add-drop point ring couplers in xtalk exp

README.md

@@ -1,7 +1,32 @@
 # ubc2 0.0.1
 
-edx course submission for 2023 October
+[edx course](https://www.edx.org/course/silicon-photonics-design-fabrication-and-data-ana) submission for 2023 October
 
 ## Installation
 
 `make install`
+
+
+## Upload design
+
+We have a GitHub action that builds the mask on every git push.
+
+- You can upload the GDS files into [nextcloud](https://qdot-nexus.phas.ubc.ca:25683/index.php/s/Xew2p7PrE2kgHNW)
+- After uploading your layout, once every three minutes, our automated system checks your layout and produces a text log file including some errors: [EBeam.txt](https://qdot-nexus.phas.ubc.ca:25683/s/gkN3zq4KSFgcTBD/download?path=%2F&files=EBeam.txt)
+- The system also merges all participant layouts into a single file.  You can download the merged layout from: [EBeam.gds](https://qdot-nexus.phas.ubc.ca:25683/s/gkN3zq4KSFgcTBD/download?path=%2F&files=EBeam.gds) or [EBeam.oas (~10X smaller)](https://qdot-nexus.phas.ubc.ca:25683/s/gkN3zq4KSFgcTBD/download?path=%2F&files=EBeam.oas)
+
+
+## Optional: Heaters
+
+- [heater slides from course](https://docs.google.com/presentation/d/1_ppHYec6LydML4RMRJdNI4DXHb0hgW7znToQCGgSF6M/edit#slide=id.g1d6f54b2122_1_164)
+- [ubc slides](https://docs.google.com/presentation/d/17FWUaRZ0zKV5zrPgY4fo98M8ywtmE3blaxkwUvk_7yM/edit#slide=id.g1f32360cef6_0_11)
+
+Filename requirements:
+
+```
+        EBeam_heaters_<USERNAME>.oas, or .gds
+```
+
+- Submit your design to the following [server](https://qdot-nexus.phas.ubc.ca:25683/s/mwQTSzwq99dj6Ym)
+- See all the individual [file submissions](https://qdot-nexus.phas.ubc.ca:25683/s/s8eQLKBkAcTaH2e)
+- Download the [merged layout](https://qdot-nexus.phas.ubc.ca:25683/s/P6jxBMWyzWywrqw)

pyproject.toml

@@ -14,7 +14,7 @@ classifiers = [
   "Operating System :: OS Independent"
 ]
 dependencies = [
-  "ubcpdk==2.3.1"
+  "ubcpdk==2.3.2"
 ]
 description = "ubc"
 keywords = ["python"]

ubc2/ubc_joaquin_matres1.py

@@ -15,17 +15,11 @@
 
 def test_mask1() -> Path:
     """Add DBR cavities."""
-    e = [add_gc(ubcpdk.components.straight())]
-    e += [add_gc(pdk.mzi(delta_length=dl)) for dl in [9.32, 93.19]]
+    e = [add_gc(pdk.mzi(delta_length=dl)) for dl in [9.32, 93.19]]
     e += [
         add_gc(pdk.ring_single(radius=12, gap=gap, length_x=coupling_length))
         for gap in [0.2]
-        for coupling_length in [0.1, 2.5, 4.5]
-    ]
-    e += [
-        add_gc(pdk.ring_double(radius=12, gap=gap, length_x=coupling_length))
-        for gap in [0.2]
-        for coupling_length in [0.1]
+        for coupling_length in [0.1, 2.5]
     ]
 
     e += [
@@ -42,36 +36,40 @@ def test_mask1() -> Path:
 
     c = pack(e)
     m = c[0]
+    if len(c) > 1:
+        raise ValueError(f"Failed to pack. It requires {len(c)}")
     m.name = "EBeam_JoaquinMatres_11"
     _ = m << gf.components.rectangle(size=size, layer=LAYER.FLOORPLAN)
     return write_mask_gds_with_metadata(m)
 
 
 def test_mask2() -> Path:
     """spirals for extracting straight waveguide loss"""
-    N = 12
-    radius = 10
+    N = 11
+    radius = 5
 
