working on ybranch simulations

BYUCamachoLab · Jan 17, 2024 · ba3bde7 · ba3bde7
1 parent 7ccd5a3
commit ba3bde7
Showing 1 changed file with 57 additions and 1 deletion.
diff --git a/book/pages/y_branch.ipynb b/book/pages/y_branch.ipynb
@@ -57,6 +57,48 @@
         "The above image shows light coming from the upper right arm being split between the fundamental and 1st order modes in the left waveguide. There is also significant reflections going into the lower right waveguide.\n"
       ]
     },
+    {
+      "cell_type": "code",
+      "execution_count": 55,
+      "metadata": {},
+      "outputs": [
+        {
+          "data": {
+            "image/png": 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",
+            "text/plain": [
+              "<Figure size 800x600 with 1 Axes>"
+            ]
+          },
+          "metadata": {},
+          "output_type": "display_data"
+        }
+      ],
+      "source": [
+        "import gdsfactory as gf\n",
+        "\n",
+        "ybranch = gf.Component(\"Y-branch\")\n",
+        "\n",
+        "inwg = gf.components.straight(length=5)\n",
+        "splitter = gf.components.mmi1x2_with_sbend()\n",
+        "\n",
+        "inwg_ref = ybranch.add_ref(inwg)\n",
+        "splitter_ref = ybranch.add_ref(splitter)\n",
+        "\n",
+        "splitter_ref.connect(port=\"o1\", destination=inwg_ref.ports[\"o2\"])\n",
+        "\n",
+        "ybranch.plot()\n",
+        "grid = ybranch.to_np()"
+      ]
+    },
+    {
+      "cell_type": "code",
+      "execution_count": null,
+      "metadata": {},
+      "outputs": [],
+      "source": [
+        "import meep as mp"
+      ]
+    },
     {
       "attachments": {},
       "cell_type": "markdown",
@@ -102,8 +144,22 @@
     }
   ],
   "metadata": {
+    "kernelspec": {
+      "display_name": "gdsf",
+      "language": "python",
+      "name": "python3"
+    },
     "language_info": {
-      "name": "python"
+      "codemirror_mode": {
+        "name": "ipython",
+        "version": 3
+      },
+      "file_extension": ".py",
+      "mimetype": "text/x-python",
+      "name": "python",
+      "nbconvert_exporter": "python",
+      "pygments_lexer": "ipython3",
+      "version": "3.11.7"
     },
     "orig_nbformat": 4
   },