diff --git a/build_images.py b/build_images.py index d4116ac..2097aa2 100644 --- a/build_images.py +++ b/build_images.py @@ -1,5 +1,8 @@ import importlib +import os from pathlib import Path +import sys +from typing import Any, Optional import matplotlib @@ -7,7 +10,27 @@ matplotlib.use("Agg") import matplotlib.pyplot as plt import nazca as nd -from generate_handbook import DEFAULT_PACKAGE_ROOT, DEFAULT_SRC_ROOT, public_top_level_members +from generate_handbook import DEFAULT_SRC_ROOT + + +_PRIMITIVE_BUILDER_PATH = Path(__file__).resolve().parent / "tests" / "build_all_primitives.py" +_PRIMITIVE_BUILDER_SPEC = importlib.util.spec_from_file_location( + "mxpic_build_all_primitives", + _PRIMITIVE_BUILDER_PATH, +) +if _PRIMITIVE_BUILDER_SPEC is None or _PRIMITIVE_BUILDER_SPEC.loader is None: + raise ImportError(f"Could not load primitive builder: {_PRIMITIVE_BUILDER_PATH}") + +_primitive_builder = importlib.util.module_from_spec(_PRIMITIVE_BUILDER_SPEC) +_PRIMITIVE_BUILDER_SPEC.loader.exec_module(_primitive_builder) + +PRIMITIVES_PACKAGE = _primitive_builder.PRIMITIVES_PACKAGE +bootstrap_technology = _primitive_builder.bootstrap_technology +build_context = _primitive_builder.build_context +build_kwargs = _primitive_builder.build_kwargs +discover_primitive_classes = _primitive_builder.discover_primitive_classes +get_cell = _primitive_builder.get_cell +safe_name = _primitive_builder.safe_name PALETTE = { @@ -23,9 +46,63 @@ PALETTE = { } +USE_COLOR = sys.stdout.isatty() and os.environ.get("NO_COLOR") is None +COLORS = { + "bold": "\033[1m", + "cyan": "\033[36m", + "green": "\033[32m", + "red": "\033[31m", + "yellow": "\033[33m", + "reset": "\033[0m", +} +STATUS_STYLES = { + "info": ("▶", "cyan", "Info"), + "generated": ("✓", "green", "Generated"), + "skipped": ("○", "yellow", "Skipped"), + "failed": ("✗", "red", "Failed"), +} +STATUS_FALLBACK_SYMBOLS = { + "info": ">", + "generated": "+", + "skipped": "-", + "failed": "x", +} + + +def colorize(text: str, color: str) -> str: + if not USE_COLOR: + return text + return f"{COLORS[color]}{text}{COLORS['reset']}" + + +def can_print(text: str) -> bool: + encoding = sys.stdout.encoding or "utf-8" + if not encoding.lower().replace("-", "").startswith("utf"): + return text.isascii() + + try: + text.encode(encoding) + except UnicodeEncodeError: + return False + return True + + +def status_item(status: str, count: Optional[int] = None) -> str: + symbol, color, label = STATUS_STYLES[status] + if not can_print(symbol): + symbol = STATUS_FALLBACK_SYMBOLS[status] + + suffix = f": {count}" if count is not None else "" + return colorize(f"{symbol} {label}{suffix}", color) + + +def print_status(status: str, message: str) -> None: + print(f"{status_item(status)} {message}") + + def apply_mxpic_colors() -> None: """Apply the mxPIC color palette to Nazca when the layers are available.""" - print("Applying mxPIC layer colors...") + print_status("info", "Applying mxPIC layer colors...") for layer_id, color in PALETTE.items(): try: nd.set_layercolor(layer=layer_id, color=color) @@ -47,11 +124,17 @@ def module_name_for(py_file: Path, src_root: Path, package_root: str) -> str: return f"{package_root}.{'.'.join(relative_path.parts)}" -def generate_image_for_class(target_dir: Path, class_name: str, component_class: type) -> str: +def generate_image_for_class( + target_dir: Path, + class_name: str, + component_class: type, + device_name: Optional[str] = None, + context: Optional[dict[str, Any]] = None, +) -> str: """Instantiate one component class and save its cell image.""" - nd.clear_layout() - instance = component_class() - cell = getattr(instance, "cell", None) + kwargs = build_kwargs(component_class, device_name, context) if context else {} + instance = component_class(**kwargs) + cell = get_cell(instance) if context else getattr(instance, "cell", None) if cell is None: return "skipped" @@ -64,68 +147,70 @@ def generate_image_for_class(target_dir: Path, class_name: str, component_class: def generate_component_images( - img_root: Path = Path("images/components"), - src_root: Path = DEFAULT_SRC_ROOT, - package_root: str = DEFAULT_PACKAGE_ROOT, + img_root: Path = Path("docs/source/images"), + src_root: Path = DEFAULT_SRC_ROOT / "primitives", + package_root: str = PRIMITIVES_PACKAGE, ) -> dict[str, int]: - print("Starting mxPIC component image generation...") + print(colorize("mxPIC primitive image generation", "bold")) img_root = Path(img_root) src_root = Path(src_root) counts = {"generated": 0, "skipped": 0, "failed": 0} if not src_root.exists(): - print(f"Source directory not found: {src_root}") + print_status("failed", f"Source directory not found: {src_root}") counts["failed"] += 1 return counts img_root.mkdir(parents=True, exist_ok=True) remove_generated_pngs(img_root) + nd.clear_layout() + bootstrap_technology() apply_mxpic_colors() + context = build_context() - for py_file in sorted(src_root.rglob("*.py")): - if py_file.name == "__init__.py": - continue + for index, component_class in enumerate(discover_primitive_classes(), start=1): + class_name = component_class.__name__ + module_name = component_class.__module__ + module_suffix = module_name.removeprefix(f"{package_root}.") + target_dir = img_root / Path(*module_suffix.split(".")[:-1]) - module_name = module_name_for(py_file, src_root, package_root) try: - module = importlib.import_module(module_name) + device_name = safe_name("IMG", index, class_name) + result = generate_image_for_class( + target_dir, + class_name, + component_class, + device_name=device_name, + context=context, + ) except Exception as error: - print(f"Skipped module import {module_name}: {error}") - counts["skipped"] += 1 + plt.close() + print_status("failed", f"{module_name}.{class_name}: {error}") + counts["failed"] += 1 continue - class_names, _ = public_top_level_members(py_file) - for class_name in class_names: - component_class = getattr(module, class_name, None) - if component_class is None: - print(f"Skipped missing class {module_name}.{class_name}") - counts["skipped"] += 1 - continue - - try: - target_dir = img_root / py_file.relative_to(src_root).parent - result = generate_image_for_class(target_dir, class_name, component_class) - except Exception as error: - plt.close() - print(f"Failed image for {module_name}.{class_name}: {error}") - counts["failed"] += 1 - continue - - counts[result] += 1 - if result == "generated": - print(f"Generated: {target_dir / f'{class_name}.png'}") - else: - print(f"Skipped class without cell: {module_name}.{class_name}") + counts[result] += 1 + if result == "generated": + print_status("generated", str(target_dir / f"{class_name}.png")) + else: + print_status("skipped", f"{module_name}.{class_name} has no cell") print( - "Image generation complete. " - f"Generated: {counts['generated']} | " - f"Skipped: {counts['skipped']} | " - f"Failures: {counts['failed']}" + "\n" + + colorize("Image generation complete.", "bold") + + " " + + status_item("generated", counts["generated"]) + + " | " + + status_item("skipped", counts["skipped"]) + + " | " + + status_item("failed", counts["failed"]) ) + if counts["failed"]: + raise RuntimeError(f"{counts['failed']} primitive image(s) failed to build") + return counts if __name__ == "__main__": - generate_component_images(img_root=Path("docs/source/mxpic/components")) + generate_component_images() diff --git a/build_release.py b/build_release.py index 475d0e6..4f91bd2 100644 --- a/build_release.py +++ b/build_release.py @@ -56,7 +56,7 @@ def build_and_harvest(): # shutil.copy2(file_path, target_dir / file) # (Optional) Copy non-code assets like config files or templates - elif file.endswith((".json", ".yaml", ".yml")): + elif file.endswith((".csv", ".json", ".yaml", ".yml")): shutil.copy2(file_path, target_dir / file) print("✨ Cleanup: Removing intermediate .c files from source...") @@ -66,4 +66,4 @@ def build_and_harvest(): print(f"\n🚀 Success! Your secure package is ready in: {release_dir.parent.resolve()}") if __name__ == "__main__": - build_and_harvest() \ No newline at end of file + build_and_harvest() diff --git a/docs/build/doctrees/environment.pickle b/docs/build/doctrees/environment.pickle index 9b016fe..c841434 100644 Binary files a/docs/build/doctrees/environment.pickle and b/docs/build/doctrees/environment.pickle differ diff --git a/docs/build/doctrees/mxpic/components/composites/LoopMirror.doctree b/docs/build/doctrees/mxpic/components/composites/LoopMirror.doctree index 3313025..3c9f7d5 100644 Binary files a/docs/build/doctrees/mxpic/components/composites/LoopMirror.doctree and b/docs/build/doctrees/mxpic/components/composites/LoopMirror.doctree differ diff --git a/docs/build/doctrees/mxpic/components/composites/MZI.doctree b/docs/build/doctrees/mxpic/components/composites/MZI.doctree index 9aa4a13..61a570e 100644 Binary files a/docs/build/doctrees/mxpic/components/composites/MZI.doctree and b/docs/build/doctrees/mxpic/components/composites/MZI.doctree differ diff --git a/docs/build/doctrees/mxpic/components/composites/MZI_mesh.doctree b/docs/build/doctrees/mxpic/components/composites/MZI_mesh.doctree index 798cfd2..5deb0e9 100644 Binary files a/docs/build/doctrees/mxpic/components/composites/MZI_mesh.doctree and b/docs/build/doctrees/mxpic/components/composites/MZI_mesh.doctree differ diff --git a/docs/build/doctrees/mxpic/components/composites/SptTree.doctree b/docs/build/doctrees/mxpic/components/composites/SptTree.doctree index b123e3e..f438b0f 100644 Binary files a/docs/build/doctrees/mxpic/components/composites/SptTree.doctree and b/docs/build/doctrees/mxpic/components/composites/SptTree.doctree differ diff --git a/docs/build/doctrees/mxpic/components/composites/advance.doctree b/docs/build/doctrees/mxpic/components/composites/advance.doctree index 3d07162..902fe03 100644 Binary files a/docs/build/doctrees/mxpic/components/composites/advance.doctree and b/docs/build/doctrees/mxpic/components/composites/advance.doctree differ diff --git a/docs/build/doctrees/mxpic/components/primitives/passive/crows.doctree b/docs/build/doctrees/mxpic/components/primitives/passive/crows.doctree index 027f514..5831245 100644 Binary files a/docs/build/doctrees/mxpic/components/primitives/passive/crows.doctree and b/docs/build/doctrees/mxpic/components/primitives/passive/crows.doctree differ diff --git a/docs/build/doctrees/mxpic/components/primitives/pic/spiral.doctree b/docs/build/doctrees/mxpic/components/primitives/pic/spiral.doctree index cfe522c..a9306b0 100644 Binary files a/docs/build/doctrees/mxpic/components/primitives/pic/spiral.doctree and b/docs/build/doctrees/mxpic/components/primitives/pic/spiral.doctree differ diff --git a/docs/build/html/genindex.html b/docs/build/html/genindex.html index b9b7a78..af8028c 100644 --- a/docs/build/html/genindex.html +++ b/docs/build/html/genindex.html @@ -364,14 +364,46 @@

C

+ -
  • Cross (class in mxpic.components.primitives.pic.cross)
    • -
    • Cross_Sine (class in mxpic.components.primitives.pic.cross)
    • CROW_AED (class in mxpic.components.primitives.passive.crows) diff --git a/docs/build/html/mxpic/components/composites/LoopMirror.html b/docs/build/html/mxpic/components/composites/LoopMirror.html index ada2900..14988db 100644 --- a/docs/build/html/mxpic/components/composites/LoopMirror.html +++ b/docs/build/html/mxpic/components/composites/LoopMirror.html @@ -375,12 +375,38 @@

      mxpic.components.composites.LoopMirror#

      +

      Loop mirror composite layouts.

      LoopMirror#

      class mxpic.components.composites.LoopMirror.LoopMirror(xs_wg='strip', w_wg=0.45, Radius=20, angle=45, sharp_patch=True, BS=None)#

      Bases: object

      +

      Loop mirror reflector built from a beam splitter and return bend.

      +
      +
      Parameters:
      +
        +

      • xs_wg (str, optional) – Waveguide cross-section name.

        • +

      • w_wg (float, optional) – Optical waveguide width in microns.

        • +

      • Radius (float, optional) – Bend radius used for the loop mirror routing.

        • +

      • angle (float, optional) – Bend angle in degrees for the side bends.

        • +

      • sharp_patch (bool, optional) – Add cladding patch geometry around sharp loop features.

        • +

      • BS (Any, optional) – Beam splitter object or cell. If not provided, a default directional +coupler is generated.

        • +
      +
      +
      +
      +
      +cell#
      +

      Generated loop mirror layout cell.

      +
      +
      Type:
      +

      nazca.Cell

      +
      +
      +
      +
      @@ -434,7 +460,10 @@
      @@ -408,6 +529,43 @@
      class mxpic.components.composites.MZI.MZI_2st_ubend(name, BS1, BS2, BS3, xs_wg, w1, w2, L0, Ln1, Ls1, Ln2, Ls2, Ltp, R_bend, w_wg, L_patch, via_h2m=None, isl=None, L12=None)#

      Bases: object

      +

      Two-stage U-bend MZI composite with three beam splitters.

      +
      +
      Parameters:
      +
        +

      • name (str) – Nazca cell name.

        • +

      • BS1 (Any) – Beam splitter cells or objects for the three splitter stages.

        • +

      • BS2 (Any) – Beam splitter cells or objects for the three splitter stages.

        • +

      • BS3 (Any) – Beam splitter cells or objects for the three splitter stages.

        • +

      • xs_wg (str) – Optical waveguide cross-section name.

        • +

      • w1 (float) – Input/output waveguide width.

        • +

      • w2 (float) – Internal arm waveguide width.

        • +

      • L0 (Any) – Input/output straight section length.

        • +

      • Ln1 (Any) – Nominal and shifted arm lengths for the first stage.

        • +

      • Ls1 (Any) – Nominal and shifted arm lengths for the first stage.

        • +

      • Ln2 (Any) – Nominal and shifted arm lengths for the second stage.

        • +

      • Ls2 (Any) – Nominal and shifted arm lengths for the second stage.

        • +

      • Ltp (Any) – Taper length between w1 and w2.

        • +

      • R_bend (Any) – Bend radius used by U-bend routing.

        • +

      • w_wg (float) – Optical waveguide width used for ports and routing.

        • +

      • L_patch (Any) – Straight patch length at routing interfaces.

        • +

      • via_h2m (Any, optional) – Heater-to-metal via object or cell.

        • +

      • isl (Any, optional) – Isolation trench object or cell.

        • +

      • L12 (Any, optional) – Optional length between beam splitter regions.

        • +
      +
      +
      +
      +
      +cell#
      +

      Generated two-stage MZI layout cell.

      +
      +
      Type:
      +

      nazca.Cell

      +
      +
      +
      +
      @@ -417,6 +575,38 @@
      class mxpic.components.composites.MZI.MZI_Eubend(name, BS, w_arm, w_wg, L_arm, dL_Amzi, L_patch, xs_wg, Rmax=30, Rmin=10, dL=0.1, w_arm_min=None, show_pins=False, sharp_patch=True)#

      Bases: object

      +

      Euler U-bend MZI composite for compact asymmetric routing.

      +
      +
      Parameters:
      +
        +

      • name (str) – Nazca cell name.

        • +

      • BS (Any) – Beam splitter cell or object.

        • +

      • w_arm (float) – Internal arm waveguide width.

        • +

      • w_wg (float) – Input/output waveguide width.

        • +

      • L_arm (Any) – Nominal straight arm length.

        • +

      • dL_Amzi (float) – Differential length for asymmetric MZI operation.

        • +

      • L_patch (Any) – Straight patch length at routing interfaces.

        • +

      • xs_wg (str) – Optical waveguide cross-section name.

        • +

      • Rmax (int, optional) – Maximum Euler bend radius.

        • +

      • Rmin (int, optional) – Minimum Euler bend radius.

        • +

      • dL (float, optional) – Length-search resolution for the Euler compensation.

        • +

      • w_arm_min (float, optional) – Minimum arm width used during tapering.

        • +

      • show_pins (bool, optional) – Show Nazca pin stubs in the generated layout.

        • +

      • sharp_patch (bool, optional) – Add cladding patches around sharp geometry features.

        • +
      +
      +
      +
      +
      +cell#
      +

      Generated Euler U-bend MZI layout cell.

      +
      +
      Type:
      +

      nazca.Cell

      +
      +
      +
      +
      @@ -426,6 +616,41 @@
      class mxpic.components.composites.MZI.MZI_Ubend(name, BS, L_arm, xs_wg='strip', w_arm=1.0, L_tp=10, R_bend=10, w_wg=0.45, L_patch=0.5, w_ht=0, L_ht=0, via_h2m=None, isl=None, show_pins=False, D_port=None, sharp_patch=True, dual_ht=False)#

      Bases: MZI_NS_ubend

      +

      Convenience U-bend MZI wrapper with default width handling.

      +
      +
      Parameters:
      +
        +

      • name (str) – Nazca cell name.

        • +

      • BS (Any) – Beam splitter cell or object.

        • +

      • L_arm (Any) – Nominal arm length.

