qpaig-mit/pixcell
Image-Text-to-Text • Updated
Datasets:
schema_version stringclasses 1
value | opaque_id stringlengths 20 20 | image imagewidth (px) 187 1.44k | footprint_um list | code stringlengths 354 4.52k | image_sha256 stringlengths 64 64 | code_sha256 stringlengths 64 64 | level stringclasses 5
values | curriculum_order int32 0 4.56k | representation_id stringclasses 547
values | leakage_group_id stringclasses 542
values | variation_role stringclasses 5
values | realization_slot int32 -1 5 | is_core bool 2
classes |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
pixcell-model-row-v2 | e4566600b4092d25abb1 | [
22,
22
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 22.0
width_um = 22.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.rectangle(
size=(length_um, width_um), layer=layer, centered=True
)
return c
if __name__ ==... | 14f670a1133271437567b1279767825a7b54b52c85b8722f07671a98afd17163 | c2b151df2a547f0992cca633687474e5f35d7dd69a32dd074625cf38a3676ea3 | L0 | 0 | g_893acd0ec3151d5eae07 | lg_5dbb6cd6b10d9efddbc2 | semantic | 0 | true | |
pixcell-model-row-v2 | 81be34e43287f7bdd3a4 | [
28,
22
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 28.0
width_um = 22.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.rectangle(
size=(length_um, width_um), layer=layer, centered=True
)
return c
if __name__ ==... | 28a8a0f23dfb230f230de2e7f1389d74ab99d12f5fe52b71307ab866f7cfd165 | 4a1d04cdfcbac5f4b187685170a6996842f854ecd4aa9b7a0b0251b9edcb0cee | L0 | 1 | g_d77719f938c1d0c48b58 | lg_c693dd35542badf56c28 | semantic | 0 | true | |
pixcell-model-row-v2 | 762dcfb8cf5c4cdd2a0c | [
22,
28
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 22.0
width_um = 28.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.rectangle(
size=(length_um, width_um), layer=layer, centered=True
)
return c
if __name__ ==... | 17184a3e27d1624b918d17ce92d9efe1fdaace5393d0d5514fc412df3e0527e0 | c72cf29e826d9889e5c71bebf5b8601998a04595506b53b90ab4d8aec31064a9 | L0 | 2 | g_d77719f938c1d0c48b58 | lg_c693dd35542badf56c28 | equivariance | -1 | true | |
pixcell-model-row-v2 | 29d28d64210567e04962 | [
35.35533905932738,
35.35533905932738
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 28.0
width_um = 22.0
layer = (1, 0)
presentation_rotation_deg = 45.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.rectangle(
size=(length_um, width_um), layer=layer, centered=True
... | d82466a325971a807b4f49123ed388b046b0280ab8919475f854dab1fe01cc18 | e3937b417edb6d3051439da1aadbb532479c36f2dcbd86546979e7d953bec91e | L0 | 3 | g_d77719f938c1d0c48b58 | lg_c693dd35542badf56c28 | equivariance | -1 | true | |
pixcell-model-row-v2 | 1af9796e7882399fb952 | [
54,
12
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 54.0
width_um = 12.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.rectangle(
size=(length_um, width_um), layer=layer, centered=True
)
return c
if __name__ ==... | 1029a2303d18c635ec840746a9bc39e3151dfae371e6fb9b95e736b2ef02bccc | c9bc921383bf13f3f8603f1ee2603316319b7b3dbbd67ceecef812ead1a08b58 | L0 | 4 | g_d77719f938c1d0c48b58 | lg_c693dd35542badf56c28 | calibration | -1 | true | |
pixcell-model-row-v2 | 826ce60cbc4e49cda11f | [
22,
22
] | import json
from pathlib import Path
import gdsfactory as gf
radius_um = 11.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.circle(radius=radius_um, layer=layer)
return c
if __name__ == "__main__":
component = device()
component.write_... | 2855abf055765f902c2901d0bb4a1b4d659008a02d94f8544ad4af89e039dccb | acad2f43f41fcde611a16d64a9e9351388edb9b5c7139767e657b2b709f20741 | L0 | 5 | g_ae0d09a324b8260c2861 | lg_23aa45a1f48460f80bdd | semantic | 0 | true | |
pixcell-model-row-v2 | a373d71e635bb09e2ebd | [
14,
14
] | import json
from pathlib import Path
import gdsfactory as gf
radius_um = 7.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.circle(radius=radius_um, layer=layer)
return c
if __name__ == "__main__":
component = device()
component.write_g... | e88e515d533c51640684562a69942e8305e555695bd4d4243a4ae7148d94b633 | f4528a7a28a2eecff1d08a7b56824159831ba640b42076604506f588b17892e0 | L0 | 6 | g_ae0d09a324b8260c2861 | lg_23aa45a1f48460f80bdd | calibration | -1 | true | |
pixcell-model-row-v2 | b1aded89f3a8a34d5bad | [
36,
36
] | import json
from pathlib import Path
import gdsfactory as gf
radius_um = 18.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.circle(radius=radius_um, layer=layer)
return c
if __name__ == "__main__":
component = device()
component.write_... | c611bdd2885e8f8779f21c10938f53fbbb56291070d481936b84d9f2fe74e14a | 414f62813383c937df56ddf6d58be471ae42efcecfcb25abcc21ad69b4163c5b | L0 | 7 | g_ae0d09a324b8260c2861 | lg_23aa45a1f48460f80bdd | calibration | -1 | true | |
pixcell-model-row-v2 | 1788c29f82b5debbc1ae | [
30,
30
] | import json
from pathlib import Path
import gdsfactory as gf
radius_um = 14.0
ring_width_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.ring(
radius=radius_um, width=ring_width_um, layer=layer
)
return c
if __name__ == "__m... | 2379fab5e5fec038d2976af263d854ac3c9e8cacb67d714d044d98e91c28b36c | bfed9c294ca76e480224fd8c729f2db4a6542961f1737f27532bf63f343297b4 | L0 | 8 | g_0f5c93c273fe2ae20007 | lg_a95dc45162858a6dc219 | semantic | 0 | true | |
pixcell-model-row-v2 | 9d9dc91e205ae0a4dfd7 | [
28,
28
] | import json
from pathlib import Path
import gdsfactory as gf
radius_um = 12.0
ring_width_um = 4.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.ring(
radius=radius_um, width=ring_width_um, layer=layer
)
return c
if __name__ == "__m... | 03e310fdbc79ea6b2410ce6b979523451c111309d482177366b71e6f69af677f | 9dadcf70e1d1a360ed2084f53e4437dd9ef4245ff49f77c5c9f1b30a0463ccde | L0 | 9 | g_35cad8c233ec1f971f8b | lg_a9f157bbafe317d654ef | semantic | 0 | true | |
pixcell-model-row-v2 | de046f1811fe38983046 | [
33,
33
] | import json
from pathlib import Path
import gdsfactory as gf
radius_um = 13.0
ring_width_um = 7.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.ring(
radius=radius_um, width=ring_width_um, layer=layer
)
return c
if __name__ == "__m... | fb1e72e5208f869a588a4db4de1f128ad21c11cdf42591f4e912010684658c48 | eef926f86ef4758bfb6b627e763aaf1d87abe6042b00abf6d2da3e95d9840f9b | L0 | 10 | g_dc110418f141e49ff242 | lg_e685442ad80906ece8cb | semantic | 0 | true | |
pixcell-model-row-v2 | 9e6d332d9844b1080fac | [
46.67,
46.67
] | import json
from pathlib import Path
import gdsfactory as gf
radius_um = 20.0
ring_width_um = 6.67
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.ring(
radius=radius_um, width=ring_width_um, layer=layer
)
return c
if __name__ == "__... | e6c3e480d27d29fd748d1426fcec0b3080690c23382b5b3fc9889dcb14335b4e | 40d3f5513695144f56f2e806bb3e3ad69241a9fccfe4e09001bf4d66ee4d3fc2 | L0 | 11 | g_35cad8c233ec1f971f8b | lg_a9f157bbafe317d654ef | calibration | -1 | true | |
pixcell-model-row-v2 | bb5fa74a70bd8e57e17a | [
28,
28
] | import json
