[..., None] | None = None) -> None:
"""Rename the ports with the schema angle -> "NSWE" and sort by x and y.
Args:
rename_func: Function that takes Iterable[Port] and renames them.
This can of course contain a filter and only rename some of the ports
"""
if self._locked:
raise LockedError(self)
if rename_func is None:
self.kcl.rename_function(self.ports._ports)
else:
rename_func(self.ports._ports)
def flatten(self, merge: bool = True) -> None:
"""Flatten the cell.
Pruning will delete the klayout.db.Cell if unused,
but might cause artifacts at the moment.
Args:
prune: Delete unused child cells if they aren't used in any other KCell
merge: Merge the shapes on all layers
"""
if self._locked:
raise LockedError(self)
self._kdb_cell.flatten(False) # prune)
self.insts = Instances()
if merge:
for layer in self.kcl.layer_indexes():
reg = kdb.Region(self.begin_shapes_rec(layer))
reg.merge()
self.clear(layer)
self.shapes(layer).insert(reg)
def rebuild(self) -> None:
"""Rebuild the instances of the KCell."""
self.insts.clear()
for _inst in self._kdb_cell.each_inst():
self.insts.append(Instance(self.kcl, _inst))
def convert_to_static(self, recursive: bool = True) -> None:
"""Convert the KCell to a static cell if it is pdk KCell."""
if self.library().name == self.kcl.name:
raise ValueError(f"KCell {self.qname()} is already a static KCell.")
_kdb_cell = self.kcl.layout.cell(
self.kcl.convert_cell_to_static(self.cell_index())
)
_kdb_cell.name = self.qname()
_ci = _kdb_cell.cell_index()
_old_kdb_cell = self._kdb_cell
if recursive:
for ci in self.called_cells():
kc = self.kcl[ci]
if kc.is_library_cell():
kc.convert_to_static(recursive=recursive)
self._kdb_cell = _kdb_cell
for ci in _old_kdb_cell.caller_cells():
c = self.kcl.layout.cell(ci)
it = kdb.RecursiveInstanceIterator(self.kcl.layout, c)
it.targets = [_old_kdb_cell.cell_index()]
it.max_depth = 0
insts = [instit.current_inst_element().inst() for instit in it.each()]
for inst in insts:
ca = inst.cell_inst
ca.cell_index = _ci
c.replace(inst, ca)
self.kcl.layout.delete_cell(_old_kdb_cell.cell_index())
self.rebuild()
def draw_ports(self) -> None:
"""Draw all the ports on their respective layer."""
polys: dict[int, kdb.Region] = {}
for port in self.ports:
w = port.width
if w in polys:
poly = polys[w]
else:
poly = kdb.Region()
poly.insert(
kdb.Polygon(
[
kdb.Point(0, -w // 2),
kdb.Point(0, w // 2),
kdb.Point(w // 2, 0),
]
)
)
if w > 20:
poly -= kdb.Region(
kdb.Polygon(
[
kdb.Point(w // 20, 0),
kdb.Point(w // 20, -w // 2 + int(w * 2.5 // 20)),
kdb.Point(w // 2 - int(w * 1.41 / 20), 0),
]
)
)
polys[w] = poly
if port._trans:
self.shapes(port.layer).insert(poly.transformed(port.trans))
self.shapes(port.layer).insert(
kdb.Text(port.name if port.name else "", port.trans)
)
else:
self.shapes(port.layer).insert(poly, port.dcplx_trans)
self.shapes(port.layer).insert(
kdb.Text(port.name if port.name else "", port.trans)
)
def write(
self,
filename: str | Path,
save_options: kdb.SaveLayoutOptions = save_layout_options(),
convert_external_cells: bool = False,
set_meta_data: bool = True,
) -> None:
"""Write a KCell to a GDS.
See [KCLayout.write][kfactory.kcell.KCLayout.write] for more info.
"""
match set_meta_data, convert_external_cells:
case True, True:
self.kcl.set_meta_data()
for kcell in (self.kcl[ci] for ci in self.called_cells()):
if not kcell._destroyed():
if kcell.is_library_cell():
kcell.convert_to_static(recursive=True)
kcell.set_meta_data()
if self.is_library_cell():
self.convert_to_static(recursive=True)
self.set_meta_data()
case True, False:
self.kcl.set_meta_data()
for kcell in (self.kcl[ci] for ci in self.called_cells()):
if not kcell._destroyed():
kcell.set_meta_data()
self.set_meta_data()
case False, True:
for kcell in (self.kcl[ci] for ci in self.called_cells()):
if kcell.is_library_cell() and not kcell._destroyed():
kcell.convert_to_static(recursive=True)
if self.is_library_cell():
self.convert_to_static(recursive=True)
self._kdb_cell.write(str(filename), save_options)
def read(
self,
filename: str | Path,
options: kdb.LoadLayoutOptions = load_layout_options(),
register_cells: bool = False,
test_merge: bool = True,
update_kcl_meta_data: Literal["overwrite", "skip", "drop"] = "drop",
) -> list[int]:
"""Read a GDS file into the existing KCell.
Any existing meta info (KCell.info and KCell.settings) will be overwritten if
a KCell already exists. Instead of overwriting the cells, they can also be
loaded into new cells by using the corresponding cell_conflict_resolution.
Args:
filename: Path of the GDS file.
options: KLayout options to load from the GDS. Can determine how merge
conflicts are handled for example. See
https://www.klayout.de/doc-qt5/code/class_LoadLayoutOptions.html
register_cells: If `True` create KCells for all cells in the GDS.
test_merge: Check the layouts first whether they are compatible
(no differences).
update_kcl_meta_data: How to treat loaded KCLayout info.
overwrite: overwrite existing info entries
skip: keep existing info values
drop: don't add any new info
"""
# see: wait for KLayout update https://github.com/KLayout/klayout/issues/1609
config.logger.critical(
"KLayout <=0.28.15 (last update 2024-02-02) cannot read LayoutMetaInfo on"
" 'Cell.read'. kfactory uses these extensively for ports, info, and "
"settings. Therefore proceed at your own risk."
)
fn = str(Path(filename).expanduser().resolve())
if test_merge and (
options.cell_conflict_resolution
!= kdb.LoadLayoutOptions.CellConflictResolution.RenameCell
):
for kcell in self.kcl.kcells.values():
kcell.set_meta_data()
layout_b = kdb.Layout()
layout_b.read(fn, options)
layout_a = self.kcl.layout.dup()
layout_a.delete_cell(layout_a.cell(self.name).cell_index())
diff = MergeDiff(
layout_a=layout_a,
layout_b=layout_b,
name_a=self.name,
name_b=Path(filename).stem,
)
diff.compare()
if diff.dbu_differs:
raise MergeError("Layouts' DBU differ. Check the log for more info.")
elif diff.diff_xor.cells() > 0:
diff_kcl = KCLayout(self.name + "_XOR")
diff_kcl.layout.assign(diff.diff_xor)
show(diff_kcl)
raise MergeError(
f"Layout {self.name} cannot merge with layout "
f"{Path(filename).stem} safely. See the error messages or"
f"or check with KLayout."
)
cell_ids = self._kdb_cell.read(fn, options)
info, settings = self.kcl.get_meta_data()
match update_kcl_meta_data:
case "overwrite":
for k, v in info.items():
self.info[k] = v
case "skip":
_info = self.info.model_dump()
for k, v in self.info:
_info[k] = v
info.update(_info)
self.info = Info(**info)
case "drop":
pass
case _:
raise ValueError(
f"Unknown meta update strategy {update_kcl_meta_data=}"
", available strategies are 'overwrite', 'skip', or 'drop'"
)
meta_format = settings.get("meta_format") or config.meta_format
if register_cells:
new_cis = set(cell_ids)
for c in new_cis:
kc = self.kcl[c]
kc.rebuild()
kc.get_meta_data(meta_format=meta_format)
else:
cis = self.kcl.kcells.keys()
new_cis = set(cell_ids)
for c in new_cis & cis:
kc = self.kcl[c]
kc.rebuild()
kc.get_meta_data(meta_format=meta_format)
self.rebuild()
self.get_meta_data(meta_format=meta_format)
return cell_ids
@classmethod
def to_yaml(cls, representer, node): # type: ignore
"""Internal function to convert the cell to yaml."""
d = {
"name": node.name,
"ports": node.ports, # Ports.to_yaml(representer, node.ports),
}
insts = [
{"cellname": inst.cell.name, "trans": inst.instance.trans.to_s()}
for inst in node.insts
]
shapes = {
node.layout().get_info(layer).to_s(): [
shape.to_s() for shape in node.shapes(layer).each()
]
for layer in node.layout().layer_indexes()
if not node.shapes(layer).is_empty()
}
if insts:
d["insts"] = insts
if shapes:
d["shapes"] = shapes
if len(node.settings) > 0:
d["settings"] = node.settings
return representer.represent_mapping(cls.yaml_tag, d)
def each_inst(self) -> Iterator[Instance]:
"""Iterates over all child instances (which may actually be instance arrays)."""
yield from (Instance(self.kcl, inst) for inst in self._kdb_cell.each_inst())
def each_overlapping_inst(self, b: kdb.Box | kdb.DBox) -> Iterator[Instance]:
"""Gets the instances overlapping the given rectangle."""
yield from (
Instance(self.kcl, inst) for inst in self._kdb_cell.each_overlapping_inst(b)
)
def each_touching_inst(self, b: kdb.Box | kdb.DBox) -> Iterator[Instance]:
"""Gets the instances overlapping the given rectangle."""
yield from (
Instance(self.kcl, inst) for inst in self._kdb_cell.each_touching_inst(b)
)
@overload
def insert(
self, inst: Instance | kdb.CellInstArray | kdb.DCellInstArray
) -> Instance: ...
@overload
def insert(
self, inst: kdb.CellInstArray | kdb.DCellInstArray, property_id: int
) -> Instance: ...
def insert(
self,
inst: Instance | kdb.CellInstArray | kdb.DCellInstArray,
property_id: int | None = None,
) -> Instance:
"""Inserts a cell instance given by another reference."""
if self._locked:
raise LockedError(self)
if isinstance(inst, Instance):
return Instance(self.kcl, self._kdb_cell.insert(inst._instance))
else:
if not property_id:
return Instance(self.kcl, self._kdb_cell.insert(inst))
else:
assert isinstance(inst, kdb.CellInstArray | kdb.DCellInstArray)
return Instance(self.kcl, self._kdb_cell.insert(inst, property_id))
@overload
def transform(
self,
inst: kdb.Instance,
trans: kdb.Trans | kdb.DTrans | kdb.ICplxTrans | kdb.DCplxTrans,
/,
*,
no_warn: bool = False,
) -> Instance: ...
@overload
def transform(
self,
trans: kdb.Trans | kdb.DTrans | kdb.ICplxTrans | kdb.DCplxTrans,
/,
*,
no_warn: bool = False,
) -> None: ...
def transform(
self,
inst_or_trans: kdb.Instance
| kdb.Trans
| kdb.DTrans
| kdb.ICplxTrans
| kdb.DCplxTrans,
trans: kdb.Trans | kdb.DTrans | kdb.ICplxTrans | kdb.DCplxTrans | None = None,
/,
*,
no_warn: bool = False,
) -> Instance | None:
"""Transforms the instance or cell with the transformation given."""
if not no_warn:
config.logger.warning(
"You are transforming the KCell {}. It is highly discouraged to do"
" this. You probably want to transform an instance instead.",
self.name,
)
if self._locked:
raise LockedError(self)
if trans:
return Instance(
self.kcl,
self._kdb_cell.transform(
inst_or_trans, # type: ignore[arg-type]
trans, # type: ignore[arg-type]
),
)
else:
return self._kdb_cell.transform(inst_or_trans) # type:ignore[arg-type]
def set_meta_data(self) -> None:
"""Set metadata of the Cell.
Currently, ports, settings and info will be set.
"""
for i, port in enumerate(self.ports):
if port.name:
self.add_meta_info(
kdb.LayoutMetaInfo(
f"kfactory:ports:{i}:name", port.name, None, True
)
)
self.add_meta_info(
kdb.LayoutMetaInfo(
f"kfactory:ports:{i}:layer",
self.kcl.layout.get_info(port.layer),
None,
True,
)
)
self.add_meta_info(
kdb.LayoutMetaInfo(f"kfactory:ports:{i}:width", port.width, None, True)
)
self.add_meta_info(
kdb.LayoutMetaInfo(
f"kfactory:ports:{i}:port_type", port.port_type, None, True
)
)
if port._trans:
self.add_meta_info(
kdb.LayoutMetaInfo(
f"kfactory:ports:{i}:trans", port._trans, None, True
)
)
elif port._dcplx_trans:
self.add_meta_info(
kdb.LayoutMetaInfo(
f"kfactory:ports:{i}:dcplx_trans",
port._dcplx_trans,
None,
True,
)
)
info = port.info.model_dump()
for name, value in port.info:
info[name] = value
for name, value in info.items():
self.add_meta_info(
kdb.LayoutMetaInfo(
f"kfactory:ports:{i}:info:{name}",
value,
None,
True,
)
)
for name, setting in self.settings.model_dump().items():
self.add_meta_info(
kdb.LayoutMetaInfo(f"kfactory:settings:{name}", setting, None, True)
)
for name, info in self.info.model_dump().items():
self.add_meta_info(
kdb.LayoutMetaInfo(f"kfactory:info:{name}", info, None, True)
)
def get_meta_data(self, meta_format: Literal["v1", "v2"] = "v2") -> None:
"""Read metadata from the KLayout Layout object."""
port_dict: dict[str, Any] = {}
settings = {}
for meta in self.each_meta_info():
if meta.name.startswith("kfactory:ports"):
i, _type = meta.name.removeprefix("kfactory:ports:").split(":", 1)
if i not in port_dict:
port_dict[i] = {}
if not _type.startswith("info"):
port_dict[i][_type] = meta.value
else:
if "info" not in port_dict[i]:
port_dict[i]["info"] = {}
port_dict[i]["info"][_type.removeprefix("info:")] = meta.value
elif meta.name.startswith("kfactory:info"):
self.info[meta.name.removeprefix("kfactory:info:")] = meta.value
elif meta.name.startswith("kfactory:settings"):
settings[meta.name.removeprefix("kfactory:settings:")] = meta.value
self._settings = KCellSettings(**settings)
self.ports = Ports(self.kcl)
match meta_format:
case "v2":
for index in sorted(port_dict.keys()):
_d = port_dict[index]
name = _d.get("name", None)
port_type = _d["port_type"]
layer = self.kcl.layout.layer(_d["layer"])
width = _d["width"]
trans = _d.get("trans", None)
dcplx_trans = _d.get("dcplx_trans", None)
_port = Port(
name=name,
width=width,
layer=layer,
trans=kdb.Trans.R0,
kcl=self.kcl,
port_type=port_type,
info=_d.get("info", {}),
)
if trans:
_port.trans = trans
elif dcplx_trans:
_port.dcplx_trans = dcplx_trans
self.add_port(_port, keep_mirror=True)
case "v1":
for index in sorted(port_dict.keys()):
_d = port_dict[index]
name = _d.get("name", None)
port_type = _d["port_type"]
layer = self.kcl.layout.layer(_d["layer"])
width = _d["width"]
trans = _d.get("trans", None)
dcplx_trans = _d.get("dcplx_trans", None)
_port = Port(
name=name,
width=width,
layer=layer,
trans=kdb.Trans.R0,
kcl=self.kcl,
port_type=port_type,
info=_d.get("info", {}),
)
if trans:
_port.trans = trans
elif dcplx_trans:
_port.dcplx_trans = dcplx_trans
self.add_port(_port, keep_mirror=True)
case _:
raise ValueError(
f"Unknown metadata format {config.meta_format}."
f" Available formats are 'default' or 'legacy'."
)
@property
def x(self) -> int:
"""Returns the x-coordinate of the center of the bounding box."""
return self._kdb_cell.bbox().center().x
@property
def y(self) -> int:
"""Returns the y-coordinate of the center of the bounding box."""
return self._kdb_cell.bbox().center().y
@property
def xmin(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._kdb_cell.bbox().left
@property
def center(self) -> kdb.Point:
"""Returns the coordinate center of the bounding box."""
return self._kdb_cell.bbox().center()
@property
def ymin(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._kdb_cell.bbox().bottom
@property
def xmax(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._kdb_cell.bbox().right
@property
def ymax(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._kdb_cell.bbox().top
@property
def ysize(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._kdb_cell.bbox().height()
@property
def xsize(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._kdb_cell.bbox().width()
def l2n(self, port_types: Iterable[str] = ("optical",)) -> kdb.LayoutToNetlist:
"""Generate a LayoutToNetlist object from the port types.
Args:
port_types: The port types to consider for the netlist extraction.
"""
l2n = kdb.LayoutToNetlist(self.name, self.kcl.dbu)
l2n.extract_netlist()
il = l2n.internal_layout()
def filter_port(port: Port) -> bool:
return port.port_type in port_types
for ci in self.called_cells():
c = self.kcl[ci]
c.circuit(l2n, port_types=port_types)
self.circuit(l2n, port_types=port_types)
il.assign(self.kcl.layout)
return l2n
def circuit(
self, l2n: kdb.LayoutToNetlist, port_types: Iterable[str] = ("optical",)
) -> None:
"""Create the circuit of the KCell in the given netlist."""
netlist = l2n.netlist()
def port_filter(num_port: tuple[int, Port]) -> bool:
return num_port[1].port_type in port_types
circ = kdb.Circuit()
circ.name = self.name
circ.cell_index = self.cell_index()
circ.boundary = self.boundary or self.dbbox()
inst_ports: dict[
str, dict[str, list[tuple[int, int, Instance, Port, kdb.SubCircuit]]]
] = {}
cell_ports: dict[str, dict[str, list[tuple[int, Port]]]] = {}
# sort the cell's ports by position and layer
portnames: set[str] = set()
for i, port in filter(port_filter, enumerate(self.ports)):
_trans = port.trans.dup()
_trans.angle = _trans.angle % 2
_trans.mirror = False
layer_info = self.kcl.layout.get_info(port.layer)
layer = f"{layer_info.layer}_{layer_info.datatype}"
if port.name in portnames:
raise ValueError(
"Netlist extraction is not possible with"
f" colliding port names. Duplicate name: {port.name}"
)
v = _trans.disp
h = f"{v.x}_{v.y}"
if h not in cell_ports:
cell_ports[h] = {}
if layer not in cell_ports[h]:
cell_ports[h][layer] = []
cell_ports[h][layer].append((i, port))
if port.name:
portnames.add(port.name)
# create nets and connect pins for each cell_port
for h, layer_dict in cell_ports.items():
for layer, _ports in layer_dict.items():
net = circ.create_net(
"-".join(_port[1].name or f"{_port[0]}" for _port in _ports)
)
for i, port in _ports:
pin = circ.create_pin(port.name or f"{i}")
circ.connect_pin(pin, net)
# sort the ports of all instances by position and layer
for i, inst in enumerate(self.insts):
name = inst.name or f"{i}_{inst.cell.name}"
subc = circ.create_subcircuit(
netlist.circuit_by_cell_index(inst.cell_index), name
)
subc.trans = inst.dcplx_trans
for j, port in filter(port_filter, enumerate(inst.ports)):
_trans = port.trans.dup()
_trans.angle = _trans.angle % 2
_trans.mirror = False
v = _trans.disp
h = f"{v.x}_{v.y}"
layer_info = self.kcl.layout.get_info(port.layer)
layer = f"{layer_info.layer}_{layer_info.datatype}"
if h not in inst_ports:
inst_ports[h] = {}
if layer not in inst_ports[h]:
inst_ports[h][layer] = []
inst_ports[h][layer].append((i, j, inst, port, subc))
# go through each position and layer and connect ports to their matching cell
# port or connect the instance ports
for h, inst_layer_dict in inst_ports.items():
for layer, ports in inst_layer_dict.items():
if h in cell_ports and layer in cell_ports[h]:
# connect a cell port to its matching instance port
cellports = cell_ports[h][layer]
assert len(cellports) == 1, (
"Netlists with directly connect cell ports"
" are currently not supported"
)
assert len(ports) == 1, (
f"Multiple instance {[port[4] for port in ports]}"
f"ports connected to the cell port {cellports[0]}"
" this is currently not supported and most likely a bug"
)
inst_port = ports[0]
port = inst_port[3]
port_check(cellports[0][1], port, PortCheck.all_overlap)
subc = inst_port[4]
subc.connect_pin(
subc.circuit_ref().pin_by_name(port.name or str(inst_port[1])),
circ.net_by_name(cellports[0][1].name or f"{cellports[0][0]}"),
)
else:
# connect instance ports to each other
name = "-".join(
[
(inst.name or str(i)) + "_" + (port.name or str(j))
for i, j, inst, port, subc in ports
]
)
net = circ.create_net(name)
assert len(ports) <= 2, (
"Optical connection with more than two ports are not supported "
f"{[_port[3] for _port in ports]}"
)
if len(ports) == 2:
port_check(ports[0][3], ports[1][3], PortCheck.all_opposite)
for i, j, inst, port, subc in ports:
subc.connect_pin(
subc.circuit_ref().pin_by_name(port.name or str(j)), net
)
netlist.add(circ)
def connectivity_check(
self,
port_types: list[str] = [],
layers: list[int] = [],
db: rdb.ReportDatabase | None = None,
recursive: bool = True,
add_cell_ports: bool = False,
check_layer_connectivity: bool = True,
) -> rdb.ReportDatabase:
"""Create a ReportDatabase for port problems.