        • +

      • xs_wg (str, optional) – Optical waveguide cross-section name.

        • +

      • w_arm (float, optional) – Internal arm waveguide width.

        • +

      • L_tp (int, optional) – Taper length between bus and arm widths.

        • +

      • R_bend (int, optional) – Bend radius used by U-bend routing.

        • +

      • w_wg (float, optional) – Input/output waveguide width.

        • +

      • L_patch (float, optional) – Straight patch length at routing interfaces.

        • +

      • w_ht (float, optional) – Heater width. Use 0 to disable heater drawing.

        • +

      • L_ht (int, optional) – Heater length override.

        • +

      • via_h2m (Any, optional) – Heater-to-metal via object or cell.

        • +

      • isl (Any, optional) – Isolation trench object or cell.

        • +

      • show_pins (bool, optional) – Show Nazca pin stubs in the generated layout.

        • +

      • D_port (Any, optional) – Output port pitch override.

        • +

      • sharp_patch (bool, optional) – Add cladding patches around sharp geometry features.

        • +

      • dual_ht (bool, optional) – Add heaters on both arms.

        • +
      +
      +
      +
      +
      +cell#
      +

      Generated U-bend MZI layout cell.

      +
      +
      Type:
      +

      nazca.Cell

      +
      +
      +
      +
      @@ -435,6 +660,47 @@
      class mxpic.components.composites.MZI.MZI_Butterfly(name=None, xs_wg='strip', w_wg=0.45, dL_AMZI=0, L_arm=150, L_inner=10, R_bend=10, D_port=None, w_arm=1.0, xs_ht='heater', w_ht=0, Ltp=15, xs_metal='metal', w_metal=10, via_h2m=None, isl=None, outer_isl=True, dual_ht=True, L_patch=0.5, BS=None, BS2=None, sharp_patch=True, show_pins=False)#

      Bases: object

      +

      Butterfly-style MZI composite with compact folded arms.

      +
      +
      Parameters:
      +
        +

      • name (str, optional) – Nazca cell name. If omitted, the generated cell is not instantiated.

        • +

      • xs_wg (str, optional) – Optical waveguide cross-section name.

        • +

      • w_wg (float, optional) – Input and output waveguide width in microns.

        • +

      • dL_AMZI (float, optional) – Differential arm length for asymmetric MZI operation.

        • +

      • L_arm (int, optional) – Nominal straight arm length.

        • +

      • L_inner (int, optional) – Inner straight section length used by the butterfly fold.

        • +

      • R_bend (int, optional) – Bend radius used by internal routing.

        • +

      • D_port (Any, optional) – Output port pitch. If omitted, beam splitter pitch is used.

        • +

      • w_arm (float, optional) – Internal arm waveguide width.

        • +

      • xs_ht (str, optional) – Heater cross-section name.

        • +

      • w_ht (float, optional) – Heater width. Use 0 to disable heater drawing.

        • +

      • Ltp (int, optional) – Taper length between bus and arm widths.

        • +

      • xs_metal (str, optional) – Metal routing cross-section name.

        • +

      • w_metal (float, optional) – Metal routing width.

        • +

      • via_h2m (Any, optional) – Heater-to-metal via object or cell.

        • +

      • isl (Any, optional) – Isolation trench object or cell.

        • +

      • outer_isl (bool, optional) – Add outer isolation structures.

        • +

      • dual_ht (bool, optional) – Add heaters on both arms.

        • +

      • L_patch (float, optional) – Straight patch length at routing interfaces.

        • +

      • BS (Any, optional) – First beam splitter cell or object. If omitted, a default DC is used.

        • +

      • BS2 (Any, optional) – Second beam splitter cell or object. If omitted, BS is reused.

        • +

      • sharp_patch (bool, optional) – Add cladding patches around sharp geometry features.

        • +

      • show_pins (bool, optional) – Show Nazca pin stubs in the generated layout.

        • +
      +
      +
      +
      +
      +cell#
      +

      Generated butterfly MZI layout cell.

      +
      +
      Type:
      +

      nazca.Cell

      +
      +
      +
      +
      generate_gds(show_pin=False)#
      @@ -498,31 +764,50 @@
      @@ -505,6 +742,7 @@
      • W_waveguide
        • W_waveguide
          • @@ -512,6 +750,7 @@
        • UMat_2x2_S
          • UMat_2x2_S
            • @@ -519,6 +758,7 @@
          • MZI_mesh_U diff --git a/docs/build/html/mxpic/components/composites/SptTree.html b/docs/build/html/mxpic/components/composites/SptTree.html index 72c95ba..f6059be 100644 --- a/docs/build/html/mxpic/components/composites/SptTree.html +++ b/docs/build/html/mxpic/components/composites/SptTree.html @@ -375,51 +375,39 @@

            mxpic.components.composites.SptTree#

            +

            Optical splitting tree composite layouts.

            SplittingTree#

            class mxpic.components.composites.SptTree.SplittingTree(ybranch=None, output_number=16, bend_radius=10, output_pitch=None, show_pins=False)#

            Bases: object

            -

            Class for generating splitting tree.

            -
            -
            Paras:
              -
            1. -
              ybranch [class] (Default None)
                -

              • length (Default: 28) Length of the ybranch

                • -

              • width (Default: 2) Pitch between two output waveguides

                • -

              • w_wg (Default: 0.45) Width of output waveguide

                • -
              • -
                cell (Default: box)
                  -

                • a1 [Pin] Input waveguide

                  • -

                • b1 [Pin] Output waveguide1

                  • -

                • b2 [Pin] Output waveguide2

                  • +

                  Binary splitter tree built from repeated Y-branch cells.

                  +
                  +
                  Parameters:
                  +
                    +

                  • ybranch (Any, optional) – Y-branch object with a cell attribute and a1, b1, and +b2 pins. If omitted, a simple box-based Y-branch is generated.

                    • +

                  • output_number (int, optional) – Number of output channels. Values are coerced to the nearest lower +power of two when needed.

                    • +

                  • bend_radius (int, optional) – Bend radius used to route between splitter levels.

                    • +

                  • output_pitch (Any, optional) – Output channel pitch in microns. If omitted, the Y-branch output +pitch is used.

                    • +

                  • show_pins (bool, optional) – Show Nazca pin stubs in the generated layout.

                  - -
                -
                -
                -
                • -
              • -
                output_number [-] (Default: 16)

                Number of output channels(Need to be 2^N)

                -
                -
                -
                • -
              • -
                bend_radius [um] (Default: 10)

                Bend radius used to connect the different layer of Y branch

                -
                -
                -
                • -
              • -
                output_pitch [um] (Default: None)

                Can define the pitch of output channel(If ==None, then pitch=self.width, which is the minimum pitch)

                -
                -
                -
                • -
            +
            +
            +cell#
            +

            Generated splitting tree layout cell.

            +
            +
            Type:
            +

            nazca.Cell

            +
            +
            generate_gds()#
            @@ -480,6 +468,7 @@
            • SplittingTree @@ -369,6 +375,7 @@

              mxpic.components.composites.advance#

              +

              Convenience exports for advanced ring and CROW composite building blocks.