from pathlib import Path
import gdsfactory as gf
cross_length_um = 28.0
cross_width_um = 3.5
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.cross(
length=cross_length_um, width=cross_width_um, layer=layer
)
return c
if _... | 27abbfd6754322494956e0a185365ac62ae8b8bb06e6cea21f00bb56cd56e819 | 78e70d6c1306f1a13d3efe81b6c3a7994fa034b13d8b300351a7a13d4dde84c5 | L0 | 12 | g_ef45122fdc057561bbc6 | lg_5a0ecab2bea47614c04e | semantic | 0 | true | |
pixcell-model-row-v2 | 0c2f59bd53083caf245d | [
26,
26
] | import json
from pathlib import Path
import gdsfactory as gf
cross_length_um = 26.0
cross_width_um = 7.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.cross(
length=cross_length_um, width=cross_width_um, layer=layer
)
return c
if _... | f270b1a81b5bb856a62b9ca8b88f187c3a6dea439de341ac11b7bc0b3c9065ca | 16113847f0d554fdee15a5ceae157e9754cf1d6e5109acedfccc360a4881bbf4 | L0 | 13 | g_a2b970c7d908676a5762 | lg_1094d5b5c642a77a5469 | semantic | 0 | true | |
pixcell-model-row-v2 | 569f27db2915c1a7a77b | [
26,
26
] | import json
from pathlib import Path
import gdsfactory as gf
cross_length_um = 26.0
cross_width_um = 11.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.cross(
length=cross_length_um, width=cross_width_um, layer=layer
)
return c
if ... | dc7f11ad6a6c2b9f15668f54ad47340c37970843705111ae7b4ea01bae132d27 | 7d142f6049576d8263d6b5e27f83ee5c67804e1425e50da6e8d053d50e507c9d | L0 | 14 | g_dc13c0927ec062756c9e | lg_50682fa0b05b3e106563 | semantic | 0 | true | |
pixcell-model-row-v2 | 8ecfaf88cceea7c002ab | [
23.334523779156072,
23.334523779156072
] | import json
from pathlib import Path
import gdsfactory as gf
cross_length_um = 26.0
cross_width_um = 7.0
layer = (1, 0)
presentation_rotation_deg = 45.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.cross(
length=cross_length_um, width=cross_width_um, laye... | 5f455fcd54f053e0347bf468aae589582f714628fe97504758f31e6cd269a904 | 4c5bc6718940931b663d9d3ab24899f9174f7c8ab39dee3858b81cdb0f4af335 | L0 | 15 | g_a2b970c7d908676a5762 | lg_1094d5b5c642a77a5469 | equivariance | -1 | true | |
pixcell-model-row-v2 | 2abb10b3b596bc26e642 | [
24,
24
] | import json
from pathlib import Path
import gdsfactory as gf
base_um = 24.0
height_um = 24.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.triangle(x=base_um, y=height_um, layer=layer)
return c
if __name__ == "__main__":
component = device... | ff14c2521412f1ae122125b7b7085d86c51b4f4848c695dc5b5882bc9169e2a8 | c0296a82fab9bf8398365219aeca23268f73e9bda8ec6e8b513eb9fc5a6112ea | L0 | 16 | g_028fd1f12a2521a8d04f | lg_36c46e352acc6baa9bdd | semantic | 0 | true | |
pixcell-model-row-v2 | 252bc485fa089fe99b4f | [
28,
22
] | import json
from pathlib import Path
import gdsfactory as gf
base_um = 28.0
height_um = 22.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.triangle(x=base_um, y=height_um, layer=layer)
return c
if __name__ == "__main__":
component = device... | f706b143844250c3b355cc0a1a28979ae3d616995193c9529ba716a5376621f4 | 0161a692218c17821fe611f40d7cbaa2e2c1d27891939d5c3e114e06d11c33d1 | L0 | 17 | g_763615292a29f9a13415 | lg_59029a92f08b0db43cf9 | semantic | 0 | true | |
pixcell-model-row-v2 | 4bb6a690c3c0d6906def | [
22,
28
] | import json
from pathlib import Path
import gdsfactory as gf
base_um = 22.0
height_um = 28.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.triangle(x=base_um, y=height_um, layer=layer)
return c
if __name__ == "__main__":
component = device... | 41ef4653811fc1afb8ee6ab8e0bcdb8d2d07ff5e398ead07e7ff402b1988672b | 63819c70362f842e074820c82c5718062380fc8ccd401af86bf10ba40d83b80f | L0 | 18 | g_763615292a29f9a13415 | lg_59029a92f08b0db43cf9 | equivariance | -1 | true | |
pixcell-model-row-v2 | 7f5cad99a31c2938449a | [
22,
28
] | import json
from pathlib import Path
import gdsfactory as gf
base_um = 28.0
height_um = 22.0
layer = (1, 0)
presentation_rotation_deg = 90.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.triangle(x=base_um, y=height_um, layer=layer)
ref.rotate(presentation_rot... | 37aa311296e9ca554d3ec307f24bc1f4e7de75758fa44c173ab9e308da634122 | a33e204b273acfdd58d34b4d97bba4911c48736a70efef1473dfc17a49ef1716 | L0 | 19 | g_763615292a29f9a13415 | lg_59029a92f08b0db43cf9 | equivariance | -1 | true | |
pixcell-model-row-v2 | 22008857e25f97ae9a44 | [
28,
22.000000000000004
] | import json
from pathlib import Path
import gdsfactory as gf
base_um = 28.0
height_um = 22.0
layer = (1, 0)
presentation_rotation_deg = 180.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.triangle(x=base_um, y=height_um, layer=layer)
ref.rotate(presentation_ro... | 51a36b1c3c954695ceafdd8d1cffea19518a17f58ab55ab154071a166468609e | 42b5d07a9c2d909c33f074c159a6281d50b62d73db266a1986c0379a0a669c28 | L0 | 20 | g_763615292a29f9a13415 | lg_59029a92f08b0db43cf9 | equivariance | -1 | true | |
pixcell-model-row-v2 | 8d00b0c86cbab86ee0b6 | [
22.000000000000004,
28
] | import json
from pathlib import Path
import gdsfactory as gf
base_um = 28.0
height_um = 22.0
layer = (1, 0)
presentation_rotation_deg = 270.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.triangle(x=base_um, y=height_um, layer=layer)
ref.rotate(presentation_ro... | 71f4f260d3e5ac7e7ef1728ee34e9b7359e66579bfe338bb95b7c4aeec014b0c | 5549bdb5a097b314baef196c1fec697c08f08de9ca6f49da112abfe547a27913 | L0 | 21 | g_763615292a29f9a13415 | lg_59029a92f08b0db43cf9 | equivariance | -1 | true | |
pixcell-model-row-v2 | 1f98b595d8e71dbd20d9 | [
28.000000000000004,
22
] | import json
from pathlib import Path
import gdsfactory as gf
base_um = 28.0
height_um = 22.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.triangle(x=base_um, y=height_um, layer=layer)
ref.mirror_x()
return c
if __name__ == "__main__":
... | c68088db98e864ad554344479f836e579f1eb7d89ff5df41ec09d103a99c1c3c | 87099399616026ce14d1a0f14183c4ea32b608f73c0061e65dddff9aa4cf8828 | L0 | 22 | g_763615292a29f9a13415 | lg_59029a92f08b0db43cf9 | equivariance | -1 | true | |
pixcell-model-row-v2 | 2d8041cb45fec29e0af5 | [
30,
23
] | import json
from pathlib import Path
import gdsfactory as gf
radius_x_um = 15.0
radius_y_um = 11.5
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.ellipse(
radii=(radius_x_um, radius_y_um), layer=layer
)
return c
if __name__ == "__ma... | a353b95e93b6a3ef4961f9f6461c25e02762741d99d2e105e5c976fee87961ed | 9758f4ad6ebb65f6d4c9e04de522aeaff70855afb54565cbe7a8042690ed4266 | L0 | 23 | g_aae899a2a998f4339b96 | lg_cab647f667d96876ab5a | semantic | 0 | true | |
pixcell-model-row-v2 | f9b8eb1f81c8d211fdec | [
23,
30
] | import json
from pathlib import Path
import gdsfactory as gf
radius_x_um = 11.5
radius_y_um = 15.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.ellipse(
radii=(radius_x_um, radius_y_um), layer=layer
)
return c
if __name__ == "__ma... | 710fd28129a0158cef92851052a510cf35ab1751eb58c932b05ac74052bbc664 | 3e7ff82ab1847b16e9c76110532528d081225f85fad646e0eb4de61c94752535 | L0 | 24 | g_aae899a2a998f4339b96 | lg_cab647f667d96876ab5a | equivariance | -1 | true | |