Problems are overlapping ports that aren't aligned, more than two ports
overlapping, width mismatch, port_type mismatch.
Args:
port_types: Filter for certain port typers
layers: Only create the report for certain layers
db: Use an existing ReportDatabase instead of creating a new one
recursive: Create the report not only for this cell, but all child cells as
well.
add_cell_ports: Also add a category "CellPorts" which contains all the cells
selected ports.
check_layer_connectivity: Check whether the layer overlaps with instances.
"""
if not db:
db = rdb.ReportDatabase(f"Connectivity Check {self.name}")
if recursive:
cc = self.called_cells()
for c in self.kcl.each_cell_bottom_up():
if c in cc:
self.kcl[c].connectivity_check(
port_types=port_types, db=db, recursive=False
)
db_cell = db.create_cell(self.name)
cell_ports = {}
layer_cats: dict[int, rdb.RdbCategory] = {}
def layer_cat(layer: int) -> rdb.RdbCategory:
if layer not in layer_cats:
if isinstance(layer, LayerEnum):
ln = layer.name
else:
li = self.kcl.get_info(layer)
ln = str(li).replace("/", "_")
layer_cats[layer] = db.category_by_path(ln) or db.create_category(ln)
return layer_cats[layer]
for port in self.ports:
if (not port_types or port.port_type in port_types) and (
not layers or port.layer in layers
):
if add_cell_ports:
c_cat = db.category_by_path(
layer_cat(port.layer).path() + ".CellPorts"
) or db.create_category(layer_cat(port.layer), "CellPorts")
it = db.create_item(db_cell, c_cat)
if port.name:
it.add_value(f"Port name: {port.name}")
if port._trans:
it.add_value(
port_polygon(port.width)
.transformed(port.trans)
.to_dtype(self.kcl.dbu)
)
else:
it.add_value(
port_polygon(port.width)
.to_dtype(self.kcl.dbu)
.transformed(port.dcplx_trans)
)
xy = (port.x, port.y)
if port.layer not in cell_ports:
cell_ports[port.layer] = {xy: [port]}
else:
if xy not in cell_ports[port.layer]:
cell_ports[port.layer][xy] = [port]
else:
cell_ports[port.layer][xy].append(port)
rec_it = kdb.RecursiveShapeIterator(
self.kcl.layout,
self._kdb_cell,
port.layer,
kdb.Box(2, port.width).transformed(port.trans),
)
edges = kdb.Region(rec_it).merge().edges().merge()
port_edge = kdb.Edge(0, port.width // 2, 0, -port.width // 2)
if port._trans:
port_edge = port_edge.transformed(port.trans)
else:
port_edge = port_edge.transformed(
port.dcplx_trans.to_itrans(self.kcl.dbu)
)
p_edges = kdb.Edges([port_edge])
phys_overlap = p_edges & edges
if not phys_overlap.is_empty() and phys_overlap[0] != port_edge:
p_cat = db.category_by_path(
layer_cat(port.layer).path() + ".PartialPhysicalShape"
) or db.create_category(
layer_cat(port.layer), "PartialPhysicalShape"
)
it = db.create_item(db_cell, p_cat)
it.add_value(
"Insufficient overlap, partial overlap with polygon of"
f" {(phys_overlap[0].p1 - phys_overlap[0].p2).abs()}/"
f"{port.width}"
)
it.add_value(
port_polygon(port.width)
.transformed(port.trans)
.to_dtype(self.kcl.dbu)
if port._trans
else port_polygon(port.width)
.to_dtype(self.kcl.dbu)
.transformed(port.dcplx_trans)
)
elif phys_overlap.is_empty():
p_cat = db.category_by_path(
layer_cat(port.layer).path() + ".MissingPhysicalShape"
) or db.create_category(
layer_cat(port.layer), "MissingPhysicalShape"
)
it = db.create_item(db_cell, p_cat)
it.add_value(
f"Found no overlapping Edge with Port {port.name or str(port)}"
)
it.add_value(
port_polygon(port.width)
.transformed(port.trans)
.to_dtype(self.kcl.dbu)
if port._trans
else port_polygon(port.width)
.to_dtype(self.kcl.dbu)
.transformed(port.dcplx_trans)
)
inst_ports = {}
for inst in self.insts:
for port in inst.ports:
if (not port_types or port.port_type in port_types) and (
not layers or port.layer in layers
):
xy = (port.x, port.y)
if port.layer not in inst_ports:
inst_ports[port.layer] = {xy: [(port, inst.cell)]}
else:
if xy not in inst_ports[port.layer]:
inst_ports[port.layer][xy] = [(port, inst.cell)]
else:
inst_ports[port.layer][xy].append((port, inst.cell))
for layer, port_coord_mapping in inst_ports.items():
lc = layer_cat(layer)
for coord, ports in port_coord_mapping.items():
match len(ports):
case 1:
if layer in cell_ports and coord in cell_ports[layer]:
ccp = _check_cell_ports(
cell_ports[layer][coord][0], ports[0][0]
)
if ccp & 1:
subc = db.category_by_path(
lc.path() + ".WidthMismatch"
) or db.create_category(lc, "WidthMismatch")
create_port_error(
ports[0][0],
cell_ports[layer][coord][0],
ports[0][1],
self,
db,
db_cell,
subc,
self.kcl.dbu,
)
if ccp & 2:
subc = db.category_by_path(
lc.path() + ".AngleMismatch"
) or db.create_category(lc, "AngleMismatch")
create_port_error(
ports[0][0],
cell_ports[layer][coord][0],
ports[0][1],
self,
db,
db_cell,
subc,
self.kcl.dbu,
)
if ccp & 4:
subc = db.category_by_path(
lc.path() + ".TypeMismatch"
) or db.create_category(lc, "TypeMismatch")
create_port_error(
ports[0][0],
cell_ports[layer][coord][0],
ports[0][1],
self,
db,
db_cell,
subc,
self.kcl.dbu,
)
else:
subc = db.category_by_path(
lc.path() + ".OrphanPort"
) or db.create_category(lc, "OrphanPort")
it = db.create_item(db_cell, subc)
it.add_value(
f"Port Name: {ports[0][1].name}"
f"{ports[0][0].name or str(ports[0][0])})"
)
if ports[0][0]._trans:
it.add_value(
port_polygon(ports[0][0].width)
.transformed(ports[0][0]._trans)
.to_dtype(self.kcl.dbu)
)
else:
it.add_value(
port_polygon(port.width)
.to_dtype(self.kcl.dbu)
.transformed(port.dcplx_trans)
)
case 2:
cip = _check_inst_ports(ports[0][0], ports[1][0])
if cip & 1:
subc = db.category_by_path(
lc.path() + ".WidthMismatch"
) or db.create_category(lc, "WidthMismatch")
create_port_error(
ports[0][0],
ports[1][0],
ports[0][1],
ports[1][1],
db,
db_cell,
subc,
self.kcl.dbu,
)
if cip & 2:
subc = db.category_by_path(
lc.path() + ".AngleMismatch"
) or db.create_category(lc, "AngleMismatch")
create_port_error(
ports[0][0],
ports[1][0],
ports[0][1],
ports[1][1],
db,
db_cell,
subc,
self.kcl.dbu,
)
if cip & 4:
subc = db.category_by_path(
lc.path() + ".TypeMismatch"
) or db.create_category(lc, "TypeMismatch")
create_port_error(
ports[0][0],
ports[1][0],
ports[0][1],
ports[1][1],
db,
db_cell,
subc,
self.kcl.dbu,
)
if layer in cell_ports and coord in cell_ports[layer]:
subc = db.category_by_path(
lc.path() + ".portoverlap"
) or db.create_category(lc, "portoverlap")
it = db.create_item(db_cell, subc)
text = "Port Names: "
values: list[rdb.RdbItemValue] = []
cell_port = cell_ports[layer][coord][0]
text += (
f"{self.name}."
f"{cell_port.name or cell_port.trans.to_s()}/"
)
if cell_port._trans:
values.append(
rdb.RdbItemValue(
port_polygon(cell_port.width)
.transformed(cell_port._trans)
.to_dtype(self.kcl.dbu)
)
)
else:
values.append(
rdb.RdbItemValue(
port_polygon(cell_port.width)
.to_dtype(self.kcl.dbu)
.transformed(cell_port.dcplx_trans)
)
)
for _port in ports:
text += (
f"{_port[1].name}."
f"{_port[0].name or _port[0].trans.to_s()}/"
)
values.append(
rdb.RdbItemValue(
port_polygon(_port[0].width)
.transformed(_port[0].trans)
.to_dtype(self.kcl.dbu)
)
)
it.add_value(text[:-1])
for value in values:
it.add_value(value)
case x if x > 2:
subc = db.category_by_path(
lc.path() + ".portoverlap"
) or db.create_category(lc, "portoverlap")
it = db.create_item(db_cell, subc)
text = "Port Names: "
values = []
for _port in ports:
text += (
f"{_port[1].name}."
f"{_port[0].name or _port[0].trans.to_s()}/"
)
values.append(
rdb.RdbItemValue(
port_polygon(_port[0].width)
.transformed(_port[0].trans)
.to_dtype(self.kcl.dbu)
)
)
it.add_value(text[:-1])
for value in values:
it.add_value(value)
if check_layer_connectivity:
error_region_shapes = kdb.Region()
error_region_instances = kdb.Region()
reg = kdb.Region(self.shapes(layer))
inst_regions: dict[int, kdb.Region] = {}
inst_region = kdb.Region()
for i, inst in enumerate(self.insts):
_inst_region = kdb.Region(inst.bbox(layer))
inst_shapes: kdb.Region | None = None
if not (inst_region & _inst_region).is_empty():
if inst_shapes is None:
inst_shapes = kdb.Region()
shape_it = self.begin_shapes_rec_overlapping(
layer, inst.bbox(layer)
)
shape_it.select_cells([inst.cell.cell_index()])
shape_it.min_depth = 1
for _it in shape_it.each():
if _it.path()[0].inst() == inst._instance:
inst_shapes.insert(
_it.shape().polygon.transformed(_it.trans())
)
for j, _reg in inst_regions.items():
if _reg & _inst_region:
__reg = kdb.Region()
shape_it = self.begin_shapes_rec_touching(
layer, (_reg & _inst_region).bbox()
)
shape_it.select_cells([self.insts[j].cell.cell_index()])
shape_it.min_depth = 1
for _it in shape_it.each():
if _it.path()[0].inst() == self.insts[j]._instance:
__reg.insert(
_it.shape().polygon.transformed(_it.trans())
)
error_region_instances.insert(__reg & inst_shapes)
if not (_inst_region & reg).is_empty():
rec_it = self.begin_shapes_rec_touching(
layer, (_inst_region & reg).bbox()
)
rec_it.min_depth = 1
error_region_shapes += kdb.Region(rec_it) & reg
inst_region += _inst_region
inst_regions[i] = _inst_region
if not error_region_shapes.is_empty():
sc = db.category_by_path(
layer_cat(layer).path() + ".ShapeInstanceshapeOverlap"
) or db.create_category(
layer_cat(layer), "ShapeInstanceshapeOverlap"
)
it = db.create_item(db_cell, sc)
it.add_value("Shapes overlapping with shapes of instances")
for poly in error_region_shapes.merge().each():
it.add_value(poly.to_dtype(self.kcl.dbu))
if not error_region_instances.is_empty():
sc = db.category_by_path(
layer_cat(layer).path() + ".InstanceshapeOverlap"
) or db.create_category(layer_cat(layer), "InstanceshapeOverlap")
it = db.create_item(db_cell, sc)
it.add_value(
"Instance shapes overlapping with shapes of other instances"
)
for poly in error_region_instances.merge().each():
it.add_value(poly.to_dtype(self.kcl.dbu))
return db
def create_port_error(
p1: Port,
p2: Port,
c1: KCell,
c2: KCell,
db: rdb.ReportDatabase,
db_cell: rdb.RdbCell,
cat: rdb.RdbCategory,
dbu: float,
) -> None:
it = db.create_item(db_cell, cat)
if p1.name and p2.name:
it.add_value(f"Port Names: {c1.name}.{p1.name}/{c2.name}.{p2.name}")
it.add_value(port_polygon(p1.width).transformed(p1.trans).to_dtype(dbu))
it.add_value(port_polygon(p2.width).transformed(p2.trans).to_dtype(dbu))
class Constants(BaseSettings):
"""Constant Model class."""
pass
class LayerLevel(BaseModel):
"""Level for 3D LayerStack.
Parameters:
layer: (GDSII Layer number, GDSII datatype).
thickness: layer thickness in um.
thickness_tolerance: layer thickness tolerance in um.
zmin: height position where material starts in um.
material: material name.
sidewall_angle: in degrees with respect to normal.
z_to_bias: parametrizes shrinking/expansion of the design GDS layer
when extruding from zmin (0) to zmin + thickness (1).
Defaults no buffering [[0, 1], [0, 0]].
info: simulation_info and other types of metadata.
mesh_order: lower mesh order (1) will have priority over higher
mesh order (2) in the regions where materials overlap.
refractive_index: refractive_index
can be int, complex or function that depends on wavelength (um).
type: grow, etch, implant, or background.
mode: octagon, taper, round.
https://gdsfactory.github.io/klayout_pyxs/DocGrow.html
into: etch into another layer.
https://gdsfactory.github.io/klayout_pyxs/DocGrow.html
doping_concentration: for implants.
resistivity: for metals.
bias: in um for the etch.
"""
layer: tuple[int, int]
thickness: float
thickness_tolerance: float | None = None
zmin: float
material: str | None = None
sidewall_angle: float = 0.0
z_to_bias: tuple[int, ...] | None = None
info: Info = Info()
def __init__(
self,
layer: tuple[int, int] | LayerEnum,
zmin: float,
thickness: float,
thickness_tolerance: float | None = None,
material: str | None = None,
sidewall_angle: float = 0.0,
z_to_bias: tuple[int, ...] | None = None,
info: Info = Info(),
):
if isinstance(layer, LayerEnum):
layer = (layer.layer, layer.datatype)
super().__init__(
layer=layer,
zmin=zmin,
thickness=thickness,
thickness_tolerance=thickness_tolerance,
material=material,
sidewall_angle=sidewall_angle,
z_to_bias=z_to_bias,
info=info,
)
class LayerStack(BaseModel):
"""For simulation and 3D rendering.
Parameters:
layers: dict of layer_levels.
"""
layers: dict[str, LayerLevel] = Field(default_factory=dict)
def __init__(self, **layers: LayerLevel):
"""Add LayerLevels automatically for subclassed LayerStacks."""
super().__init__(layers=layers)
def get_layer_to_thickness(self) -> dict[tuple[int, int], float]:
"""Returns layer tuple to thickness (um)."""
return {
level.layer: level.thickness
for level in self.layers.values()
if level.thickness
}
def get_layer_to_zmin(self) -> dict[tuple[int, int], float]:
"""Returns layer tuple to z min position (um)."""
return {
level.layer: level.zmin for level in self.layers.values() if level.thickness
}
def get_layer_to_material(self) -> dict[tuple[int, int], str]:
"""Returns layer tuple to material name."""
return {
level.layer: level.material
for level in self.layers.values()
if level.thickness and level.material
}
def get_layer_to_sidewall_angle(self) -> dict[tuple[int, int], float]:
"""Returns layer tuple to material name."""
return {
level.layer: level.sidewall_angle
for level in self.layers.values()
if level.thickness
}
def get_layer_to_info(self) -> dict[tuple[int, int], Info]:
"""Returns layer tuple to info dict."""
return {level.layer: level.info for level in self.layers.values()}
def to_dict(self) -> dict[str, dict[str, dict[str, Any]]]:
return {
level_name: level.model_dump() for level_name, level in self.layers.items()
}
def __getitem__(self, key: str) -> LayerLevel:
"""Access layer stack elements."""
if key not in self.layers:
layers = list(self.layers.keys())
raise ValueError(f"{key!r} not in {layers}")
return self.layers[key]
def __getattr__(self, attr: str) -> Any:
return self.layers[attr]
class KCLayout(BaseModel, arbitrary_types_allowed=True, extra="allow"):
"""Small extension to the klayout.db.Layout.
It adds tracking for the [KCell][kfactory.kcell.KCell] objects
instead of only the `klayout.db.Cell` objects.
Additionally it allows creation and registration through `create_cell`
All attributes of `klayout.db.Layout` are transparently accessible
Attributes:
editable: Whether the layout should be opened in editable mode (default: True)
rename_function: function that takes an iterable object of ports and renames
them
"""
"""Store layers, enclosures, cell functions, simulation_settings ...
only one Pdk can be active at a given time.
Attributes:
name: PDK name.
enclosures: dict of enclosures factories.
cells: dict of str mapping to KCells.
cell_factories: dict of str mapping to cell factories.
base_pdk: a pdk to copy from and extend.
default_decorator: decorate all cells, if not otherwise defined on the cell.
layers: maps name to gdslayer/datatype.
Must be of type LayerEnum.
layer_stack: maps name to layer numbers, thickness, zmin, sidewall_angle.
if can also contain material properties
(refractive index, nonlinear coefficient, sheet resistance ...).
sparameters_path: to store Sparameters simulations.
interconnect_cml_path: path to interconnect CML (optional).
grid_size: in um. Defaults to 1nm.
constants: dict of constants for the PDK.
"""
_name: str
layout: kdb.Layout
layer_enclosures: LayerEnclosureModel
enclosure: KCellEnclosure
library: kdb.Library
factories: Factories[KCell]
virtual_factories: Factories[VKCell]
kcells: dict[int, KCell]
layers: type[LayerEnum]
layer_stack: LayerStack
netlist_layer_mapping: dict[LayerEnum | int, LayerEnum | int] = Field(
default_factory=dict
)
sparameters_path: Path | str | None
interconnect_cml_path: Path | str | None
constants: Constants = Field(default_factory=Constants)
rename_function: Callable[..., None]
_registered_functions: dict[int, Callable[..., KCell]]
info: Info = Field(default_factory=Info)
_settings: KCellSettings
def __init__(
self,
name: str,
layer_enclosures: dict[str, LayerEnclosure] | LayerEnclosureModel | None = None,
enclosure: KCellEnclosure | None = None,
layers: type[LayerEnum] | None = None,
sparameters_path: Path | str | None = None,
interconnect_cml_path: Path | str | None = None,
layer_stack: LayerStack | None = None,
constants: type[Constants] | None = None,
base_kcl: KCLayout | None = None,
port_rename_function: Callable[..., None] = rename_clockwise_multi,
copy_base_kcl_layers: bool = True,
info: dict[str, MetaData] | None = None,
) -> None:
"""Create a new KCLayout (PDK). Can be based on an old KCLayout.