              diff --git a/docs/build/html/objects.inv b/docs/build/html/objects.inv index b0cb174..69e74fa 100644 Binary files a/docs/build/html/objects.inv and b/docs/build/html/objects.inv differ diff --git a/docs/build/html/searchindex.js b/docs/build/html/searchindex.js index f865528..e6b91c0 100644 --- a/docs/build/html/searchindex.js +++ b/docs/build/html/searchindex.js @@ -1 +1 @@ -Search.setIndex({"alltitles": {"ADC_STD_2x2": [[33, "adc-std-2x2"], [44, "adc-std-2x2"]], "AED_Ring_PIN": [[31, "aed-ring-pin"]], "AED_ring": [[50, "aed-ring"]], "AMZI_W": [[4, "amzi-w"]], "Active": [[29, null]], "BS_tdc": [[33, "bs-tdc"], [44, "bs-tdc"]], "Brag_WDM": [[40, "brag-wdm"]], "Bragg": [[43, "bragg"]], "Bragg_apodized": [[43, "bragg-apodized"]], "CROW_AED": [[37, "crow-aed"]], "CROW_Circular_ring": [[37, "crow-circular-ring"]], "CROW_Eul_RCK": [[37, "crow-eul-rck"]], "CROW_Eul_Ring": [[37, "crow-eul-ring"]], "CROW_STD_Adddrop": [[37, "crow-std-adddrop"]], "CROW_STD_Allpass": [[37, "crow-std-allpass"]], "CRX_TE_1310": [[22, "crx-te-1310"]], "CRX_TE_1550": [[21, "crx-te-1550"], [22, "crx-te-1550"]], "Clothoid": [[11, "clothoid"]], "Components": [[16, null]], "Components:": [[0, null]], "Composites": [[7, null]], "Conchoid": [[11, "conchoid"]], "Cross": [[45, "cross"]], "Cross_Sine": [[45, "cross-sine"]], "DC": [[33, "dc"], [44, "dc"]], "DC_TE_1550": [[22, "dc-te-1550"]], "DC_bend": [[33, "dc-bend"], [44, "dc-bend"]], "DC_bend_20_80_Cband": [[23, "dc-bend-20-80-cband"]], "DC_bend_4_96_Cband": [[23, "dc-bend-4-96-cband"]], "DC_bend_50_50_Cband": [[23, "dc-bend-50-50-cband"]], "DC_pX3_50_50_Cband": [[25, "dc-px3-50-50-cband"]], "DC_pX_3sg": [[33, "dc-px-3sg"], [44, "dc-px-3sg"]], "DEVICE_2X2_FDTD_INIT": [[18, "device-2x2-fdtd-init"]], "DEVICE_COUPLER": [[18, "device-coupler"]], "DEVICE_PORTS": [[18, "device-ports"]], "DEVICE_RING_BUS": [[18, "device-ring-bus"]], "EC_1550": [[21, "ec-1550"]], "EC_TE_1550": [[22, "ec-te-1550"]], "EC_dual_layer_px3": [[27, "ec-dual-layer-px3"]], "EULER_CROW_BUS": [[18, "euler-crow-bus"]], "EULER_CROW_INTER_CP": [[18, "euler-crow-inter-cp"]], "Electronics": [[9, null]], "Elipse": [[15, "elipse"]], "Elipse_dual": [[15, "elipse-dual"]], "FA": [[34, "fa"], [46, "fa"]], "GC_STD_1D": [[34, "gc-std-1d"], [46, "gc-std-1d"]], "GC_STD_2D": [[34, "gc-std-2d"], [46, "gc-std-2d"]], "GC_SiN_Si_Dual_Layer": [[34, "gc-sin-si-dual-layer"]], "GC_TE_1310": [[20, "gc-te-1310"], [21, "gc-te-1310"], [22, "gc-te-1310"]], "GC_TE_1550": [[20, "gc-te-1550"], [21, "gc-te-1550"], [22, "gc-te-1550"]], "GC_TM_1310": [[22, "gc-tm-1310"]], "GC_TM_1550": [[21, "gc-tm-1550"], [22, "gc-tm-1550"]], "GPD_1550": [[21, "gpd-1550"]], "Geometry": [[12, null]], "Grating_2D_Hole": [[34, "grating-2d-hole"], [46, "grating-2d-hole"]], "Grating_2D_Hole_3Rec": [[46, "grating-2d-hole-3rec"]], "Grating_2D_Hole_4Rec": [[46, "grating-2d-hole-4rec"]], "Heater_NDoped": [[28, "heater-ndoped"]], "ISL": [[8, "isl"]], "LoopMirror": [[2, "loopmirror"]], "MDM": [[33, "mdm"], [44, "mdm"]], "MDM_ADC_TE1_1550": [[25, "mdm-adc-te1-1550"]], "MDM_ADC_TE2_1550": [[25, "mdm-adc-te2-1550"]], "MDM_ADC_TE3_1550": [[25, "mdm-adc-te3-1550"]], "MMG_1D_D14um_1550_2modes": [[25, "mmg-1d-d14um-1550-2modes"]], "MMI_1x2_TE_1310": [[21, "mmi-1x2-te-1310"], [22, "mmi-1x2-te-1310"]], "MMI_1x2_TE_1550": [[21, "mmi-1x2-te-1550"], [22, "mmi-1x2-te-1550"]], "MMI_2x2_TE_1310": [[22, "mmi-2x2-te-1310"]], "MMI_2x2_TE_1550": [[21, "mmi-2x2-te-1550"], [22, "mmi-2x2-te-1550"]], "MMI_ML": [[36, "mmi-ml"], [48, "mmi-ml"]], "MMI_STD": [[36, "mmi-std"], [48, "mmi-std"]], "MRR_AED": [[39, "mrr-aed"]], "MRR_DW_Adddrop": [[39, "mrr-dw-adddrop"]], "MRR_DW_Allpass": [[39, "mrr-dw-allpass"]], "MRR_MM_Adddrop": [[39, "mrr-mm-adddrop"]], "MRR_MM_Allpass": [[39, "mrr-mm-allpass"]], "MRR_STD_Adddrop": [[39, "mrr-std-adddrop"]], "MRR_STD_Allpass": [[39, "mrr-std-allpass"]], "MRR_STD_Ring": [[39, "mrr-std-ring"]], "MZI": [[3, "mzi"]], "MZI_2st_ubend": [[3, "mzi-2st-ubend"]], "MZI_Butterfly": [[3, "mzi-butterfly"]], "MZI_Eubend": [[3, "mzi-eubend"]], "MZI_NS": [[3, "mzi-ns"]], "MZI_NS_ubend": [[3, "mzi-ns-ubend"]], "MZI_Ubend": [[3, "mzi-ubend"]], "MZI_mesh_Parl": [[4, "mzi-mesh-parl"]], "MZI_mesh_Tri": [[4, "mzi-mesh-tri"]], "MZI_mesh_U": [[4, "mzi-mesh-u"]], "MonitorParas": [[18, "monitorparas"]], "Nano_ant": [[34, "nano-ant"], [46, "nano-ant"]], "Others": [[17, null]], "PAD": [[8, "pad"]], "PAD_60_80": [[21, "pad-60-80"]], "PADs": [[8, "pads"]], "PBS_1550": [[21, "pbs-1550"]], "PBS_3wg": [[41, "pbs-3wg"]], "PD_Cband_Cell": [[20, "pd-cband-cell"]], "PIN_MRR_MM_Adddrop": [[31, "pin-mrr-mm-adddrop"]], "PIN_MRR_MM_Allpass": [[31, "pin-mrr-mm-allpass"]], "PIN_MRR_STD_Allpass": [[31, "pin-mrr-std-allpass"]], "PSR": [[52, "psr"]], "PSR_1x2": [[40, "psr-1x2"]], "PS_2st": [[40, "ps-2st"]], "PS_2st_Straight": [[40, "ps-2st-straight"]], "PS_PIN": [[28, "ps-pin"]], "Passive": [[38, null]], "Pdks": [[24, null]], "Pic": [[47, null]], "PortParas": [[18, "portparas"]], "Primitives": [[35, null]], "RESONATOR": [[18, "resonator"]], "RING_PHASE": [[18, "ring-phase"]], "Racetrack": [[14, "racetrack"]], "RacetrackResonator": [[49, "racetrackresonator"]], "Racetrack_MM_Adddrop": [[49, "racetrack-mm-adddrop"]], "Racetrack_MM_Allpass": [[49, "racetrack-mm-allpass"]], "Racetrack_STD_Allpass": [[49, "racetrack-std-allpass"]], "Route": [[28, "route"], [31, "route"], [39, "route"], [49, "route"], [54, "route"]], "SOCR": [[39, "socr"]], "SOCR_Adiabatic": [[39, "socr-adiabatic"]], "SOCR_Adiabatic_Cband": [[39, "socr-adiabatic-cband"]], "SOCR_Cband": [[39, "socr-cband"]], "STD_CROW_V": [[37, "std-crow-v"]], "STD_PIC_Rings": [[50, "std-pic-rings"]], "STD_Ring_PIN": [[31, "std-ring-pin"]], "STD_ring_AMZI_adddrop": [[39, "std-ring-amzi-adddrop"]], "SimuDataFigurePlot": [[18, "simudatafigureplot"]], "Simulation": [[19, null]], "Spiral_Cicle_MM": [[51, "spiral-cicle-mm"], [53, "spiral-cicle-mm"]], "Spiral_Cicle_STD": [[51, "spiral-cicle-std"], [53, "spiral-cicle-std"]], "Spiral_Rect_STD": [[51, "spiral-rect-std"], [53, "spiral-rect-std"]], "SplittingTree": [[5, "splittingtree"]], "Taper": [[34, "taper"], [46, "taper"]], "Template": [[22, "template"]], "UMat_2x2_S": [[4, "umat-2x2-s"]], "Vias": [[8, "vias"]], "Vias_arc": [[8, "vias-arc"]], "WGDoped": [[30, "wgdoped"]], "W_waveguide": [[4, "w-waveguide"]], "YBranch": [[32, "ybranch"], [42, "ybranch"]], "Ybranch_3wg": [[32, "ybranch-3wg"], [42, "ybranch-3wg"]], "Ybranch_TE": [[22, "ybranch-te"]], "circle": [[15, "circle"]], "gds_lib_load": [[10, "gds-lib-load"]], "generate_gds_lib": [[10, "generate-gds-lib"]], "hole": [[15, "hole"]], "ic_exception": [[54, "ic-exception"]], "mxPIC Handbook": [[0, null]], "mx_bend": [[15, "mx-bend"]], "mxpic.components.basic": [[1, null]], "mxpic.components.composites.LoopMirror": [[2, null]], "mxpic.components.composites.MZI": [[3, null]], "mxpic.components.composites.MZI_mesh": [[4, null]], "mxpic.components.composites.SptTree": [[5, null]], "mxpic.components.composites.advance": [[6, null]], "mxpic.components.electronics.eic_units": [[8, null]], "mxpic.components.gds_devices": [[10, null]], "mxpic.components.geometry.curves": [[11, null]], "mxpic.components.geometry.polygons": [[13, null]], "mxpic.components.geometry.racetrack": [[14, null]], "mxpic.components.geometry.rings": [[15, null]], "mxpic.components.others.simulation.DualPortElements": [[18, null]], "mxpic.components.pdks.AMF_pdk": [[20, null]], "mxpic.components.pdks.CUMEC_pdk": [[21, null]], "mxpic.components.pdks.IMECAS_pdk": [[22, null]], "mxpic.components.pdks.hgl_pdk_A": [[23, null]], "mxpic.components.pdks.qy_pdk_A": [[25, null]], "mxpic.components.pins": [[26, null]], "mxpic.components.primitives.EC_dual_layer_px3": [[27, null]], "mxpic.components.primitives.active.dev_ps": [[28, null]], "mxpic.components.primitives.active.pin_wg": [[30, null]], "mxpic.components.primitives.active.rings": [[31, null]], "mxpic.components.primitives.beam_splitters": [[32, null]], "mxpic.components.primitives.directional_couplers": [[33, null]], "mxpic.components.primitives.grating_couplers": [[34, null]], "mxpic.components.primitives.multimode_interferometers": [[36, null]], "mxpic.components.primitives.passive.crows": [[37, null]], "mxpic.components.primitives.passive.rings": [[39, null]], "mxpic.components.primitives.passive.unit": [[40, null]], "mxpic.components.primitives.pic.PBS": [[41, null]], "mxpic.components.primitives.pic.YBS": [[42, null]], "mxpic.components.primitives.pic.bragg": [[43, null]], "mxpic.components.primitives.pic.couplers": [[44, null]], "mxpic.components.primitives.pic.cross": [[45, null]], "mxpic.components.primitives.pic.gratings": [[46, null]], "mxpic.components.primitives.pic.mmi": [[48, null]], "mxpic.components.primitives.pic.racetrack": [[49, null]], "mxpic.components.primitives.pic.rings": [[50, null]], "mxpic.components.primitives.pic.spiral": [[51, null]], "mxpic.components.primitives.pic.taper": [[52, null]], "mxpic.components.primitives.spiral": [[53, null]], "mxpic.components.routing": [[54, null]], "ring_bus_wg": [[33, "ring-bus-wg"], [44, "ring-bus-wg"]], "spiral": [[51, "spiral"], [53, "spiral"]], "spiral_circle": [[51, "spiral-circle"], [53, "spiral-circle"]], "spiral_rectangle": [[51, "spiral-rectangle"], [53, "spiral-rectangle"]], "strt_round_courner": [[13, "strt-round-courner"]], "taper_xs2xs": [[52, "taper-xs2xs"]], "transition": [[52, "transition"]], "tuple_to_complex": [[18, "tuple-to-complex"]], "waveguide": [[40, "waveguide"]], "waveguide_PIN": [[30, "waveguide-pin"]]}, "docnames": ["index", "mxpic/components/basic", "mxpic/components/composites/LoopMirror", "mxpic/components/composites/MZI", "mxpic/components/composites/MZI_mesh", "mxpic/components/composites/SptTree", "mxpic/components/composites/advance", "mxpic/components/composites/index", "mxpic/components/electronics/eic_units", "mxpic/components/electronics/index", "mxpic/components/gds_devices", 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"mxpic/components/primitives/multimode_interferometers", "mxpic/components/primitives/passive/crows", "mxpic/components/primitives/passive/index", "mxpic/components/primitives/passive/rings", "mxpic/components/primitives/passive/unit", "mxpic/components/primitives/pic/PBS", "mxpic/components/primitives/pic/YBS", "mxpic/components/primitives/pic/bragg", "mxpic/components/primitives/pic/couplers", "mxpic/components/primitives/pic/cross", "mxpic/components/primitives/pic/gratings", "mxpic/components/primitives/pic/index", "mxpic/components/primitives/pic/mmi", "mxpic/components/primitives/pic/racetrack", "mxpic/components/primitives/pic/rings", "mxpic/components/primitives/pic/spiral", "mxpic/components/primitives/pic/taper", "mxpic/components/primitives/spiral", "mxpic/components/routing"], "envversion": {"sphinx": 62, "sphinx.domains.c": 3, "sphinx.domains.changeset": 1, "sphinx.domains.citation": 1, "sphinx.domains.cpp": 9, "sphinx.domains.index": 1, "sphinx.domains.javascript": 3, "sphinx.domains.math": 2, "sphinx.domains.python": 4, "sphinx.domains.rst": 2, "sphinx.domains.std": 2}, "filenames": ["index.md", "mxpic/components/basic.md", "mxpic/components/composites/LoopMirror.md", "mxpic/components/composites/MZI.md", "mxpic/components/composites/MZI_mesh.md", "mxpic/components/composites/SptTree.md", "mxpic/components/composites/advance.md", "mxpic/components/composites/index.md", "mxpic/components/electronics/eic_units.md", "mxpic/components/electronics/index.md", "mxpic/components/gds_devices.md", "mxpic/components/geometry/curves.md", "mxpic/components/geometry/index.md", "mxpic/components/geometry/polygons.md", "mxpic/components/geometry/racetrack.md", "mxpic/components/geometry/rings.md", "mxpic/components/index.md", "mxpic/components/others/index.md", "mxpic/components/others/simulation/DualPortElements.md", "mxpic/components/others/simulation/index.md", "mxpic/components/pdks/AMF_pdk.md", "mxpic/components/pdks/CUMEC_pdk.md", "mxpic/components/pdks/IMECAS_pdk.md", "mxpic/components/pdks/hgl_pdk_A.md", "mxpic/components/pdks/index.md", "mxpic/components/pdks/qy_pdk_A.md", "mxpic/components/pins.md", "mxpic/components/primitives/EC_dual_layer_px3.md", "mxpic/components/primitives/active/dev_ps.md", "mxpic/components/primitives/active/index.md", "mxpic/components/primitives/active/pin_wg.md", "mxpic/components/primitives/active/rings.md", "mxpic/components/primitives/beam_splitters.md", "mxpic/components/primitives/directional_couplers.md", "mxpic/components/primitives/grating_couplers.md", "mxpic/components/primitives/index.md", "mxpic/components/primitives/multimode_interferometers.md", "mxpic/components/primitives/passive/crows.md", "mxpic/components/primitives/passive/index.md", "mxpic/components/primitives/passive/rings.md", "mxpic/components/primitives/passive/unit.md", "mxpic/components/primitives/pic/PBS.md", "mxpic/components/primitives/pic/YBS.md", "mxpic/components/primitives/pic/bragg.md", "mxpic/components/primitives/pic/couplers.md", "mxpic/components/primitives/pic/cross.md", "mxpic/components/primitives/pic/gratings.md", "mxpic/components/primitives/pic/index.md", "mxpic/components/primitives/pic/mmi.md", "mxpic/components/primitives/pic/racetrack.md", "mxpic/components/primitives/pic/rings.md", "mxpic/components/primitives/pic/spiral.md", "mxpic/components/primitives/pic/taper.md", "mxpic/components/primitives/spiral.md", "mxpic/components/routing.md"], "indexentries": {"a_ht (mxpic.components.primitives.passive.crows.std_crow_v attribute)": [[37, "mxpic.components.primitives.passive.crows.STD_CROW_V.A_ht", false]], "adc_std_2x2 (class in mxpic.components.primitives.directional_couplers)": [[33, "mxpic.components.primitives.directional_couplers.ADC_STD_2x2", false]], "adc_std_2x2 (class in mxpic.components.primitives.pic.couplers)": [[44, "mxpic.components.primitives.pic.couplers.ADC_STD_2x2", false]], "add_pin() (mxpic.components.gds_devices.gds_lib_load method)": [[10, "mxpic.components.gds_devices.gds_lib_load.add_pin", false]], "aed_ring (class in mxpic.components.primitives.pic.rings)": [[50, "mxpic.components.primitives.pic.rings.AED_ring", false]], "aed_ring_pin (class in mxpic.components.primitives.active.rings)": [[31, "mxpic.components.primitives.active.rings.AED_Ring_PIN", false]], "amzi_w (class in mxpic.components.composites.mzi_mesh)": [[4, "mxpic.components.composites.MZI_mesh.AMZI_W", false]], "bend_mine() (mxpic.components.primitives.passive.rings.route method)": [[39, "mxpic.components.primitives.passive.rings.Route.bend_mine", false]], "bend_mine() (mxpic.components.routing.route method)": [[54, "mxpic.components.routing.Route.bend_mine", false]], "bend_p2p() (mxpic.components.primitives.passive.rings.route method)": [[39, "mxpic.components.primitives.passive.rings.Route.bend_p2p", false]], "bend_p2p() (mxpic.components.routing.route method)": [[54, "mxpic.components.routing.Route.bend_p2p", false]], "bend_route() (mxpic.components.primitives.passive.rings.route method)": [[39, "mxpic.components.primitives.passive.rings.Route.bend_route", false]], "bend_route() (mxpic.components.routing.route method)": [[54, "mxpic.components.routing.Route.bend_route", false]], "bend_route_p2p() (mxpic.components.primitives.passive.rings.route method)": [[39, "mxpic.components.primitives.passive.rings.Route.bend_route_p2p", false]], "bend_route_p2p() (mxpic.components.routing.route method)": [[54, "mxpic.components.routing.Route.bend_route_p2p", false]], "bend_strt_bend_p2p() (mxpic.components.primitives.passive.rings.route method)": [[39, "mxpic.components.primitives.passive.rings.Route.bend_strt_bend_p2p", false]], "bend_strt_bend_p2p() (mxpic.components.routing.route method)": [[54, "mxpic.components.routing.Route.bend_strt_bend_p2p", false]], "bend_strt_bend_p2p_mine() (mxpic.components.primitives.passive.rings.route method)": [[39, "mxpic.components.primitives.passive.rings.Route.bend_strt_bend_p2p_mine", false]], "bend_strt_bend_p2p_mine() (mxpic.components.routing.route method)": [[54, "mxpic.components.routing.Route.bend_strt_bend_p2p_mine", false]], "brag_wdm (class in mxpic.components.primitives.passive.unit)": [[40, "mxpic.components.primitives.passive.unit.Brag_WDM", false]], "bragg (class in mxpic.components.primitives.pic.bragg)": [[43, "mxpic.components.primitives.pic.bragg.Bragg", false]], "bragg_apodized (class in mxpic.components.primitives.pic.bragg)": [[43, "mxpic.components.primitives.pic.bragg.Bragg_apodized", false]], "bs_tdc (class in mxpic.components.primitives.directional_couplers)": [[33, "mxpic.components.primitives.directional_couplers.BS_tdc", false]], "bs_tdc (class in mxpic.components.primitives.pic.couplers)": [[44, "mxpic.components.primitives.pic.couplers.BS_tdc", false]], "cell (mxpic.components.primitives.active.dev_ps.ps_pin