pixcell-model-row-v2 | e96980e1ddd9cee253e5 | [
50,
14
] | import json
from pathlib import Path
import gdsfactory as gf
radius_x_um = 25.0
radius_y_um = 7.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.ellipse(
radii=(radius_x_um, radius_y_um), layer=layer
)
return c
if __name__ == "__mai... | 0e8fe6a0f128df78b549be095f3ad8def289e35d6980241e0cdd2c6058f0870f | 6dd3d5df2d16a1628736b30f6f6339cf4feb404379f4081a3c3a037f42ffc0bd | L0 | 25 | g_aae899a2a998f4339b96 | lg_cab647f667d96876ab5a | calibration | -1 | true | |
pixcell-model-row-v2 | 1676dc451dc1e37a6ac7 | [
45,
34.5
] | import json
from pathlib import Path
import gdsfactory as gf
radius_x_um = 22.5
radius_y_um = 17.25
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.ellipse(
radii=(radius_x_um, radius_y_um), layer=layer
)
return c
if __name__ == "__m... | 07239b2e907a4d624cd148d72106d1840b6c82e2d6f35edb2f33552519fe1493 | 28ce3139656cbedd813722b6c4b3c44a3cc85b2db837f37ec012054c998b2b40 | L0 | 26 | g_aae899a2a998f4339b96 | lg_cab647f667d96876ab5a | calibration | -1 | true | |
pixcell-model-row-v2 | fe5a4103bffd2f097fa0 | [
15,
12.99
] | import json
from pathlib import Path
import gdsfactory as gf
sides = 3
side_length_um = 15.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.regular_polygon(
sides=sides, side_length=side_length_um, layer=layer
)
return c
if __name__... | bc71dbc6447583d225e7d4f7a6981ebd95e767aaf90f7d59d0e0e25bbf709cb7 | 869b7a69806de2bc1d21f76242f1fca4f972bf5a9c14f6c02035b8a8f990de56 | L0 | 27 | g_6806232a137d799963a8 | lg_ee02b4c731fe753c381b | semantic | 0 | true | |
pixcell-model-row-v2 | 149ee82d2afac87d2696 | [
14,
14
] | import json
from pathlib import Path
import gdsfactory as gf
sides = 4
side_length_um = 14.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.regular_polygon(
sides=sides, side_length=side_length_um, layer=layer
)
return c
if __name__... | 14f670a1133271437567b1279767825a7b54b52c85b8722f07671a98afd17163 | ba7df82ac0a200dc83f9f0288153e41c5712fc6c0d51d29064f092bec2e2916e | L0 | 28 | g_712a9613acfe6712f154 | lg_5dbb6cd6b10d9efddbc2 | semantic | 0 | true | |
pixcell-model-row-v2 | d79596fd19517f0b1dc8 | [
19.416,
18.466
] | import json
from pathlib import Path
import gdsfactory as gf
sides = 5
side_length_um = 12.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.regular_polygon(
sides=sides, side_length=side_length_um, layer=layer
)
return c
if __name__... | a5027bce7c0f9d288967acba317602b3e331e4664b34ced36cc763703546a291 | dc09d5d9329943e8589724838f50c51de441d797225365930dd9d68637531836 | L0 | 29 | g_6d9c9f9ad2271b0b5b30 | lg_7abff959d524e281d499 | semantic | 0 | true | |
pixcell-model-row-v2 | e50c598c20997df21f25 | [
24,
20.784
] | import json
from pathlib import Path
import gdsfactory as gf
sides = 6
side_length_um = 12.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.regular_polygon(
sides=sides, side_length=side_length_um, layer=layer
)
return c
if __name__... | 68c173dbeb17da1cb3b125ea920534ce25bba384669f2abb393c12fe026fda6e | 8d7e18b3a98a659298c349a4d7a8b0a73fb9d9e2d3dd4aa92401dc006c268d37 | L0 | 30 | g_1b60cd40859bcb3d5b9a | lg_478a52e7d2a52695abe7 | semantic | 0 | true | |
pixcell-model-row-v2 | 1ee8d49b400ab01e631c | [
21.728,
21.728
] | import json
from pathlib import Path
import gdsfactory as gf
sides = 8
side_length_um = 9.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.regular_polygon(
sides=sides, side_length=side_length_um, layer=layer
)
return c
if __name__ ... | d7e587a1cc9dc237c62d6e6e4ada6f7d2d0772b0b0d0f9b6c68c161e3f6885a0 | bdadda15ed89bf1148e211010afcbdd9210cee4a71a19cf18ba14a10dc5d3f0d | L0 | 31 | g_a6bad992eb625a2f064c | lg_e6293f9deae574146283 | semantic | 0 | true | |
pixcell-model-row-v2 | 9a5441783afae1544f92 | [
24.258,
24.258
] | import json
from pathlib import Path
import gdsfactory as gf
sides = 12
side_length_um = 6.5
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.regular_polygon(
sides=sides, side_length=side_length_um, layer=layer
)
return c
if __name__... | 6aa40d33ee8ad6a8d38296f1413e7be789cc1a417cc7b7fa1d2807826cdc8d3b | 93c7c731c75e859daabd9f277e87f322679e57d50577edbf077f88299353a96f | L0 | 32 | g_6d5bbe49941eb9fc7478 | lg_7f0315c8b5b9ca379bd6 | semantic | 0 | true | |
pixcell-model-row-v2 | aecb1d521e1572ef1e5d | [
19.415844246803378,
18.46601933188262
] | import json
from pathlib import Path
import gdsfactory as gf
sides = 5
side_length_um = 12.0
layer = (1, 0)
presentation_rotation_deg = 36.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.regular_polygon(
sides=sides, side_length=side_length_um, layer=layer... | b7e40ecd54189c958c428ba9ad54d59c559b23eb1953a2ab177d7a5c113e3f73 | ad49a723429bb9f8707edcda8ea183b16d447ca43b53294d63fdf4a0cb53a0b9 | L0 | 33 | g_6d9c9f9ad2271b0b5b30 | lg_7abff959d524e281d499 | equivariance | -1 | true | |
pixcell-model-row-v2 | b23b95f45323b4546dba | [
20.784609690826528,
23.99947199225577
] | import json
from pathlib import Path
import gdsfactory as gf
sides = 6
side_length_um = 12.0
layer = (1, 0)
presentation_rotation_deg = 30.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.regular_polygon(
sides=sides, side_length=side_length_um, layer=layer... | 11975a3a51d8b243669a8b64186a8e06faae7b49e1b9f2d8bc84bf59a9696083 | 785b3d3ae773e3d2ba31dd5dfb819c0b599e27ab71da79b858005aae380d5b2b | L0 | 34 | g_1b60cd40859bcb3d5b9a | lg_478a52e7d2a52695abe7 | equivariance | -1 | true | |
pixcell-model-row-v2 | ef9c7a0c7d87ef0da186 | [
30,
30
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 4.0
size_x_um = 28.0
size_y_um = 28.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_um), layer=layer
)
return ... | 73a0eff7a15ab8a2607562cb3b406c60836a6cecb540e260f87c47cfa069c2b6 | 78675a6e054f7c1c0e1b06ea65b8c13787c4cee4ef4501db94288ab75dda800f | L0 | 35 | g_0edba779930e3395b6a5 | lg_9689550a239a260a0ed3 | semantic | 0 | true | |
pixcell-model-row-v2 | 7405be241265f309e9ba | [
32.5,
32.5
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 9.0
size_x_um = 28.0
size_y_um = 28.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_um), layer=layer
)
return ... | 7ac582a2ac993513b5ce2f41353077432100178ca25fb8a04102b79eb56d8592 | b0d1a3e005527a85f44c782f63d14f9d9748a64fee9d8e1c8a17de8b43834dd6 | L0 | 36 | g_c1c1b93ee0680fb2afab | lg_543ab61a51f0a1f809f9 | semantic | 0 | true | |
pixcell-model-row-v2 | ec40872a6cc7d4840075 | [
28,
33
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 6.0
size_x_um = 25.0
size_y_um = 30.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_um), layer=layer
)
return ... | fbe60ea9a785e3d22ef2fd957c025d0b09563e79b8d3640fbf75e9da0da1dbd3 | 22c65c2a43d8cc4784c54cf0faf7836783e03d839eb2b9f763185e848d6e21ae | L0 | 37 | g_cf57549f011e9ba43a2a | lg_5db7217513e73ee92159 | semantic | 0 | true | |
pixcell-model-row-v2 | 300311b72fc36b010cc3 | [
41,
26