Args:
name: Name of the PDK.
layer_enclosures: Additional KCellEnclosures that should be available
except the KCellEnclosure
enclosure: The standard KCellEnclosure of the PDK.
cell_factories: Functions for creating pcells from the PDK.
cells: Fixed cells of the PDK.
layers: A LayerEnum describing the layerstack of the PDK.
layer_stack: maps name to layer numbers, thickness, zmin, sidewall_angle.
if can also contain material properties
(refractive index, nonlinear coefficient, sheet resistance ...).
sparameters_path: Path to the sparameters config file.
interconnect_cml_path: Path to the interconnect file.
constants: A model containing all the constants related to the PDK.
base_kcl: an optional basis of the PDK.
port_rename_function: Which function to use for renaming kcell ports.
copy_base_kcl_layers: Copy all known layers from the base if any are
defined.
info: Additional metadata to put into info attribute.
"""
library = kdb.Library()
layout = library.layout()
if base_kcl:
if copy_base_kcl_layers and layer_stack:
layer_stackdict = base_kcl.layer_stack.model_dump()
layer_stackdict.update(layer_stack.model_dump())
layer_stack = LayerStack.model_construct(**layer_stackdict)
else:
layer_stack = layer_stack or LayerStack()
_constants = constants() if constants else base_kcl.constants.model_copy()
else:
layer_stack = layer_stack or LayerStack()
_constants = constants() if constants else Constants()
super().__init__(
_name=name,
kcells={},
layer_enclosures=LayerEnclosureModel(enclosure_map={}),
enclosure=KCellEnclosure([]),
layers=layerenum_from_dict(layers={}, kcl=self),
factories=Factories({}),
virtual_factories=Factories({}),
sparameters_path=sparameters_path,
interconnect_cml_path=interconnect_cml_path,
constants=_constants,
library=library,
layer_stack=layer_stack,
layout=layout,
rename_function=port_rename_function,
info=Info(**info) if info else Info(),
)
self._name = name
self._settings = KCellSettings(
version=__version__,
klayout_version=kdb.__version__, # type: ignore[attr-defined]
meta_format="v2",
)
self.library.register(self.name)
if layers is not None:
layer_dict = {
_layer.name: (_layer.layer, _layer.datatype)
for _layer in layers # type: ignore[attr-defined]
}
else:
layer_dict = {}
if base_kcl:
if copy_base_kcl_layers:
base_layer_dict = {
_layer.name: (_layer.layer, _layer.datatype)
for _layer in base_kcl.layers # type: ignore[attr-defined]
}
base_layer_dict.update(layer_dict)
layer_dict = base_layer_dict
layers = self.layerenum_from_dict(
name=base_kcl.layers.__name__, layers=layer_dict
)
else:
layers = self.layerenum_from_dict(layers=layer_dict)
sparameters_path = sparameters_path or base_kcl.sparameters_path
interconnect_cml_path = (
interconnect_cml_path or base_kcl.interconnect_cml_path
)
if enclosure is None:
enclosure = base_kcl.enclosure or KCellEnclosure([])
if layer_enclosures is None:
_layer_enclosures = LayerEnclosureModel()
else:
if layer_enclosures:
if isinstance(layer_enclosures, LayerEnclosureModel):
_layer_enclosures = LayerEnclosureModel(
enclosure_map={
name: lenc.copy_to(self)
for name, lenc in layer_enclosures.enclosure_map.items()
}
)
else:
_layer_enclosures = LayerEnclosureModel(
enclosure_map={
name: lenc.copy_to(self)
for name, lenc in layer_enclosures.items()
}
)
else:
_layer_enclosures = LayerEnclosureModel(enclosure_map={})
enclosure = (
enclosure.copy_to(self) if enclosure else KCellEnclosure(enclosures=[])
)
layers = self.layerenum_from_dict(name="LAYER", layers=layer_dict)
sparameters_path = sparameters_path
interconnect_cml_path = interconnect_cml_path
if enclosure is None:
enclosure = KCellEnclosure([])
if layer_enclosures is None:
_layer_enclosures = LayerEnclosureModel()
self.layers = layers
self.sparameters_path = sparameters_path
self.enclosure = enclosure
self.layer_enclosures = _layer_enclosures
self.interconnect_cml_path = interconnect_cml_path
kcls[self.name] = self
def _set_name_and_library(self, name: str) -> None:
self._name = name
self.library.register(name)
@computed_field # type: ignore[misc]
@property
def name(self) -> str:
"""Name of the KCLayout."""
return self._name
@property
def settings(self) -> KCellSettings:
"""Settings dictionary set by __init__ with metainfo."""
return self._settings
@overload
def cell(
self,
_func: KCellFunc[KCellParams],
/,
) -> KCellFunc[KCellParams]: ...
@overload
def cell(
self,
/,
*,
set_settings: bool = True,
set_name: bool = True,
check_ports: bool = True,
check_instances: bool = True,
snap_ports: bool = True,
rec_dicts: bool = False,
basename: str | None = None,
drop_params: list[str] = ["self", "cls"],
info: dict[str, MetaData] | None = None,
post_process: Iterable[Callable[[KCell], None]] = [],
) -> Callable[[KCellFunc[KCellParams]], KCellFunc[KCellParams]]: ...
@config.logger.catch(reraise=True)
def cell(
self,
_func: KCellFunc[KCellParams] | None = None,
/,
*,
set_settings: bool = True,
set_name: bool = True,
check_ports: bool = True,
check_instances: bool = True,
snap_ports: bool = True,
add_port_layers: bool = True,
cache: Cache[int, Any] | dict[int, Any] | None = None,
rec_dicts: bool = False,
basename: str | None = None,
drop_params: list[str] = ["self", "cls"],
register_factory: bool = True,
info: dict[str, MetaData] | None = None,
post_process: Iterable[Callable[[KCell], None]] = [],
) -> (
KCellFunc[KCellParams]
| Callable[[KCellFunc[KCellParams]], KCellFunc[KCellParams]]
):
"""Decorator to cache and auto name the cell.
This will use `functools.cache` to cache the function call.
Additionally, if enabled this will set the name and from the args/kwargs of the
function and also paste them into a settings dictionary of the
[KCell][kfactory.kcell.KCell].
Args:
set_settings: Copy the args & kwargs into the settings dictionary
set_name: Auto create the name of the cell to the functionname plus a
string created from the args/kwargs
check_ports: Check whether there are any non-90° ports in the cell and throw
a warning if there are.
check_instances: Check for any complex instances. A complex instance is a an
instance that has a magnification != 1 or non-90° rotation.
snap_ports: Snap the centers of the ports onto the grid
(only x/y, not angle).
add_port_layers: Add special layers of
[netlist_layer_mapping][kfactory.kcell.KCLayout.netlist_layer_mapping]
to the ports if the port layer is in the mapping.
cache: Provide a user defined cache instead of an internal one. This
can be used for example to clear the cache.
rec_dicts: Allow and inspect recursive dictionaries as parameters (can be
expensive if the cell is called often).
basename: Overwrite the name normally inferred from the function or class
name.
drop_params: Drop these parameters before writing the
[settings][kfactory.kcell.KCell.settings]
register_factory: Register the resulting KCell-function to the
[factories][kfactory.kcell.KCLayout.factories]
info: Additional metadata to put into info attribute.
post_process: List of functions to call after the cell has been created.
"""
d2fs = rec_dict_to_frozenset if rec_dicts else dict_to_frozenset
fs2d = rec_frozenset_to_dict if rec_dicts else frozenset_to_dict
def decorator_autocell(
f: Callable[KCellParams, KCell],
) -> Callable[KCellParams, KCell]:
sig = inspect.signature(f)
# previously was a KCellCache, but dict should do for most case
_cache: Cache[_HashedTuple, KCell] | dict[_HashedTuple, KCell] = cache or {}
@functools.wraps(f)
def wrapper_autocell(
*args: KCellParams.args, **kwargs: KCellParams.kwargs
) -> KCell:
params: dict[str, KCellParams.kwargs | KCellParams.args] = {
p.name: p.default for k, p in sig.parameters.items()
}
arg_par = list(sig.parameters.items())[: len(args)]
for i, (k, v) in enumerate(arg_par):
params[k] = args[i]
params.update(kwargs)
del_parameters: list[str] = []
for key, value in params.items():
if isinstance(value, dict):
params[key] = d2fs(value)
if value == inspect.Parameter.empty:
del_parameters.append(key)
for param in del_parameters:
del params[param]
@cachetools.cached(cache=_cache)
@functools.wraps(f)
def wrapped_cell(
**params: KCellParams.args | KCellParams.kwargs,
) -> KCell:
for key, value in params.items():
if isinstance(value, frozenset):
params[key] = fs2d(value)
cell = f(**params)
dbu = cell.kcl.layout.dbu
if cell._locked:
# If the cell is locked, it comes from a cache (most likely)
# and should be copied first
cell = cell.dup()
if set_name:
if basename is not None:
name = get_cell_name(basename, **params)
else:
name = get_cell_name(f.__name__, **params)
cell.name = name
if set_settings:
settings = cell.settings.model_dump()
if basename is not None:
settings["function_name"] = basename
else:
settings["function_name"] = f.__name__
for param in drop_params:
params.pop(param, None)
settings.update(params)
cell._settings = KCellSettings(**settings)
cell_info = cell.info.model_dump()
for name, value in cell.info:
cell_info[name] = value
cell.info = Info(**cell_info)
if check_instances:
if any(inst.is_complex() for inst in cell.each_inst()):
raise ValueError(
"Most foundries will not allow off-grid instances. "
"Please flatten them or add check_instances=False to"
" the decorator."
)
if snap_ports:
for port in cell.ports:
if port._dcplx_trans:
dup = port._dcplx_trans.dup()
dup.disp = port._dcplx_trans.disp.to_itype(
dbu
).to_dtype(dbu)
port.dcplx_trans = dup
if add_port_layers:
for port in cell.ports:
if port.layer in cell.kcl.netlist_layer_mapping:
if port._trans:
edge = kdb.Edge(
kdb.Point(0, -port.width // 2),
kdb.Point(0, port.width // 2),
)
cell.shapes(
cell.kcl.netlist_layer_mapping[port.layer]
).insert(port.trans * edge)
if port.name:
cell.shapes(
cell.kcl.netlist_layer_mapping[port.layer]
).insert(kdb.Text(port.name, port.trans))
else:
dedge = kdb.DEdge(
kdb.DPoint(0, -port.d.width / 2),
kdb.DPoint(0, port.d.width / 2),
)
cell.shapes(
cell.kcl.netlist_layer_mapping[port.layer]
).insert(port.dcplx_trans * dedge)
if port.name:
cell.shapes(
cell.kcl.netlist_layer_mapping[port.layer]
).insert(
kdb.DText(
port.name, port.dcplx_trans.s_trans()
)
)
cell._locked = True
if cell.kcl != self:
raise ValueError(
"The KCell created must be using the same"
" KCLayout object as the @cell decorator. "
f"{self.name!r} != {cell.kcl.name!r}. Please make sure to "
"use @kcl.cell and only use @cell for cells which are"
" created through kfactory.kcl. To create KCells not in "
"the standard KCLayout, use either custom_kcl.kcell() or "
"KCell(kcl=custom_kcl)."
)
return cell
_cell = wrapped_cell(**params)
if info is not None:
_cell.info.update(info)
for pp in post_process:
pp(_cell)
if _cell._destroyed():
# If the any cell has been destroyed, we should clean up the cache.
# Delete all the KCell entrances in the cache which have
# `_destroyed() == True`
_deleted_cell_hashes: list[_HashedTuple] = [
_hash_item
for _hash_item, _cell_item in _cache.items()
if _cell_item._destroyed()
]
for _dch in _deleted_cell_hashes:
del _cache[_dch]
_cell = wrapped_cell(**params)
return _cell
if register_factory:
self.factories[basename or f.__name__] = wrapper_autocell
return wrapper_autocell
return decorator_autocell if _func is None else decorator_autocell(_func)
@overload
def vcell(
self,
_func: Callable[KCellParams, VKCell],
/,
) -> Callable[KCellParams, VKCell]: ...
@overload
def vcell(
self,
/,
*,
set_settings: bool = True,
set_name: bool = True,
check_ports: bool = True,
rec_dicts: bool = False,
basename: str | None = None,
drop_params: list[str] = ["self", "cls"],
register_factory: bool = True,
) -> Callable[[Callable[KCellParams, VKCell]], Callable[KCellParams, VKCell]]: ...
@config.logger.catch(reraise=True)
def vcell(
self,
_func: Callable[KCellParams, VKCell] | None = None,
/,
*,
set_settings: bool = True,
set_name: bool = True,
check_ports: bool = True,
add_port_layers: bool = True,
cache: Cache[int, Any] | dict[int, Any] | None = None,
rec_dicts: bool = False,
basename: str | None = None,
drop_params: list[str] = ["self", "cls"],
register_factory: bool = True,
) -> (
Callable[KCellParams, VKCell]
| Callable[[Callable[KCellParams, VKCell]], Callable[KCellParams, VKCell]]
):
"""Decorator to cache and auto name the cell.
This will use `functools.cache` to cache the function call.
Additionally, if enabled this will set the name and from the args/kwargs of the
function and also paste them into a settings dictionary of the
[KCell][kfactory.kcell.KCell].
Args:
set_settings: Copy the args & kwargs into the settings dictionary
set_name: Auto create the name of the cell to the functionname plus a
string created from the args/kwargs
check_ports: Check whether there are any non-90° ports in the cell and throw
a warning if there are
snap_ports: Snap the centers of the ports onto the grid
(only x/y, not angle).
add_port_layers: Add special layers of
[netlist_layer_mapping][kfactory.kcell.KCLayout.netlist_layer_mapping]
to the ports if the port layer is in the mapping.
cache: Provide a user defined cache instead of an internal one. This
can be used for example to clear the cache.
rec_dicts: Allow and inspect recursive dictionaries as parameters (can be
expensive if the cell is called often).
basename: Overwrite the name normally inferred from the function or class
name.
drop_params: Drop these parameters before writing the
[settings][kfactory.kcell.KCell.settings]
register_factory: Register the resulting KCell-function to the
[factories][kfactory.kcell.KCLayout.factories]
"""
d2fs = rec_dict_to_frozenset if rec_dicts else dict_to_frozenset
fs2d = rec_frozenset_to_dict if rec_dicts else frozenset_to_dict
def decorator_autocell(
f: Callable[KCellParams, VKCell],
) -> Callable[KCellParams, VKCell]:
sig = inspect.signature(f)
# previously was a KCellCache, but dict should do for most case
_cache = cache or {}
@functools.wraps(f)
def wrapper_autocell(
*args: KCellParams.args, **kwargs: KCellParams.kwargs
) -> VKCell:
params: dict[str, KCellParams.args] = {
p.name: p.default for k, p in sig.parameters.items()
}
arg_par = list(sig.parameters.items())[: len(args)]
for i, (k, v) in enumerate(arg_par):
params[k] = args[i]
params.update(kwargs)
del_parameters: list[str] = []
for key, value in params.items():
if isinstance(value, dict):
params[key] = d2fs(value)
if value == inspect.Parameter.empty:
del_parameters.append(key)
for param in del_parameters:
del params[param]
@cachetools.cached(cache=_cache)
@functools.wraps(f)
def wrapped_cell(
**params: KCellParams.args,
) -> VKCell:
for key, value in params.items():
if isinstance(value, frozenset):
params[key] = fs2d(value)
cell = f(**params)
if cell._locked:
raise ValueError(
"Trying to change a locked VKCell is no allowed. "
f"{cell.name=}"
)
if set_name:
if basename is not None:
name = get_cell_name(basename, **params)
elif "self" in params:
name = get_cell_name(
params["self"].__class__.__name__, **params
)
else:
name = get_cell_name(f.__name__, **params)
cell.name = name
if set_settings:
settings = cell.settings.model_dump()
if basename is not None:
settings["function_name"] = basename
elif "self" in params:
settings["function_name"] = params[
"self"
].__class__.__name__
else:
settings["function_name"] = f.__name__
params.pop("self", None)
params.pop("cls", None)
settings.update(params)
cell._settings = KCellSettings(**settings)
info = cell.info.model_dump()
for name, value in cell.info:
info[name] = value
cell.info = Info(**info)
if add_port_layers:
for port in cell.ports:
if port.layer in cell.kcl.netlist_layer_mapping:
if port._trans:
edge = kdb.Edge(
kdb.Point(0, -port.width // 2),
kdb.Point(0, port.width // 2),
)
cell.shapes(
cell.kcl.netlist_layer_mapping[port.layer]
).insert(port.trans * edge)
if port.name:
cell.shapes(
cell.kcl.netlist_layer_mapping[port.layer]
).insert(kdb.Text(port.name, port.trans))
else:
dedge = kdb.DEdge(
kdb.DPoint(0, -port.d.width / 2),
kdb.DPoint(0, port.d.width / 2),
)
cell.shapes(
cell.kcl.netlist_layer_mapping[port.layer]
).insert(port.dcplx_trans * dedge)
if port.name:
cell.shapes(
cell.kcl.netlist_layer_mapping[port.layer]
).insert(
kdb.DText(
port.name, port.dcplx_trans.s_trans()
)
)
cell._locked = True
if cell.kcl != self:
raise ValueError(
"The KCell created must be using the same"
" KCLayout object as the @cell decorator. "
f"{self.name!r} != {cell.kcl.name!r}. Please make sure to "
"use @kcl.cell and only use @cell for cells which are"
" created through kfactory.kcl. To create KCells not in "
"the standard KCLayout, use either custom_kcl.kcell() or "
"KCell(kcl=custom_kcl)."
)
return cell
return wrapped_cell(**params)
if register_factory:
self.virtual_factories[basename or f.__name__] = wrapper_autocell
return wrapper_autocell
return decorator_autocell if _func is None else decorator_autocell(_func)
def kcell(self, name: str | None = None, ports: Ports | None = None) -> KCell:
"""Create a new cell based ont he pdk's layout object."""
return KCell(name=name, kcl=self, ports=ports)
def layer_enum(
self, name: str, layers: dict[str, tuple[int, int]]
) -> type[LayerEnum]:
"""Create a new LAYER enum based on the pdk's kcl."""
return layerenum_from_dict(name=name, layers=layers, kcl=self)
def __getattr__(self, name): # type: ignore[no-untyped-def]
"""If KCLayout doesn't have an attribute, look in the KLayout Cell."""
if name != "_name":
return self.layout.__getattribute__(name)
def __setattr__(self, name: str, value: Any) -> None:
"""Use a custom setter to automatically set attributes.
If the attribute is not in this object, set it on the
Layout object.
"""
match name:
case "_name":
object.__setattr__(self, name, value)
case "name":
self._set_name_and_library(value)
case _:
if name in self.model_fields:
super().__setattr__(name, value)
else:
self.layout.__setattr__(name, value)
def layerenum_from_dict(
self, name: str = "LAYER", *, layers: dict[str, tuple[int, int]]
) -> type[LayerEnum]:
"""Create a new [LayerEnum][kfactory.kcell.LayerEnum] from this KCLayout."""
return layerenum_from_dict(layers=layers, name=name, kcl=self)
def clear(self, keep_layers: bool = True) -> None:
"""Clear the Layout.
If the layout is cleared, all the LayerEnums and
"""
self.layout.clear()
self.kcells = {}
if keep_layers:
self.layers = layerenum_from_dict(
kcl=self,
name=self.layers.__name__,
layers={
layer_name: (layer.layer, layer.datatype)
for layer_name, layer in self.layers.__members__.items()
},
)
def dup(self, init_cells: bool = True) -> KCLayout:
"""Create a duplication of the `~KCLayout` object.
Args:
init_cells: initialize the all cells in the new KCLayout object
Returns:
Copy of itself
"""
kcl = KCLayout(self.name + "_DUPLICATE")
kcl.layout.assign(self.layout.dup())
if init_cells:
for i, kc in self.kcells.items():
kcl.kcells[i] = KCell(
name=kc.name,
kcl=kcl,
kdb_cell=kcl.layout.cell(kc.name),
ports=kc.ports,
)
kcl.kcells[i]._settings = kc.settings.model_copy()
kcl.kcells[i].info = kc.info.model_copy(
update={n: v for n, v in kc.info}
)
kcl.rename_function = self.rename_function
return kcl
def create_cell(
self,
name: str,
*args: str,
allow_duplicate: bool = False,
) -> kdb.Cell:
"""Create a new cell in the library.
This shouldn't be called manually.
The constructor of KCell will call this method.
Args:
name: The (initial) name of the cell.
allow_duplicate: Allow the creation of a cell with the same name which
already is registered in the Layout.