attribute)": [[28, "mxpic.components.primitives.active.dev_ps.PS_PIN.cell", false]], "cell 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"module-mxpic.components.geometry.curves", false], [13, "module-mxpic.components.geometry.polygons", false], [14, "module-mxpic.components.geometry.racetrack", false], [15, "module-mxpic.components.geometry.rings", false], [27, "module-mxpic.components.primitives.EC_dual_layer_px3", false], [28, "module-mxpic.components.primitives.active.dev_ps", false], [30, "module-mxpic.components.primitives.active.pin_wg", false], [31, "module-mxpic.components.primitives.active.rings", false], [32, "module-mxpic.components.primitives.beam_splitters", false], [33, "module-mxpic.components.primitives.directional_couplers", false], [34, "module-mxpic.components.primitives.grating_couplers", false], [36, "module-mxpic.components.primitives.multimode_interferometers", false], [37, "module-mxpic.components.primitives.passive.crows", false], [39, "module-mxpic.components.primitives.passive.rings", false], [40, "module-mxpic.components.primitives.passive.unit", false], [41, 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[[15, "mxpic.components.geometry.rings.mx_bend", false]], "mxpic.components.composites.loopmirror": [[2, "module-mxpic.components.composites.LoopMirror", false]], "mxpic.components.composites.mzi": [[3, "module-mxpic.components.composites.MZI", false]], "mxpic.components.composites.mzi_mesh": [[4, "module-mxpic.components.composites.MZI_mesh", false]], "mxpic.components.composites.spttree": [[5, "module-mxpic.components.composites.SptTree", false]], "mxpic.components.electronics.eic_units": [[8, "module-mxpic.components.electronics.eic_units", false]], "mxpic.components.gds_devices": [[10, "module-mxpic.components.gds_devices", false]], "mxpic.components.geometry.curves": [[11, "module-mxpic.components.geometry.curves", false]], "mxpic.components.geometry.polygons": [[13, "module-mxpic.components.geometry.polygons", false]], "mxpic.components.geometry.racetrack": [[14, "module-mxpic.components.geometry.racetrack", false]], "mxpic.components.geometry.rings": [[15, 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"mxpic.components.primitives.pic.racetrack": [[49, "module-mxpic.components.primitives.pic.racetrack", false]], "mxpic.components.primitives.pic.rings": [[50, "module-mxpic.components.primitives.pic.rings", false]], "mxpic.components.primitives.pic.spiral": [[51, "module-mxpic.components.primitives.pic.spiral", false]], "mxpic.components.primitives.pic.taper": [[52, "module-mxpic.components.primitives.pic.taper", false]], "mxpic.components.primitives.pic.ybs": [[42, "module-mxpic.components.primitives.pic.YBS", false]], "mxpic.components.primitives.spiral": [[53, "module-mxpic.components.primitives.spiral", false]], "mxpic.components.routing": [[54, "module-mxpic.components.routing", false]], "mzi (class in mxpic.components.composites.mzi)": [[3, "mxpic.components.composites.MZI.MZI", false]], "mzi_2st_ubend (class in mxpic.components.composites.mzi)": [[3, "mxpic.components.composites.MZI.MZI_2st_ubend", false]], "mzi_butterfly (class in mxpic.components.composites.mzi)": [[3, 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[[39, "mxpic.components.primitives.passive.rings.SOCR_Adiabatic", false]], "socr_adiabatic_cband (class in mxpic.components.primitives.passive.rings)": [[39, "mxpic.components.primitives.passive.rings.SOCR_Adiabatic_Cband", false]], "socr_cband (class in mxpic.components.primitives.passive.rings)": [[39, "mxpic.components.primitives.passive.rings.SOCR_Cband", false]], "spiral (class in mxpic.components.primitives.pic.spiral)": [[51, "mxpic.components.primitives.pic.spiral.spiral", false]], "spiral (class in mxpic.components.primitives.spiral)": [[53, "mxpic.components.primitives.spiral.spiral", false]], "spiral_cicle_mm (class in mxpic.components.primitives.pic.spiral)": [[51, "mxpic.components.primitives.pic.spiral.Spiral_Cicle_MM", false]], "spiral_cicle_mm (class in mxpic.components.primitives.spiral)": [[53, "mxpic.components.primitives.spiral.Spiral_Cicle_MM", false]], "spiral_cicle_std (class in mxpic.components.primitives.pic.spiral)": [[51, 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"mxpic.components.primitives.spiral.spiral_rectangle", false]], "splittingtree (class in mxpic.components.composites.spttree)": [[5, "mxpic.components.composites.SptTree.SplittingTree", false]], "std_crow_v (class in mxpic.components.primitives.passive.crows)": [[37, "mxpic.components.primitives.passive.crows.STD_CROW_V", false]], "std_pic_rings (class in mxpic.components.primitives.pic.rings)": [[50, "mxpic.components.primitives.pic.rings.STD_PIC_Rings", false]], "std_ring_amzi_adddrop (class in mxpic.components.primitives.passive.rings)": [[39, "mxpic.components.primitives.passive.rings.STD_ring_AMZI_adddrop", false]], "std_ring_pin (class in mxpic.components.primitives.active.rings)": [[31, "mxpic.components.primitives.active.rings.STD_Ring_PIN", false]], "strt() (mxpic.components.primitives.passive.rings.route method)": [[39, "mxpic.components.primitives.passive.rings.Route.strt", false]], "strt() (mxpic.components.routing.route method)": [[54, 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float, optional + Optical waveguide width in microns. + Radius : float, optional + Bend radius used for the loop mirror routing. + angle : float, optional + Bend angle in degrees for the side bends. + sharp_patch : bool, optional + Add cladding patch geometry around sharp loop features. + BS : Any, optional + Beam splitter object or cell. If not provided, a default directional + coupler is generated. + + Attributes + ---------- + cell : nazca.Cell + Generated loop mirror layout cell. + """ + def __init__(self, xs_wg: str='strip', w_wg: float=0.45, diff --git a/mxpic/components/composites/MZI.py b/mxpic/components/composites/MZI.py index bf90a68..3bee002 100644 --- a/mxpic/components/composites/MZI.py +++ b/mxpic/components/composites/MZI.py @@ -1,3 +1,5 @@ +"""Mach-Zehnder interferometer composite layouts.""" + from typing import Any, Optional import nazca as nd import numpy as np @@ -16,8 +18,25 @@ from ..primitives.passive import waveguide, PS_2st, PS_2st_Straight from ..basic import __cell_arg__ -""" Default 50:50 beam splitter generation using standard DC """ def __BS_generate__(BS,xs,func_name): + """Resolve a beam splitter object into a Nazca cell. + + Parameters + ---------- + BS : Any + Beam splitter cell, object with a ``cell`` attribute, or ``None``. + xs : str + Waveguide cross-section name used when a default directional coupler + must be generated. + func_name : str + Name of the calling composite, used in warning messages. + + Returns + ------- + nazca.Cell + Beam splitter cell used by the composite layout. + """ + if (BS==None): BS_cell = DC(xs=xs,w_cp=0.45,w_wg=0.45,L_cp=9.27,angle=10,R0=15,Rmax=15,Rmin=15).cell @@ -36,6 +55,63 @@ def __BS_generate__(BS,xs,func_name): class MZI: + """Mach-Zehnder interferometer with optional heaters and isolation. + + Parameters + ---------- + name : str, optional + Nazca cell name. If omitted, the generated cell is not instantiated. + xs_wg : str, optional + Optical waveguide cross-section name. + w_wg : float, optional + Input and output waveguide width in microns. + dL_Amzi : float, optional + Differential arm length for asymmetric MZI operation. + L_arm : int, optional + Nominal straight arm length. + R_bend : int, optional + Bend radius used by internal routing. + D_arm : int, optional + Vertical distance between interferometer arms. + D_port : Any, optional + Output port pitch. If omitted, the beam splitter port pitch is used. + w_arm : float, optional + Internal arm waveguide width. + xs_heater : str, optional + Heater cross-section name. + w_heater : float, optional + Heater width. Use 0 to disable heater drawing. + Ltp : int, optional + Taper length between bus and arm widths. + xs_metal : str, optional + Metal routing cross-section name. + w_metal : float, optional + Metal routing width. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation trench object or cell. + outer_isl : bool, optional + Add outer isolation structures. + dual_ht : bool, optional + Add heaters on both arms. + L_patch : float, optional + Straight patch length at routing interfaces. + BS : Any, optional + First beam splitter cell or object. If omitted, a default DC is used. + BS2 : Any, optional + Second beam splitter cell or object. If omitted, ``BS`` is reused. + sharp_patch : bool, optional + Add cladding patches around sharp geometry features. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + + Attributes + ---------- + cell : nazca.Cell + Generated MZI layout cell. + """ + def __init__(self, name: Optional[str]=None, xs_wg: str='strip', @@ -64,35 +140,9 @@ class MZI: BS2: Any=None, sharp_patch: bool=True, show_pins: bool=False) -> None: - """_summary_ + """Initialize the MZI composite. - Args: - name (_type_, optional): Name of the device, None means no instance cell will be created. Defaults to None. - xs_wg (str, optional): The xsection of the waveguide. Defaults to 'strip'. - w_wg (float, optional): The width of the ouput waveguide. Defaults to 0.45. - dL_Amzi (int, optional): The asysmmetric length of AMZI. Defaults to 0. - L_arm (int, optional): Length of the arms. Defaults to 150. - R_bend (int, optional): Bneding radius of internal attachment. Defaults to 10. - D_arm (int, optional): Distance of arms. Defaults to 75. - D_port (_type_, optional): Distance of ports. If None, distance of BS ports will be used. Defaults to None. - w_arm (float, optional): Width of arms, if you need wide arm to decrease phase errors. Defaults to 1.0. - xs_heater (str, optional): xsection of heaters. Defaults to 'heater'. - w_heater (int, optional): Width of heaters. Defaults to 0. - Ltp (int, optional): Taper length of the wider arm to the thinner waveguide. Defaults to 15. - xs_metal (str, optional): Xsection of metal. Defaults to 'metal'. - w_metal (int, optional): Width of the attached metal. Defaults to 10. - via_h2m (_type_, optional): The class of the vias. Defaults to None. - isl (_type_, optional): The class of the isolation trench. Defaults to None. - outer_isl (bool, optional): Flag of whether to place outside isolation. Defaults to True. - dual_ht (bool, optional): Flag of whether to have two heaters. Defaults to True. - BS (_type_, optional): The cell class for the first beamsplitter. Defaults to None. - BS2 (_type_, optional): The cell class for the first beamsplitter. Defaults to None. - sharp_patch (bool, optional): Flag of whether to add sharp_patch to the device. Defaults to True. - show_pins (bool, optional): Flag of whether to show pins in the waveguide. Defaults to False. - - Raises: - Exception: _description_ - Exception: _description_ + See the class docstring for parameter descriptions. """ self.name = name if (self.name==None): @@ -249,6 +299,61 @@ class MZI: self.L = np.abs(self.cell.pin['a1'].x-self.cell.pin['b1'].x) class MZI_NS: + """Nested-straight MZI composite with taperable arm widths. + + Parameters + ---------- + name : str + Nazca cell name. + BS : Any + Beam splitter cell or object used at both splitter positions. + xs_wg : str + Optical waveguide cross-section name. + w1 : float + Input/output waveguide width. + w2 : float + Internal arm waveguide width. + L0 : Any + Input/output straight section length. + Ln : Any + Length of the nominal arm section. + Ls : Any + Length of the shifted arm section. + Ltp : Any + Taper length between ``w1`` and ``w2``. + R_bend : Any + Bend radius used by the arm routing. + w_wg : float + Optical waveguide width used for ports and routing. + L_patch : Any + Straight patch length at routing interfaces. + D_arm : int, optional + Vertical distance between interferometer arms. + L12 : Any, optional + Optional length between the first and second beam splitter regions. + w_heater : float, optional + Heater width. Use 0 to disable heater drawing. + L_ht : Any, optional + Heater length override. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation trench object or cell. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + D_port : Any, optional + Output port pitch override. + sharp_patch : bool, optional + Add cladding patches around sharp geometry features. + dual_ht : bool, optional + Add heaters on both arms. + + Attributes + ---------- + cell : nazca.Cell + Generated nested-straight MZI layout cell. + """ + def __init__(self, name: str, BS: Any, @@ -372,6 +477,59 @@ class MZI_NS: self.cell = C class MZI_NS_ubend: + """Nested-straight MZI composite using U-bend arm routing. + + Parameters + ---------- + name : str + Nazca cell name. + BS : Any + Beam splitter cell or object used at both splitter positions. + xs_wg : str + Optical waveguide cross-section name. + w1 : float + Input/output waveguide width. + w2 : float + Internal arm waveguide width. + L0 : Any + Input/output straight section length. + Ln : Any + Length of the nominal arm section. + Ls : Any + Length of the shifted arm section. + Ltp : Any + Taper length between ``w1`` and ``w2``. + R_bend : Any + Bend radius used by the U-bends. + w_wg : float + Optical waveguide width used for ports and routing. + L_patch : Any + Straight patch length at routing interfaces. + L12 : Any, optional + Optional length between splitter regions. + w_ht : float, optional + Heater width. Use 0 to disable heater drawing. + L_ht : int, optional + Heater length override. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation trench object or cell. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + D_port : Any, optional + Output port pitch override. + sharp_patch : bool, optional + Add cladding patches around sharp geometry features. + dual_ht : bool, optional + Add heaters on both arms. + + Attributes + ---------- + cell : nazca.Cell + Generated U-bend MZI layout cell. + """ + def __init__(self, name: str, BS: Any, @@ -490,8 +648,49 @@ class MZI_NS_ubend: nd.put_stub() self.cell = C - + class MZI_2st_ubend: + """Two-stage U-bend MZI composite with three beam splitters. + + Parameters + ---------- + name : str + Nazca cell name. + BS1, BS2, BS3 : Any + Beam splitter cells or objects for the three splitter stages. + xs_wg : str + Optical waveguide cross-section name. + w1 : float + Input/output waveguide width. + w2 : float + Internal arm waveguide width. + L0 : Any + Input/output straight section length. + Ln1, Ls1 : Any + Nominal and shifted arm lengths for the first stage. + Ln2, Ls2 : Any + Nominal and shifted arm lengths for the second stage. + Ltp : Any + Taper length between ``w1`` and ``w2``. + R_bend : Any + Bend radius used by U-bend routing. + w_wg : float + Optical waveguide width used for ports and routing. + L_patch : Any + Straight patch length at routing interfaces. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation trench object or cell. + L12 : Any, optional + Optional length between beam splitter regions. + + Attributes + ---------- + cell : nazca.Cell + Generated two-stage MZI layout cell. + """ + def __init__(self, name: str, BS1: Any, @@ -569,6 +768,45 @@ class MZI_2st_ubend: self.cell = C class MZI_Eubend: + """Euler U-bend MZI composite for compact asymmetric routing. + + Parameters + ---------- + name : str + Nazca cell name. + BS : Any + Beam splitter cell or object. + w_arm : float + Internal arm waveguide width. + w_wg : float + Input/output waveguide width. + L_arm : Any + Nominal straight arm length. + dL_Amzi : float + Differential length for asymmetric MZI operation. + L_patch : Any + Straight patch length at routing interfaces. + xs_wg : str + Optical waveguide cross-section name. + Rmax : int, optional + Maximum Euler bend radius. + Rmin : int, optional + Minimum Euler bend radius. + dL : float, optional + Length-search resolution for the Euler compensation. + w_arm_min : float, optional + Minimum arm width used during tapering. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + sharp_patch : bool, optional + Add cladding patches around sharp geometry features. + + Attributes + ---------- + cell : nazca.Cell + Generated Euler U-bend MZI layout cell. + """ + def __init__(self, name: str, BS: Any, @@ -640,6 +878,51 @@ class MZI_Eubend: self.cell = C class MZI_Ubend(MZI_NS_ubend): + """Convenience U-bend MZI wrapper with default width handling. + + Parameters + ---------- + name : str + Nazca cell name. + BS : Any + Beam splitter cell or object. + L_arm : Any + Nominal arm length. + xs_wg : str, optional + Optical waveguide cross-section name. + w_arm : float, optional + Internal arm waveguide width. + L_tp : int, optional + Taper length between bus and arm widths. + R_bend : int, optional + Bend radius used by U-bend routing. + w_wg : float, optional + Input/output waveguide width. + L_patch : float, optional + Straight patch length at routing interfaces. + w_ht : float, optional + Heater width. Use 0 to disable heater drawing. + L_ht : int, optional + Heater length override. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation trench object or cell. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + D_port : Any, optional + Output port pitch override. + sharp_patch : bool, optional + Add cladding patches around sharp geometry features. + dual_ht : bool, optional + Add heaters on both arms. + + Attributes + ---------- + cell : nazca.Cell + Generated U-bend MZI layout cell. + """ + def __init__(self, name: str, BS: Any, @@ -669,6 +952,63 @@ class MZI_Ubend(MZI_NS_ubend): L_ht=L_ht, via_h2m=via_h2m, isl=isl, show_pins=show_pins, D_port=D_port, sharp_patch=sharp_patch,dual_ht=dual_ht) class MZI_Butterfly: + """Butterfly-style MZI composite with compact folded arms. + + Parameters + ---------- + name : str, optional + Nazca cell name. If omitted, the generated cell is not instantiated. + xs_wg : str, optional + Optical waveguide cross-section name. + w_wg : float, optional + Input and output waveguide width in microns. + dL_AMZI : float, optional + Differential arm length for asymmetric MZI operation. + L_arm : int, optional + Nominal straight arm length. + L_inner : int, optional + Inner straight section length used by the butterfly fold. + R_bend : int, optional + Bend radius used by internal routing. + D_port : Any, optional + Output port pitch. If omitted, beam splitter pitch is used. + w_arm : float, optional + Internal arm waveguide width. + xs_ht : str, optional + Heater cross-section name. + w_ht : float, optional + Heater width. Use 0 to disable heater drawing. + Ltp : int, optional + Taper length between bus and arm widths. + xs_metal : str, optional + Metal routing cross-section name. + w_metal : float, optional + Metal routing width. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation trench object or cell. + outer_isl : bool, optional + Add outer isolation structures. + dual_ht : bool, optional + Add heaters on both arms. + L_patch : float, optional + Straight patch length at routing interfaces. + BS : Any, optional + First beam splitter cell or object. If omitted, a default DC is used. + BS2 : Any, optional + Second beam splitter cell or object. If omitted, ``BS`` is reused. + sharp_patch : bool, optional + Add cladding patches around sharp geometry features. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + + Attributes + ---------- + cell : nazca.Cell + Generated butterfly MZI layout cell. + """ + def __init__(self, name: Optional[str]=None, xs_wg: str='strip', diff --git a/mxpic/components/composites/MZI_mesh.py b/mxpic/components/composites/MZI_mesh.py index c20aa89..73667d3 100644 --- a/mxpic/components/composites/MZI_mesh.py +++ b/mxpic/components/composites/MZI_mesh.py @@ -1,3 +1,5 @@ +"""Mach-Zehnder interferometer mesh composite layouts.""" + from typing import Any, Optional import nazca as nd import numpy as np @@ -18,6 +20,51 @@ from .MZI import __BS_generate__ class W_waveguide: + """W-shaped waveguide phase shifter section. + + Parameters + ---------- + xs_wg : str, optional + Waveguide cross-section name. + w_wg : float, optional + Optical waveguide width in microns. + R_bend : int, optional + Bend radius used by W-shaped routing. + dL : float, optional + Vertical excursion of the W routing. + L_wg : int, optional + Total phase shifter waveguide length. + xs_heater : str, optional + Heater cross-section name. + w_ht : float, optional + Heater width. Use 0 to disable heater geometry. + xs_metal : str, optional + Metal routing cross-section name. + w_metal : float, optional + Metal routing width. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Optional isolation helper. + n_bends : int, optional + Number of W bend periods. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + ISL_UPPER : bool, optional + Enable upper isolation placement when used. + ISL_LOWER : bool, optional + Enable lower isolation placement when used. + L_patch : float, optional + Straight patch length at bend interfaces. + reverse : bool, optional + Swap optical input/output pin naming. + + Attributes + ---------- + cell : nazca.Cell + Generated W-waveguide layout cell. + """ + def __init__(self, xs_wg: str='strip', w_wg: float = 0.45, @@ -36,26 +83,9 @@ class W_waveguide: ISL_LOWER: bool = True, L_patch: float = 0.25, reverse: bool=False) -> None: - """Generate a W-shaped waveguide phase shifter section. + """Initialize the W waveguide composite. - Args: - xs_wg (str, optional): Waveguide xsection name. Defaults to 'strip'. - w_wg (float, optional): Waveguide width. Defaults to 0.45. - R_bend (int, optional): Bend radius used by the W routing. Defaults to 10. - dL (float, optional): Vertical excursion of each W bend. Defaults to 20. - L_wg (int, optional): Total phase shifter waveguide length. Defaults to 80. - xs_heater (str, optional): Heater xsection name. Defaults to 'heater'. - w_ht (float, optional): Heater width; use 0 to disable heater geometry. Defaults to 2.5. - xs_metal (str, optional): Metal xsection name. Defaults to 'metal'. - w_metal (float, optional): Metal routing width. Defaults to 6. - via_h2m (Any, optional): Heater-to-metal via object or cell. Defaults to None. - isl (Any, optional): Optional isolation helper reserved for isolation layout. Defaults to None. - n_bends (int, optional): Number of W bend periods. Defaults to 3. - show_pins (bool, optional): Show Nazca pin stubs. Defaults to False. - ISL_UPPER (bool, optional): Enable upper isolation placement when used. Defaults to True. - ISL_LOWER (bool, optional): Enable lower isolation placement when used. Defaults to True. - L_patch (float, optional): Short straight patch length at bend interfaces. Defaults to 0.25. - reverse (bool, optional): Swap optical input/output pin naming. Defaults to False. + See the class docstring for parameter descriptions. """ self.xs_wg = xs_wg self.w_wg = w_wg @@ -155,6 +185,61 @@ class W_waveguide: ## Standard unit of a mesh with one MZI and a PS class UMat_2x2_S: + """Standard 2x2 MZI mesh unit with phase shifter routing. + + Parameters + ---------- + name : str, optional + Nazca cell name. + BS : Any, optional + Beam splitter cell or object. If omitted, a default DC is generated. + xs_wg : str, optional + Optical waveguide cross-section name. + L_arm : int, optional + Straight arm length between beam splitters. + D_arm : int, optional + Vertical spacing between MZI arms. + w_wg : float, optional + Input/output waveguide width. + R_bend : int, optional + Routing bend radius. + w_arm : float, optional + Internal arm width. If omitted, ``w_wg`` is used. + Ltp : int, optional + Taper length between bus and arm widths. + xs_heater : str, optional + Heater cross-section name. + bend_heaters : bool, optional + Route heaters along bent arms. + dL_ht : float, optional + Heater routing vertical offset. + dL_AMZI : float, optional + Differential length added for AMZI behavior. + L_heater : Any, optional + Optional explicit heater length. + xs_metal : str, optional + Metal routing cross-section name. + w_ht : float, optional + Heater width. + w_metal : float, optional + Metal routing width. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation helper object or cell. + ht_same_side : bool, optional + Place both heater contacts on the same side. + port_align : bool, optional + Align optical ports to a common grid. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + + Attributes + ---------- + cell : nazca.Cell + Generated 2x2 unit mesh layout cell. + """ + def __init__(self, name: str="unit_mesh_2x2", BS: Any=None, @@ -182,31 +267,9 @@ class UMat_2x2_S: ht_same_side: bool= False, port_align: bool = True, show_pins: bool=False) -> None: - """Generate a standard 2x2 MZI mesh unit with phase shifter routing. + """Initialize the UMat 2x2 S composite. - Args: - name (str, optional): Nazca cell name. Defaults to "unit_mesh_2x2". - BS (Any, optional): Beam splitter cell/object; None generates the default DC. Defaults to None. - xs_wg (str, optional): Waveguide xsection name. Defaults to 'strip'. - L_arm (int, optional): Straight arm length between beam splitters. Defaults to 80. - D_arm (int, optional): Vertical spacing between MZI arms. Defaults to 50. - w_wg (float, optional): Input/output waveguide width. Defaults to 0.45. - R_bend (int, optional): Routing bend radius. Defaults to 6. - w_arm (Optional[float], optional): Internal arm width; None uses w_wg. Defaults to None. - Ltp (int, optional): Taper length between w_wg and w_arm. Defaults to 15. - xs_heater (str, optional): Heater xsection name. Defaults to 'heater'. - bend_heaters (bool, optional): Route heaters along bent arms. Defaults to False. - dL_ht (float, optional): Heater routing vertical offset. Defaults to 30. - dL_AMZI (float, optional): Differential length added for AMZI behavior. Defaults to 0. - L_heater (Any, optional): Optional explicit heater length. Defaults to None. - xs_metal (str, optional): Metal xsection name. Defaults to 'metal'. - w_ht (float, optional): Heater width. Defaults to 2.5. - w_metal (float, optional): Metal width. Defaults to 8. - via_h2m (Any, optional): Heater-to-metal via object or cell. Defaults to None. - isl (Any, optional): Isolation helper object or cell. Defaults to None. - ht_same_side (bool, optional): Place both heater contacts on the same side. Defaults to False. - port_align (bool, optional): Align optical ports to a common grid. Defaults to True. - show_pins (bool, optional): Show Nazca pin stubs. Defaults to False. + See the class docstring for parameter descriptions. """ self.BS = __BS_generate__(BS=BS,xs=xs_wg,func_name="mxpic::functioanl::Umat_2x2_S") @@ -344,8 +407,65 @@ class UMat_2x2_S: return MZI_Unit class MZI_mesh_U: + """Universal MZI mesh built from repeated 2x2 MZI units. + + Parameters + ---------- + BS : Any, optional + Beam splitter cell or object used by unit cells. + xs_wg : str, optional + Optical waveguide cross-section name. + L_arm : int, optional + Straight arm length in each unit MZI. + D_arm : int, optional + Vertical spacing between MZI arms. + w_wg : float, optional + Input/output waveguide width. + n_ports : int, optional + Number of mesh ports. + R_bend : int, optional + Routing bend radius. + L_compensate : int, optional + Length used for compensation routing. + R_compensate : int, optional + Bend radius used by compensation routing. + mesh_type : str, optional + Mesh topology name, such as ``"triangle"`` or ``"parallelogram"``. + xs_heater : str, optional + Heater cross-section name. + bend_heaters : bool, optional + Route heaters along bent arms. + dL_ht : float, optional + Heater routing vertical offset. + xs_metal : str, optional + Metal routing cross-section name. + w_ht : float, optional + Heater width. + w_metal : float, optional + Metal routing width. + w_arm : float, optional + Internal arm width. If omitted, ``w_wg`` is used. + Ltp : int, optional + Taper length between bus and arm widths. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation helper object or cell. + port_align : bool, optional + Align optical ports to a common grid. + L_heater : Any, optional + Optional explicit heater length. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + + Attributes + ---------- + cell : nazca.Cell + Generated universal MZI mesh layout cell. + """ + def __init__(self, - BS: Any=None, + BS: Any=None, xs_wg: str='strip', L_arm: int = 80, D_arm: int = 50, @@ -371,32 +491,9 @@ class MZI_mesh_U: port_align: bool = True, L_heater: Any = None, show_pins: bool=False) -> None: - """Generate a universal MZI mesh using repeated 2x2 MZI units. + """Initialize the MZI mesh U composite. - Args: - BS (Any, optional): Beam splitter cell/object; None generates the default DC. Defaults to None. - xs_wg (str, optional): Waveguide xsection name. Defaults to 'strip'. - L_arm (int, optional): MZI unit arm length. Defaults to 80. - D_arm (int, optional): MZI unit arm spacing. Defaults to 50. - w_wg (float, optional): Mesh waveguide width. Defaults to 0.45. - n_ports (int, optional): Number of optical input/output ports. Defaults to 8. - R_bend (int, optional): Mesh routing bend radius. Defaults to 6. - L_compensate (int, optional): Straight length inside compensation bends. Defaults to 10. - R_compensate (int, optional): Bend radius inside compensation cells. Defaults to 10. - mesh_type (str, optional): Mesh topology, such as 'triangle' or 'parallelogram'. Defaults to 'triangle'. - xs_heater (str, optional): Heater xsection name. Defaults to 'heater'. - bend_heaters (bool, optional): Route heaters along bent arms. Defaults to True. - dL_ht (float, optional): Heater routing vertical offset. Defaults to 30. - xs_metal (str, optional): Metal xsection name. Defaults to 'metal'. - w_ht (float, optional): Heater width. Defaults to 2.5. - w_metal (float, optional): Metal width. Defaults to 8. - w_arm (Optional[float], optional): Internal arm width; None uses w_wg. Defaults to None. - Ltp (int, optional): Taper length between w_wg and w_arm. Defaults to 10. - via_h2m (Any, optional): Heater-to-metal via object or cell. Defaults to None. - isl (Any, optional): Isolation helper object or cell. Defaults to None. - port_align (bool, optional): Align external optical ports. Defaults to True. - L_heater (Any, optional): Optional explicit heater length for unit cells. Defaults to None. - show_pins (bool, optional): Show Nazca pin stubs. Defaults to False. + See the class docstring for parameter descriptions. """ self.BS = __BS_generate__(BS=BS,xs=xs_wg,func_name="mxpic::functioanl::MZI_mesh_U") @@ -682,8 +779,63 @@ class MZI_mesh_U: return mesh class AMZI_W: + """Asymmetric MZI with W-shaped phase shifter arms. + + Parameters + ---------- + name : str, optional + Nazca cell name. + BS : Any, optional + Beam splitter cell or object. If omitted, a default DC is generated. + xs_wg : str, optional + Optical waveguide cross-section name. + D_arm : int, optional + Vertical spacing between MZI arms. + w_wg : float, optional + Input/output waveguide width. + R_bend : int, optional + Routing bend radius. + n_bend : int, optional + Number of W-shaped bend periods. + w_arm : float, optional + Internal arm width. If omitted, ``w_wg`` is used. + Ltp : int, optional + Taper length between bus and arm widths. + xs_heater : str, optional + Heater cross-section name. + dL_ht : float, optional + Heater routing vertical offset. + dL_AMZI : float, optional + Differential length added for AMZI behavior. + L_heater : Any, optional + Optional explicit heater length. + xs_metal : str, optional + Metal routing cross-section name. + w_ht : float, optional + Heater width. + w_metal : float, optional + Metal routing width. + D_port : Any, optional + Output port pitch override. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation helper object or cell. + port_align : bool, optional + Align optical ports to a common grid. + L_patch : float, optional + Straight patch length at routing interfaces. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + + Attributes + ---------- + cell : nazca.Cell + Generated asymmetric W-MZI layout cell. + """ + def __init__(self, - name: str="AMZI_W", + name: str="AMZI_W", BS: Any=None, xs_wg: str='strip', D_arm: int = 50, @@ -710,31 +862,9 @@ class AMZI_W: port_align: bool = True, L_patch: float = 0.25, show_pins: bool=False) -> None: - """Generate an asymmetric MZI with W-shaped phase shifter arms. + """Initialize the AMZI W composite. - Args: - name (str, optional): Nazca cell name. Defaults to "AMZI_W". - BS (Any, optional): Beam splitter cell/object; None generates the default DC. Defaults to None. - xs_wg (str, optional): Waveguide xsection name. Defaults to 'strip'. - D_arm (int, optional): Vertical spacing between MZI arms. Defaults to 50. - w_wg (float, optional): Input/output waveguide width. Defaults to 0.45. - R_bend (int, optional): Routing bend radius. Defaults to 6. - n_bend (int, optional): Number of W bends in the phase shifter. Defaults to 3. - w_arm (Optional[float], optional): Internal arm width; None uses w_wg. Defaults to None. - Ltp (int, optional): Taper length between w_wg and w_arm. Defaults to 15. - xs_heater (str, optional): Heater xsection name. Defaults to 'heater'. - dL_ht (float, optional): Heater routing vertical offset. Defaults to 30. - dL_AMZI (float, optional): Differential length between AMZI arms. Defaults to 0. - L_heater (Any, optional): Optional explicit heater length. Defaults to None. - xs_metal (str, optional): Metal xsection name. Defaults to 'metal'. - w_ht (float, optional): Heater width. Defaults to 2.5. - w_metal (float, optional): Metal width. Defaults to 8. - D_port (Any, optional): Optional external port spacing override. Defaults to None. - via_h2m (Any, optional): Heater-to-metal via object or cell. Defaults to None. - isl (Any, optional): Isolation helper object or cell. Defaults to None. - port_align (bool, optional): Align optical ports to a common grid. Defaults to True. - L_patch (float, optional): Short straight patch length at bend interfaces. Defaults to 0.25. - show_pins (bool, optional): Show Nazca pin stubs. Defaults to False. + See the class docstring for parameter descriptions. """ self.BS = __BS_generate__(BS=BS,xs=xs_wg,func_name="mxpic::functioanl::Umat_2x2_S") @@ -898,8 +1028,63 @@ class AMZI_W: ## Parlogon mesh class MZI_mesh_Parl(MZI_mesh_U): + """Parallelogram MZI mesh topology wrapper. + + Parameters + ---------- + BS : Any, optional + Beam splitter cell or object used by unit cells. + xs_wg : str, optional + Optical waveguide cross-section name. + L_arm : int, optional + Straight arm length in each unit MZI. + D_arm : int, optional + Vertical spacing between MZI arms. + w_wg : float, optional + Input/output waveguide width. + n_ports : int, optional + Number of mesh ports. + R_bend : int, optional + Routing bend radius. + L_compensate : int, optional + Length used for compensation routing. + R_compensate : int, optional + Bend radius used by compensation routing. + xs_heater : str, optional + Heater cross-section name. + bend_heaters : bool, optional + Route heaters along bent arms. + dL_ht : float, optional + Heater routing vertical offset. + xs_metal : str, optional + Metal routing cross-section name. + w_ht : float, optional + Heater width. + w_metal : float, optional + Metal routing width. + w_ram : float, optional + Internal arm width passed to the unit mesh generator. + Ltp : int, optional + Taper length between bus and arm widths. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation helper object or cell. + L_heater : Any, optional + Optional explicit heater length. + port_align : bool, optional + Align optical ports to a common grid. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + + Attributes + ---------- + cell : nazca.Cell + Generated parallelogram MZI mesh layout cell. + """ + def __init__(self, - BS: Any=None, xs_wg: str='strip', + BS: Any=None, xs_wg: str='strip', L_arm: int=80, D_arm: int=50, w_wg: float=0.45, n_ports: int=8, R_bend: int=6, L_compensate: int=10, R_compensate: int=10, xs_heater: str='heater', bend_heaters: bool=True, dL_ht: float=0, xs_metal: str='metal', w_ht: float=2.5, w_metal: float=8, @@ -908,31 +1093,9 @@ class MZI_mesh_Parl(MZI_mesh_U): isl: Any = None, L_heater: Any = None, port_align: bool=True, show_pins: bool=False) -> None: - """Generate a parallelogram MZI mesh. + """Initialize the MZI mesh Parl composite. - Args: - BS (Any, optional): Beam splitter cell/object; None generates the default DC. Defaults to None. - xs_wg (str, optional): Waveguide xsection name. Defaults to 'strip'. - L_arm (int, optional): MZI unit arm length. Defaults to 80. - D_arm (int, optional): MZI unit arm spacing. Defaults to 50. - w_wg (float, optional): Mesh waveguide width. Defaults to 0.45. - n_ports (int, optional): Number of optical input/output ports. Defaults to 8. - R_bend (int, optional): Mesh routing bend radius. Defaults to 6. - L_compensate (int, optional): Straight length inside compensation bends. Defaults to 10. - R_compensate (int, optional): Bend radius inside compensation cells. Defaults to 10. - xs_heater (str, optional): Heater xsection name. Defaults to 'heater'. - bend_heaters (bool, optional): Route heaters along bent arms. Defaults to True. - dL_ht (float, optional): Heater routing vertical offset. Defaults to 0. - xs_metal (str, optional): Metal xsection name. Defaults to 'metal'. - w_ht (float, optional): Heater width. Defaults to 2.5. - w_metal (float, optional): Metal width. Defaults to 8. - w_ram (float, optional): Internal arm width passed to the unit cell. Defaults to 0.45. - Ltp (int, optional): Taper length between waveguide widths. Defaults to 15. - via_h2m (Any, optional): Heater-to-metal via object or cell. Defaults to None. - isl (Any, optional): Isolation helper object or cell. Defaults to None. - L_heater (Any, optional): Optional explicit heater length. Defaults to None. - port_align (bool, optional): Align external optical ports. Defaults to True. - show_pins (bool, optional): Show Nazca pin stubs. Defaults to False. + See the class docstring for parameter descriptions. """ super().__init__(BS, xs_wg, L_arm, D_arm, w_wg, n_ports, R_bend, L_compensate, R_compensate, 'parallelogram', xs_heater, bend_heaters, dL_ht, xs_metal, w_ht, w_metal, w_ram,Ltp, @@ -940,8 +1103,63 @@ class MZI_mesh_Parl(MZI_mesh_U): ## Triangle mesh class MZI_mesh_Tri(MZI_mesh_U): + """Triangular MZI mesh topology wrapper. + + Parameters + ---------- + BS : Any, optional + Beam splitter cell or object used by unit cells. + xs_wg : str, optional + Optical waveguide cross-section name. + L_arm : int, optional + Straight arm length in each unit MZI. + D_arm : int, optional + Vertical spacing between MZI arms. + w_wg : float, optional + Input/output waveguide width. + n_ports : int, optional + Number of mesh ports. + R_bend : int, optional + Routing bend radius. + L_compensate : int, optional + Length used for compensation routing. + R_compensate : int, optional + Bend radius used by compensation routing. + xs_heater : str, optional + Heater cross-section name. + bend_heaters : bool, optional + Route heaters along bent arms. + dL_ht : float, optional + Heater routing vertical offset. + xs_metal : str, optional + Metal routing cross-section name. + w_ht : float, optional + Heater width. + w_metal : float, optional + Metal routing width. + w_ram : float, optional + Internal arm width passed to the unit mesh generator. + Ltp : int, optional + Taper length between bus and arm widths. + via_h2m : Any, optional + Heater-to-metal via object or cell. + isl : Any, optional + Isolation helper object or cell. + L_heater : Any, optional + Optional explicit heater length. + port_align : bool, optional + Align optical ports to a common grid. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + + Attributes + ---------- + cell : nazca.Cell + Generated triangular MZI mesh layout cell. + """ + def __init__(self, - BS: Any=None, xs_wg: str='strip', + BS: Any=None, xs_wg: str='strip', L_arm: int=80, D_arm: int=50, w_wg: float=0.45, n_ports: int=8, R_bend: int=6, L_compensate: int=10, R_compensate: int=10, xs_heater: str='heater', bend_heaters: bool=True, dL_ht: float=0, xs_metal: str='metal', w_ht: float=2.5, w_metal: float=8, @@ -950,31 +1168,9 @@ class MZI_mesh_Tri(MZI_mesh_U): isl: Any = None, L_heater: Any = None, port_align: bool=True, show_pins: bool=False) -> None: - """Generate a triangular MZI mesh. + """Initialize the MZI mesh Tri composite. - Args: - BS (Any, optional): Beam splitter cell/object; None generates the default DC. Defaults to None. - xs_wg (str, optional): Waveguide xsection name. Defaults to 'strip'. - L_arm (int, optional): MZI unit arm length. Defaults to 80. - D_arm (int, optional): MZI unit arm spacing. Defaults to 50. - w_wg (float, optional): Mesh waveguide width. Defaults to 0.45. - n_ports (int, optional): Number of optical input/output ports. Defaults to 8. - R_bend (int, optional): Mesh routing bend radius. Defaults to 6. - L_compensate (int, optional): Straight length inside compensation bends. Defaults to 10. - R_compensate (int, optional): Bend radius inside compensation cells. Defaults to 10. - xs_heater (str, optional): Heater xsection name. Defaults to 'heater'. - bend_heaters (bool, optional): Route heaters along bent arms. Defaults to True. - dL_ht (float, optional): Heater routing vertical offset. Defaults to 0. - xs_metal (str, optional): Metal xsection name. Defaults to 'metal'. - w_ht (float, optional): Heater width. Defaults to 2.5. - w_metal (float, optional): Metal width. Defaults to 8. - w_ram (float, optional): Internal arm width passed to the unit cell. Defaults to 0.45. - Ltp (int, optional): Taper length between waveguide widths. Defaults to 15. - via_h2m (Any, optional): Heater-to-metal via object or cell. Defaults to None. - isl (Any, optional): Isolation helper object or cell. Defaults to None. - L_heater (Any, optional): Optional explicit heater length. Defaults to None. - port_align (bool, optional): Align external optical ports. Defaults to True. - show_pins (bool, optional): Show Nazca pin stubs. Defaults to False. + See the class docstring for parameter descriptions. """ super().__init__(BS, xs_wg, L_arm, D_arm, w_wg, n_ports, R_bend, L_compensate, R_compensate, 'triangle', xs_heater, bend_heaters, dL_ht, xs_metal, w_ht, w_metal, w_ram,Ltp, diff --git a/mxpic/components/composites/SptTree.py b/mxpic/components/composites/SptTree.py index 1bd11dc..74302c8 100644 --- a/mxpic/components/composites/SptTree.py +++ b/mxpic/components/composites/SptTree.py @@ -1,3 +1,5 @@ +"""Optical splitting tree composite layouts.""" + from typing import Any import nazca as nd import numpy as np @@ -10,25 +12,29 @@ from ..primitives.pic import * ## Class for splitting tree class SplittingTree(): - ''' - Class for generating splitting tree. + """Binary splitter tree built from repeated Y-branch cells. - Paras: - 1. ybranch [class] (Default None) - - length (Default: 28) Length of the ybranch - - width (Default: 2) Pitch between two output waveguides - - w_wg (Default: 0.45) Width of output waveguide - - cell (Default: box) - - a1 [Pin] Input waveguide - - b1 [Pin] Output waveguide1 - - b2 [Pin] Output waveguide2 - 2. output_number [-] (Default: 16) - Number of output channels(Need to be 2^N) - 3. bend_radius [um] (Default: 10) - Bend radius used to connect the different layer of Y branch - 4. output_pitch [um] (Default: None) - Can define the pitch of output channel(If ==None, then pitch=self.width, which is the minimum pitch) - ''' + Parameters + ---------- + ybranch : Any, optional + Y-branch object with a ``cell`` attribute and ``a1``, ``b1``, and + ``b2`` pins. If omitted, a simple box-based Y-branch is generated. + output_number : int, optional + Number of output channels. Values are coerced to the nearest lower + power of two when needed. + bend_radius : int, optional + Bend radius used to route between splitter levels. + output_pitch : Any, optional + Output channel pitch in microns. If omitted, the Y-branch output + pitch is used. + show_pins : bool, optional + Show Nazca pin stubs in the generated layout. + + Attributes + ---------- + cell : nazca.Cell + Generated splitting tree layout cell. + """ def __init__(self, ybranch: Any=None, output_number: int=16, bend_radius: int=10, output_pitch: Any=None, show_pins: bool=False) -> None: if ybranch == None: diff --git a/mxpic/components/composites/__init__.py b/mxpic/components/composites/__init__.py index 63adc09..970d73b 100644 --- a/mxpic/components/composites/__init__.py +++ b/mxpic/components/composites/__init__.py @@ -1,3 +1,5 @@ +"""Composite component exports.""" + from .advance import * from .MZI import MZI,MZI_NS_ubend,MZI_2st_ubend,MZI_Eubend,MZI_NS,MZI_Ubend,MZI_Butterfly diff --git a/mxpic/components/composites/advance.py b/mxpic/components/composites/advance.py index bc3c9a0..1a7add6 100644 --- a/mxpic/components/composites/advance.py +++ b/mxpic/components/composites/advance.py @@ -1,4 +1,6 @@ +"""Convenience exports for advanced ring and CROW composite building blocks.""" + from ..primitives.passive.rings import AED_ring,MRR_AED,STD_PIC_Rings,MRR_STD_Ring from ..primitives.passive.crows import CROW_Circular_ring diff --git a/mxpic/components/primitives/passive/crows.py b/mxpic/components/primitives/passive/crows.py index 2d5c54c..f636ae6 100644 --- a/mxpic/components/primitives/passive/crows.py +++ b/mxpic/components/primitives/passive/crows.py @@ -89,33 +89,7 @@ class STD_CROW_V: A_ht: int = 45, ISL_LEFT:'bool'=True,ISL_RIGHT:'bool'=True, show_pins:'bool'=False) -> None: - """_summary_ - Args: - ring (_type_): Class, nazca.Cell or Class containing nazca.Cell - bus (_type_): Class, nazca.Cell or Class containing nazca.Cell - w_bus (float|list, optional): width of the bus waveguide, [w0,w1] w0 is the middle width. - w_ring (float|list, optional): width of the ring waveguide, [w0,w1] w0 is the middle width in X axis, and w1 is in Y. - sz_ring (float|list, optional): width of the ring waveguide, [s0,s1] s0 is the center distance in X axis, and w1 is in Y,standard input rules [[sz0,sz1],[sz0,sz1],....[sz0,sz1]] - sz_bus (float|list, optional): width of the bus waveguide, [s0,s1] s0 is the center distance in X axis, and w1 is in Y. - gap_crows (float|list, optional): list of gaps between rings. Defaults to [0.4]. - gap_cp (float|list, optional): gap between ring and BUS. Defaults to 0.45. - w_heater (float, optional): width of heater. Defaults to 0. - xs_heater (str, optional): nazca xsection of heater. Defaults to 'heater'. - connected (bool, optional): the heaters in rings are whether connected together. Defaults to True. - w_metal (float, optional): width of metal attachment. Defaults to 8. - xs_metal (str, optional): nazca xsection of metal attachment. Defaults to 'metal'. - sz_via_h2m (float, optional): width of the VIA holes. Defaults to 0.3. - sp_via_h2m (float, optional): spacing of the VIA holes. Defaults to 0.3. - xs_via_h2m (str, optional): nazca xsection of the VIA holes. Defaults to 'via_h2m'. - w_isl (float, optional): width of the theimal isolation trench. Defaults to 5. - sp_isl (float, optional): spacing between the theimal isolation trench and heaters|metal. Defaults to 5. - xs_isl (str, optional): nazca xsection of the theimal isolation trench. Defaults to 'isl'. - ISL_LEFT (bool, optional): whether isolation on the left. Defaults to True. - ISL_RIGHT (bool, optional): whether isolation on the right. Defaults to True. - show_pins (bool, optional): _description_. Defaults to False. - - """ """ """ self.ht_shift = ht_shift ## temporary variable self.A_ht = A_ht @@ -258,7 +232,7 @@ class STD_CROW_V: try : instr = __cell_arg__(arg=self.ring_cell[0],arg_name="ring_cell[0]",func_name="STD_CROW_V::generate_pic_gds").put(0,0,0) - instr.raise_pins(['r1','r2','r3','r4'],['ra1','ra2','ra3','ra4']) + # instr.raise_pins(['r1','r2','r3','r4'],['ra1','ra2','ra3','ra4']) # print(self.sz_ring,self.w_ring,self.gap_cp[0]) BUS_d = self.bus_cell[0].put(0,-self.sz_ring[0][1]/2-self.w_ring[0][1]/2-self.w_bus/2-self.gap_cp[0]) nd.Pin(name='a1',pin=BUS_d.pin['a1']).put() diff --git a/mxpic/components/primitives/pic/spiral.py b/mxpic/components/primitives/pic/spiral.py index 0820e7e..5e92844 100644 --- a/mxpic/components/primitives/pic/spiral.py +++ b/mxpic/components/primitives/pic/spiral.py @@ -222,7 +222,7 @@ class spiral: Atilt = np.arctan(spr_bend.vtx_center[-1,0]/spr_bend.vtx_center[-1,1])*180/pi Atilt = 0 self.Atilt = Atilt - print("Distance ",np.sqrt(abs(spr_bend.vtx_center[-1,0])**2 + abs(spr_bend.vtx_center[-1,1])**2)) + # print("Distance ",np.sqrt(abs(spr_bend.vtx_center[-1,0])**2 + abs(spr_bend.vtx_center[-1,1])**2)) IN_L = spr_bend.cell.put('a0',0,0,-90-Atilt,flip=1) IN_R = spr_bend.cell.put('a0',0,0, 90-Atilt,flip=1) @@ -1073,7 +1073,7 @@ class spiral_circle: pitch_actual = kR*2*np.pi gap_actual = (pitch_actual - self.width*2)/2 - print("Actual Clothoid gap: %.3f" % (gap_actual)) + # print("Actual Clothoid gap: %.3f" % (gap_actual)) """ Standard part """ @@ -1082,10 +1082,10 @@ class spiral_circle: final_flat=180*self.cycles, begin_flat=self.Atilt, res=self.res) - if (self.Euler_Sbend): - print("Actual D/A = %.3f -- %.3f" % (D0,self.Atilt)) - print("Actual D/A Clothoid %.3f -- %.3f" % (R_act,SPR_U.Atilt)) - print("") + # if (self.Euler_Sbend): + # print("Actual D/A = %.3f -- %.3f" % (D0,self.Atilt)) + # print("Actual D/A Clothoid %.3f -- %.3f" % (R_act,SPR_U.Atilt)) + # print("") SPR_U_INST = SPR_U.cell.put('a1',IN_L.pin['b0'].x,IN_L.pin['b0'].y,90 + Arot,flip=1) diff --git a/mxpic/technologies/AMF.py b/mxpic/technologies/AMF.py deleted file mode 100644 index a19afdb..0000000 --- a/mxpic/technologies/AMF.py +++ /dev/null @@ -1,68 +0,0 @@ -from typing import Any -import nazca as nd -from .Foundry import Foundry -from .layer_models import LayerSpec - -class AMF_Si220_Active(Foundry) : - - ## Generall parameters - STD_SMWG_WIDTH = 0.45 - SLAB_GROWTH = 2 - W_METAL_MIN = 5 - SPACING_HEATER_MIN = 2 - SPACING_METAL_MIN = 4 - W_HEATER_MIN = 3 - - lib_path = 'GDS_lib\\' - - # show_pins = False - - LAYERS = { - - 'RIB' : LayerSpec('RIB', (10,0), aliases=('STRIP_COR',)), - - 'GRAT' : LayerSpec('GRAT', (11,0), aliases=('SRIB_COR',)), - - 'SLAB' : LayerSpec('SLAB', (12,0), aliases=('RIB_COR',)), - - 'SINWIN1' : (53,0), - 'SINWG1' : (54,0), - - 'HTR' : LayerSpec('HTR', (115,0), aliases=('HEATER',)), - - 'VIA1' : LayerSpec('VIA1', (100,0), aliases=('VIA_S2M',)), - 'VIA2' : LayerSpec('VIA2', (120,0), aliases=('VIA_H2M','VIA_M2M')), - - 'METAL' : (105,0), - 'METAL_2' : (125,0), - - 'BONDPAD' : LayerSpec('BONDPAD', (150,0), aliases=('PAD',)), - - 'OX_OPEN' : LayerSpec('OX_OPEN', (151,0), aliases=('OPEN',)), - - 'DT' : LayerSpec('DT', (160,0), aliases=('ISL',)), - - ### Active part - 'PCONT' : LayerSpec('PCONT', (21,0), aliases=('PP',)), - 'NCONT' : LayerSpec('NCONT', (22,0), aliases=('NP',)), - 'PIM' : LayerSpec('PIM', (23,0), aliases=('PLD',)), - 'NIM' : LayerSpec('NIM', (24,0), aliases=('NLD',)), - 'IPD' : LayerSpec('IPD', (25,0), aliases=('PLD2',)), - 'NPD' : LayerSpec('NPD', (26,0), aliases=('NLD2',)), - - 'GeEP' : LayerSpec('GeEP', (40,0), aliases=('GE',)), - 'PPPGE' : (20,0), - 'NPPGE' : (41,0), - } - - ROLES = {} - - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - super().