     e = [
         ubcpdk.components.add_fiber_array(
+            optical_routing_type=1,
             component=ubcpdk.components.spiral(
                 N=N,
                 radius=radius,
                 y_straight_inner_top=0,
                 x_inner_length_cutback=0,
                 info=dict(does=["spiral", "te1550"]),
-            )
+            ),
         )
     ]
 
     e.append(
         ubcpdk.components.add_fiber_array(
+            optical_routing_type=1,
             component=ubcpdk.components.spiral(
                 N=N,
                 radius=radius,
                 y_straight_inner_top=0,
-                x_inner_length_cutback=185,
-            )
+                x_inner_length_cutback=150,
+            ),
         )
     )
 
@@ -103,7 +101,7 @@ def test_mask3() -> Path:
 
 
 def test_mask4() -> Path:
-    """MZI interferometers."""
+    """Heated MZI interferometers."""
     mzi = partial(gf.components.mzi, splitter=ubcpdk.components.ebeam_y_1550)
     mzis = [mzi(delta_length=delta_length) for delta_length in [10, 40, 100]]
     mzis_gc = [pdk.add_fiber_array(mzi) for mzi in mzis]
@@ -116,20 +114,32 @@ def test_mask4() -> Path:
 
     c = pack(mzis_gc + mzis_heater_gc)
     m = c[0]
-    m.name = "EBeam_JoaquinMatres_14"
+    m.name = "EBeam_heaters_JoaquinMatres_14"
     _ = m << gf.components.rectangle(size=size, layer=LAYER.FLOORPLAN)
     return write_mask_gds_with_metadata(m)
 
 
 def test_mask5() -> Path:
-    """Ring resonators."""
-    rings = [pdk.ring_double_heater(length_x=length_x) for length_x in [2]]
+    """Heated Ring resonators."""
+    lengths_x = [0.2]
+    gaps = [0.2]
+
+    rings = [
+        pdk.ring_double_heater(radius=12, length_x=length_x, gap=gap)
+        for length_x in lengths_x
+        for gap in gaps
+    ]
     rings = [gf.functions.rotate180(ring) for ring in rings]
     rings_gc = [pdk.add_fiber_array_pads_rf(ring) for ring in rings]
+    rings_gc += [
+        add_gc(pdk.ring_double(radius=12, gap=gap, length_x=length_x))
+        for gap in gaps
+        for length_x in lengths_x
+    ]
 
     c = pack(rings_gc)
     m = c[0]
-    m.name = "EBeam_JoaquinMatres_15"
+    m.name = "EBeam_heaters_JoaquinMatres_15"
     _ = m << gf.components.rectangle(size=size, layer=LAYER.FLOORPLAN)
     return write_mask_gds_with_metadata(m)
 
@@ -147,7 +157,7 @@ def test_mask6() -> Path:
     ]
     mmis += [
         gf.components.cutback_splitter(
-            component=pdk.ebeam_y_1550, cols=6, rows=7, bend180=pdk.bend_euler180_sc
+            component=pdk.ebeam_y_1550, cols=4, rows=7, bend180=pdk.bend_euler180_sc
         )
     ]
     mmis_gc = [pdk.add_fiber_array(mmi, optical_routing_type=1) for mmi in mmis]
@@ -172,8 +182,8 @@ def test_mask7() -> Path:
     mmi2x2_with_sbend.name = "mmi2x2_with_sbend"
 
     mmis = []
-    mmis += [cutback_2x2(component=pdk.ebeam_bdc_te1550, cols=3)]
-    mmis += [cutback_2x2(component=mmi2x2_with_sbend, cols=6)]
+    mmis += [cutback_2x2(component=pdk.ebeam_bdc_te1550, cols=2)]
+    mmis += [cutback_2x2(component=mmi2x2_with_sbend, cols=4)]
 
     mmis += [mmi2x2_with_sbend]
     mmis += [pdk.ebeam_bdc_te1550()]
@@ -184,19 +194,21 @@ def test_mask7() -> Path:
     c = pack(mmis_gc)
 