This will create a cell with the name `name` + `$1` or `2..n`
increasing by the number of existing duplicates
args: additional arguments passed to
`klayout.db.Layout.create_cell`
Returns:
klayout.db.Cell: klayout.db.Cell object created in the Layout
"""
if allow_duplicate or (self.layout.cell(name) is None):
return self.layout.create_cell(name, *args)
else:
raise ValueError(
f"Cellname {name} already exists. Please make sure the cellname is"
" unique or pass `allow_duplicate` when creating the library"
)
def delete_cell(self, cell: KCell | int) -> None:
"""Delete a cell in the kcl object."""
if isinstance(cell, int):
self.layout.delete_cell(cell)
del self.kcells[cell]
else:
ci = cell.cell_index()
self.layout.delete_cell(ci)
del self.kcells[ci]
def delete_cell_rec(self, cell_index: int) -> None:
"""Deletes a KCell plus all subcells."""
self.layout.delete_cell_rec(cell_index)
self.rebuild()
def delect_cells(self, cell_index_list: Sequence[int]) -> None:
"""Delete a sequence of cell by indexes."""
self.layout.delete_cells(cell_index_list)
self.rebuild()
def rebuild(self) -> None:
"""Rebuild the KCLayout based on the Layoutt object."""
kcells2delete: list[int] = []
for ci in self.kcells:
if self[ci]._destroyed():
kcells2delete.append(ci)
for ci in kcells2delete:
del self.kcells[ci]
def register_cell(self, kcell: KCell, allow_reregister: bool = False) -> None:
"""Register an existing cell in the KCLayout object.
Args:
kcell: KCell to be registered in the KCLayout
allow_reregister: Overwrite the existing KCell registration with this one.
Doesn't allow name duplication.
"""
def check_name(other: KCell) -> bool:
return other._kdb_cell.name == kcell._kdb_cell.name
if (kcell.cell_index() not in self.kcells) or allow_reregister:
self.kcells[kcell.cell_index()] = kcell
else:
raise ValueError(
"Cannot register a new cell with a name that already"
" exists in the library"
)
def __getitem__(self, obj: str | int) -> KCell:
"""Retrieve a cell by name(str) or index(int).
Attrs:
obj: name of cell or cell_index
"""
if isinstance(obj, int):
try:
return self.kcells[obj]
except KeyError:
if self.layout.cell(obj) is None:
raise
kdb_c = self.layout.cell(obj)
c = KCell(name=kdb_c.name, kcl=self, kdb_cell=self.layout.cell(obj))
c.get_meta_data()
return c
else:
if self.layout.cell(obj) is not None:
try:
return self.kcells[self.layout.cell(obj).cell_index()]
except KeyError:
kdb_c = self.layout.cell(obj)
c = KCell(name=kdb_c.name, kcl=self, kdb_cell=self.layout.cell(obj))
c.get_meta_data()
return c
from pprint import pformat
raise ValueError(
f"Library doesn't have a KCell named {obj},"
" available KCells are"
f"{pformat(sorted([cell.name for cell in self.kcells.values()]))}"
)
def read(
self,
filename: str | Path,
options: kdb.LoadLayoutOptions = load_layout_options(),
register_cells: bool = False,
test_merge: bool = True,
update_kcl_meta_data: Literal["overwrite", "skip", "drop"] = "skip",
) -> kdb.LayerMap:
"""Read a GDS file into the existing Layout.
Any existing meta info (KCell.info and KCell.settings) will be overwritten if
a KCell already exists. Instead of overwriting the cells, they can also be
loaded into new cells by using the corresponding cell_conflict_resolution.
This will fail if any of the read cells try to load into a locked KCell.
Args:
filename: Path of the GDS file.
options: KLayout options to load from the GDS. Can determine how merge
conflicts are handled for example. See
https://www.klayout.de/doc-qt5/code/class_LoadLayoutOptions.html
register_cells: If `True` create KCells for all cells in the GDS.
test_merge: Check the layouts first whether they are compatible
(no differences).
update_kcl_meta_data: How to treat loaded KCLayout info.
overwrite: overwrite existing info entries
skip: keep existing info values
drop: don't add any new info
"""
layout_b = kdb.Layout()
layout_b.read(str(filename), options)
if (
self.cells() > 0
and test_merge
and (
options.cell_conflict_resolution
!= kdb.LoadLayoutOptions.CellConflictResolution.RenameCell
)
):
for kcell in self.kcells.values():
kcell.set_meta_data()
diff = MergeDiff(
layout_a=self.layout,
layout_b=layout_b,
name_a=self.name,
name_b=Path(filename).stem,
)
diff.compare()
if diff.dbu_differs:
raise MergeError("Layouts' DBU differ. Check the log for more info.")
elif diff.diff_xor.cells() > 0:
diff_kcl = KCLayout(self.name + "_XOR")
diff_kcl.layout.assign(diff.diff_xor)
show(diff_kcl)
raise MergeError(
f"Layout {self.name} cannot merge with layout "
f"{Path(filename).stem} safely. See the error messages or"
f"or check with KLayout."
)
cells = set(self.layout.cells("*"))
fn = str(Path(filename).expanduser().resolve())
lm = self.layout.read(fn, options)
info, settings = self.get_meta_data()
match update_kcl_meta_data:
case "overwrite":
for k, v in info.items():
self.info[k] = v
case "skip":
_info = self.info.model_dump()
for k, v in self.info:
_info[k] = v
info.update(_info)
self.info = Info(**info)
case "drop":
pass
case _:
raise ValueError(
f"Unknown meta update strategy {update_kcl_meta_data=}"
", available strategies are 'overwrite', 'skip', or 'drop'"
)
meta_format = settings.get("meta_format") or config.meta_format
load_cells = set(layout_b.cells("*"))
new_cells = load_cells - cells
if register_cells:
for c in new_cells:
kc = KCell(kdb_cell=c, kcl=self)
kc.get_meta_data(meta_format=meta_format)
for c in load_cells & cells:
kc = self.kcells[c.cell_index()]
kc.get_meta_data(meta_format=meta_format)
kc.rebuild()
return lm
def get_meta_data(self) -> tuple[dict[str, Any], dict[str, Any]]:
"""Read KCLayout meta info from the KLayout object."""
settings = {}
info = {}
for meta in self.each_meta_info():
if meta.name.startswith("kfactory:info"):
info[meta.name.removeprefix("kfactory:info:")] = meta.value
elif meta.name.startswith("kfactory:settings"):
settings[meta.name.removeprefix("kfactory:settings:")] = meta.value
return info, settings
def set_meta_data(self) -> None:
"""Set the info/settings of the KCLayout."""
for name, setting in self.settings.model_dump().items():
self.add_meta_info(
kdb.LayoutMetaInfo(f"kfactory:settings:{name}", setting, None, True)
)
for name, info in self.info.model_dump().items():
self.add_meta_info(
kdb.LayoutMetaInfo(f"kfactory:info:{name}", info, None, True)
)
@overload
def write(self, filename: str | Path) -> None: ...
@overload
def write(
self,
filename: str | Path,
options: kdb.SaveLayoutOptions,
) -> None: ...
@overload
def write(
self,
filename: str | Path,
options: kdb.SaveLayoutOptions = save_layout_options(),
set_meta: bool = True,
) -> None: ...
def write(
self,
filename: str | Path,
options: kdb.SaveLayoutOptions = save_layout_options(),
set_meta: bool = True,
convert_external_cells: bool = False,
) -> None:
"""Write a GDS file into the existing Layout.
Args:
filename: Path of the GDS file.
options: KLayout options to load from the GDS. Can determine how merge
conflicts are handled for example. See
https://www.klayout.de/doc-qt5/code/class_LoadLayoutOptions.html
set_meta: Make sure all the cells have their metadata set
convert_external_cells: Whether to make KCells not in this KCLayout to
"""
match (set_meta, convert_external_cells):
case (True, True):
self.set_meta_data()
for kcell in self.kcells.values():
if not kcell._destroyed():
kcell.set_meta_data()
if kcell.is_library_cell():
kcell.convert_to_static(recursive=True)
case (True, False):
self.set_meta_data()
for kcell in self.kcells.values():
if not kcell._destroyed():
kcell.set_meta_data()
case (False, True):
for kcell in self.kcells.values():
if kcell.is_library_cell() and not kcell._destroyed():
kcell.convert_to_static(recursive=True)
return self.layout.write(str(filename), options)
def top_kcells(self) -> list[KCell]:
"""Return the top KCells."""
return [self[tc.cell_index()] for tc in self.top_cells()]
def top_kcell(self) -> KCell:
"""Return the top KCell if there is a single one."""
return self[self.top_cell().cell_index()]
def layerenum_from_dict(
layers: dict[str, tuple[int, int]], name: str = "LAYER", kcl: KCLayout | None = None
) -> type[LayerEnum]:
members: dict[str, constant[KCLayout] | tuple[int, int]] = {
"kcl": constant(kcl or _get_default_kcl())
}
members.update(layers)
return LayerEnum(
name, # type: ignore[arg-type]
members, # type: ignore[arg-type]
)
class Factories(UserDict[str, Callable[..., T]]):
def __init__(self, data: dict[str, Callable[..., T]]) -> None:
super().__init__(data)
def __getattr__(self, name: str) -> Any:
if name != "data":
return self.data[name]
else:
self.__getattribute__(name)
class VKCell(BaseModel, arbitrary_types_allowed=True):
"""Emulate `[klayout.db.Cell][klayout.db.Cell]`."""
_ports: Ports
_shapes: dict[int, VShapes]
_locked: bool
_settings: KCellSettings
info: Info
kcl: KCLayout
insts: list[VInstance]
_name: str | None
def __init__(
self,
name: str | None = None,
kcl: KCLayout | None = None,
info: dict[str, int | float | str] = {},
) -> None:
kcl = kcl or _get_default_kcl()
BaseModel.__init__(self, kcl=kcl, insts=[], info=Info(**info))
self._shapes = {}
self._ports = Ports(kcl)
self._locked = False
self._settings = KCellSettings()
self._name = name
@property
def name(self) -> str | None:
"""Name of the KCell."""
return self._name
@name.setter
def name(self, value: str) -> None:
if self._locked:
raise LockedError(self)
self._name = value
def __lshift__(self, cell: KCell | VKCell) -> VInstance:
return self.create_inst(cell=cell)
def create_inst(
self, cell: KCell | VKCell, trans: kdb.DCplxTrans = kdb.DCplxTrans()
) -> VInstance:
inst = VInstance(cell=cell, trans=kdb.DCplxTrans())
self.insts.append(inst)
return inst
def shapes(self, layer: int) -> VShapes:
if layer not in self._shapes:
self._shapes[layer] = VShapes(cell=self, _shapes=[])
return self._shapes[layer]
@property
def ports(self) -> Ports:
"""Ports associated with the cell."""
return self._ports
@ports.setter
def ports(self, new_ports: InstancePorts | Ports) -> None:
self._ports = new_ports.copy()
@overload
def create_port(
self,
*,
name: str | None = None,
trans: kdb.Trans,
width: int,
layer: LayerEnum | int,
port_type: str = "optical",
) -> Port: ...
@overload
def create_port(
self,
*,
name: str | None = None,
dcplx_trans: kdb.DCplxTrans,
dwidth: float,
layer: LayerEnum | int,
port_type: str = "optical",
) -> Port: ...
@overload
def create_port(
self,
*,
name: str | None = None,
port: Port,
) -> Port: ...
@overload
def create_port(
self,
*,
name: str | None = None,
width: int,
center: tuple[int, int],
angle: int,
layer: LayerEnum | int,
port_type: str = "optical",
mirror_x: bool = False,
) -> Port: ...
def create_port(self, **kwargs: Any) -> Port:
"""Proxy for [Ports.create_port][kfactory.kcell.Ports.create_port]."""
return self.ports.create_port(**kwargs)
def insert_into(
self, c: KCell, flatten: bool = False, trans: kdb.DCplxTrans = kdb.DCplxTrans.R0
) -> None:
VInstance(c, trans=trans).insert_into(cell=c, flatten=flatten, trans=trans)
def __getitem__(self, key: int | str | None) -> Port:
"""Returns port from instance."""
return self.ports[key]
@property
def settings(self) -> KCellSettings:
"""Settings dictionary set by the [@vcell][kfactory.kcell.vcell] decorator."""
return self._settings
class VInstancePorts:
"""Ports of an instance.
These act as virtual ports as the centers needs to change if the
instance changes etc.
Attributes:
cell_ports: A pointer to the [`KCell.ports`][kfactory.kcell.KCell.ports]
of the cell
instance: A pointer to the Instance related to this.
This provides a way to dynamically calculate the ports.
"""
cell_ports: Ports
instance: VInstance
def __init__(self, instance: VInstance) -> None:
"""Creates the virtual ports object.
Args:
instance: The related instance
"""
self.cell_ports = instance.cell.ports
self.instance = instance
def __len__(self) -> int:
"""Return Port count."""
return len(self.cell_ports)
def __getitem__(self, key: int | str | None) -> Port:
"""Get a port by name."""
p = self.cell_ports[key]
return p.copy(self.instance.trans)
def __iter__(self) -> Iterator[Port]:
"""Create a copy of the ports to iterate through."""
yield from (p.copy(self.instance.trans) for p in self.cell_ports)
def __repr__(self) -> str:
"""String representation.
Creates a copy and uses the `__repr__` of
[Ports][kfactory.kcell.Ports.__repr__].
"""
return repr(self.copy())
def copy(self) -> Ports:
"""Creates a copy in the form of [Ports][kfactory.kcell.Ports]."""
return Ports(
kcl=self.instance.cell.kcl,
ports=[p.copy(self.instance.trans) for p in self.cell_ports._ports],
)
class VInstance(BaseModel, arbitrary_types_allowed=True): # noqa: E999,D101
cell: VKCell | KCell
trans: kdb.DCplxTrans
_ports: VInstancePorts
def __init__(
self, cell: VKCell | KCell, trans: kdb.DCplxTrans = kdb.DCplxTrans()
) -> None:
BaseModel.__init__(self, cell=cell, trans=trans)
self._ports = VInstancePorts(self)
@property
def ports(self) -> VInstancePorts:
return self._ports
def insert_into(
self,
cell: KCell,
flatten: bool = False,
trans: kdb.DCplxTrans = kdb.DCplxTrans(),
) -> None:
if isinstance(self.cell, VKCell):
if flatten:
for layer, shapes in self.cell._shapes.items():
for shape in shapes.transform(trans * self.trans):
cell.shapes(layer).insert(shape)
for inst in self.cell.insts:
inst.insert_into(cell, flatten=flatten, trans=trans * self.trans)
else:
_trans = trans * self.trans
_trans_str = (
f"_R{_trans.rot()}_X{_trans.disp.x}_Y{_trans.disp.y}".replace(
".", "p"
)
)
_cn = self.cell.name
if _cn is None:
raise ValueError(
"Cannot insert a non-flattened VKCell when the name is 'None'"
)
_cell_name = _cn + _trans_str
if cell.kcl.layout.cell(_cell_name) is None:
_cell = KCell(kcl=self.cell.kcl, name=_cell_name) # self.cell.dup()
for layer, shapes in self.cell._shapes.items():
for shape in shapes.transform(trans * self.trans):
_cell.shapes(layer).insert(shape)
for inst in self.cell.insts:
inst.insert_into(cell=_cell, flatten=flatten, trans=_trans)
_cell.name = _cell_name
for port in self.cell.ports:
_cell.add_port(port.copy(_trans))
_settings = self.cell.settings.model_dump()
_settings.update({"virtual_trans": _trans})
_cell._settings = KCellSettings(**_settings)
_cell.info = Info(**self.cell.info.model_dump())
else:
_cell = cell.kcl[_cell_name]
cell << _cell
else:
if flatten:
for layer in cell.kcl.layer_indexes():
reg = kdb.Region(self.cell.begin_shapes_rec(layer))
reg.transform((trans * self.trans).to_itrans(cell.kcl.dbu))
cell.shapes(layer).insert(reg)
else:
_trans = trans * self.trans
_trans_str = (
f"_R{_trans.rot()}_X{_trans.disp.x}_Y{_trans.disp.y}".replace(
".", "p"
)
)
_cell_name = self.cell.name + _trans_str
if cell.kcl.layout.cell(_cell_name) is None:
_cell = self.cell.dup()
_cell.name = _cell_name
_cell.flatten(False)
for layer in _cell.kcl.layer_indexes():
_cell.shapes(layer).transform(_trans)
for port in self.cell.ports:
_cell.add_port(port.copy(_trans))
else:
_cell = cell.kcl[_cell_name]
cell << _cell
@overload
def connect(
self,
port: str | Port | None,
other: Port,
*,
mirror: bool = False,
allow_width_mismatch: bool = False,
allow_layer_mismatch: bool = False,
allow_type_mismatch: bool = False,
) -> None: ...
@overload
def connect(
self,
port: str | Port | None,
other: VInstance,
other_port_name: str | None,
*,
mirror: bool = False,
allow_width_mismatch: bool = False,
allow_layer_mismatch: bool = False,
allow_type_mismatch: bool = False,
) -> None: ...
def connect(
self,
port: str | Port | None,
other: VInstance | Port,
other_port_name: str | None = None,
*,
mirror: bool = False,
allow_width_mismatch: bool = False,
allow_layer_mismatch: bool = False,
allow_type_mismatch: bool = False,
) -> None:
"""Align port with name `portname` to a port.
Function to allow to transform this instance so that a port of this instance is
connected (same center with 180° turn) to another instance.
Args:
port: The name of the port of this instance to be connected, or directly an
instance port. Can be `None` because port names can be `None`.
other: The other instance or a port. Skip `other_port_name` if it's a port.
other_port_name: The name of the other port. Ignored if
`other` is a port.
mirror: Instead of applying klayout.db.Trans.R180 as a connection
transformation, use klayout.db.Trans.M90, which effectively means this
instance will be mirrored and connected.
allow_width_mismatch: Skip width check between the ports if set.
allow_layer_mismatch: Skip layer check between the ports if set.
allow_type_mismatch: Skip port_type check between the ports if set.
"""
if isinstance(other, VInstance):
if other_port_name is None:
raise ValueError(
"portname cannot be None if an Instance Object is given. For"
"complex connections (non-90 degree and floating point ports) use"
"route_cplx instead"
)
op = other.ports[other_port_name]
elif isinstance(other, Port):
op = other
else:
raise ValueError("other_instance must be of type Instance or Port")
if isinstance(port, Port):
p = port
else:
p = self.cell.ports[port]
if p.width != op.width and not allow_width_mismatch:
# The ports are not the same width
raise PortWidthMismatch(
self, # type: ignore[arg-type]
other, # type: ignore[arg-type]
p,
op,
)
if p.layer != op.layer and not allow_layer_mismatch:
# The ports are not on the same layer
raise PortLayerMismatch(self.cell.kcl, self, other, p, op) # type: ignore[arg-type]
if p.port_type != op.port_type and not allow_type_mismatch:
raise PortTypeMismatch(self, other, p, op) # type: ignore[arg-type]
dconn_trans = kdb.DCplxTrans.M90 if mirror else kdb.DCplxTrans.R180
self.trans = op.dcplx_trans * dconn_trans * p.dcplx_trans.inverted()
class VShapes(BaseModel, arbitrary_types_allowed=True):
"""Emulate `[klayout.db.Shapes][klayout.db.Shapes]`."""
cell: VKCell
_shapes: list[ShapeLike]
def __init__(self, cell: VKCell, _shapes: list[ShapeLike] | None = None):
# self._shapes = [_shape for _shape in _shapes] or []
BaseModel.__init__(self, cell=cell)
self._shapes = _shapes or []
def insert(self, shape: ShapeLike) -> None:
"""Emulate `[klayout.db.Shapes][klayout.db.Shapes]'s insert'`."""
if (
isinstance(shape, kdb.Shape)
and shape.cell.layout().dbu != self.cell.kcl.dbu
):
raise ValueError()
self._shapes.append(shape)
def __iter__(self) -> Iterator[ShapeLike]: # type: ignore[override]
yield from self._shapes
def each(self) -> Iterator[ShapeLike]:
yield from self._shapes
def transform(self, trans: kdb.DCplxTrans) -> VShapes: # noqa: D102
new_shapes: list[DShapeLike] = []
for shape in self._shapes:
if isinstance(shape, DShapeLike): # type: ignore[misc, arg-type]
new_shapes.append(shape.transformed(trans)) # type: ignore[union-attr, call-overload]
elif isinstance(shape, IShapeLike): # type: ignore[misc, arg-type]
new_shapes.append(
shape.to_dtype( # type: ignore[union-attr]
self.cell.kcl.dbu
).transformed(trans)
)
else:
new_shapes.append(
shape.transform(trans) # type: ignore[union-attr, call-overload, arg-type]
)
return VShapes(cell=self.cell, _shapes=new_shapes) # type: ignore[arg-type]
VInstance.model_rebuild()
VKCell.model_rebuild()
KCLayout.model_rebuild()
LayerSection.model_rebuild()
LayerEnclosure.model_rebuild()
KCellEnclosure.model_rebuild()
LayerEnclosureModel.model_rebuild()
LayerEnclosureCollection.model_rebuild()
kcl = KCLayout("DEFAULT")
"""Default library object.