__init__(layermap=layermap or self.LAYERS, roles=roles or self.ROLES) - self._add_xsection_(xsection='strip',layers=['STRIP_COR'],growth=[0]) - self._add_xsection_(xsection='rib',layers=['STRIP_COR','RIB_COR'],growth=[0,3]) ## Slab waveguide - self._add_xsection_(xsection='rib_s',layers=['STRIP_COR','SRIB_COR'],growth=[0,4]) ## Slab waveguide - self._add_xsection_(xsection='isl',layers=['ISL'],growth=[0]) - self._add_xsection_(xsection='sn',layers=['SINWG1','SINWIN1'],growth=[0,21]) - - self._add_xsection_(xsection='pad',layers=['METAL_2','PAD'],growth=[0,-2.5]) ## DRC 4.2 - [AMF-QP-RND-006] diff --git a/mxpic/technologies/ANT.py b/mxpic/technologies/ANT.py deleted file mode 100644 index bbfd9a5..0000000 --- a/mxpic/technologies/ANT.py +++ /dev/null @@ -1,40 +0,0 @@ -from typing import Any -import nazca as nd -from .Foundry import Foundry -from .layer_models import LayerSpec - -class ANT_Si220_MPW(Foundry) : - - ## Generall parameters - STD_SMWG_WIDTH = 0.45 - SLAB_GROWTH = 2 - W_METAL_MIN = 5 - SPACING_HEATER_MIN = 2 - SPACING_METAL_MIN = 4 - W_HEATER_MIN = 3 - - lib_path = 'GDS_lib\\' - - LAYERS = { - - 'RIB' : LayerSpec('RIB', 1, aliases=('STRIP_COR',)), - - 'METAL' : 12, - - 'HTR' : LayerSpec('HTR', 11, aliases=('HEATER',)), - - 'BONDPAD' : LayerSpec('BONDPAD', 13, aliases=('PAD',)), - - 'ISOLATION' : LayerSpec('ISOLATION', 203, aliases=('ISL',)), - - 'DEEPTRENCH' : LayerSpec('DEEPTRENCH', 201, aliases=('DT',)), - - } - - ROLES = {} - - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - super().__init__(layermap=layermap or self.LAYERS, roles=roles or self.ROLES) - self._add_xsection_(xsection='strip',layers=['STRIP_COR'],growth=[0]) - self._add_xsection_(xsection='pad',layers=['METAL','PAD'],growth=[0,-5]) - diff --git a/mxpic/technologies/CUMEC.py b/mxpic/technologies/CUMEC.py deleted file mode 100644 index 817c8fb..0000000 --- a/mxpic/technologies/CUMEC.py +++ /dev/null @@ -1,151 +0,0 @@ -from typing import Any -import nazca as nd -import numpy as np - -from .Foundry import Foundry -from .layer_models import LayerSpec - -class CUMEC_CSiP130Cu(Foundry) : - - lib_path = 'GDS_lib\\' - W_ISL = 5 - SP_ISL = 5 - SZ_CT = 0.25 - SP_CT = 0.35 - SP_METAL = 1.5 - LAYERS = { - - 'FETCH_COR' : LayerSpec('FETCH_COR', (31,1), aliases=('STRIP_COR',)), - 'FETCH_CLD' : LayerSpec('FETCH_CLD', (31,2), aliases=('STRIP_CLD',)), - 'FETCH_TRE' : LayerSpec('FETCH_TRE', (31,3), aliases=('STRIP_TRE',)), - 'FETCH_HOL' : LayerSpec('FETCH_HOL', (31,4), aliases=('STRIP_HOL',)), - - 'SETCH_COR' : LayerSpec('SETCH_COR', (32,1), aliases=('SRIB_COR',)), - 'SETCH_CLD' : LayerSpec('SETCH_CLD', (32,2), aliases=('SRIB_CLD',)), - 'SETCH_TRE' : LayerSpec('SETCH_TRE', (32,3), aliases=('SRIB_TRE',)), - 'SETCH_HOL' : LayerSpec('SETCH_HOL', (32,4), aliases=('SRIB_HOL',)), - - 'METCH_COR' : LayerSpec('METCH_COR', (33,1), aliases=('RIB_COR',)), - 'METCH_CLD' : LayerSpec('METCH_CLD', (33,2), aliases=('RIB_CLD',)), - 'METCH_TRE' : LayerSpec('METCH_TRE', (33,3), aliases=('RIB_TRE',)), - 'METCH_HOL' : LayerSpec('METCH_HOL', (33,4), aliases=('RIB_HOL',)), - - 'HEATER' : (19,0), - - 'CT' : LayerSpec('CT', (50,0), aliases=('VIA_H2M','VIA_S2M')), - 'V1' : LayerSpec('V1', (51,0), aliases=('VIA_M2M',)), - - 'METAL' : (11,1), - 'METAL_SLTBK' : (11,21), - - 'METAL_2' : (12,1), - 'METAL_2_SLTBK' : (12,21), - - 'BOND_PAD' : LayerSpec('BOND_PAD', (20,0), aliases=('PAD',)), - 'PASS1' : (60,0), - 'PASS2' : (63,0), - - 'OPEN' : LayerSpec('OPEN', (61,0), aliases=('GC_OPEN',)), - - 'ISL' : (67,0), - - 'NW' : (21,0), - 'PW' : (22,0), - 'NLD' : (23,0), - 'PLD' : (24,0), - 'NLD2' : (25,0), - 'PLD2' : (26,0), - 'NP' : (27,0), - 'PP' : (28,0), - - 'EPI' : LayerSpec('EPI', (40,0), aliases=('GE',)), - 'SA' : (36,0), - - - - 'ABOX' : (97,1), - 'PBOX' : (97,2), - 'NOFILL' : (92,0), - 'LOGO' : (90,0), - 'PINREC' : (95,0), - 'DEVREC' : (1001,0), - - - } - - ROLES = {} - - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - super().__init__(layermap=layermap or self.LAYERS, roles=roles or self.ROLES) - - """ Default xsection """ - self._add_xsection_(xsection='strip',layers=['STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH]) - self._add_xsection_(xsection='rib_s',layers=['STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH]) - self._add_xsection_(xsection='rib',layers=['RIB_COR','RIB_CLD','STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH*2,self.SLAB_GROWTH,self.SLAB_GROWTH*2]) - - self._add_xsection_(xsection='rib_slab',layers=['RIB_COR','RIB_CLD',],growth=[0,self.SLAB_GROWTH*2]) - - self._add_xsection_(xsection='drib',layers=['RIB_COR','RIB_CLD','STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH*2,self.SLAB_GROWTH,self.SLAB_GROWTH*2]) - self._add_xsection_(xsection='pad',layers=['METAL_2','PAD','PASS1', 'PASS2'],growth=[0,0,-2.5,-2.5]) - self._add_xsection_(xsection='isl',layers=['ISL','STRIP_CLD','GC_OPEN'],growth=[0,1,3]) - - self._add_xsection_(xsection='metal',layers=['METAL','METAL_SLTBK'],growth=[0,0]) - self._add_xsection_(xsection='metal_2',layers=['METAL_2','METAL_2_SLTBK'],growth=[0,0]) - - -class CUMEC_CSiP180Al_PASSIVE(Foundry) : - - lib_path = 'GDS_lib\\' - W_ISL = 5 - SP_ISL = 5 - SZ_CT = 0.25 - SP_CT = 0.35 - SP_METAL = 1.5 - LAYERS = { - - 'FETCH_COR' : LayerSpec('FETCH_COR', (31,1), aliases=('STRIP_COR',)), - 'FETCH_CLD' : LayerSpec('FETCH_CLD', (31,2), aliases=('STRIP_CLD',)), - 'FETCH_TRE' : LayerSpec('FETCH_TRE', (31,3), aliases=('STRIP_TRE',)), - 'FETCH_HOL' : LayerSpec('FETCH_HOL', (31,4), aliases=('STRIP_HOL',)), - - 'SETCH_COR' : LayerSpec('SETCH_COR', (32,1), aliases=('SRIB_COR',)), - 'SETCH_CLD' : LayerSpec('SETCH_CLD', (32,2), aliases=('SRIB_CLD',)), - 'SETCH_TRE' : LayerSpec('SETCH_TRE', (32,3), aliases=('SRIB_TRE',)), - 'SETCH_HOL' : LayerSpec('SETCH_HOL', (32,4), aliases=('SRIB_HOL',)), - - 'METCH_COR' : LayerSpec('METCH_COR', (33,1), aliases=('RIB_COR',)), - 'METCH_CLD' : LayerSpec('METCH_CLD', (33,2), aliases=('RIB_CLD',)), - 'METCH_TRE' : LayerSpec('METCH_TRE', (33,3), aliases=('RIB_TRE',)), - 'METCH_HOL' : LayerSpec('METCH_HOL', (33,4), aliases=('RIB_HOL',)), - - 'HEATER' : (19,0), - # 'CT' : LayerSpec('CT', (50,0), aliases=('VIA_H2M',)), - - 'METAL' : (11,1), - - 'PASS1' : (60,0), - - # 'OPEN' : LayerSpec('OPEN', (61,0), aliases=('GC_OPEN',)), - - 'ISL' : (67,0), - - } - - ROLES = {} - - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - super().__init__(layermap=layermap or self.LAYERS, roles=roles or self.ROLES) - - """ Default xsection """ - self._add_xsection_(xsection='strip',layers=['STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH]) - self._add_xsection_(xsection='rib_s',layers=['SRIB_COR','SRIB_CLD'],growth=[0,self.SLAB_GROWTH]) - self._add_xsection_(xsection='rib',layers=['RIB_COR','RIB_CLD','STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH*2,self.SLAB_GROWTH,self.SLAB_GROWTH*2]) - self._add_xsection_(xsection='rib_s_wg',layers=['SRIB_COR','SRIB_CLD','STRIP_COR','STRIP_CLD'],growth=[0,5,2.5,5]) - - self._add_xsection_(xsection='rib_slab',layers=['RIB_COR','RIB_CLD',],growth=[0,self.SLAB_GROWTH*2]) - - self._add_xsection_(xsection='drib',layers=['RIB_COR','RIB_CLD','STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH*2,self.SLAB_GROWTH,self.SLAB_GROWTH*2]) - self._add_xsection_(xsection='pad',layers=['METAL','PASS1'],growth=[0,-2.5]) - self._add_xsection_(xsection='isl',layers=['ISL','STRIP_CLD'],growth=[0,1]) - - diff --git a/mxpic/technologies/CompTek.py b/mxpic/technologies/CompTek.py deleted file mode 100644 index 21c1868..0000000 --- a/mxpic/technologies/CompTek.py +++ /dev/null @@ -1,77 +0,0 @@ -from typing import Any -import nazca as nd -from .Foundry import Foundry -from .layer_models import LayerSpec - -class CT_CU3ML(Foundry) : - - ## Generall parameters - STD_SMWG_WIDTH = 0.45 - SLAB_GROWTH = 2 - W_METAL_MIN = 5 - SPACING_HEATER_MIN = 2 - SPACING_METAL_MIN = 4 - W_HEATER_MIN = 3 - - lib_path = 'GDS_lib\\' - - # show_pins = False - - LAYERS = { - - 'RIB' : LayerSpec('RIB', (275,0), aliases=('STRIP_COR',)), - - 'GRAT' : LayerSpec('GRAT', (407,0), aliases=('SRIB_COR',)), - - 'SLAB' : LayerSpec('SLAB', (406,0), aliases=('RIB_COR',)), - - 'NitrideWG' : LayerSpec('NitrideWG', (263,0), aliases=('SINWG',)), - 'NitrideWG_RIB' : LayerSpec('NitrideWG_RIB', (415,0), aliases=('RIB_SIN',), description='Legacy map used NitrideWG for this layer.'), - - 'TIN' : LayerSpec('TIN', (398,0), aliases=('HEATER',)), - - 'ContSi' : LayerSpec('ContSi', (268,0), aliases=('VIA_S2M',)), - 'ContGe' : LayerSpec('ContGe', (35,0), aliases=('VIA_G2M',)), - # 'VIA1' : LayerSpec('VIA1', (85,0), aliases=('VIA_H2M',)), - 'VIA1' : LayerSpec('VIA1', (85,0), aliases=('VIA_M2M',)), - 'VIA2' : LayerSpec('VIA2', (86,0), aliases=('VIA_M2M_2',)), - 'VIA3' : LayerSpec('VIA3', (419,0), aliases=('VIA_M2M_3',)), - - 'M1' : LayerSpec('M1', (6,0), aliases=('METAL',)), - 'M2' : LayerSpec('M2', (86,0), aliases=('METAL_2',)), - 'M3' : LayerSpec('M3', (27,0), aliases=('METAL_3','PAD')), - - 'BEOL_N0_RMV' : LayerSpec('BEOL_N0_RMV', (283,0), aliases=('N0RMV',)), - 'BEOL_N1_RMV' : LayerSpec('BEOL_N1_RMV', (289,0), aliases=('N1RMV',)), - 'BEOL_N2_RMV' : LayerSpec('BEOL_N2_RMV', (290,0), aliases=('N2RMV',)), - 'BEOL_N3_RMV' : LayerSpec('BEOL_N3_RMV', (291,0), aliases=('N3RMV',)), - - 'SIN_RMV' : LayerSpec('SIN_RMV', (483,0), aliases=('PAD_OPEN',)), - - 'DT' : LayerSpec('DT', (404,0), aliases=('ISL',)), - - ### Active part - 'P' : (256,0), - 'N' : (257,0), - 'P+' : (258,0), - 'N+' : (259,0), - 'P++' : (260,0), - 'N++' : (261,0), - - 'GePD' : LayerSpec('GePD', (262,0), aliases=('GE',)), - 'GeN+' : LayerSpec('GeN+', (265,0), aliases=('GN+',)), - 'GeP+' : LayerSpec('GeP+', (266,0), aliases=('GP+',)), - 'GeWindow' : LayerSpec('GeWindow', (264,0), aliases=('GW',)), - } - - ROLES = {} - - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - super().__init__(layermap=layermap or self.LAYERS, roles=roles or self.ROLES) - self._add_xsection_(xsection='strip',layers=['STRIP_COR'],growth=[0]) - self._add_xsection_(xsection='rib',layers=['STRIP_COR','RIB_COR'],growth=[0,4]) ## Slab waveguide - self._add_xsection_(xsection='rib_s',layers=['STRIP_COR','SRIB_COR'],growth=[0,4]) ## Slab waveguide - self._add_xsection_(xsection='isl',layers=['ISL'],growth=[0]) - # self._add_xsection_(xsection='sn',layers=['SINWG1','SINWIN1'],growth=[0,21]) - - self._add_xsection_(xsection='pad',layers=['METAL_3','PAD_OPEN'],growth=[0,-2.5]) ## DRC 4.2 - [AMF-QP-RND-006] diff --git a/mxpic/technologies/Foundry.py b/mxpic/technologies/Foundry.py index 884e41f..fdb9d1b 100644 --- a/mxpic/technologies/Foundry.py +++ b/mxpic/technologies/Foundry.py @@ -1,203 +1,195 @@ -from typing import Any -import nazca as nd +"""Manifest-backed foundry technology registration.""" -from .layer_models import LayerSpec, XSectionSpec +from dataclasses import dataclass +from pathlib import Path +from typing import Any, Dict, Optional, Set, Tuple + +import nazca as nd +import yaml + +from .layer_models import LayerSpec, MaterialSpec, XSectionLayerSpec, XSectionSpec +from .manifest_loader import TECHNOLOGIES_ROOT, load_technology_manifest class Foundry: - ## Generall parameters - STD_SMWG_WIDTH = 0.45 - SLAB_GROWTH = 2 - W_METAL_MIN = 1 - SPACING_HEATER_MIN = 1 - SPACING_METAL_MIN = 1.5 - W_HEATER_MIN = 1 - W_VIA_H2M = 0.25 - SPACING_VIA_H2M = 0.35 - ISL_W_MIN = 4 - ISL_SP_MIN = 5 + """Load a technology manifest and register its layers/xsections in Nazca.""" - LAYERS = {} - ROLES = {} + # Generic technology defaults used when a manifest does not override them. + # STD_SMWG_WIDTH = 0.45 + # SLAB_GROWTH = 2 + # W_METAL_MIN = 1 + # SPACING_HEATER_MIN = 1 + # SPACING_METAL_MIN = 1.5 + # W_HEATER_MIN = 1 + # W_VIA_H2M = 0.25 + # SPACING_VIA_H2M = 0.35 + # ISL_W_MIN = 4 + # ISL_SP_MIN = 5 - ROLE_CANDIDATES = { - "strip_core": ("STRIP_COR", "WG_STRIP", "FECOR", "WG_COR", "RIB"), - "strip_clad": ("STRIP_CLD", "WG_CLD", "FECLD"), - "strip_trench": ("STRIP_TRE", "WG_TRE", "FETCH", "FETCH_TRE"), - "rib_core": ("RIB_COR", "MECOR", "SKT_COR", "WG_LOWRIB"), - "rib_clad": ("RIB_CLD", "MECLD", "SKT_CLD"), - "rib_trench": ("RIB_TRE", "METCH", "SKT_TRE"), - "shallow_rib_core": ("SRIB_COR", "SECOR", "FC_COR", "WG_HIGHRIB"), - "shallow_rib_clad": ("SRIB_CLD", "SECLD", "FC_CLD"), - "heater": ("HEATER", "HTR", "TIN", "MHD"), - "metal1": ("METAL", "M1", "M1_DRW", "UTM"), - "metal2": ("METAL_2", "M2", "M2_DRW", "UTM2"), - "metal3": ("METAL_3", "M3", "RDL_MET"), - "pad": ("PAD", "PAD_ELE", "PAD_AL", "BONDPAD", "BOND_PAD", "METPASS"), - "pad_open": ("PAD_OPEN", "OPEN", "OX_OPEN", "PASS2"), - "via_s2m": ("VIA_S2M", "CT_SI", "PCON", "CS"), - "via_h2m": ("VIA_H2M", "PVH", "VIA1"), - "via_m2m": ("VIA_M2M", "VIA12", "V1", "RDL_VIA"), - "isolation": ("ISL", "DT", "EXCLUSION", "ISOLATION"), - "n_implant": ("NLD", "N", "N1", "N2", "NBODY", "NW"), - "p_implant": ("PLD", "P", "P1", "P2", "PBODY", "PW"), - "np_implant": ("NP", "NPP", "N+", "NCONT"), - "pp_implant": ("PP", "PPP", "P+", "PCONT"), - "salicide": ("SALICIDE", "SA"), - } + show_pins: bool = False - show_pins = False + def __init__(self, manifest: Optional[str] = None) -> None: + """Create a foundry technology from a YAML manifest path.""" + self.manifest: Dict[str, Any] = {} + self.manifest_path: Optional[Path] = None + self.materials: Dict[str, MaterialSpec] = {} + self.process: Dict[str, Any] = {} + self.defaults: Dict[str, Any] = {} + self.routing_types: Tuple[str, ...] = () - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - self.layermap = dict(layermap or self.LAYERS) - self.native_layers = {} - self.layer_specs = {} - self.aliases = {} - self.roles = {} - self.xsections = {} + if manifest: + # Manifest hydration: YAML becomes typed technology specs. + technology_manifest = load_technology_manifest(manifest) + self.manifest = dict(technology_manifest.raw) + self.manifest_path = technology_manifest.path + self.materials = dict(technology_manifest.materials) + self.process = dict(self.manifest.get("process", {})) + self.defaults = dict(self.manifest.get("defaults", {})) + self.routing_types = tuple(self.manifest.get("routing_types", ())) + self.layers = dict(technology_manifest.layers) + self.xsections = dict(technology_manifest.xsections) + for name, value in technology_manifest.constants.items(): + setattr(self, name, value) + else: + # Empty fallback keeps Foundry() usable as a neutral registry object. + self.layers = {} + self.xsections = {} - self._register_layermap(self.layermap) - self.roles.update(self._derive_roles()) - self.roles.update(getattr(self, "ROLES", {}) or {}) + self.layer_names: Set[str] = set() - if roles: - self.roles.update(roles) + # Nazca registration: make manifest entries available to layout code. + self._register_layers() + self._register_xsections() - def layer(self, name_or_role): - layer_name, spec, from_role = self._resolve_layer_ref(name_or_role) - if from_role: - return spec.native_name - return layer_name + def _register_layers(self) -> None: + """Register technology layers and aliases in Nazca.""" + for layer_name, spec in self.layers.items(): + if not isinstance(spec, LayerSpec): + raise TypeError( + "Technology layer '" + str(layer_name) + "' must be a LayerSpec." + ) + if spec.name != layer_name: + raise ValueError( + "Technology layer key '" + str(layer_name) + + "' must match LayerSpec.name '" + str(spec.name) + "'." + ) + if not isinstance(spec.layer, tuple) or len(spec.layer) != 2: + raise TypeError( + "Technology layer '" + str(layer_name) + + "' must use a (layer, datatype) tuple." + ) - def layer_gds(self, name_or_role): - return self._resolve_layer_ref(name_or_role)[1].gds + self._register_layer_name(layer_name, spec) + for alias in spec.aliases: + self._register_layer_name(alias, spec) - def