     m = c[0]
+    if len(c) > 1:
+        raise ValueError(f"Failed to pack. It requires {len(c)}")
     m.name = "EBeam_JoaquinMatres_17"
     _ = m << gf.components.rectangle(size=size, layer=LAYER.FLOORPLAN)
     return write_mask_gds_with_metadata(m)
 
 
 if __name__ == "__main__":
-    c = test_mask1()  # dbr and mzi
+    # c = test_mask1()  # dbr and mzi
     # c = test_mask2()  # spirals
     # c = test_mask3()  # coupler and crossing
     # c = test_mask4()  # heated mzis
-    c = test_mask5()  # heated rings
+    # c = test_mask5()  # heated rings
     # c = test_mask6()  # 1x2 mmis
-    # c = test_mask7()  # 2x2mmis
+    c = test_mask7()  # 2x2mmis
     gf.show(c)
     # c = partial(
     #     gf.components.mmi2x2_with_sbend,

ubc2/ubc_simon.py

@@ -297,12 +297,12 @@ def test_mask1() -> Path:
 
     m.add_ports(g.ports)
     _ = m << gf.components.rectangle(size=size, layer=LAYER.FLOORPLAN)
-    m.name = "EBeam_JoaquinMatres_Simon_0"
+    m.name = "EBeam_heaters_JoaquinMatres_Simon_0"
     return write_mask_gds_with_metadata(m)
 
 
 def crosstalk_experiment_parametrized_mask(
-    name="EBeam_JoaquinMatres_Simon_1",
+    name="EBeam_heaters_JoaquinMatres_Simon_1",
     num_gcs: int = 10,
     num_gc_per_pitch: int = 5,
     sep_resonators: float = 15.0,
@@ -311,7 +311,6 @@ def crosstalk_experiment_parametrized_mask(
     fill_layers=None,
     fill_margin=2,
     fill_size=(0.5, 0.5),
-    padding=20,
 ) -> gf.Component:
     """Ring resonators with thermal cross-talk.
 
@@ -325,7 +324,6 @@ def crosstalk_experiment_parametrized_mask(
         fill_layers: layers to add as unity dennity fill around the rings.
         fill_margin: keepout between the fill_layers and the same design layers.
         fill_size: tiling size.
-        padding: how much to extend the fill beyond the ring component.
     """
     m = gf.Component()
 
@@ -495,7 +493,7 @@ def test_mask3() -> Path:
 def test_mask4() -> Path:
     """Rings with thermal crosstalk, far rings"""
     m = crosstalk_experiment_parametrized_mask(
-        name="EBeam_JoaquinMatres_Simon_2",
+        name="EBeam_heaters_JoaquinMatres_Simon_2",
         sep_resonators=20.0,
         ring_y_offset=40.0,
         resonator_func=rings_proximity,
@@ -506,7 +504,7 @@ def test_mask4() -> Path:
 def test_mask5() -> Path:
     """Rings with thermal crosstalk, metal fill"""
     m = crosstalk_experiment_parametrized_mask(
-        name="EBeam_JoaquinMatres_Simon_3",
+        name="EBeam_heaters_JoaquinMatres_Simon_3",
         sep_resonators=20.0,
         ring_y_offset=40.0,
         resonator_func=rings_proximity,
@@ -518,7 +516,7 @@ def test_mask5() -> Path:
 def test_mask6() -> Path:
     """Rings with thermal crosstalk, silicon fill"""
     m = crosstalk_experiment_parametrized_mask(
-        name="EBeam_JoaquinMatres_Simon_4",
+        name="EBeam_heaters_JoaquinMatres_Simon_4",
         sep_resonators=20.0,
         ring_y_offset=40.0,
         resonator_func=rings_proximity,
@@ -530,7 +528,7 @@ def test_mask6() -> Path:
 
 
 if __name__ == "__main__":
-    # m = test_mask1()
+    m = test_mask1()
     # m = test_mask3()
     m = test_mask4()
     # m = test_mask5()

ubc2/write_mask.py

@@ -9,7 +9,7 @@
 
 from ubc2.config import PATH
 
-size = (440, 470)
+size = (440, 410)
 add_gc = ubcpdk.components.add_fiber_array
 pack = partial(
     gf.pack, max_size=size, add_ports_prefix=False, add_ports_suffix=False, spacing=2