Any [KCell][kfactory.kcell.KCell] uses this object unless another one is
specified in the constructor."""
cell = kcl.cell
"""Default kcl @cell decorator."""
vcell = kcl.vcell
def _get_default_kcl() -> KCLayout:
"""Utility function to get the default kcl object."""
return kcl
class Port:
"""A port is the photonics equivalent to a pin in electronics.
In addition to the location and layer
that defines a pin, a port also contains an orientation and a width.
This can be fully represented with a transformation, integer and layer_index.
Attributes:
name: String to name the port.
width: The width of the port in dbu.
trans: Transformation in dbu. If the port can be represented in 90° intervals
this is the safe way to do so.
dcplx_trans: Transformation in micrometer. The port will autoconvert between
trans and dcplx_trans on demand.
port_type: A string defining the type of the port
layer: Index of the layer or a LayerEnum that acts like an integer, but can
contain layer number and datatype
info: A dictionary with additional info. Not reflected in GDS. Copy will make a
(shallow) copy of it.
d: Access port info in micrometer basis such as width and center / angle.
kcl: Link to the layout this port resides in.
"""
yaml_tag = "!Port"
name: str | None
kcl: KCLayout
width: int
layer: int | LayerEnum
_trans: kdb.Trans | None
_dcplx_trans: kdb.DCplxTrans | None
info: Info = Info()
port_type: str
d: UMPort
@overload
def __init__(
self,
*,
name: str | None = None,
width: int,
layer: LayerEnum | int,
trans: kdb.Trans,
kcl: KCLayout | None = None,
port_type: str = "optical",
info: dict[str, int | float | str] = {},
): ...
@overload
def __init__(
self,
*,
name: str | None = None,
dwidth: float,
layer: LayerEnum | int,
dcplx_trans: kdb.DCplxTrans,
kcl: KCLayout | None = None,
port_type: str = "optical",
info: dict[str, int | float | str] = {},
): ...
@overload
def __init__(
self,
*,
name: str | None = None,
width: int,
layer: LayerEnum | int,
port_type: str = "optical",
angle: int,
center: tuple[int, int],
mirror_x: bool = False,
kcl: KCLayout | None = None,
info: dict[str, int | float | str] = {},
): ...
@overload
def __init__(
self,
*,
name: str | None = None,
dwidth: float,
layer: LayerEnum | int,
port_type: str = "optical",
dangle: float,
dcenter: tuple[float, float],
mirror_x: bool = False,
kcl: KCLayout | None = None,
info: dict[str, int | float | str] = {},
): ...
def __init__(
self,
*,
name: str | None = None,
width: int | None = None,
dwidth: float | None = None,
layer: int | None = None,
port_type: str = "optical",
trans: kdb.Trans | str | None = None,
dcplx_trans: kdb.DCplxTrans | str | None = None,
angle: int | None = None,
dangle: float | None = None,
center: tuple[int, int] | None = None,
dcenter: tuple[float, float] | None = None,
mirror_x: bool = False,
port: Port | None = None,
kcl: KCLayout | None = None,
info: dict[str, int | float | str] = {},
):
"""Create a port from dbu or um based units."""
self.kcl = kcl or _get_default_kcl()
self.d = UMPort(self)
self.info = Info(**info)
if port is not None:
self.name = port.name if name is None else name
if port.dcplx_trans.is_complex():
self.dcplx_trans = port.dcplx_trans
else:
self.trans = port.trans
self.port_type = port.port_type
self.layer = port.layer
self.width = port.width
elif (width is None and dwidth is None) or layer is None:
raise ValueError("width, layer must be given if the 'port is None'")
else:
if trans is not None:
# self.width = cast(int, width)
if isinstance(trans, str):
self.trans = kdb.Trans.from_s(trans)
else:
self.trans = trans.dup()
assert width is not None
self.width = width
self.port_type = port_type
elif dcplx_trans is not None:
if isinstance(dcplx_trans, str):
self.dcplx_trans = kdb.DCplxTrans.from_s(dcplx_trans)
else:
self.dcplx_trans = dcplx_trans.dup()
assert dwidth is not None
self.d.width = dwidth
assert self.width * self.kcl.layout.dbu == float(
dwidth
), "When converting to dbu the width does not match the desired width!"
elif width is not None:
assert angle is not None
assert center is not None
self.trans = kdb.Trans(angle, mirror_x, *center)
self.width = width
self.port_type = port_type
elif dwidth is not None:
assert dangle is not None
assert dcenter is not None
self.dcplx_trans = kdb.DCplxTrans(1, dangle, mirror_x, *dcenter)
assert layer is not None
self.name = name
self.layer = layer
self.port_type = port_type
@classmethod
def from_yaml(cls: type[Port], constructor, node) -> Port: # type: ignore
"""Internal function used by the placer to convert yaml to a Port."""
d = dict(constructor.construct_pairs(node))
return cls(**d)
def __eq__(self, other: object) -> bool:
"""Support for `port1 == port2` comparisons."""
if isinstance(other, Port):
if (
self.width == other.width
and self._trans == other._trans
and self._dcplx_trans == other._dcplx_trans
and self.name == other.name
and self.layer == other.layer
and self.port_type == other.port_type
and self.info == other.info
):
return True
return False
def copy(
self,
trans: kdb.Trans | kdb.DCplxTrans = kdb.Trans.R0,
post_trans: kdb.Trans | kdb.DCplxTrans | None = None,
) -> Port:
"""Get a copy of a port.
Transformation order which results in `copy.trans`:
- Trans: `trans * port.trans * post_trans`
- DCplxTrans: `trans * port.dcplx_trans * post_trans`
Args:
trans: an optional transformation applied to the port to be copied.
post_trans: transformation to apply to the port after copying.
Returns:
port: a copy of the port
"""
info = self.info.model_dump()
if post_trans is None:
if self._trans:
if isinstance(trans, kdb.Trans):
_trans = trans * self.trans
return Port(
name=self.name,
trans=_trans,
layer=self.layer,
port_type=self.port_type,
width=self.width,
kcl=self.kcl,
info=info,
)
elif not trans.is_complex():
_trans = trans.s_trans().to_itype(self.kcl.layout.dbu) * self.trans
return Port(
name=self.name,
trans=_trans,
layer=self.layer,
port_type=self.port_type,
width=self.width,
kcl=self.kcl,
info=info,
)
if isinstance(trans, kdb.Trans):
dtrans = kdb.DCplxTrans(trans.to_dtype(self.kcl.layout.dbu))
_dtrans = dtrans * self.dcplx_trans
else:
_dtrans = trans * self.dcplx_trans
return Port(
name=self.name,
dcplx_trans=_dtrans,
dwidth=self.d.width,
layer=self.layer,
kcl=self.kcl,
port_type=self.port_type,
info=info,
)
else:
if self._trans:
match isinstance(trans, kdb.Trans), isinstance(post_trans, kdb.Trans):
case True, True:
return Port(
name=self.name,
trans=trans * self.trans * post_trans, # type: ignore[operator]
layer=self.layer,
port_type=self.port_type,
width=self.width,
kcl=self.kcl,
info=info,
)
case False, True:
if not trans.is_complex(): # type: ignore[union-attr]
_trans = (
trans.s_trans().to_itype(self.kcl.layout.dbu) # type: ignore[operator, union-attr]
* self.trans
* post_trans
)
return Port(
name=self.name,
trans=_trans,
layer=self.layer,
port_type=self.port_type,
width=self.width,
kcl=self.kcl,
info=info,
)
else:
_dcplxtrans = (
trans
* self.dcplx_trans # type: ignore[operator]
* kdb.DCplxTrans(
post_trans.to_dtype(self.kcl.layout.dbu) # type: ignore[union-attr]
)
)
return Port(
name=self.name,
dcplx_trans=_dcplxtrans,
layer=self.layer,
port_type=self.port_type,
dwidth=self.d.width,
kcl=self.kcl,
info=info,
)
case True, False:
_dcplxtrans = (
(
kdb.DCplxTrans( # type: ignore[operator]
trans.to_dtype(self.kcl.layout.dbu) # type: ignore[union-attr]
)
)
* self.dcplx_trans
* post_trans
)
return Port(
name=self.name,
dcplx_trans=_dcplxtrans,
layer=self.layer,
port_type=self.port_type,
dwidth=self.d.width,
kcl=self.kcl,
info=info,
)
if isinstance(trans, kdb.Trans):
dtrans = kdb.DCplxTrans(trans.to_dtype(self.kcl.layout.dbu))
_dtrans = dtrans * self.dcplx_trans
else:
_dtrans = trans * self.dcplx_trans
if isinstance(post_trans, kdb.Trans):
_dposttrans = kdb.DCplxTrans(post_trans.to_dtype(self.kcl.layout.dbu))
else:
_dposttrans = post_trans or kdb.DCplxTrans()
return Port(
name=self.name,
dcplx_trans=_dtrans * _dposttrans,
dwidth=self.d.width,
layer=self.layer,
kcl=self.kcl,
port_type=self.port_type,
info=info,
)
def copy_polar(
self, d: int = 0, d_orth: int = 0, angle: int = 2, mirror: bool = False
) -> Port:
"""Get a polar copy of the port.
This will return a port which is transformed relatively to the original port's
transformation (orientation, angle and position).
Args:
d: The distance to the old port
d_orth: Orthogonal distance (positive is positive y for a port which is
facing angle=0°)
angle: Relative angle to the original port (0=0°,1=90°,2=180°,3=270°).
mirror: Whether to mirror the port relative to the original port.
"""
return self.copy(post_trans=kdb.Trans(angle, mirror, d, d_orth))
@property
def x(self) -> int:
"""X coordinate of the port in dbu."""
return self.trans.disp.x
@x.setter
def x(self, value: int) -> None:
if self._trans:
vec = self._trans.disp
vec.x = value
self._trans.disp = vec
elif self._dcplx_trans:
vec = self.trans.disp
vec.x = value
self._dcplx_trans.disp = vec.to_dtype(self.kcl.layout.dbu)
@property
def y(self) -> int:
"""Y coordinate of the port in dbu."""
return self.trans.disp.y
@y.setter
def y(self, value: int) -> None:
if self._trans:
vec = self._trans.disp
vec.y = value
self._trans.disp = vec
elif self._dcplx_trans:
vec = self.trans.disp
vec.y = value
self._dcplx_trans.disp = vec.to_dtype(self.kcl.layout.dbu)
@property
def center(self) -> tuple[int, int]:
"""Returns port center."""
return (self.x, self.y)
@center.setter
def center(self, value: tuple[int, int]) -> None:
self.x = value[0]
self.y = value[1]
@property
def trans(self) -> kdb.Trans:
"""Simple Transformation of the Port.
If this is set with the setter, it will overwrite any transformation or
dcplx transformation
"""
return self._trans or self.dcplx_trans.s_trans().to_itype(self.kcl.layout.dbu)
@trans.setter
def trans(self, value: kdb.Trans) -> None:
self._trans = value.dup()
self._dcplx_trans = None
@property
def dcplx_trans(self) -> kdb.DCplxTrans:
"""Complex transformation (µm based).
If the internal transformation is simple, return a complex copy.
The setter will set a complex transformation and overwrite the internal
transformation (set simple to `None` and the complex to the provided value.
"""
return self._dcplx_trans or kdb.DCplxTrans(
self.trans.to_dtype(self.kcl.layout.dbu)
)
@dcplx_trans.setter
def dcplx_trans(self, value: kdb.DCplxTrans) -> None:
if value.is_complex() or value.disp != value.disp.to_itype(
self.kcl.layout.dbu
).to_dtype(self.kcl.layout.dbu):
self._dcplx_trans = value.dup()
self._trans = None
else:
self._trans = value.dup().s_trans().to_itype(self.kcl.layout.dbu)
self._dcplx_trans = None
@property
def angle(self) -> int:
"""Angle of the transformation.
In the range of `[0,1,2,3]` which are increments in 90°. Not to be confused
with `rot` of the transformation which keeps additional info about the
mirror flag.
"""
return self.trans.angle
@angle.setter
def angle(self, value: int) -> None:
self._trans = self.trans.dup()
self._dcplx_trans = None
self._trans.angle = value
@property
def orientation(self) -> float:
"""Returns orientation in degrees for gdsfactory compatibility."""
return self.dcplx_trans.angle
@orientation.setter
def orientation(self, value: float) -> None:
if not self.dcplx_trans.is_complex() and value in [0, 90, 180, 270]:
self.trans.angle = int(value / 90)
else:
self._dcplx_trans = self.dcplx_trans
self.dcplx_trans.angle = value
@property
def mirror(self) -> bool:
"""Returns `True`/`False` depending on the mirror flag on the transformation."""
return self.trans.is_mirror()
@mirror.setter
def mirror(self, value: bool) -> None:
"""Setter for mirror flag on trans."""
self._trans = self.trans.dup()
self._dcplx_trans = None
self._trans.mirror = value
def hash(self) -> bytes:
"""Hash of Port."""
h = sha3_512()
name = self.name if self.name else ""
h.update(name.encode("UTF-8"))
h.update(self.trans.hash().to_bytes(8, "big"))
h.update(self.width.to_bytes(8, "big"))
h.update(self.port_type.encode("UTF-8"))
h.update(self.layer.to_bytes(8, "big"))
return h.digest()
def __repr__(self) -> str:
"""String representation of port."""
ln = self.layer.name if isinstance(self.layer, LayerEnum) else self.layer
return (
f"Port({'name: ' + self.name if self.name else ''}"
f", dwidth: {self.d.width}, trans: {self.dcplx_trans.to_s()}, layer: "
f"{ln}, port_type: {self.port_type})"
)
def print(self) -> None:
"""Print the port pretty."""
config.console.print(pprint_ports([self]))
class UMPort:
"""Make the port able to dynamically give um based info."""
def __init__(self, parent: Port):
"""Constructor, just needs a pointer to the port.
Args:
parent: port that this should be attached to
"""
self.parent = parent
@property
def x(self) -> float:
"""X coordinate of the port in um."""
return self.parent.dcplx_trans.disp.x
@x.setter
def x(self, value: float) -> None:
vec = self.parent.dcplx_trans.disp
vec.x = value
if self.parent._trans:
self.parent._trans.disp = vec.to_itype(self.parent.kcl.layout.dbu)
elif self.parent._dcplx_trans:
self.parent._dcplx_trans.disp = vec
@property
def y(self) -> float:
"""Y coordinate of the port in um."""
return self.parent.dcplx_trans.disp.y
@y.setter
def y(self, value: float) -> None:
vec = self.parent.dcplx_trans.disp
vec.y = value
if self.parent._trans:
self.parent._trans.disp = vec.to_itype(self.parent.kcl.layout.dbu)
elif self.parent._dcplx_trans:
self.parent._dcplx_trans.disp = vec
@property
def center(self) -> tuple[float, float]:
"""Coordinate of the port in um."""
vec = self.parent.dcplx_trans.disp
return (vec.x, vec.y)
@center.setter
def center(self, pos: tuple[float, float]) -> None:
if self.parent._trans:
self.parent._trans.disp = kdb.DVector(*pos).to_itype(
self.parent.kcl.layout.dbu
)
elif self.parent._dcplx_trans:
self.parent._dcplx_trans.disp = kdb.DVector(*pos)
@property
def angle(self) -> float:
"""Angle of the port in degrees."""
return self.parent.dcplx_trans.angle
@angle.setter
def angle(self, value: float) -> None:
if value in [0, 90, 180, 270]:
if self.parent._trans:
self.parent._trans.angle = int(value / 90)
return
trans = self.parent.dcplx_trans
trans.angle = value
self.parent.dcplx_trans = trans
@property
def width(self) -> float:
"""Width of the port in um."""
return self.parent.width * self.parent.kcl.layout.dbu
@width.setter
def width(self, value: float) -> None:
self.parent.width = int(value / self.parent.kcl.layout.dbu)
assert self.parent.width * self.parent.kcl.layout.dbu == float(value), (
"When converting to dbu the width does not match the desired width"
f"({self.width} / {value})!"
)
@property
def mirror(self) -> bool:
"""Mirror flag of the port."""
return self.parent.mirror
@mirror.setter
def mirror(self, value: bool) -> None:
self.parent.mirror = value
def __repr__(self) -> str:
"""String representation of port."""
ln = (
self.parent.layer.name
if isinstance(self.parent.layer, LayerEnum)
else self.parent.layer
)
return (
f"Port({'name: ' + self.parent.name if self.parent.name else ''}"
f", width: {self.width}, center: {self.center}, angle: {self.angle}"
f", layer: {ln}, port_type: {self.parent.port_type})"
)
class UMKCell:
"""Make the port able to dynamically give um based info."""
def __init__(self, parent: KCell):
"""Constructor, just needs a pointer to the port.
Args:
parent: port that this should be attached to
"""
self.parent = parent
@property
def xmin(self) -> float:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self.parent._kdb_cell.dbbox().left
@property
def ymin(self) -> float:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self.parent._kdb_cell.dbbox().bottom
@property
def xmax(self) -> float:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self.parent._kdb_cell.dbbox().right
@property
def ymax(self) -> float:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self.parent._kdb_cell.dbbox().top
@property
def xsize(self) -> float:
"""Returns the width of the bounding box."""
return self.parent._kdb_cell.dbbox().width()
@property
def ysize(self) -> float:
"""Returns the height of the bounding box."""
return self.parent._kdb_cell.dbbox().height()
@property
def x(self) -> float:
"""X coordinate of the port in um."""
return self.parent._kdb_cell.dbbox().center().x
@property
def y(self) -> float:
"""Y coordinate of the port in um."""
return self.parent._kdb_cell.dbbox().center().y
@property
def center(self) -> kdb.DPoint:
"""Coordinate of the port in um."""
return self.parent._kdb_cell.dbbox().center()
@overload
def create_inst(
self,
cell: KCell | int,
*,
trans: kdb.DTrans | kdb.DCplxTrans | kdb.DVector = kdb.DTrans(),
) -> Instance: ...
@overload
def create_inst(
self,
cell: KCell | int,
*,
trans: kdb.DTrans | kdb.DCplxTrans | kdb.DVector = kdb.DTrans(),
a: kdb.DVector,
b: kdb.DVector,
na: int = 1,
nb: int = 1,
) -> Instance: ...
def create_inst(
self,
cell: KCell | int,
*,
trans: kdb.DTrans | kdb.DCplxTrans | kdb.DVector = kdb.DTrans(),
a: kdb.DVector | None = None,
b: kdb.DVector | None = None,
na: int = 1,
nb: int = 1,
) -> Instance:
"""Add an instance of another KCell.
Args:
cell: The cell to be added
trans: The integer transformation applied to the reference
a: Vector for the array.
Needs to be in positive X-direction. Usually this is only a
Vector in x-direction. Some foundries won't allow other Vectors.
b: Vector for the array.
Needs to be in positive Y-direction. Usually this is only a
Vector in x-direction. Some foundries won't allow other Vectors.
na: Number of elements in direction of `a`
nb: Number of elements in direction of `b`
Returns:
The created instance
"""
if self.parent._locked:
raise LockedError(self.parent)
if isinstance(cell, int):
ci = cell
else:
ci = cell.cell_index()
if a is None:
ca = self.parent._kdb_cell.insert(kdb.DCellInstArray(ci, trans))
else:
if b is None:
b = kdb.DVector()
ca = self.parent._kdb_cell.insert(
kdb.DCellInstArray(ci, trans, a, b, na, nb)
)
inst = Instance(self.parent.kcl, ca)
self.parent.insts.append(inst)
return inst
class Instance:
"""An Instance of a KCell.