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 6.0
size_x_um = 38.0
size_y_um = 23.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_um), layer=layer
)
return ... | 059917aecda81e1564d8c2ad91c6fe4f3b256443d25a08fa389488c5f176c33d | 24a8a328f57176b5c7abe332e9a9de77ec144bf388a50072adfc5999735efce8 | L0 | 38 | g_4fd1c4de81cf2529ec21 | lg_b02a1bf0ea1feafd03b8 | semantic | 0 | true | |
pixcell-model-row-v2 | 2a0445015d93095c07d9 | [
26,
41
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 6.0
size_x_um = 23.0
size_y_um = 38.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_um), layer=layer
)
return ... | d8bdde71886a7ab33118e4b2362b52da77d2d6e9fcc58e66a5ca959563df0f3f | a61b5447afe58e5db18a2a2071670cc42f8f9d205bc98186d185d5fea9dc2ac1 | L0 | 39 | g_4fd1c4de81cf2529ec21 | lg_b02a1bf0ea1feafd03b8 | equivariance | -1 | true | |
pixcell-model-row-v2 | e2a35e179e1caf8ce0ac | [
26.000000000000004,
41
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 6.0
size_x_um = 38.0
size_y_um = 23.0
layer = (1, 0)
presentation_rotation_deg = 90.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_u... | 7578d1b3c7f149b3a3aa8af50a0696ed445265ad6fa9279f7ad9921366ef2c54 | 3f4469e64672d7adab12ca16ddbd3beabd540620bbefffa8baff41f477715362 | L0 | 40 | g_4fd1c4de81cf2529ec21 | lg_b02a1bf0ea1feafd03b8 | equivariance | -1 | true | |
pixcell-model-row-v2 | 6b4d3147bd16ed503c43 | [
41,
26.000000000000004
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 6.0
size_x_um = 38.0
size_y_um = 23.0
layer = (1, 0)
presentation_rotation_deg = 180.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_... | 46e95104aaa6b3c25264c95c742b7f730aeb154857158994daebad76b631617a | d704b71a5b443ac7ba325e2963df2e75c290fe4df07f71beeae4d784b963ecc6 | L0 | 41 | g_4fd1c4de81cf2529ec21 | lg_b02a1bf0ea1feafd03b8 | equivariance | -1 | true | |
pixcell-model-row-v2 | 824e3ca4b243a88d6472 | [
26.000000000000007,
41
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 6.0
size_x_um = 38.0
size_y_um = 23.0
layer = (1, 0)
presentation_rotation_deg = 270.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_... | a9d470d301890da1f19f8c2ed4585864e554b32c23334092a2f1d0b8bfe24637 | 2e9384cf995e4da1f10f978e93ebbf1ed1b89a0c9b2f17780b83db05f697b9ab | L0 | 42 | g_4fd1c4de81cf2529ec21 | lg_b02a1bf0ea1feafd03b8 | equivariance | -1 | true | |
pixcell-model-row-v2 | 76db30933ba06108061e | [
41,
26
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 6.0
size_x_um = 38.0
size_y_um = 23.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_um), layer=layer
)
ref.mir... | b031f461e1b5fb920efa20f6c9f3a166079232e158901442783fc5ff86530884 | a85252c59c08fc4bbf7f5675206e7e7d2ca6d8083c8094ef9ce2019e6bce4bd7 | L0 | 43 | g_4fd1c4de81cf2529ec21 | lg_b02a1bf0ea1feafd03b8 | equivariance | -1 | true | |
pixcell-model-row-v2 | 136409e2be0c81db193c | [
41,
26
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 6.0
size_x_um = 38.0
size_y_um = 23.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_um), layer=layer
)
ref.mir... | cc27dea94661d0e11d59d0813ad93fb92f7b357acd21fd7e142b02fb389d1fb5 | 1aceb7d673bf2e9fe2e12bdb39b7281577e84bd6fab982f8e7d12de1c9bf1f4d | L0 | 44 | g_4fd1c4de81cf2529ec21 | lg_b02a1bf0ea1feafd03b8 | equivariance | -1 | true | |
pixcell-model-row-v2 | f19d706b7de17dd8b1dc | [
43.1335136523794,
27.577164466275356
] | import json
from pathlib import Path
import gdsfactory as gf
arm_width_um = 6.0
size_x_um = 25.0
size_y_um = 30.0
layer = (1, 0)
presentation_rotation_deg = 45.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.L(
width=arm_width_um, size=(size_x_um, size_y_u... | 332a7a3c706bd8adb208e1a7c06b1793195db78c5844e08ed03f6455a12b0b96 | 6e82237d659c19595ffd4c6d8ad90d43fafd42e54ee63091a22512eab529a286 | L0 | 45 | g_cf57549f011e9ba43a2a | lg_5db7217513e73ee92159 | equivariance | -1 | true | |
pixcell-model-row-v2 | 1dbfcd6eca79c3e7018d | [
42,
4
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 42.0
waveguide_width_um = 4.0
default_bend_radius_um = 10.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
width=waveguide_width... | b65b00995f8c77d17c13064c0724e45350754eb58254cc925122168431a3b105 | 852644b875b25d066accf4ac6211da59d08e7e4f92289eaa91a892638cfaec6b | L0 | 46 | g_7ea6b4aa4c2c5557cf4d | lg_327bc5e468045ffa1917 | semantic | 0 | true | |
pixcell-model-row-v2 | c84a0e807d694b66fe2d | [
4.000000000000003,
42
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 42.0
waveguide_width_um = 4.0
default_bend_radius_um = 10.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
presentation_rotation_deg = 90.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_secti... | 6e583738f9ca9a4e975081cd6080f6b532e8a6dde56ff997dcd00298275879a8 | cbc26fc3e2868f91fff9e39190f3512f25ef3399e5684dd72311b6e7bfdbf14e | L0 | 47 | g_7ea6b4aa4c2c5557cf4d | lg_327bc5e468045ffa1917 | equivariance | -1 | true | |
pixcell-model-row-v2 | 23b92ee736a484c2a91e | [
32.52691193458119,
32.526911934581186
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 42.0
waveguide_width_um = 4.0
default_bend_radius_um = 10.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
presentation_rotation_deg = 45.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_secti... | 8b1e3e501441b0ca38b2f03b19c70df9c5dd2d74d3b6d4136c3de1778c02271f | 18aef99ca07ff80542bf8d498af42ae15ec60c001004c27b1752b9f1601ca757 | L0 | 48 | g_7ea6b4aa4c2c5557cf4d | lg_327bc5e468045ffa1917 | equivariance | -1 | true | |
pixcell-model-row-v2 | 5de01505fcd673ec7aff | [
80,
3
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 80.0
waveguide_width_um = 3.0
default_bend_radius_um = 10.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
width=waveguide_width... | 56da403c475e3ca97507ea2a3388d3e71951efff59f6f0a3345ad102350e2c3d | 4a1aec8153bfebdf2713899af40e3a38ab4947643675a5f3a5d3f69fd72b506d | L0 | 49 | g_7ea6b4aa4c2c5557cf4d | lg_327bc5e468045ffa1917 | calibration | -1 | true | |
pixcell-model-row-v2 | 8661addfc3b5713f0233 | [
12.021,
7.808
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = -45.0
euler_fraction = 0.5
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
wi... | bdbce9ff089a132ddbf49d2023be27f97fcb5ac783e7e59fc77032c9547bcf76 | bfe8a05d4935daf42260ffb5de364a6bce69b71f7e4c71e010c1db89bdfdfbcb | L0 | 50 | g_4b5d17870cef43360b30 | lg_98d5ea34d4ca5f54b653 | equivariance | -1 | true | |
pixcell-model-row-v2 | a08540e86c52009518f0 | [
12.021,
7.808
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 45.0
euler_fraction = 0.5
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
wid... | 517d678cf68174529f7fabd9aa84f4762e6b0258899fbd4d8df4e9542fab42c7 | 0ef2aa9995f49cae8c5c1d4c660b1ebd5c1ba3c4a9c96a156bc01c78f0383747 | L0 | 51 | g_4b5d17870cef43360b30 | lg_98d5ea34d4ca5f54b653 | semantic | 0 | true | |
pixcell-model-row-v2 | 5650aeaf217aeee3e7a4 | [
17,
17
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = -90.0
euler_fraction = 0.5