An Instance is a reference to a KCell with a transformation.
Attributes:
_instance: The internal `kdb.Instance` reference
ports: Transformed ports of the KCell
kcl: Pointer to the layout object holding the instance
d: Helper that allows retrieval of instance information in um
"""
yaml_tag = "!Instance"
_instance: kdb.Instance
kcl: KCLayout
ports: InstancePorts
d: UMInstance
def __init__(self, kcl: KCLayout, instance: kdb.Instance) -> None:
"""Create an instance from a KLayout Instance."""
self._instance = instance
self.kcl = kcl
self.ports = InstancePorts(self)
self.d = UMInstance(self)
def __getitem__(
self, key: int | str | None | tuple[int | str | None, int, int]
) -> Port:
"""Returns port from instance.
The key can either be an integer, in which case the nth port is
returned, or a string in which case the first port with a matching
name is returned.
If the instance is an array, the key can also be a tuple in the
form of `c.ports[key_name, i_a, i_b]`, where `i_a` is the index in
the `instance.a` direction and `i_b` the `instance.b` direction.
E.g. `c.ports["a", 3, 5]`, accesses the ports of the instance which is
3 times in `a` direction (4th index in the array), and 5 times in `b` direction
(5th index in the array).
"""
return self.ports[key]
def __getattr__(self, name): # type: ignore[no-untyped-def]
"""If we don't have an attribute, get it from the instance."""
return getattr(self._instance, name)
@property
def name(self) -> str:
"""Name of instance in GDS."""
prop = self.property(PROPID.NAME)
return str(prop) if prop is not None else f"{self.cell.name}_{self.x}_{self.y}"
@name.setter
def name(self, value: str) -> None:
self.set_property(PROPID.NAME, value)
@property
def cell_index(self) -> int:
"""Get the index of the cell this instance refers to."""
return self._instance.cell_index
@cell_index.setter
def cell_index(self, value: int) -> None:
self._instance_.cell_index = value
@property
def cell(self) -> KCell:
"""Parent KCell of the Instance."""
return self.kcl[self.cell_index]
@cell.setter
def cell(self, value: KCell) -> None:
self.cell_index = value.cell_index()
@property
def a(self) -> kdb.Vector:
"""Returns the displacement vector for the 'a' axis."""
return self._instance.a
@a.setter
def a(self, vec: kdb.Vector | kdb.DVector) -> None:
self._instance.a = vec # type: ignore[assignment]
@property
def b(self) -> kdb.Vector:
"""Returns the displacement vector for the 'b' axis."""
return self._instance.b
@b.setter
def b(self, vec: kdb.Vector | kdb.DVector) -> None:
self._instance.b = vec # type: ignore[assignment]
@property
def cell_inst(self) -> kdb.CellInstArray:
"""Gets the basic CellInstArray object associated with this instance."""
return self._instance.cell_inst
@cell_inst.setter
def cell_inst(self, cell_inst: kdb.CellInstArray | kdb.DCellInstArray) -> None:
self._instance.cell_inst = cell_inst # type: ignore[assignment]
@property
def cplx_trans(self) -> kdb.ICplxTrans:
"""Gets the complex transformation of the instance.
Or the first instance in the array.
"""
return self._instance.cplx_trans
@cplx_trans.setter
def cplx_trans(self, trans: kdb.ICplxTrans | kdb.DCplxTrans) -> None:
self._instance.cplx_trans = trans # type: ignore[assignment]
@property
def dcplx_trans(self) -> kdb.DCplxTrans:
"""Gets the complex transformation of the instance.
Or the first instance in the array.
"""
return self._instance.dcplx_trans
@dcplx_trans.setter
def dcplx_trans(self, trans: kdb.DCplxTrans) -> None:
self._instance.dcplx_trans = trans
@property
def dtrans(self) -> kdb.DTrans:
"""Gets the complex transformation of the instance.
Or the first instance in the array.
"""
return self._instance.dtrans
@dtrans.setter
def dtrans(self, trans: kdb.DTrans) -> None:
self._instance.dtrans = trans
@property
def trans(self) -> kdb.Trans:
"""Gets the complex transformation of the instance.
Or the first instance in the array.
"""
return self._instance.trans
@trans.setter
def trans(self, trans: kdb.Trans | kdb.DTrans) -> None:
self._instance.trans = trans # type: ignore[assignment]
@property
def na(self) -> int:
"""Returns the displacement vector for the 'a' axis."""
return self._instance.na
@na.setter
def na(self, value: int) -> None:
self._instance.na = value
@property
def nb(self) -> int:
"""Returns the number of instances in the 'b' axis."""
return self._instance.nb
@nb.setter
def nb(self, value: int) -> None:
self._instance.nb = value
@property
def parent_cell(self) -> KCell:
"""Gets the cell this instance is contained in."""
return self.kcl[self._instance.parent_cell.cell_index()]
@parent_cell.setter
def parent_cell(self, cell: KCell | kdb.Cell) -> None:
if isinstance(cell, KCell):
self._instance.parent_cell = cell._kdb_cell
else:
self._instance.parent_cell = cell
@property
def prop_id(self) -> int:
"""Gets the properties ID associated with the instance."""
return self._instance.prop_id
@prop_id.setter
def prop_id(self, value: int) -> None:
self._instance.prop_id = value
@property
def hash(self) -> bytes:
"""Hash the instance."""
h = sha3_512()
h.update(self.cell.hash())
if not self.is_complex():
h.update(self.trans.hash().to_bytes(8, "big"))
else:
h.update(self.dcplx_trans.hash().to_bytes(8, "big"))
return h.digest()
@overload
def connect(
self,
port: str | Port | None,
other: Port,
*,
mirror: bool = False,
allow_width_mismatch: bool = False,
allow_layer_mismatch: bool = False,
allow_type_mismatch: bool = False,
) -> None: ...
@overload
def connect(
self,
port: str | Port | None,
other: Instance,
other_port_name: str | None,
*,
mirror: bool = False,
allow_width_mismatch: bool = False,
allow_layer_mismatch: bool = False,
allow_type_mismatch: bool = False,
) -> None: ...
def connect(
self,
port: str | Port | None,
other: Instance | Port,
other_port_name: str | None = None,
*,
mirror: bool = False,
allow_width_mismatch: bool = False,
allow_layer_mismatch: bool = False,
allow_type_mismatch: bool = False,
) -> None:
"""Align port with name `portname` to a port.
Function to allow to transform this instance so that a port of this instance is
connected (same center with 180° turn) to another instance.
Args:
port: The name of the port of this instance to be connected, or directly an
instance port. Can be `None` because port names can be `None`.
other: The other instance or a port. Skip `other_port_name` if it's a port.
other_port_name: The name of the other port. Ignored if
`other` is a port.
mirror: Instead of applying klayout.db.Trans.R180 as a connection
transformation, use klayout.db.Trans.M90, which effectively means this
instance will be mirrored and connected.
allow_width_mismatch: Skip width check between the ports if set.
allow_layer_mismatch: Skip layer check between the ports if set.
allow_type_mismatch: Skip port_type check between the ports if set.
"""
if isinstance(other, Instance):
if other_port_name is None:
raise ValueError(
"portname cannot be None if an Instance Object is given. For"
"complex connections (non-90 degree and floating point ports) use"
"route_cplx instead"
)
op = other.ports[other_port_name]
elif isinstance(other, Port):
op = other
else:
raise ValueError("other_instance must be of type Instance or Port")
if isinstance(port, Port):
p = port
else:
p = self.cell.ports[port]
if p.width != op.width and not allow_width_mismatch:
# The ports are not the same width
raise PortWidthMismatch(
self,
other,
p,
op,
)
if p.layer != op.layer and not allow_layer_mismatch:
# The ports are not on the same layer
raise PortLayerMismatch(self.cell.kcl, self, other, p, op)
if p.port_type != op.port_type and not allow_type_mismatch:
raise PortTypeMismatch(self, other, p, op)
if p._dcplx_trans or op._dcplx_trans:
dconn_trans = kdb.DCplxTrans.M90 if mirror else kdb.DCplxTrans.R180
self._instance.dcplx_trans = (
op.dcplx_trans * dconn_trans * p.dcplx_trans.inverted()
)
else:
conn_trans = kdb.Trans.M90 if mirror else kdb.Trans.R180
self._instance.trans = op.trans * conn_trans * p.trans.inverted()
@classmethod
def to_yaml(cls, representer, node): # type: ignore[no-untyped-def]
"""Convert the instance to a yaml representation."""
d = {
"cellname": node.cell.name,
"trans": node._trans,
"dcplx_trans": node._dcplx_trans,
}
return representer.represent_mapping(cls.yaml_tag, d)
@overload
def movex(self, destination: int, /) -> Instance: ...
@overload
def movex(self, origin: int, destination: int) -> Instance: ...
def movex(self, origin: int, destination: int | None = None) -> Instance:
"""Move the instance in x-direction in dbu.
Args:
origin: reference point to move [dbu]
destination: move origin so that it will land on this coordinate [dbu]
"""
if destination is None:
self.transform(kdb.Trans(origin, 0))
else:
self.transform(kdb.Trans(destination - origin, 0))
return self
@overload
def movey(self, destination: int, /) -> Instance: ...
@overload
def movey(self, origin: int, destination: int) -> Instance: ...
def movey(self, origin: int, destination: int | None = None) -> Instance:
"""Move the instance in y-direction in dbu.
Args:
origin: reference point to move [dbu]
destination: move origin so that it will land on this coordinate [dbu]
"""
if destination is None:
self.transform(kdb.Trans(0, origin))
else:
self.transform(kdb.Trans(0, destination - origin))
return self
@overload
def move(self, destination: tuple[int, int], /) -> Instance: ...
@overload
def move(
self, origin: tuple[int, int], destination: tuple[int, int]
) -> Instance: ...
def move(
self, origin: tuple[int, int], destination: tuple[int, int] | None = None
) -> Instance:
"""Move the instance in dbu.
Args:
origin: reference point to move [dbu]
destination: move origin so that it will land on this coordinate [dbu]
"""
if destination is None:
self.transform(kdb.Trans(*origin))
else:
self.transform(
kdb.Trans(destination[0] - origin[0], destination[1] - origin[1])
)
return self
def rotate(
self, angle: Literal[0, 1, 2, 3], center: kdb.Point | None = None
) -> Instance:
"""Rotate instance in increments of 90°."""
if center:
t = kdb.Trans(center.to_v())
self.transform(t.inverted())
self.transform(kdb.Trans(angle, False, 0, 0))
if center:
self.transform(t)
return self
def __repr__(self) -> str:
"""Return a string representation of the instance."""
port_names = [p.name for p in self.ports]
return (
f"{self.parent_cell.name}: ports {port_names}, {self.kcl[self.cell_index]}"
)
def mirror(
self, p1: kdb.Point = kdb.Point(1, 0), p2: kdb.Point = kdb.Point(0, 0)
) -> Instance:
"""Mirror the instance at a line."""
mirror_v = p2 - p1
disp = self.dcplx_trans.disp
angle = np.mod(np.rad2deg(np.arctan2(mirror_v.y, mirror_v.x)), 180) * 2
dedge = kdb.DEdge(p1.to_dtype(self.kcl.dbu), p2.to_dtype(self.kcl.dbu))
v = mirror_v.to_dtype(self.kcl.dbu)
v = kdb.DVector(-v.y, v.x)
dedge_disp = kdb.DEdge(disp.to_p(), (v + disp).to_p())
cross_point = dedge.cut_point(dedge_disp)
self.transform(
kdb.DCplxTrans(1.0, angle, True, (cross_point.to_v() - disp) * 2)
)
return self
def mirror_x(self, x: int = 0) -> Instance:
"""Mirror the instance at an x-axis."""
self.transform(kdb.Trans(2, True, 2 * x, 0))
return self
def mirror_y(self, y: int = 0) -> Instance:
"""Mirror the instance at an y-axis."""
self.transform(kdb.Trans(0, True, 0, 2 * y))
return self
@property
def xmin(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._instance.bbox().left
@xmin.setter
def xmin(self, __val: int) -> None:
"""Moves the instance so that the bbox's left x-coordinate."""
self.transform(kdb.Trans(__val - self.bbox().left, 0))
@property
def ymin(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._instance.bbox().bottom
@ymin.setter
def ymin(self, __val: int) -> None:
"""Moves the instance so that the bbox's left x-coordinate."""
self.transform(kdb.Trans(0, __val - self._instance.bbox().bottom))
@property
def xmax(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._instance.bbox().right
@xmax.setter
def xmax(self, __val: int) -> None:
"""Moves the instance so that the bbox's left x-coordinate."""
self.transform(kdb.Trans(__val - self.bbox().right, 0))
@property
def ymax(self) -> int:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self._instance.bbox().top
@ymax.setter
def ymax(self, __val: int) -> None:
"""Moves the instance so that the bbox's left x-coordinate."""
self.transform(kdb.Trans(0, __val - self._instance.bbox().top))
@property
def ysize(self) -> int:
"""Returns the height of the bounding box."""
return self._instance.bbox().height()
@property
def xsize(self) -> int:
"""Returns the width of the bounding box."""
return self._instance.bbox().width()
@property
def x(self) -> int:
"""Returns the x-coordinate center of the bounding box."""
return self._instance.bbox().center().x
@x.setter
def x(self, __val: int) -> None:
"""Moves the instance so that the bbox's center x-coordinate."""
self.transform(kdb.Trans(__val - self.bbox().center().x, 0))
@property
def y(self) -> int:
"""Returns the x-coordinate center of the bounding box."""
return self._instance.bbox().center().y
@y.setter
def y(self, __val: int) -> None:
"""Moves the instance so that the bbox's center x-coordinate."""
self.transform(kdb.Trans(__val - self.bbox().center().y, 0))
@property
def center(self) -> kdb.Point:
"""Returns the coordinate center of the bounding box."""
return self._instance.bbox().center()
@center.setter
def center(self, val: tuple[int, int] | kdb.Vector) -> None:
"""Moves the instance so that the bbox's center coordinate."""
if isinstance(val, kdb.Point | kdb.Vector):
self.transform(kdb.Trans(val - self.bbox().center()))
elif isinstance(val, tuple | list):
self.transform(kdb.Trans(kdb.Vector(val[0], val[1]) - self.bbox().center()))
else:
raise ValueError(
f"Type {type(val)} not supported for center setter {val}. "
"Not a tuple, list, kdb.Point or kdb.Vector."
)
def flatten(self, levels: int | None = None) -> None:
"""Flatten all or just certain instances.
Args:
levels: If level < #hierarchy-levels -> pull the sub instances to self,
else pull the polygons. None will always flatten all levels.
"""
if levels:
pc = self.parent_cell
self._instance.flatten(levels)
del pc.insts[self]
pc.evaluate_insts()
else:
pc = self.parent_cell
self._instance.flatten()
del pc.insts[self]
class UMInstance:
"""Make the port able to dynamically give um based info."""
def __init__(self, parent: Instance):
"""Constructor, just needs a pointer to the port.
Args:
parent: port that this should be attached to
"""
self.parent = parent
@overload
def movex(self, destination: float, /) -> UMInstance: ...
@overload
def movex(self, origin: float, destination: float) -> UMInstance: ...
def movex(self, origin: float, destination: float | None = None) -> UMInstance:
"""Move the instance in x-direction in um.
Args:
origin: reference point to move
destination: move origin so that it will land on this coordinate
"""
if destination is None:
self.parent.transform(kdb.DTrans(float(origin), 0.0))
else:
self.parent.transform(kdb.DTrans(float(destination - origin), 0.0))
return self
@overload
def movey(self, destination: float, /) -> UMInstance: ...
@overload
def movey(self, origin: float, destination: float) -> UMInstance: ...
def movey(self, origin: float, destination: float | None = None) -> UMInstance:
"""Move the instance in y-direction in um.
Args:
origin: reference point to move
destination: move origin so that it will land on this coordinate
"""
if destination is None:
self.parent.transform(kdb.DTrans(0.0, float(origin)))
else:
self.parent.transform(kdb.DTrans(0.0, float(destination - origin)))
return self
def rotate(self, angle: float, center: kdb.DPoint | None = None) -> UMInstance:
"""Rotate instance in degrees."""
if center:
t = kdb.DTrans(center.to_v())
self.parent.transform(t.inverted())
self.parent.transform(kdb.DCplxTrans(1, angle, False, 0, 0))
if center:
self.parent.transform(t)
return self
@overload
def move(self, destination: tuple[float, float], /) -> UMInstance: ...
@overload
def move(
self, origin: tuple[float, float], destination: tuple[float, float]
) -> UMInstance: ...
def move(
self,
origin: tuple[float, float],
destination: tuple[float, float] | None = None,
) -> UMInstance:
"""Move the instance in dbu.
Args:
origin: reference point to move [dbu]
destination: move origin so that it will land on this coordinate [dbu]
"""
if destination is None:
self.parent.transform(kdb.DTrans(float(origin[0]), float(origin[1])))
else:
self.parent.transform(
kdb.DTrans(
float(destination[0] - origin[0]), float(destination[1] - origin[1])
)
)
return self
def mirror(
self, p1: kdb.DPoint = kdb.DPoint(1, 0), p2: kdb.DPoint = kdb.DPoint(0, 0)
) -> UMInstance:
"""Mirror the instance at a line."""
mirror_v = p2 - p1
disp = self.parent.dcplx_trans.disp
angle = np.mod(np.rad2deg(np.arctan2(mirror_v.y, mirror_v.x)), 180) * 2
dedge = kdb.DEdge(p1, p2)
v = mirror_v
v = kdb.DVector(-v.y, v.x)
dedge_disp = kdb.DEdge(disp.to_p(), (v + disp).to_p())
cross_point = dedge.cut_point(dedge_disp)
self.parent.transform(
kdb.DCplxTrans(1.0, angle, True, (cross_point.to_v() - disp) * 2)
)
return self
def mirror_x(self, x: float = 0) -> UMInstance:
"""Mirror the instance at an x-axis."""
self.parent.transform(kdb.DTrans(2, True, 2 * x, 0))
return self
def mirror_y(self, y: float = 0) -> UMInstance:
"""Mirror the instance at an y-axis."""
self.parent.transform(kdb.DTrans(0, True, 0, 2 * y))
return self
@property
def xmin(self) -> float:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self.parent._instance.dbbox().left
@xmin.setter
def xmin(self, __val: float) -> None:
"""Moves the instance so that the bbox's left x-coordinate."""
self.parent.transform(kdb.DTrans(__val - self.parent.dbbox().left, 0.0))
@property
def ymin(self) -> float:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self.parent._instance.dbbox().bottom
@ymin.setter
def ymin(self, __val: float) -> None:
"""Moves the instance so that the bbox's left x-coordinate."""
self.parent.transform(
kdb.DTrans(0.0, __val - self.parent._instance.dbbox().bottom)
)
@property
def xmax(self) -> float:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self.parent._instance.dbbox().right
@xmax.setter
def xmax(self, __val: float) -> None:
"""Moves the instance so that the bbox's left x-coordinate."""
self.parent.transform(
kdb.DTrans(__val - self.parent._instance.dbbox().right, 0.0)
)
@property
def xsize(self) -> float:
"""Returns the width of the bounding box."""
return self.parent._instance.dbbox().width()
@property
def ysize(self) -> float:
"""Returns the height of the bounding box."""
return self.parent._instance.dbbox().height()
@property
def ymax(self) -> float:
"""Returns the x-coordinate of the left edge of the bounding box."""
return self.parent._instance.dbbox().top
@ymax.setter
def ymax(self, __val: float) -> None:
"""Moves the instance so that the bbox's left x-coordinate."""
self.parent.transform(
kdb.DTrans(0.0, __val - self.parent._instance.dbbox().top)
)
@property
def x(self) -> float:
"""Returns the x-coordinate center of the bounding box."""
return self.parent._instance.dbbox().center().x
@x.setter
def x(self, __val: float) -> None:
"""Moves the instance so that the bbox's center x-coordinate."""
self.parent.transform(
kdb.DTrans(__val - self.parent._instance.dbbox().center().x, 0.0)
)
@property
def y(self) -> float:
"""Returns the x-coordinate center of the bounding box."""
return self.parent._instance.dbbox().center().y
@y.setter
def y(self, __val: float) -> None:
"""Moves the instance so that the bbox's center x-coordinate."""
self.parent.transform(
kdb.DTrans(0.0, __val - self.parent._instance.dbbox().center().y)
)
@property
def center(self) -> kdb.DPoint:
"""Returns the coordinate center of the bounding box."""
return self.parent._instance.dbbox().center()
@center.setter
def center(self, val: tuple[float, float] | kdb.DPoint) -> None:
"""Moves the instance so that the bbox's center coordinate."""
if isinstance(val, kdb.DPoint | kdb.DVector):
self.parent.transform(
kdb.DTrans(val - self.parent._instance.dbbox().center())
)
elif isinstance(val, tuple | list):
self.parent.transform(
kdb.DTrans(
kdb.DPoint(val[0], val[1]) - self.parent._instance.dbbox().center()
)
)
else:
raise ValueError(
f"Type {type(val)} not supported for center setter {val}. "
"Not a tuple, list, kdb.Point or kdb.Vector."
)
class Instances:
"""Holder for instances.
Allows retrieval by name or index
"""
def __init__(self) -> None:
"""Constructor."""
self._insts: list[Instance] = []
def append(self, inst: Instance) -> None:
"""Append a new instance."""
self._insts.append(inst)
def __getitem__(self, key: str | int) -> Instance:
"""Retrieve instance by index or by name."""
if isinstance(key, int):
return self._insts[key]
else:
return next(filter(lambda inst: inst.name == key, self._insts))
def __len__(self) -> int:
"""Length of the instances."""
return self._insts.__len__()
def __iter__(self) -> Iterator[Instance]:
"""Get instance iterator."""
return self._insts.__iter__()
def get_inst_names(self) -> dict[str | None, int]:
"""Get count of names of named instances.
Not named instances will be added to the `None` key.
"""
names: dict[str | None, int] = {}
for inst in self._insts:
if inst.name in names:
names[inst.name] += 1
else:
names[inst.name] = 1
return names
def __delitem__(self, item: Instance | int) -> None:
if isinstance(item, int):
del self._insts[item]
else:
self._insts.remove(item)
def clean(self) -> None:
deletion_list: list[int] = []
for i, inst in enumerate(self._insts):
if inst._instance._destroyed():
deletion_list.insert(0, i)
for i in deletion_list:
del self._insts[i]
def clear(self) -> None:
self._insts.clear()
class Ports:
"""A collection of ports.
It is not a traditional dictionary. Elements can be retrieved as in a traditional
dictionary. But to keep tabs on names etc, the ports are stored as a list
Attributes:
_ports: Internal storage of the ports. Normally ports should be retrieved with
[__getitem__][kfactory.kcell.Ports.__getitem__] or with
[get_all_named][kfactory.kcell.Ports.get_all_named]
"""
yaml_tag = "!Ports"
kcl: KCLayout
_locked: bool
def __init__(self, kcl: KCLayout, ports: Iterable[Port] = []) -> None:
"""Constructor."""
self._ports: list[Port] = list(ports)
self.kcl = kcl
def __len__(self) -> int:
"""Return Port count."""
return len(self._ports)
def copy(self) -> Ports:
"""Get a copy of each port."""
return Ports(ports=[p.copy() for p in self._ports], kcl=self.kcl)
def contains(self, port: Port) -> bool:
"""Check whether a port is already in the list."""
return port.hash() in [v.hash() for v in self._ports]
def __iter__(self) -> Iterator[Port]:
"""Iterator, that allows for loops etc to directly access the object."""
yield from self._ports
def __contains__(self, port: str | Port) -> bool:
"""Check whether a port is in this port collection."""
if isinstance(port, Port):
return port in self._ports
else:
for _port in self._ports:
if _port.name == port:
return True
return False
def add_port(
self, port: Port, name: str | None = None, keep_mirror: bool = False
) -> Port:
"""Add a port object.
Args:
port: The port to add
name: Overwrite the name of the port
keep_mirror: Keep the mirror flag from the original port if `True`,
else set [Port.trans.mirror][kfactory.kcell.Port.trans] (or the complex
equivalent) to `False`.
"""
_port = port.copy()
if not keep_mirror:
if _port._trans:
_port._trans.mirror = False
elif _port._dcplx_trans:
_port._dcplx_trans.mirror = False
if name is not None:
_port.name = name
self._ports.append(_port)
return _port
def add_ports(
self, ports: Iterable[Port], prefix: str = "", keep_mirror: bool = False
) -> None:
"""Append a list of ports."""
for p in ports:
name = p.name or ""
self.add_port(port=p, name=prefix + name, keep_mirror=keep_mirror)
@overload
def create_port(
self,
*,
trans: kdb.Trans,
width: int,
layer: int,
name: str | None = None,
port_type: str = "optical",
) -> Port: ...
@overload
def create_port(
self,
*,
dcplx_trans: kdb.DCplxTrans,
dwidth: int,
layer: LayerEnum | int,
name: str | None = None,
port_type: str = "optical",
) -> Port: ...
@overload
def create_port(
self,
*,
width: int,
layer: LayerEnum | int,
center: tuple[int, int],
angle: Literal[0, 1, 2, 3],
name: str | None = None,
port_type: str = "optical",
) -> Port: ...
def create_port(
self,
*,
name: str | None = None,
width: int | None = None,
dwidth: float | None = None,
layer: LayerEnum | int,
port_type: str = "optical",
trans: kdb.Trans | None = None,
dcplx_trans: kdb.DCplxTrans | None = None,
center: tuple[int, int] | None = None,
angle: Literal[0, 1, 2, 3] | None = None,
mirror_x: bool = False,
) -> Port:
"""Create a new port in the list.
Args:
name: Optional name of port.
width: Width of the port in dbu. If `trans` is set (or the manual creation
with `center` and `angle`), this needs to be as well.
dwidth: Width of the port in um. If `dcplx_trans` is set, this needs to be
as well.
layer: Layer index of the port.
port_type: Type of the port (electrical, optical, etc.)
trans: Transformation object of the port. [dbu]
dcplx_trans: Complex transformation for the port.
Use if a non-90° port is necessary.
center: Tuple of the center. [dbu]
angle: Angle in 90° increments. Used for simple/dbu transformations.
mirror_x: Mirror the transformation of the port.
"""
if trans is not None:
if width is None:
raise ValueError("width needs to be set")
if width % 2 != 0:
raise ValueError(f"width needs to be even to snap to grid. Got {width}")
port = Port(
name=name,
trans=trans,
width=width,
layer=layer,
port_type=port_type,
kcl=self.kcl,
)
elif dcplx_trans is not None:
if dwidth is None or dwidth <= 0:
raise ValueError("dwidth needs to be set")
elif dwidth is not None and dwidth > 0:
_width = round(dwidth / self.kcl.dbu)
if _width % 2 != 0:
raise ValueError(
f"dwidth needs to be even to snap to grid. Got {dwidth}"
)
port = Port(
name=name,
dwidth=dwidth,
dcplx_trans=dcplx_trans,
layer=layer,
port_type=port_type,
kcl=self.kcl,
)
elif angle is not None and center is not None:
assert width is not None
if width // 2 * 2 != width:
raise ValueError(f"width needs to be even to snap to grid. Got {width}")
port = Port(
name=name,
width=width,
layer=layer,
port_type=port_type,
angle=angle,
center=center,
mirror_x=mirror_x,
kcl=self.kcl,
)
else:
raise ValueError(
f"You need to define width {width} and trans {trans} or angle {angle}"
f" and center {center} or dcplx_trans {dcplx_trans}"
f" and dwidth {dwidth}"
)
self._ports.append(port)
return port
def get_all_named(self) -> dict[str, Port]:
"""Get all ports in a dictionary with names as keys."""
return {v.name: v for v in self._ports if v.name is not None}
def __getitem__(self, key: int | str | None) -> Port:
"""Get a specific port by name."""
if isinstance(key, int):
return self._ports[key]
try:
return next(filter(lambda port: port.name == key, self._ports))
except StopIteration:
raise KeyError(
f"{key=} is not a valid port name or index. "
f"Available ports: {[v.name for v in self._ports]}"
)
def filter(
self,
angle: int | None = None,
orientation: float | None = None,
layer: LayerEnum | int | None = None,
port_type: str | None = None,
regex: str | None = None,
) -> Iterable[Port]:
"""Filter ports by name.
Args:
angle: Filter by angle. 0, 1, 2, 3.
orientation: Filter by orientation in degrees.
layer: Filter by layer.
port_type: Filter by port type.
regex: Filter by regex of the name.
"""
ports: Iterable[Port] = self._ports
if regex:
ports = filter_regex(ports, regex)
if layer is not None:
ports = filter_layer(ports, layer)
if port_type:
ports = filter_port_type(ports, port_type)
if angle is not None:
ports = filter_direction(ports, angle)
if orientation is not None:
ports = filter_orientation(ports, orientation)
return ports
def hash(self) -> bytes:
"""Get a hash of the port to compare."""
h = sha3_512()
for port in sorted(self._ports, key=lambda port: hash(port)):
h.update(port.name.encode("UTF-8") if port.name else b"")
if port._trans:
h.update(port.trans.hash().to_bytes(8, "big"))
else:
h.update(port.dcplx_trans.hash().to_bytes(8, "big"))
h.update(port.width.to_bytes(8, "big"))
h.update(port.port_type.encode("UTF-8"))
return h.digest()
def __repr__(self) -> str:
"""Representation of the Ports as strings."""
return repr([repr(p) for p in self._ports])
def print(self) -> None:
"""Pretty print ports."""
config.console.print(pprint_ports(self))
@classmethod
def to_yaml(cls, representer, node): # type: ignore[no-untyped-def]
"""Convert the ports to a yaml representations."""
return representer.represent_sequence(
cls.yaml_tag,
node._ports,
)
@classmethod
def from_yaml(cls: type[Ports], constructor: Any, node: Any) -> Ports:
"""Load Ports from a yaml representation."""
return cls(constructor.construct_sequence(node))
class InstancePorts:
"""Ports of an instance.
These act as virtual ports as the centers needs to change if the
instance changes etc.
Attributes:
cell_ports: A pointer to the [`KCell.ports`][kfactory.kcell.KCell.ports]
of the cell
instance: A pointer to the Instance related to this.
This provides a way to dynamically calculate the ports.
"""
instance: Instance
def __init__(self, instance: Instance) -> None:
"""Creates the virtual ports object.
Args:
instance: The related instance
"""
self.instance = instance
def __len__(self) -> int:
"""Return Port count."""
if not self.instance.is_regular_array():
return len(self.cell_ports)
else:
return len(self.cell_ports) * self.instance.na * self.instance.nb
def filter(
self,
angle: int | None = None,
orientation: float | None = None,
layer: LayerEnum | int | None = None,
port_type: str | None = None,
regex: str | None = None,
) -> Iterable[Port]:
"""Filter ports by name.
Args:
angle: Filter by angle. 0, 1, 2, 3.
orientation: Filter by orientation in degrees.
layer: Filter by layer.
port_type: Filter by port type.
regex: Filter by regex of the name.
"""
ports: Iterable[Port] = list(self.instance.ports)
if regex:
ports = filter_regex(ports, regex)
if layer is not None:
ports = filter_layer(ports, layer)
if port_type:
ports = filter_port_type(ports, port_type)
if angle is not None:
ports = filter_direction(ports, angle)
if orientation is not None:
ports = filter_orientation(ports, orientation)
return ports
@config.logger.catch(reraise=True)
def __getitem__(
self, key: int | str | None | tuple[int | str | None, int, int]
) -> Port:
"""Returns port from instance.
The key can either be an integer, in which case the nth port is
returned, or a string in which case the first port with a matching
name is returned.
If the instance is an array, the key can also be a tuple in the
form of `c.ports[key_name, i_a, i_b]`, where `i_a` is the index in
the `instance.a` direction and `i_b` the `instance.b` direction.
E.g. `c.ports["a", 3, 5]`, accesses the ports of the instance which is
3 times in `a` direction (4th index in the array), and 5 times in `b` direction
(5th index in the array).
"""
if not self.instance.is_regular_array():
try:
p = self.cell_ports[cast(int | str | None, key)]
if not self.instance.is_complex():
return p.copy(self.instance.trans)
else:
return p.copy(self.instance.dcplx_trans)
except KeyError as e:
raise KeyError(
f"{key=} is not a valid port name or index. "
"Make sure the instance is an array when giving it a tuple. "
f"Available ports: {[v.name for v in self.cell_ports]}"
) from e
else:
if isinstance(key, tuple):
key, i_a, i_b = key
if i_a >= self.instance.na or i_b >= self.instance.nb:
raise IndexError(
f"The indexes {i_a=} and {i_b=} must be within the array size"
f" instance.na={self.instance.na} and"
f" instance.nb={self.instance.nb}"
)
else:
i_a = 0
i_b = 0
p = self.cell_ports[key]
if not self.instance.is_complex():
return p.copy(
self.instance.trans
* kdb.Trans(self.instance.a * i_a + self.instance.b * i_b)
)
else:
return p.copy(
self.instance.dcplx_trans
* kdb.DCplxTrans(self.instance.da * i_a + self.instance.db * i_b)
)
@property
def cell_ports(self) -> Ports:
return self.instance.cell.ports
def __iter__(self) -> Iterator[Port]:
"""Create a copy of the ports to iterate through."""
if not self.instance.is_regular_array():
if not self.instance.is_complex():
yield from (p.copy(self.instance.trans) for p in self.cell_ports)
else:
yield from (p.copy(self.instance.dcplx_trans) for p in self.cell_ports)
else:
if not self.instance.is_complex():
yield from (
p.copy(
self.instance.trans
* kdb.Trans(self.instance.a * i_a + self.instance.b * i_b)
)
for i_a in range(self.instance.na)
for i_b in range(self.instance.nb)
for p in self.cell_ports
)
else:
yield from (
p.copy(
self.instance.dcplx_trans
* kdb.DCplxTrans(
self.instance.da * i_a + self.instance.db * i_b
)
)
for i_a in range(self.instance.na)
for i_b in range(self.instance.nb)
for p in self.cell_ports
)
def __repr__(self) -> str:
"""String representation.
Creates a copy and uses the `__repr__` of
[Ports][kfactory.kcell.Ports.__repr__].
"""
return repr(self.copy())
def print(self) -> None:
config.console.print(pprint_ports(self.copy()))
def copy(self) -> Ports:
"""Creates a copy in the form of [Ports][kfactory.kcell.Ports]."""
if not self.instance.is_regular_array():
if not self.instance.is_complex():
return Ports(
kcl=self.instance.kcl,
ports=[p.copy(self.instance.trans) for p in self.cell_ports._ports],
)
else:
return Ports(
kcl=self.instance.kcl,
ports=[
p.copy(self.instance.dcplx_trans)
for p in self.cell_ports._ports
],
)
else:
if not self.instance.is_complex():
return Ports(
kcl=self.instance.kcl,
ports=[
p.copy(
self.instance.trans
* kdb.Trans(self.instance.a * i_a + self.instance.b * i_b)
)
for i_a in range(self.instance.na)
for i_b in range(self.instance.nb)
for p in self.cell_ports._ports
],
)
else:
return Ports(
kcl=self.instance.kcl,
ports=[
p.copy(
self.instance.dcplx_trans
* kdb.DCplxTrans(
self.instance.db * i_a + self.instance.db * i_b
)
)
for i_a in range(self.instance.na)
for i_b in range(self.instance.nb)
for p in self.cell_ports._ports
],
)
def dict_to_frozenset(d: dict[str, Any]) -> frozenset[tuple[str, Any]]:
"""Convert a `dict` to a `frozenset`."""
return frozenset(d.items())
def frozenset_to_dict(fs: frozenset[tuple[str, Hashable]]) -> dict[str, Hashable]:
"""Convert `frozenset` to `dict`."""
return dict(fs)
def rec_dict_to_frozenset(d: dict[str, Any]) -> frozenset[tuple[str, Any]]:
"""Convert a `dict` to a `frozenset`."""
frozen_dict: dict[str, Any] = {}
for item, value in d.items():
if isinstance(value, dict):
_value: Any = rec_dict_to_frozenset(value)
elif isinstance(value, list):
_value = tuple(value)
else:
_value = value
frozen_dict[item] = _value
return frozenset(frozen_dict.items())
def rec_frozenset_to_dict(fs: frozenset[tuple[str, Hashable]]) -> dict[str, Hashable]:
"""Convert `frozenset` to `dict`."""
# return dict(fs)
d: dict[str, Any] = {}
for k, v in fs:
if isinstance(v, frozenset):
_v: Any = rec_frozenset_to_dict(v)
else:
_v = v
d[k] = _v
return d
def dict2name(prefix: str | None = None, **kwargs: dict[str, Any]) -> str:
"""Returns name from a dict."""
kwargs.pop("self", None)
label = [prefix] if prefix else []
for key, value in kwargs.items():
key = join_first_letters(key)
label += [f"{key.upper()}{clean_value(value)}"]
_label = "_".join(label)
return clean_name(_label)
def get_cell_name(cell_type: str, **kwargs: dict[str, Any]) -> str:
"""Convert a cell to a string."""
name = cell_type
if kwargs:
name += f"_{dict2name(None, **kwargs)}"
return name
def join_first_letters(name: str) -> str:
"""Join the first letter of a name separated with underscores.
Example::
"TL" == join_first_letters("taper_length")
"""
return "".join([x[0] for x in name.split("_") if x])
def clean_dict(d: dict[str, Any]) -> dict[str, Any]:
"""Cleans dictionary recursively."""
return {
k: clean_dict(dict(v)) if isinstance(v, dict) else clean_value(v)
for k, v in d.items()
}
def clean_value(
value: float | np.float64 | dict[Any, Any] | KCell | Callable[..., Any],
) -> str:
"""Makes sure a value is representable in a limited character_space."""
if isinstance(value, int): # integer
return str(value)
elif isinstance(value, float | np.float64): # float
return f"{value}".replace(".", "p").rstrip("0").rstrip("p")
elif isinstance(value, list | tuple):
return "_".join(clean_value(v) for v in value)
elif isinstance(value, dict):
return dict2name(**value)
elif hasattr(value, "name"):
return clean_name(value.name)
elif (
callable(value)
and isinstance(value, FunctionType)
and value.__name__ == "<lambda>"
):
raise ValueError(
"Unable to serialize lambda function. Use a named function instead."
)
elif callable(value) and isinstance(value, functools.partial):
sig = inspect.signature(value.func)
args_as_kwargs = dict(zip(sig.parameters.keys(), value.args))
args_as_kwargs.update(**value.keywords)
args_as_kwargs = clean_dict(args_as_kwargs)
# args_as_kwargs.pop("function", None)
func = value.func
while hasattr(func, "func"):
func = func.func
v = {
"function": func.__name__,
"module": func.__module__,
"settings": args_as_kwargs,
}
return clean_value(v)
elif callable(value) and isinstance(value, toolz.functoolz.Compose):
return "_".join(
[clean_value(value.first)] + [clean_value(func) for func in value.funcs]
)
elif callable(value):
return getattr(value, "__name__", value.__class__.__name__)
else:
return clean_name(str(value))
def clean_name(name: str) -> str:
r"""Ensures that gds cells are composed of [a-zA-Z0-9_\-].
FIXME: only a few characters are currently replaced.
This function has been updated only on case-by-case basis
"""
replace_map = {
"=": "",
",": "_",
")": "",
"(": "",
"-": "m",
".": "p",
":": "_",
"[": "",
"]": "",
" ": "_",
}
for k, v in list(replace_map.items()):
name = name.replace(k, v)
return name
DEFAULT_TRANS: dict[str, str | int | float | dict[str, str | int | float]] = {
"x": "E",
"y": "S",
"x0": "W",
"y0": "S",
"margin": {
"x": 10000,
"y": 10000,
"x0": 0,
"y0": 0,
},
"ref": -2,
}
def update_default_trans(
new_trans: dict[str, str | int | float | dict[str, str | int | float]],
) -> None:
"""Allows to change the default transformation for reading a yaml file."""