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
wi... | 72abac07c55adffa411c0817a0f78472bb9bcdf1f3cf71c095c58bf13dcc2e71 | 82d86e437c4df570576a5f7d78ff22176751544228b9abf58f612da0124f3d55 | L0 | 52 | g_2a7e8fa58fcd9e2dfc34 | lg_386093d5100700ac8fb7 | equivariance | -1 | true | |
pixcell-model-row-v2 | 99e45733ad6ddafffacd | [
17,
17
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
euler_fraction = 0.5
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
wid... | d2b192dba6bb25dfcfe929eac921fe49aeae0621e2f98e74c5a7b8a659a91879 | 0d569ab4213b0f98211c2004cf9de896679d8b468d92ea6f49745483588753c8 | L0 | 53 | g_2a7e8fa58fcd9e2dfc34 | lg_386093d5100700ac8fb7 | semantic | 0 | true | |
pixcell-model-row-v2 | dd2ccc90fc2ef0268cc3 | [
20.281,
29.021
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 135.0
euler_fraction = 0.5
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
wi... | d29f86ebe29c548405cf25e0c3dce2729ee460daead32a0e83d71d1b0fc78194 | a573de7f9a8905b3d5085d5aa0f0b1011b7b936f6ecfc029c427df52c77d511c | L0 | 54 | g_d75574e3cc7c667999d1 | lg_f36daf6ec645d8fcebf2 | semantic | 0 | true | |
pixcell-model-row-v2 | ef1042ecab408c6eb5e5 | [
26.117,
34
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 180.0
euler_fraction = 0.5
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
wi... | 4d96a7af540cf2ffee223875819c001b168be49d2ffd90125f383289daffd9ff | ed60451e03d5404aa90ec1355f802588eecb3d9eada300e8c4b49f39e1793316 | L0 | 55 | g_03f46fe2ec32f8ea092c | lg_241d575d6b5e89cf3f55 | semantic | 0 | true | |
pixcell-model-row-v2 | a1035d431db1b1a05600 | [
17,
17
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
euler_fraction = 0.2
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
wid... | 24fc3a03863da8fbe5996edc5776070265294bda43e8104396ca2381f712360d | 65e4a0d51a2b9d9ada97cafed62b5c8d69b0c1f4cbedaaa34ea8d14eb39a7e33 | L0 | 56 | g_523f815cc90b9fc979ce | lg_ad20238e019f09777e71 | semantic | 0 | true | |
pixcell-model-row-v2 | e21164d861abf2f82c6b | [
17,
17
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
euler_fraction = 1.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
wid... | fa36bcc73a3708285988ea722306842f6a2d2f11679b103fa5db12ae5f8f4581 | e8826df7eda2f778b77d1ba4fd54bab6fc3f00a40324290a446338189df2d143 | L0 | 57 | g_e79b90eb4c8a749ed578 | lg_89d7a0d746ae7888f1ab | semantic | 0 | true | |
pixcell-model-row-v2 | 3d65e11dd4cc5b90f0b3 | [
9.250370911482417,
24.041630560342618
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
euler_fraction = 0.5
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
presentation_rotation_deg = 45.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_s... | 55c47011da93496d69440ba4aba8b49be9aacf7915d3e21bcbbca59dae1b8d12 | d74f6f748e40d39eee95ee06afbd4cfd763b1bb18b5ab039e3236843665c8187 | L0 | 58 | g_2a7e8fa58fcd9e2dfc34 | lg_386093d5100700ac8fb7 | equivariance | -1 | true | |
pixcell-model-row-v2 | 3c9d5698435c4dbba389 | [
17.000000000000004,
17
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
euler_fraction = 0.5
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
presentation_rotation_deg = 180.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_... | 60678d1cd77eef7dfdba7c694ba33f3149b22283ccf45de4488b96f32b65ef63 | 8e6324c336a4d5bc473ec144a6d6fba3af1d5298e9e2d040cabd6aa551a9844f | L0 | 59 | g_2a7e8fa58fcd9e2dfc34 | lg_386093d5100700ac8fb7 | equivariance | -1 | true | |
pixcell-model-row-v2 | 93dab6ded8fa40460b7d | [
17,
17.000000000000004
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
euler_fraction = 0.5
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
presentation_rotation_deg = 270.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_... | e75826990144d6ce8c5ff94cd2e9975db1ee6b13833c7e5f2173cf793d3a9c7c | 3d54281e8273841c77d05938ea5f1ce305d4f914f9e24a24df216abcadbb330f | L0 | 60 | g_2a7e8fa58fcd9e2dfc34 | lg_386093d5100700ac8fb7 | equivariance | -1 | true | |
pixcell-model-row-v2 | 201b4ff5be9686fd34ab | [
17,
17
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = -90.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
width=waveguide_width_u... | 88380a781f92614d4be11cd1499574307b7be63eb5e382b17f4e29cb7e5ad6b4 | 1fae3b249ff1bc805808cbee90bc7234072ac8d543fc48528212b93c965a0952 | L0 | 61 | g_5ef928f1a20b2d044afe | lg_8971714d6cbd11d6b635 | equivariance | -1 | true | |
pixcell-model-row-v2 | 4ee714b69c52440fa175 | [
12.021,
7.808
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 45.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
width=waveguide_width_um... | f5bcfc6e102af8b973b26657743d906f369f6b36a8c7e557c8ed61ed26f50116 | e95f669135eedf19a77af6390f0af3c1953660985f8374564590f37ea2a5df35 | L0 | 62 | g_479fe218d933c8669bc9 | lg_deda9ff08e094f626ec4 | semantic | 0 | true | |
pixcell-model-row-v2 | 401fc6763f66750c9eef | [
17,
17
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
width=waveguide_width_um... | 5f24f8dd59172ea413a209a1610739fb27152b84f3bf3780b81f7b53df719513 | 92c3a218949ab41d02cd34b645643792984624bcc3bbb5f07aa6d43a067e79a5 | L0 | 63 | g_5ef928f1a20b2d044afe | lg_8971714d6cbd11d6b635 | semantic | 0 | true | |
pixcell-model-row-v2 | 40d9ff4c29b85dc4f9e0 | [
17,
29.021
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 135.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
width=waveguide_width_u... | ed2c4bb5635efd883c850c0c0f8d5257bb682bdc06528604ae89b64e231e1162 | 4e32a37c62154f1c142a73e702f53782650beaebbe692586b6182b45915f9bfb | L0 | 64 | g_71f779479a8e5804afe2 | lg_68d36d28f0212525e8c5 | semantic | 0 | true | |
pixcell-model-row-v2 | 2fd4c0e9a041b239df5d | [
17,
34
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 180.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
width=waveguide_width_u... | dcb505b4c36f3098b31114e5eecf185caca661a5f3db7b4fba6d0b89a1a71293 | fe9ef4f97b06add32f7a43a33c6ece07847515968dc2dea3c4fc79f7d6a5a470 | L0 | 65 | g_e70258bdb66f372dc7fd | lg_5322a37faa6d9779f7eb | semantic | 0 | true | |
pixcell-model-row-v2 | 069cc13a6d3bc88b29e6 | [
34,
34
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 270.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
width=waveguide_width_u... | 9a27d73b493c3dee972111645e608ec23a51df008fe2bdc46ae807695a585694 | 53f6b9ef89da4a308e71ba97b2bba82247e39e2dd6dedca7037253aa43495eb3 | L0 | 66 | g_31d6d96a16e3e9a3de67 | lg_54a1779a6716ba8b803b | semantic | 0 | true | |
pixcell-model-row-v2 | 1bbd171a1d682971a0ee | [
7.80787307786186,
24.041630560342618
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
presentation_rotation_deg = 45.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(... | 692694b7626e6b63067ee87fbd765285cedc2019cb4b76e89b6e151bc4683b22 | d64a4ead6aedb36aadf28a929e991ff331974b84d808ac27db4c4ffc8bcb77c8 | L0 | 67 | g_5ef928f1a20b2d044afe | lg_8971714d6cbd11d6b635 | equivariance | -1 | true | |
pixcell-model-row-v2 | 96c60b2faeb0dfa2762d | [
17.000000000000004,
17