DEFAULT_TRANS.update(new_trans)
def pprint_ports(
ports: Iterable[Port], type: Literal["dbu", "um", None] = None
) -> rich.table.Table:
"""Print ports as a table."""
table = rich.table.Table(show_lines=True)
table.add_column("Name")
table.add_column("Width")
table.add_column("Layer")
table.add_column("X")
table.add_column("Y")
table.add_column("Angle")
table.add_column("Mirror")
table.add_column("Info")
match type:
case None:
for port in ports:
if port._trans is not None:
table.add_row(
str(port.name) + " [dbu]",
str(port.width),
port.kcl.get_info(port.layer).to_s(),
str(port.x),
str(port.y),
str(port.angle),
str(port.mirror),
rich.json.JSON.from_data(port.info.model_dump()),
)
else:
table.add_row(
str(port.name) + " [um]",
str(port.d.width),
port.kcl.get_info(port.layer).to_s(),
str(port.d.x),
str(port.d.y),
str(port.d.angle),
str(port.d.mirror),
rich.json.JSON.from_data(port.info.model_dump()),
)
return table
def show(
layout: KCLayout | KCell | Path | str,
keep_position: bool = True,
save_options: kdb.SaveLayoutOptions = save_layout_options(),
use_libraries: bool = True,
library_save_options: kdb.SaveLayoutOptions = save_layout_options(),
) -> None:
"""Show GDS in klayout.
Args:
layout: The object to show. This can be a KCell, KCLayout, Path, or string.
keep_position: Keep the current KLayout position if a view is already open.
save_options: Custom options for saving the gds/oas.
use_libraries: Save other KCLayouts as libraries on write.
library_save_options: Specific saving options for Cells which are in a library
and not the main KCLayout.
"""
import inspect
delete = False
# Find the file that calls stack
try:
stk = inspect.getouterframes(inspect.currentframe())
frame = stk[2]
name = (
Path(frame.filename).stem + "_" + frame.function
if frame.function != "<module>"
else Path(frame.filename).stem
)
except Exception:
try:
from __main__ import __file__ as mf
name = mf
except ImportError:
name = "shell"
_kcl_paths: list[dict[str, str]] = []
if isinstance(layout, KCLayout):
file: Path | None = None
spec = importlib.util.find_spec("git")
if spec is not None:
import git
try:
repo = git.repo.Repo(".", search_parent_directories=True)
except git.InvalidGitRepositoryError:
pass
else:
wtd = repo.working_tree_dir
if wtd is not None:
root = Path(wtd) / "build/gds"
root.mkdir(parents=True, exist_ok=True)
tf = root / Path(name).with_suffix(".oas")
tf.parent.mkdir(parents=True, exist_ok=True)
layout.write(str(tf), save_options)
file = tf
delete = False
else:
config.logger.info(
"git isn't installed. For better file storage, "
"please install kfactory[git] or gitpython."
)
if not file:
try:
from __main__ import __file__ as mf
except ImportError:
mf = "shell"
tf = Path(gettempdir()) / (name + ".oas")
tf.parent.mkdir(parents=True, exist_ok=True)
layout.write(tf, save_options)
file = tf
delete = True
if use_libraries:
_dir = tf.parent
_kcls = list(kcls.values())
_kcls.remove(layout)
for _kcl in _kcls:
p = (_dir / _kcl.name).with_suffix(".oas").resolve()
_kcl.write(p, library_save_options)
_kcl_paths.append({"name": _kcl.name, "file": str(p)})
elif isinstance(layout, KCell):
file = None
spec = importlib.util.find_spec("git")
if spec is not None:
import git
try:
repo = git.repo.Repo(".", search_parent_directories=True)
except git.InvalidGitRepositoryError:
pass
else:
wtd = repo.working_tree_dir
if wtd is not None:
root = Path(wtd) / "build/gds"
root.mkdir(parents=True, exist_ok=True)
tf = root / Path(name).with_suffix(".oas")
tf.parent.mkdir(parents=True, exist_ok=True)
layout.write(str(tf), save_options)
file = tf
delete = False
else:
config.logger.info(
"git isn't installed. For better file storage, "
"please install kfactory[git] or gitpython."
)
if not file:
try:
from __main__ import __file__ as mf
except ImportError:
mf = "shell"
tf = Path(gettempdir()) / (name + ".gds")
tf.parent.mkdir(parents=True, exist_ok=True)
layout.write(tf, save_options)
file = tf
delete = True
if use_libraries:
_dir = tf.parent
_kcls = list(kcls.values())
_kcls.remove(layout.kcl)
for _kcl in _kcls:
p = (_dir / _kcl.name).with_suffix(".oas").resolve()
_kcl.write(p, library_save_options)
_kcl_paths.append({"name": _kcl.name, "file": str(p)})
elif isinstance(layout, str | Path):
file = Path(layout).resolve()
else:
raise NotImplementedError(
f"unknown type {type(layout)} for streaming to KLayout"
)
if not file.is_file():
raise ValueError(f"{file} is not a File")
config.logger.debug("klive file: {}", file)
data_dict = {
"gds": str(file),
"keep_position": keep_position,
"libraries": _kcl_paths,
}
data = json.dumps(data_dict)
try:
conn = socket.create_connection(("127.0.0.1", 8082), timeout=0.5)
data = data + "\n"
enc_data = data.encode()
conn.sendall(enc_data)
conn.settimeout(5)
except OSError:
config.logger.warning("Could not connect to klive server")
else:
msg = ""
try:
msg = conn.recv(1024).decode("utf-8")
try:
jmsg = json.loads(msg)
match jmsg["type"]:
case "open":
config.logger.info(
"klive v{version}: Opened file '{file}'",
version=jmsg["version"],
file=jmsg["file"],
)
case "reload":
config.logger.info(
"klive v{version}: Reloaded file '{file}'",
version=jmsg["version"],
file=jmsg["file"],
)
except json.JSONDecodeError:
config.logger.info(f"Message from klive: {msg}")
except OSError:
config.logger.warning("klive didn't send data, closing")
finally:
conn.close()
if delete:
Path(file).unlink()
def polygon_from_array(array: Iterable[tuple[int, int]]) -> kdb.Polygon:
"""Create a DPolygon from a 2D array-like structure. (dbu version).
Array-like: `[[x1,y1],[x2,y2],...]`
"""
return kdb.Polygon([kdb.Point(int(x), int(y)) for (x, y) in array])
def dpolygon_from_array(array: Iterable[tuple[float, float]]) -> kdb.DPolygon:
"""Create a DPolygon from a 2D array-like structure. (um version).
Array-like: `[[x1,y1],[x2,y2],...]`
"""
return kdb.DPolygon([kdb.DPoint(x, y) for (x, y) in array])
def _check_inst_ports(p1: Port, p2: Port) -> int:
check_int = 0
if p1.width != p2.width:
check_int += 1
if p1.angle != ((p2.angle + 2) % 4):
check_int += 2
if p1.port_type != p2.port_type:
check_int += 4
return check_int
def _check_cell_ports(p1: Port, p2: Port) -> int:
check_int = 0
if p1.width != p2.width:
check_int += 1
if p1.angle != p2.angle:
check_int += 2
if p1.port_type != p2.port_type:
check_int += 4
return check_int
@dataclass
class MergeDiff:
"""Dataclass to hold geometric info about the layout diff."""
layout_a: kdb.Layout
layout_b: kdb.Layout
name_a: str
name_b: str
dbu_differs: bool = False
cell_a: kdb.Cell = field(init=False)
cell_b: kdb.Cell = field(init=False)
layer: kdb.LayerInfo = field(init=False)
layer_a: int = field(init=False)
layer_b: int = field(init=False)
diff_xor: kdb.Layout = field(init=False)
diff_a: kdb.Layout = field(init=False)
diff_b: kdb.Layout = field(init=False)
kdiff: kdb.LayoutDiff = field(init=False)
loglevel: LogLevel | None = field(default=LogLevel.CRITICAL)
"""Log level at which to log polygon errors."""
def __post_init__(self) -> None:
"""Initialize the DiffInfo."""
self.diff_xor = kdb.Layout()
self.diff_a = kdb.Layout()
self.diff_b = kdb.Layout()
self.kdiff = kdb.LayoutDiff()
self.kdiff.on_begin_cell = self.on_begin_cell # type: ignore[assignment]
self.kdiff.on_begin_layer = self.on_begin_layer # type: ignore[assignment]
self.kdiff.on_end_layer = self.on_end_layer # type: ignore[assignment]
self.kdiff.on_instance_in_a_only = self.on_instance_in_a_only # type: ignore[assignment]
self.kdiff.on_instance_in_b_only = self.on_instance_in_b_only # type: ignore[assignment]
self.kdiff.on_polygon_in_a_only = self.on_polygon_in_a_only # type: ignore[assignment]
self.kdiff.on_polygon_in_b_only = self.on_polygon_in_b_only # type: ignore[assignment]
def on_dbu_differs(self, dbu_a: float, dbu_b: float) -> None:
if self.loglevel is not None:
config.logger.log(
self.loglevel,
f"DBU differs between existing layout {dbu_a!r}"
f" and the new layout {dbu_b!r}.",
)
self.dbu_differs = True
def on_begin_cell(self, cell_a: kdb.Cell, cell_b: kdb.Cell) -> None:
"""Set the cells to the new cell."""
self.cell_a = self.diff_a.create_cell(cell_a.name)
self.cell_b = self.diff_b.create_cell(cell_b.name)
meta_infos_a = {m.name: m for m in cell_a.each_meta_info()}
meta_infos_b = {m.name: m for m in cell_b.each_meta_info()}
meta_keys_a = meta_infos_a.keys()
meta_keys_b = meta_infos_b.keys()
for key_a in meta_keys_a - meta_keys_b:
m_a = meta_infos_a[key_a]
m = kdb.LayoutMetaInfo(key_a, m_a.value, m_a.description, True)
self.cell_a.add_meta_info(m)
c: kdb.Cell = self.diff_xor.cell(
self.cell_a.name
) or self.diff_xor.create_cell(self.cell_a.name)
c.add_meta_info(
kdb.LayoutMetaInfo(m_a.name + "_a", m_a.value, m_a.description, True)
)
if self.loglevel is not None:
config.logger.log(
self.loglevel,
f"MetaInfo {key_a!r} exists only in cell {cell_a.name!r}"
f" in Layout {self.name_a}",
)
for key_b in meta_keys_b - meta_keys_a:
m_b = meta_infos_b[key_b]
m = kdb.LayoutMetaInfo(key_b, m_b.value, m_b.description, True)
self.cell_b.add_meta_info(m)
c = self.diff_xor.cell(self.cell_b.name) or self.diff_xor.create_cell(
self.cell_b.name
)
c.add_meta_info(
kdb.LayoutMetaInfo(m_b.name + "_b", m_b.value, m_b.description, True)
)
if self.loglevel is not None:
config.logger.log(
self.loglevel,
f"MetaInfo {key_b!r} exists only in cell {cell_b.name!r}"
f" in Layout {self.name_a}",
)
for key in meta_keys_a & meta_keys_b:
m_a = meta_infos_a[key]
m_b = meta_infos_b[key]
if m_a.value != m_b.value:
c = self.diff_xor.cell(self.cell_b.name) or self.diff_xor.create_cell(
self.cell_b.name
)
c.add_meta_info(
kdb.LayoutMetaInfo(
m_a.name + "_a", m_a.value, m_a.description, True
)
)
c.add_meta_info(
kdb.LayoutMetaInfo(
m_b.name + "_b", m_b.value, m_b.description, True
)
)
if self.loglevel is not None:
config.logger.log(
self.loglevel,
f"MetaInfo {key!r} exists in cells which are to be merged"
f" in Layout {self.name_a}. But their values differ: "
f"{self.name_a!r}: {m_a.value!r}, "
f"{self.name_b!r}: {m_b.value!r}",
)
def on_begin_layer(self, layer: kdb.LayerInfo, layer_a: int, layer_b: int) -> None:
"""Set the layers to the new layer."""
self.layer = layer
self.layer_a = self.diff_a.layer(layer)
self.layer_b = self.diff_b.layer(layer)
def on_polygon_in_a_only(self, poly: kdb.Polygon, propid: int) -> None:
"""Called when there is only a polygon in the cell_a."""
if self.loglevel is not None:
config.logger.log(self.loglevel, f"Found {poly=} in {self.name_a} only.")
self.cell_a.shapes(self.layer_a).insert(poly)
def on_instance_in_a_only(self, instance: kdb.CellInstArray, propid: int) -> None:
if self.loglevel is not None:
config.logger.log(
self.loglevel, f"Found {instance=} in {self.name_a} only."
)
cell = self.layout_a.cell(instance.cell_index)
regions: list[kdb.Region] = []
layers = [layer for layer in cell.layout().layer_indexes()]
layer_infos = [li for li in cell.layout().layer_infos()]
for layer in layers:
r = kdb.Region()
r.insert(self.layout_a.cell(instance.cell_index).begin_shapes_rec(layer))
regions.append(r)
for trans in instance.each_cplx_trans():
for li, r in zip(layer_infos, regions):
self.cell_a.shapes(self.diff_a.layer(li)).insert(r.transformed(trans))
def on_instance_in_b_only(self, instance: kdb.CellInstArray, propid: int) -> None:
if self.loglevel is not None:
config.logger.log(
self.loglevel, f"Found {instance=} in {self.name_b} only."
)
cell = self.layout_b.cell(instance.cell_index)
regions: list[kdb.Region] = []
layers = [layer for layer in cell.layout().layer_indexes()]
layer_infos = [li for li in cell.layout().layer_infos()]
for layer in layers:
r = kdb.Region()
r.insert(self.layout_b.cell(instance.cell_index).begin_shapes_rec(layer))
regions.append(r)
for trans in instance.each_cplx_trans():
for li, r in zip(layer_infos, regions):
self.cell_b.shapes(self.diff_b.layer(li)).insert(r.transformed(trans))
def on_polygon_in_b_only(self, poly: kdb.Polygon, propid: int) -> None:
"""Called when there is only a polygon in the cell_b."""
if self.loglevel is not None:
config.logger.log(self.loglevel, f"Found {poly=} in {self.name_b} only.")
self.cell_b.shapes(self.layer_b).insert(poly)
def on_end_layer(self) -> None:
"""Before switching to a new layer, copy the xor to the xor layout."""
if (not self.cell_a.bbox().empty()) or (not self.cell_b.bbox().empty()):
c: kdb.Cell = self.diff_xor.cell(self.cell_a.name)
if c is None:
c = self.diff_xor.create_cell(self.cell_a.name)
c.shapes(self.diff_xor.layer(self.layer)).insert(
kdb.Region(self.cell_a.shapes(self.layer_a))
^ kdb.Region(self.cell_b.shapes(self.layer_b))
)
def compare(self) -> bool:
"""Run the comparing.
Returns: True if there are differences, nothing otherwise
"""
return self.kdiff.compare(
self.layout_a,
self.layout_b,
kdb.LayoutDiff.Verbose
| kdb.LayoutDiff.NoLayerNames
| kdb.LayoutDiff.BoxesAsPolygons
| kdb.LayoutDiff.PathsAsPolygons
| kdb.LayoutDiff.IgnoreDuplicates,
)
__all__ = [
"KCell",
"Instance",
"Port",
"Ports",
"cell",
"kcl",
"KCLayout",
"save_layout_options",
"LayerEnum",
"KCellParams",
]
|
kfactory/src/kfactory/kcell.py/0
|
{
"file_path": "kfactory/src/kfactory/kcell.py",
"repo_id": "kfactory",
"token_count": 124239
}
| 95
|
"""Widgets for kfactory, currently for jupyterhub only."""
|
kfactory/src/kfactory/widgets/__init__.py/0
|
{
"file_path": "kfactory/src/kfactory/widgets/__init__.py",
"repo_id": "kfactory",
"token_count": 20
}
| 96
|
import kfactory as kf
def test_layerstack_instance(pdk: kf.KCLayout) -> None:
assert isinstance(pdk.layer_stack, kf.LayerStack)
def test_layerstack_layer_thickness(pdk: kf.KCLayout) -> None:
assert isinstance(pdk.layer_stack.get_layer_to_thickness()[(1, 0)], float)
def test_layerstack_layer_zmin(pdk: kf.KCLayout) -> None:
assert isinstance(pdk.layer_stack.get_layer_to_zmin()[(1, 0)], float)
def test_layerstack_layer_material(pdk: kf.KCLayout) -> None:
assert isinstance(pdk.layer_stack.get_layer_to_material()[(1, 0)], str)
def test_layerstack_layer_info(pdk: kf.KCLayout) -> None:
assert isinstance(pdk.layer_stack.get_layer_to_info()[(1, 0)], kf.kcell.Info)
def test_layerstack_layer_sidewall_angle(pdk: kf.KCLayout) -> None:
assert isinstance(pdk.layer_stack.get_layer_to_sidewall_angle()[(1, 0)], float)
def test_layerstack_layer_getattr(pdk: kf.KCLayout, LAYER: kf.LayerEnum) -> None:
assert pdk.layer_stack.wg == kf.kcell.LayerLevel(
layer=LAYER.WG,
thickness=0.22,
zmin=0,
material="si",
info=kf.kcell.Info(mesh_order=1),
)
def test_layerstack_layer_getitem(pdk: kf.KCLayout, LAYER: kf.LayerEnum) -> None:
assert pdk.layer_stack["wg"] == kf.kcell.LayerLevel(
layer=LAYER.WG,
thickness=0.22,
zmin=0,
material="si",
info=kf.kcell.Info(mesh_order=1),
)
|
kfactory/tests/test_layerstack.py/0
|
{
"file_path": "kfactory/tests/test_layerstack.py",
"repo_id": "kfactory",
"token_count": 660
}
| 97
|
"""Circular bends.
A circular bend has a constant radius.
"""
import numpy as np
from kfactory import kdb
from kfactory.enclosure import LayerEnclosure, extrude_path
from kfactory.kcell import KCell, LayerEnum, cell
__all__ = ["bend_circular"]
@cell
def bend_circular(
width: float,
radius: float,
layer: int | LayerEnum,
enclosure: LayerEnclosure | None = None,
angle: float = 90,
angle_step: float = 1,
) -> KCell:
"""Circular radius bend [um].
Args:
width: Width of the core. [um]
radius: Radius of the backbone. [um]
layer: Layer index of the target layer.
enclosure: :py:class:`kfactory.enclosure` object to describe the
claddings.
angle: Angle amount of the bend.
angle_step: Angle amount per backbone point of the bend.
"""
c = KCell()
r = radius
backbone = [
kdb.DPoint(x, y)
for x, y in [
[np.sin(_angle / 180 * np.pi) * r, (-np.cos(_angle / 180 * np.pi) + 1) * r]
for _angle in np.linspace(
0, angle, int(abs(angle) // angle_step + 0.5), endpoint=True
)
]
]
extrude_path(
target=c,
layer=layer,
path=backbone,
width=width,
enclosure=enclosure,
start_angle=0,
end_angle=angle,
)
c.create_port(
trans=kdb.Trans(2, False, 0, 0),
width=int(width / c.kcl.dbu),
layer=layer,
)
c.create_port(
dcplx_trans=kdb.DCplxTrans(1, angle, False, backbone[-1].to_v()),
dwidth=width,
layer=layer,
)
c.autorename_ports()
return c
if __name__ == "__main__":
from kgeneric import LAYER
c = bend_circular(width=1, radius=9, angle=9.0, layer=LAYER.WG)
c.draw_ports()
c.show()
|
kgeneric/kgeneric/cells/circular.py/0
|
{
"file_path": "kgeneric/kgeneric/cells/circular.py",
"repo_id": "kgeneric",
"token_count": 853
}
| 98
|
import kfactory as kf
from kgeneric import gpdk as pdk
if __name__ == "__main__":
nm = 1e-3
c = kf.KCell("bend_chain")
s1 = c << pdk.straight_sc(length=1 + 1.5 * nm)
s2 = c << pdk.straight_sc(length=1)
s2.connect("o1", s1.ports["o2"])
# b1.flatten()
# b2.flatten()
# c.flatten()
c.show()
|
kgeneric/kgeneric/samples/straight_chain.py/0
|
{
"file_path": "kgeneric/kgeneric/samples/straight_chain.py",
"repo_id": "kgeneric",
"token_count": 165
}
| 99
|
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