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
presentation_rotation_deg = 180.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section... | a4fdab0fcb68964a0f68cff1c5a274eedaaaf1e4b0502e06f01c89bf1403ce26 | aed6bc2b8161b201361f82f9747aeae634ca32f8933d2d30dd82cd0b8dadd93c | L0 | 68 | g_5ef928f1a20b2d044afe | lg_8971714d6cbd11d6b635 | equivariance | -1 | true | |
pixcell-model-row-v2 | 77cfdd8359a50a4742a6 | [
17,
17.000000000000004
] | import json
from pathlib import Path
import gdsfactory as gf
bend_radius_um = 15.0
bend_angle_deg = 90.0
waveguide_width_um = 4.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
presentation_rotation_deg = 270.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section... | 1a292bad8c6c3c47f4e4344a61a3bdd091bc1854b8ec52287c8e2fe44c8b1acc | b24995405cd158281a0bbb6666315f0b3ff63d9833915f5ed6afa4a95dcdca44 | L0 | 69 | g_5ef928f1a20b2d044afe | lg_8971714d6cbd11d6b635 | equivariance | -1 | true | |
pixcell-model-row-v2 | de89ed8a62b8675eb54f | [
38,
20
] | import json
from pathlib import Path
import gdsfactory as gf
offset_x_um = 38.0
offset_y_um = 16.0
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
w... | 7d70aa1751753c266d9f9c9acc60f8089b5923c7c1f7db9fc1abc9eb2779fa75 | a685558d88c2c4e4087c2557af44be9ddb477f3226d4479b2948b757d1e7a80e | L0 | 70 | g_fce2058b6f5bc83c5756 | lg_5cd64e660ac4c8177bdd | semantic | 0 | true | |
pixcell-model-row-v2 | c88be5f36c2f9259b168 | [
38,
20
] | import json
from pathlib import Path
import gdsfactory as gf
offset_x_um = 38.0
offset_y_um = -16.0
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
... | 6f9da2a2046ec68fec904511cc51642f465a7527c20828745f931515172ffd46 | 0b71b7993ece86aff932b1d9222c335c966fa33dbaa113922ebc0adf8591f12a | L0 | 71 | g_fce2058b6f5bc83c5756 | lg_5cd64e660ac4c8177bdd | equivariance | -1 | true | |
pixcell-model-row-v2 | 3dbe66ec548c2e422786 | [
26.908965343808674,
36.320508075688764
] | import json
from pathlib import Path
import gdsfactory as gf
offset_x_um = 38.0
offset_y_um = 16.0
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
presentation_rotation_deg = 30.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross... | e97b4a0e28198d8f4c365f242f82c1d131b349a7fdeddcb454c40fe6074d327f | 5f1548be60b63878be37e674839507b9c1002f791620482357720a60728c621f | L0 | 72 | g_fce2058b6f5bc83c5756 | lg_5cd64e660ac4c8177bdd | equivariance | -1 | true | |
pixcell-model-row-v2 | 31c3b0acec2f50fd8a68 | [
8.607695154586741,
42.90896534380867
] | import json
from pathlib import Path
import gdsfactory as gf
offset_x_um = 38.0
offset_y_um = 16.0
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
presentation_rotation_deg = 60.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross... | 829d02e7ca0d5f7b0ecf3f51b44f199cd722b8e182b0dd66b8365c3c6f0d5bed | 8a4f2a464fd7f0b26dd04df95a7ca7e53f38168ac21e704e73b3c5f9ace9eff9 | L0 | 73 | g_fce2058b6f5bc83c5756 | lg_5cd64e660ac4c8177bdd | equivariance | -1 | true | |
pixcell-model-row-v2 | 4062b65aa0d0d1abb066 | [
19.999999999999996,
38
] | import json
from pathlib import Path
import gdsfactory as gf
offset_x_um = 38.0
offset_y_um = 16.0
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
presentation_rotation_deg = 90.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross... | 48eef081b15a49aab83f217dcbc6b9cb95fb504086b8625a65c803603f0d9da0 | 7a662695444df1daf714d9d33d7c8d0ff62e952e034b9004951f62960b559218 | L0 | 74 | g_fce2058b6f5bc83c5756 | lg_5cd64e660ac4c8177bdd | equivariance | -1 | true | |
pixcell-model-row-v2 | f609442a931cb537b5dc | [
36.320508075688764,
26.908965343808674
] | import json
from pathlib import Path
import gdsfactory as gf
offset_x_um = 38.0
offset_y_um = 16.0
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
presentation_rotation_deg = 120.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cros... | 93ea1ab9c3751f5d3f9fc5b06e4c0d625e68e3670d827cab7c142d6f77c3205a | a5edc10da7aaa46701498bdff835a880e0ceb8f3d24a98d4e974c3e82fa93848 | L0 | 75 | g_fce2058b6f5bc83c5756 | lg_5cd64e660ac4c8177bdd | equivariance | -1 | true | |
pixcell-model-row-v2 | 5a343b27d8b4eed8d45d | [
55,
13
] | import json
from pathlib import Path
import gdsfactory as gf
offset_x_um = 55.0
offset_y_um = 9.0
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
wi... | 5ba6464e172c95c141700274efb5b3fd40fe115b4333abbf316dceafddf3a18a | d73b6c8895d72f502ed8e4d5d3b6b0fdf8d965aa31cae4e998ad3c6bd6eb42a5 | L0 | 76 | g_fce2058b6f5bc83c5756 | lg_5cd64e660ac4c8177bdd | calibration | -1 | true | |
pixcell-model-row-v2 | e98bd480fc794c6d19a8 | [
34,
27
] | import json
from pathlib import Path
import gdsfactory as gf
offset_x_um = 34.0
offset_y_um = 23.0
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
w... | f0c3dddb71fa42339ab92247e687df1939253151b37b16b50b315973bdd7fb65 | e5bdd0c8ad0112cebcd89eced17957ea95c36e764581897cd60abf591ac4a4ec | L0 | 77 | g_fce2058b6f5bc83c5756 | lg_5cd64e660ac4c8177bdd | calibration | -1 | true | |
pixcell-model-row-v2 | 2c456da444863face2c5 | [
44,
21
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (12.0, 0.0), (30.0, 17.0), (44.0, 17.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cr... | ea2067af95ab3539245bcbbe698a65cfdc6fdfe322e5c9f6994899733b986583 | 47da7e8acae9df9849aa601563dd517986b6370c5dfe9ef7b2ba1342c840e0d9 | L0 | 78 | g_f82bbfad465c7003d0f8 | lg_7a936f2b647e1dd53626 | semantic | 0 | true | |
pixcell-model-row-v2 | 9c130b5eccb6f89e0b0a | [
44,
21
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (12.0, 0.0), (30.0, -17.0), (44.0, -17.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.... | f4023bcc7f45cd5ae95a7beda35cbe8d04394cc5bad37e94a513732ad974e670 | c814eda30fafa462e579934eaa800d1cc630cf7324e95f56fb6a58bb8d2a025b | L0 | 79 | g_f82bbfad465c7003d0f8 | lg_7a936f2b647e1dd53626 | equivariance | -1 | true | |
pixcell-model-row-v2 | 4e064a27197156e36cc8 | [
49,
16
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (9.0, 0.0), (14.0, 18.0), (27.0, -7.0), (38.0, 12.0), (49.0, 12.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf... | 54d686e900445ebe28fd1d9ee20747983af4b02a54e0889d7479a0a43acafe76 | a4b330c6d01da4aea826333413544cc1b07de4ad10196ec311ed821d75e1088f | L0 | 80 | g_72075acbffecff838008 | lg_682aae1863bab5107faa | semantic | 0 | true | |
pixcell-model-row-v2 | e4552f65c6c41c22123b | [
49,
16
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (9.0, 0.0), (14.0, -18.0), (27.0, 7.0), (38.0, -12.0), (49.0, -12.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = ... | da5527da51cfdf6b2058ac4d61d7f16f3667d59c44849273a51bb03118f319ea | df97a6de4d6f0fbcb24f5e09b4c89ee5e2ab948ab81db205ab5c63a6987fe69b | L0 | 81 | g_72075acbffecff838008 | lg_682aae1863bab5107faa | equivariance | -1 | true | |
pixcell-model-row-v2 | bafe12d5186845d19ad4 | [
46,
16.5
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (9.0, 0.0), (15.0, 20.0), (30.0, 20.0), (36.0, 0.0), (46.0, 0.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.C... | c1a9dd44bf857a216f7f127644fb7685c15da8f2e76ca2107e320aead8913b7b | 841424e15a26957a4b23e8285e453b3dc3e122b8868a824ae0daa219f9d7ab53 | L0 | 82 | g_4f8df303293667216126 | lg_46953870b72eba8da64b | semantic | 0 | true | |
pixcell-model-row-v2 | 5d6a97712c9f140f5408 | [
46,
16.5
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (9.0, 0.0), (15.0, -20.0), (30.0, -20.0), (36.0, 0.0), (46.0, 0.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf... | 10138e8823152354838936aab769f584ae6e42024004cd3b7275d6154ffb5402 | 74e8b37ea1b4a0905ab8a2f1ef4df5f11ecac7b0196f7902cd2f972a69548fab | L0 | 83 | g_4f8df303293667216126 | lg_46953870b72eba8da64b | equivariance | -1 | true | |
pixcell-model-row-v2 | 88f035d08861d6508c2b | [
50,
20.208000000000002
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (10.0, 0.0), (12.0, 22.0), (28.0, 24.0), (38.0, 8.0), (50.0, 8.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.... | 3b7150854744f7e0954b32aa3811f892429dde2cdf204bc70e8a0661f432d421 | 67805fa18a3ef681d3de24a9b7f84ead8c2ed23320ac8501ef82fb532f893123 | L0 | 84 | g_7edf41baccad69c074ef | lg_a98ee3f073f7211046a0 | semantic | 0 | true | |
pixcell-model-row-v2 | 04148b7659584f82e2c5 | [
56,
23
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (8.0, 0.0), (17.0, 15.0), (29.0, 5.0), (44.0, 19.0), (56.0, 19.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.... | 98fcf6144fca4a2acd35d95d0cd21e029eb13b63c9209c6606ef53721b316df4 | c9b1759bb46bc58ff0f94aadcd7f9154c1fd0b67fba4e9d98f184aff72971082 | L0 | 85 | g_f3ffb71c75beb80d0ebc | lg_7306787eafbe48a8b791 | semantic | 0 | true | |
pixcell-model-row-v2 | 75ec9dabbabc1610d4c8 | [
32.52691193458119,
43.840620433565945
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (10.0, 0.0), (12.0, 22.0), (28.0, 24.0), (38.0, 8.0), (50.0, 8.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
presentation_rotation_deg = 45.0
@gf.cell(check_instances... | 13c3ba372460caa0228e30152a3fe637e1c54e3ec8195c02facb5ea2fb379efd | 4226b7a57247f23f3ff00f39cbd4f81a0457d0705bcae84dd803f2cf411d088b | L0 | 86 | g_7edf41baccad69c074ef | lg_a98ee3f073f7211046a0 | equivariance | -1 | true | |
pixcell-model-row-v2 | 3da84cd0f693d9bd9532 | [
20.208000000000002,
50
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (10.0, 0.0), (12.0, 22.0), (28.0, 24.0), (38.0, 8.0), (50.0, 8.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
presentation_rotation_deg = 90.0
@gf.cell(check_instances... | ab2ec3da457ba59a0b125c499aa52542fe8ebf8e90e9dc5df0aa2a668f614a9f | 8de67cdfe4ad5c4f5692bb048d830ddaf2fa90da45bdf3c1674b0a93cd58b885 | L0 | 87 | g_7edf41baccad69c074ef | lg_a98ee3f073f7211046a0 | equivariance | -1 | true | |
pixcell-model-row-v2 | 86dfc449173a98c7d6df | [
43.84062043356594,
32.526911934581186
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (10.0, 0.0), (12.0, 22.0), (28.0, 24.0), (38.0, 8.0), (50.0, 8.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
presentation_rotation_deg = 135.0
@gf.cell(check_instance... | bd9aa88f7e7fcfba8ed1544ad841adef597b8e802af55e4a112b6636db652353 | fece95711143281aff8338ba98f90bea00c8c5b3f383ba3d36df70a099fce46c | L0 | 88 | g_7edf41baccad69c074ef | lg_a98ee3f073f7211046a0 | equivariance | -1 | true | |
pixcell-model-row-v2 | a67b3dc0c04279306475 | [
50,
20.208000000000006
] | import json
from pathlib import Path
import gdsfactory as gf
control_points_um = ((0.0, 0.0), (10.0, 0.0), (12.0, 22.0), (28.0, 24.0), (38.0, 8.0), (50.0, 8.0))
waveguide_width_um = 4.0
default_bend_radius_um = 8.0
minimum_bend_radius_um = 1.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.... | 3e481c8545da0eeadec0ab5a22e87e9db5059d81ec86c4b48d5eff182989ef78 | d892bfb824cc1b584356b735f318764b0c158fb8d9b1ef256e77d01943f05ecf | L0 | 89 | g_7edf41baccad69c074ef | lg_a98ee3f073f7211046a0 | equivariance | -1 | true | |
pixcell-model-row-v2 | bdbe4b657db7e1db7a42 | [
36,
12
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 36.0
input_width_um = 4.0
output_width_um = 12.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.taper(
length=length_um, width1=input_width_um, width2=output_width_um,
... | ddee3603fa76c59e6995631d3c0722d0c2dd8bc6c9e03cd94a4c0463d1d5b453 | 94994479e3b322f4d5e25329ca31ed30dd91b0606431c220a3fcdef8b9fc7b74 | L0 | 90 | g_ef74120b3121c58a2008 | lg_2eecd64013be71e8f35c | semantic | 0 | true | |
pixcell-model-row-v2 | f715a62609f36c021bc3 | [
36,
18
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 36.0
input_width_um = 2.0
output_width_um = 18.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.taper(
length=length_um, width1=input_width_um, width2=output_width_um,
... | 161ae092f944ce02ddf5a63750ece1af98c2ac7c90d9b15e88c17c84787ce82a | 456ab62e8089750d0ea3c1b4a62511274c5147b68dd1b68a0ff77248b21e9f08 | L0 | 91 | g_16e1906934ef4d4b7774 | lg_9a2785892e24a02ba3f8 | semantic | 0 | true | |
pixcell-model-row-v2 | eed760366492176bfa22 | [
36,
12
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 36.0
input_width_um = 12.0
output_width_um = 4.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.taper(
length=length_um, width1=input_width_um, width2=output_width_um,
... | a1a56ca54416c09bfece973c5c4f3cc60395dc0fdc3950dac2071d64e6b2aee4 | 5edd622640ba7388ec6325a1573f49d020e315174c5ab54fd05a55214150022d | L0 | 92 | g_ef74120b3121c58a2008 | lg_2eecd64013be71e8f35c | equivariance | -1 | true | |
pixcell-model-row-v2 | 907cf289deac47ad20d8 | [
36,
17
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 36.0
input_width_um = 1.0
output_width_um = 17.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.taper(
length=length_um, width1=input_width_um, width2=output_width_um,
... | 45a05882d7669dbc2b33ae8fc0757bd243a0b79839b0c70bba393544c68dc38a | 06283cd529982b6a08f4fdae6093ed2f69b4a5ad61bd4a2efc5504ad7a8f9d98 | L0 | 93 | g_4a8a1d03855225928b7d | lg_f0e99b6c759214e782b4 | semantic | 0 | true | |
pixcell-model-row-v2 | 77dfc31f2323c49badbb | [
31.112698372208097,
31.11269837220809
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 36.0
input_width_um = 4.0
output_width_um = 12.0
layer = (1, 0)
presentation_rotation_deg = 45.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.taper(
length=length_um, width1=input_wi... | d9ab4fdd52a2ff636528914a07e364aab2d28905bf8be59e8c11882d702e914d | 9224fb6ae7e134f39c9b5fd8dc77954a27b12ea38326462524d3701ae6d1fe77 | L0 | 94 | g_ef74120b3121c58a2008 | lg_2eecd64013be71e8f35c | equivariance | -1 | true | |
pixcell-model-row-v2 | 6685578ac86fbfae0039 | [
12,
36
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 36.0
input_width_um = 4.0
output_width_um = 12.0
layer = (1, 0)
presentation_rotation_deg = 90.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.taper(
length=length_um, width1=input_wi... | 3f809e0fb9a73af9af04fc840f891e83e5504b4f6c7ecc383d8404b99981a7b1 | 7ebbd0aecaff0248187454c18a43b2696608d279bed3deec470dc963166bed7e | L0 | 95 | g_ef74120b3121c58a2008 | lg_2eecd64013be71e8f35c | equivariance | -1 | true | |
pixcell-model-row-v2 | 8796d2712e651024932f | [
31.11269837220809,
31.112698372208094
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 36.0
input_width_um = 4.0
output_width_um = 12.0
layer = (1, 0)
presentation_rotation_deg = 135.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.taper(
length=length_um, width1=input_w... | 122647448286b953e9f843ff607d29b65615b07fca6a0b295118b2dc35a62ae6 | ead21a164c37019610724c7852e8fe86a88c3bc14141df82dad173ba2d8b4666 | L0 | 96 | g_ef74120b3121c58a2008 | lg_2eecd64013be71e8f35c | equivariance | -1 | true | |
pixcell-model-row-v2 | bcd07f67426472094010 | [
12,
36
] | import json
from pathlib import Path
import gdsfactory as gf
length_um = 36.0
input_width_um = 4.0
output_width_um = 12.0
layer = (1, 0)
presentation_rotation_deg = 270.0
@gf.cell(check_instances=False)
def device():
c = gf.Component()
ref = c << gf.components.taper(
length=length_um, width1=input_w... | 374692eba1b937334ff2a14e5440e308bf7663580470247574fa52b4426a5686 | df67ca9da55fabe05fc392f2d619d93938d585dd5726c693a9bf061ffa290fbd | L0 | 97 | g_ef74120b3121c58a2008 | lg_2eecd64013be71e8f35c | equivariance | -1 | true | |
pixcell-model-row-v2 | cac4bf958055e7d5b0ac | [
40,
8.5
] | import json
from pathlib import Path
import gdsfactory as gf
coupling_length_um = 40.0
waveguide_width_um = 3.5
gap_um = 1.5
default_bend_radius_um = 10.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
... | a9f194916b13c3d0fc7a6da649fe17fdbda41c9b81311a288b131efb1110a7f4 | d0a32c0584626ca4dae98df40a3a1833543c224f6ebab27ffb5d61845a83d342 | L0 | 98 | g_a903f5965b6f5d2dfb9f | lg_932725c135814364f636 | semantic | 0 | true | |
pixcell-model-row-v2 | f1c27f6ea80725540852 | [
40,
10
] | import json
from pathlib import Path
import gdsfactory as gf
coupling_length_um = 40.0
waveguide_width_um = 3.5
gap_um = 3.0
default_bend_radius_um = 10.0
minimum_bend_radius_um = 2.0
layer = (1, 0)
@gf.cell(check_instances=False)
def device():
c = gf.Component()
xs = gf.cross_section.cross_section(
... | 344434eb196663b77007d7a93e020c394301e1bd5214c965158373d554bf3bf1 | 711a3aa18f37cb454e6355e53a30add280835bbe46c305648f279269dee4c93e | L0 | 99 | g_69ffd5d44dbe9c317101 | lg_efccd80ad4f741881a7e | semantic | 0 | true |
End of preview. Expand in Data Studio
PixCell Dataset
PixCell is a verified image-to-code curriculum for reconstructing photonic geometry as primitive-only GDSFactory Python programs. Each model row contains a high-visibility component image, its physical footprint, and an audited program.
Core curriculum gallery | Depth representation overview
Configurations
| Configuration | Rows | Purpose |
|---|---|---|
depth |
4,560 | Default corpus for supervised training and parameter recovery |
core |
738 | Compact L0 to L4 curriculum with 547 anchors and 191 supporting rows |
references |
4,560 | Target rasters, calibration, lineage, and verifier metadata |
core is an exact subset of depth/train. references follows the same
train and validation split as depth and joins through opaque_id.
Load
from datasets import load_dataset
depth = load_dataset(
"qpaig-mit/pixcell",
"depth",
revision="v2.0.0",
)
core = load_dataset(
"qpaig-mit/pixcell",
"core",
revision="v2.0.0",
split="train",
)
references = load_dataset(
"qpaig-mit/pixcell",
"references",
revision="v2.0.0",
)
Training contract
| Role | Fields |
|---|---|
| Model observation | image, footprint_um |
| Supervised target | code |
| Sampling and curriculum | level, curriculum_order, representation_id, leakage_group_id, variation_role, realization_slot, is_core |
| Evaluator reference | the matching row from references |
The dataset stores no per-row prompt. Training code combines the image and footprint with its selected programming contract. Sampling fields organize batches and are model-visible only if a training pipeline explicitly includes them.
The maximum-visibility image preserves topology and within-axis proportions.
The footprint supplies the physical width and height. The references
configuration supplies the canonical physical-aspect raster and calibration
used by geometry evaluators. Keep references out of model prompts.
Stored calibration uses the renderer's analytic bounding box. A bbox inferred
from thresholded antialiased pixels can differ by at most one pixel.
opaque_id is a stable join key derived from the v1 source ID. It is not an
anonymization mechanism.
Split design
| Split | Construction | Rows |
|---|---|---|
train |
738 core rows plus five additional settings for 546 representations | 3,468 |
validation |
Two held-out settings for each expanded representation | 1,092 |
Validation measures parameter recovery within known representations. Every representation is present in training.
Curriculum
| Level | Rows | Representations | Contents |
|---|---|---|---|
| L0 | 177 | 93 | Primitive catalog, constructor modes, orientation, and scale |
| L1 | 215 | 127 | Placement, transforms, alignment, connection, repetition, and routing |
| L2 | 118 | 99 | Relational assemblies, chains, branches, arrays, and radial banks |
| L3 | 120 | 120 | Multi-zone structures, repeated media, defects, and cyclic organization |
| L4 | 108 | 108 | Couplers, MMIs, interferometers, resonators, crossings, gratings, cavities, and converters |
Verification
Published rows pass deterministic compilation and execution, the primitive-only source policy, structural checks, calibrated geometry comparison, footprint agreement, and artifact hashing.
The dataset targets geometric reconstruction of single-layer photonic layouts. Optical performance and foundry qualification are handled by downstream device evaluation.
The release manifest binds every shard to the frozen source digests:
core e1c509dca337ce485efcb2b35101a052e06b12331b63a2f21a36c93b3682ea89
depth 676c49134d4d044c7d84426cf8eeecf09302e74ca4aa548956f14b7631a4d80b
Source, release tools, and training recipes are available in the PixCell v2.0.0 source release.
Versions
Use configuration depth with revision v2.0.0 to pin this release. The
original core-v1 and depth-v1 releases remain available at their matching
Hugging Face revisions.
Version 2.0.0 is a breaking schema release. It makes depth the default,
removes the duplicated per-row instruction, and moves target rasters and
calibration into references. Pin revision core-v1 or depth-v1 for the
original row schema.
Citation
@dataset{agarwal2026pixcell,
title = {PixCell Dataset: Representation-First Image-to-Code Curriculum},
author = {Aadarsh Agarwal and Kenaish Al Qubaisi and Dirk Englund},
year = {2026},
version = {2.0.0},
url = {https://huggingface.co/datasets/qpaig-mit/pixcell}
}
The citation record will be updated with the paper's arXiv identifier when it is available.
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