native_name(self, name_or_role): - return self._resolve_layer_ref(name_or_role)[1].native_name + def _register_layer_name(self, name: str, spec: LayerSpec) -> None: + """Register one Nazca layer name for a LayerSpec.""" + self.layer_names.add(name) + nd.add_layer(name=name, layer=spec.layer, overwrite=True) + setattr(self, "LAYER_" + name, name) - def add_xsection(self, xsection=None, layers=None, growth=None, growy=None): - return self._add_xsection_(xsection=xsection, layers=layers, growth=growth, growy=growy) + def _register_xsections(self) -> None: + """Register technology xsections and their layer mappings in Nazca.""" + for xsection_name, spec in self.xsections.items(): + if not isinstance(spec, XSectionSpec): + raise TypeError( + "Technology xsection '" + str(xsection_name) + "' must be an XSectionSpec." + ) + if spec.name != xsection_name: + raise ValueError( + "Technology xsection key '" + str(xsection_name) + + "' must match XSectionSpec.name '" + str(spec.name) + "'." + ) - def _add_xsection_(self, xsection=None, layers=None, growth=None, growy=None): - if layers is None: - layers = [] - if growth is None: - growth = [] + nd.add_xsection(name=xsection_name) + for layer_spec in spec.layers: + self._register_xsection_layer(xsection_name, layer_spec) + setattr(self, "XS_" + xsection_name.upper(), xsection_name) - if len(layers) != len(growth): - print("WARNING: In layer growth do not match number of layer") - return 0 - - if xsection is not None: - nd.add_xsection(name=xsection) - - resolved_layers = [] - for idx in range(0, len(layers)): - layer_ref = self._layer_for_nazca(layers[idx]) - resolved_layers.append(layer_ref) - nd.add_layer2xsection( - xsection=xsection, - layer=layer_ref, - leftedge=(0.5, growth[idx]), - rightedge=(-0.5, -growth[idx]), - overwrite=True, - growy1=growy, - growy2=growy, + def _register_xsection_layer( + self, + xsection_name: str, + layer_spec: XSectionLayerSpec, + ) -> None: + """Register one layer contribution inside a Nazca xsection.""" + if not isinstance(layer_spec, XSectionLayerSpec): + raise TypeError( + "Xsection '" + str(xsection_name) + + "' contains a layer entry that is not an XSectionLayerSpec." + ) + if layer_spec.layer not in self.layer_names: + raise KeyError( + "Xsection '" + str(xsection_name) + + "' references unknown layer '" + str(layer_spec.layer) + "'." ) - self.xsections[xsection] = XSectionSpec( - name=xsection, - layers=tuple(resolved_layers), - growth=tuple(growth), - growy=growy, - ) - setattr(self, "XS_" + xsection.upper(), xsection) + kwargs = {"overwrite": layer_spec.overwrite} + if layer_spec.growx is not None: + kwargs["growx"] = layer_spec.growx + if layer_spec.growy is not None: + kwargs["growy"] = layer_spec.growy + if layer_spec.leftedge is not None: + kwargs["leftedge"] = layer_spec.leftedge + if layer_spec.rightedge is not None: + kwargs["rightedge"] = layer_spec.rightedge - def _register_layermap(self, layermap): - for layer_name, layer_value in layermap.items(): - self._register_layer_spec(self._normalize_layer_entry(layer_name, layer_value)) - - def _register_layer_spec(self, spec): - existing = self.native_layers.get(spec.native_name) - if existing is not None: - aliases = tuple(dict.fromkeys(existing.aliases + spec.aliases)) - spec = LayerSpec( - native_name=spec.native_name, - gds=existing.gds, - aliases=aliases, - description=existing.description or spec.description, - ) - - self.native_layers[spec.native_name] = spec - - names = (spec.native_name,) + spec.aliases - for name in names: - self.layer_specs[name] = spec - if name != spec.native_name: - self.aliases[name] = spec.native_name - self._register_nazca_layer(name, spec.gds) - self._register_default_xsection(name) - setattr(self, "LAYER_" + name, name) - setattr(self, "XS_" + name, name.lower()) - - def _normalize_layer_entry(self, layer_name, layer_value): - if isinstance(layer_value, LayerSpec): - return layer_value - - if self._is_legacy_layer_value(layer_value): - gds, native_name = layer_value - aliases = () if layer_name == native_name else (layer_name,) - return LayerSpec( - native_name=native_name, - gds=self._normalize_gds(gds), - aliases=aliases, - ) - - return LayerSpec(native_name=layer_name, gds=self._normalize_gds(layer_value)) - - def _is_legacy_layer_value(self, layer_value): - return ( - isinstance(layer_value, tuple) - and len(layer_value) == 2 - and isinstance(layer_value[1], str) + nd.add_layer2xsection( + xsection=xsection_name, + layer=layer_spec.layer, + **kwargs, ) - def _normalize_gds(self, gds): - if isinstance(gds, list): - gds = tuple(gds) - if isinstance(gds, tuple) and len(gds) == 1: - return gds[0] - return gds - def _register_nazca_layer(self, name, gds): - nd.add_layer(name=name, layer=gds, overwrite=True) +@dataclass(frozen=True) +class TechnologyLoader: + """Lazy manifest reference that creates a Foundry instance when called.""" - def _register_default_xsection(self, layer_name): - xsection = layer_name.lower() - nd.add_xsection(name=xsection) - nd.add_layer2xsection(xsection=xsection, layer=layer_name) + foundry: str + technology: str + manifest: str - def _derive_roles(self): - roles = {} - for role, candidates in self.ROLE_CANDIDATES.items(): - for candidate in candidates: - if candidate in self.layer_specs: - roles[role] = candidate - break - return roles + def __call__(self) -> Foundry: + """Load and register this technology manifest.""" + return Foundry(self.manifest) - def _resolve_layer_ref(self, name_or_role): - if name_or_role in self.roles: - target = self.roles[name_or_role] - return self._resolve_layer_name(target, from_role=True) - return self._resolve_layer_name(name_or_role, from_role=False) - def _resolve_layer_name(self, layer_name, from_role=False): - if layer_name not in self.layer_specs: - raise KeyError("Layer or role not found in technology: " + str(layer_name)) - return layer_name, self.layer_specs[layer_name], from_role +def build_foundry_registry(root: Path = TECHNOLOGIES_ROOT) -> Dict[str, Dict[str, TechnologyLoader]]: + """Build a foundry/technology registry from YAML manifests.""" + registry: Dict[str, Dict[str, TechnologyLoader]] = {} + for manifest_path in sorted(root.glob("*/*.yml")): + raw = _read_manifest_header(manifest_path) + foundry_name = str(raw.get("foundry") or manifest_path.parent.name) + technology_name = str(raw.get("technology") or manifest_path.stem) + manifest = manifest_path.relative_to(root).as_posix() + loader = TechnologyLoader( + foundry=foundry_name, + technology=technology_name, + manifest=manifest, + ) - def _layer_for_nazca(self, layer_ref): - if isinstance(layer_ref, str) and (layer_ref in self.layer_specs or layer_ref in self.roles): - return self.layer(layer_ref) - return layer_ref + technology_registry = registry.setdefault(foundry_name, {}) + _register_technology_loader(technology_registry, technology_name, loader) + + return registry + + +def _read_manifest_header(manifest_path: Path) -> Dict[str, Any]: + """Read top-level manifest metadata used by the registry.""" + with manifest_path.open("r", encoding="utf-8") as file: + raw = yaml.safe_load(file) or {} + if not isinstance(raw, dict): + raise TypeError("Technology manifest must contain a YAML mapping.") + return raw + + +def _register_technology_loader( + technology_registry: Dict[str, TechnologyLoader], + name: str, + loader: TechnologyLoader, +) -> None: + """Register one technology key in a foundry registry.""" + existing = technology_registry.get(name) + if existing is not None and existing.manifest != loader.manifest: + raise ValueError("Duplicate technology key '" + name + "' in foundry registry.") + technology_registry[name] = loader diff --git a/mxpic/technologies/IMEC.py b/mxpic/technologies/IMEC.py deleted file mode 100644 index 6eb9d90..0000000 --- a/mxpic/technologies/IMEC.py +++ /dev/null @@ -1,87 +0,0 @@ -from typing import Any -import nazca as nd -import numpy as np - -from .Foundry import Foundry -from .layer_models import LayerSpec - -class IMEC_Si220_Active(Foundry) : - - lib_path = 'GDS_lib\\' - W_ISL = 5 - SP_ISL = 5 - SZ_CT = 0.25 - SP_CT = 0.35 - SP_METAL = 1.5 - LAYERS = { - - 'WG_COR' : LayerSpec('WG_COR', (37,4), aliases=('STRIP_COR',)), - 'WG_CLD' : LayerSpec('WG_CLD', (37,5), aliases=('STRIP_CLD',)), - 'WG_TRE' : LayerSpec('WG_TRE', (37,6), aliases=('STRIP_TRE',)), - # 'WG_HOL' : LayerSpec('WG_HOL', (37,2), aliases=('STRIP_HOL',)), - 'WG_PRI' : LayerSpec('WG_PRI', (38,0), aliases=('STRIP_PRI',)), - - 'FC_COR' : LayerSpec('FC_COR', (35,4), aliases=('SRIB_COR',)), - 'FC_CLD' : LayerSpec('FC_CLD', (35,5), aliases=('SRIB_CLD',)), - 'FC_TRE' : LayerSpec('FC_TRE', (35,6), aliases=('SRIB_TRE',)), - # 'FC_HOL' : LayerSpec('FC_HOL', (35,2), aliases=('SRIB_HOL',)), - 'FC_PRI' : LayerSpec('FC_PRI', (36,0), aliases=('SRIB_PRI',)), - - 'SKT_COR' : LayerSpec('SKT_COR', (43,4), aliases=('RIB_COR',)), - 'SKT_CLD' : LayerSpec('SKT_CLD', (43,5), aliases=('RIB_CLD',)), - 'SKT_TRE' : LayerSpec('SKT_TRE', (43,6), aliases=('RIB_TRE',)), - # 'SKT_HOL' : LayerSpec('SKT_HOL', (43,2), aliases=('RIB_HOL',)), - 'SKT_PRI' : LayerSpec('SKT_PRI', (44,0), aliases=('RIB_PRI',)), - - 'FCW_COR' : (31,24), - 'FCW_CLD' : (31,25), - 'FCW_TRE' : (31,26), - 'FCW_PRI' : (32,0), - - 'METPASS' : LayerSpec('METPASS', (18,0), aliases=('PAD',)), - - 'MHD' : LayerSpec('MHD', (14,0), aliases=('HEATER',)), - - 'PCON' : LayerSpec('PCON', (10,0), aliases=('VIA_S2M',)), ## silicide to metal - - 'PVH' : LayerSpec('PVH', (53,0), aliases=('VIA_H2M',)), ## heaters to metal - - 'M1_DRW' : LayerSpec('M1_DRW', (11,0), aliases=('METAL',)), - 'M1_NOFILL' : (11,9), - - 'M2_DRW' : LayerSpec('M2_DRW', (13,0), aliases=('METAL_2',)), - 'M2_NOFILL' : (13,9), - - 'VIA12' : LayerSpec('VIA12', (12,0), aliases=('VIA_M2M',)), - - 'LPASS' : LayerSpec('LPASS', (91,0), aliases=('GC_OPEN',)), - - 'PASS1' : LayerSpec('PASS1', (16,0), aliases=('SiN_OPEN',)), - 'PASS2' : LayerSpec('PASS2', (17,0), aliases=('PAD_OPEN',)), - - 'EXPOWG' : (84,0), - - 'N1': (2,0), - 'P1': (3,0), - 'N2': (6,0), - 'P2': (7,0), - 'NBODY': (25,0), - 'PBODY': (26,0), - 'NP': (4,0), - 'PP': (5,0), - - - } - - ROLES = {} - - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - super().__init__(layermap=layermap or self.LAYERS, roles=roles or self.ROLES) - self._add_xsection_(xsection='strip',layers=['STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH]) - self._add_xsection_(xsection='rib_s',layers=['RIB_COR','RIB_CLD'],growth=[0,self.SLAB_GROWTH]) - self._add_xsection_(xsection='rib',layers=['RIB_COR','RIB_CLD','STRIP_COR','STRIP_CLD'],growth=[0,4.1,4,6.5]) - self._add_xsection_(xsection='drib',layers=['RIB_COR','RIB_CLD','STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH*2,self.SLAB_GROWTH,self.SLAB_GROWTH*2]) - - self._add_xsection_(xsection='pad',layers=['METAL_2','SiN_OPEN','PAD','PAD_OPEN'],growth=[0,-3,0,-3]) - self._add_xsection_(xsection='expowg',layers=['EXPOWG','FCW_COR','FCW_CLD'],growth=[0,1,3]) - diff --git a/mxpic/technologies/IMECAS.py b/mxpic/technologies/IMECAS.py deleted file mode 100644 index 4e8a45f..0000000 --- a/mxpic/technologies/IMECAS.py +++ /dev/null @@ -1,50 +0,0 @@ - -from typing import Any -import nazca as nd -import numpy as np - -from .Foundry import Foundry -from .layer_models import LayerSpec - -class IMECAS_SiP(Foundry) : - - lib_path = 'GDS_lib\\' - W_ISL = 10 - SP_ISL = 10 - SP_METAL = 1.5 - - LAYERS = { - 'FECOR' : LayerSpec('FECOR', (10,2), aliases=('STRIP_COR',)), - 'FECLD' : LayerSpec('FECLD', (10,3), aliases=('STRIP_CLD',)), - 'FETCH' : LayerSpec('FETCH', (10,4), aliases=('STRIP_TRE',)), - - 'SECOR' : LayerSpec('SECOR', (11,2), aliases=('SRIB_COR',)), - 'SECLD' : LayerSpec('SECLD', (11,3), aliases=('SRIB_CLD',)), - 'SETCH' : LayerSpec('SETCH', (11,4), aliases=('SRIB_TRE',)), - - 'MECOR' : LayerSpec('MECOR', (12,2), aliases=('RIB_COR',)), - 'MECLD' : LayerSpec('MECLD', (12,3), aliases=('RIB_CLD',)), - 'METCH' : LayerSpec('METCH', (12,4), aliases=('RIB_TRE',)), - - 'M1' : LayerSpec('M1', (31,0), aliases=('METAL',)), - - 'TIN' : LayerSpec('TIN', (34,0), aliases=('HEATER',)), - - 'PAD' : (36,0), - - 'DETCH' : (80,0), - - - } - - ROLES = {} - - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - super().__init__(layermap=layermap or self.LAYERS, roles=roles or self.ROLES) - self._add_xsection_(xsection='strip',layers=['STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH]) - self._add_xsection_(xsection='rib_s',layers=['RIB_COR','RIB_CLD'],growth=[0,self.SLAB_GROWTH]) - self._add_xsection_(xsection='rib',layers=['RIB_COR','RIB_CLD','STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH*2,self.SLAB_GROWTH,self.SLAB_GROWTH*2]) - self._add_xsection_(xsection='drib',layers=['RIB_COR','RIB_CLD','STRIP_COR','STRIP_CLD'],growth=[0,self.SLAB_GROWTH*2,self.SLAB_GROWTH,self.SLAB_GROWTH*2]) - - self._add_xsection_(xsection='pad',layers=['METAL','PAD'],growth=[5,0]) - self._add_xsection_(xsection='isl',layers=['DETCH'],growth=[0]) diff --git a/mxpic/technologies/SITRI.py b/mxpic/technologies/SITRI.py deleted file mode 100644 index 1457792..0000000 --- a/mxpic/technologies/SITRI.py +++ /dev/null @@ -1,88 +0,0 @@ - -from typing import Any -import nazca as nd -import numpy as np - -from .Foundry import Foundry -from .layer_models import LayerSpec - -class SITRI_LSIN_SOI(Foundry) : - - ## Generall parameters - STD_SMWG_WIDTH = 0.45 - SLAB_GROWTH = 2 - W_METAL_MIN = 5 - SPACING_HEATER_MIN = 2 - SPACING_METAL_MIN = 4 - W_HEATER_MIN = 3 - - lib_path = 'GDS_lib\\' - - # show_pins = False - - LAYERS = { - - 'RIB' : LayerSpec('RIB', (1,0), aliases=('STRIP_COR',)), - - 'GRAT' : LayerSpec('GRAT', (3,0), aliases=('SRIB_COR',)), - - 'SLAB' : LayerSpec('SLAB', (2,0), aliases=('RIB_COR',)), - - 'SINWIN1' : (53,0), - 'SINWG1' : (54,0), - - 'HTR' : LayerSpec('HTR', (45,0), aliases=('HEATER',)), - - 'VIA1' : LayerSpec('VIA1', (50,0), aliases=('VIA_H2M',)), - 'CS' : LayerSpec('CS', (35,0), aliases=('VIA_S2M',)), - - 'METAL' : (40,0), - 'METAL_2' : (55,0), - - 'BONDPAD' : LayerSpec('BONDPAD', (66,0), aliases=('PAD',)), - 'DT' : LayerSpec('DT', (71,0), aliases=('ISL',)), - - 'OX_OPEN' : LayerSpec('OX_OPEN', (151,0), aliases=('OPEN',)), - - ### Active part - 'PM_P' : LayerSpec('PM_P', (13,0), aliases=('P',), description='Legacy map used PM for this P implant layer.'), - 'PM_N' : LayerSpec('PM_N', (14,0), aliases=('N',), description='Legacy map used PM for this N implant layer.'), - - 'PM' : (15,0), - 'NM' : (16,0), - - 'PH' : (11,0), - 'NH' : (12,0), - - 'PP' : (17,0), - 'NP' : (18,0), - - 'GEN' : (21,0), - 'GEP' : (22,0), - - 'GeEP' : LayerSpec('GeEP', (20,0), aliases=('GE',)), - - 'CG' : (36,0), - } - - ROLES = {} - - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - super().__init__(layermap=layermap or self.LAYERS, roles=roles or self.ROLES) - self._add_xsection_(xsection='strip',layers=['STRIP_COR'],growth=[0]) - self._add_xsection_(xsection='rib',layers=['STRIP_COR','RIB_COR','SRIB_COR'],growth=[0,4,2]) ## Slab waveguide - - self._add_xsection_(xsection='rib_s',layers=['STRIP_COR','SRIB_COR'],growth=[0,4]) ## Slab waveguide - self._add_xsection_(xsection='isl',layers=['ISL'],growth=[0]) - self._add_xsection_(xsection='sn',layers=['SINWG1','SINWIN1'],growth=[0,21]) - - self._add_xsection_(xsection='pad',layers=['METAL_2','PAD'],growth=[0,-2.5]) ## DRC 4.2 - [AMF-QP-RND-006] - - - - - - - - - diff --git a/mxpic/technologies/Silterra.py b/mxpic/technologies/Silterra.py deleted file mode 100644 index 91dd3ab..0000000 --- a/mxpic/technologies/Silterra.py +++ /dev/null @@ -1,100 +0,0 @@ -from typing import Any -import nazca as nd -from .Foundry import Foundry - -class EOM1_2ML_CU(Foundry) : - - ## Generall parameters - STD_SMWG_WIDTH = 0.45 - SLAB_GROWTH = 2 - W_METAL_MIN = 5 - SPACING_HEATER_MIN = 2 - SPACING_METAL_MIN = 4 - W_HEATER_MIN = 3 - - lib_path = 'GDS_lib\\' - - # show_pins = False - - LAYERS = { - - 'WG_HM' : ((275,0)), - 'WG_STRIP' : ((101,251)), - 'WG_LOWRIB' : ((100,90)), - 'WG_HIGHRIB' : ((232,0)), - - 'HEATER' : ((29,30)), - 'CT_SI' : ((268,0)), - 'CT_GE' : ((35,0)), - - 'UTV' : ((172,0)), - 'RDL_VIA' : ((194,0)), - - 'UTM' : ((173,0)), - 'UTM2' : ((197,0)), - 'RDL_MET' : ((195,0)), - - 'PAD_ELE' : ((100,170)), - 'PAD_OPTICAL' : ((100,160)), - "PAD_AL" : ((145,0)), - - "WG_N" : ((263,0)), - "SiN_Rib_WG" : ((63,30)), - - "SSIN0" : ((283,0)), - "SSIN1" : ((289,0)), - "SSIN2" : ((290,0)), - "SSIN3" : ((291,0)), - - "EXCLUSION" : (57,0), - - "SALICIDE" : ((128,60)), - - "DM_EXL" : ((23,0)), - "DM_EXL_FE" : ((23,40)), - "DM_EXL_BE" : ((23,41)), - - "OXIDE_FACET" : ((90,0)), - - "DT" : ((404,0)), - - ### Active part - 'P' : ((256,0)), - 'N' : ((257,0)), - 'PP' : ((258,0)), - 'NP' : ((259,0)), - 'PPP' : ((260,0)), - 'NPP' : ((261,0)), - - 'PD_SIPP' : ((100,140)), - 'PD_SINP' : ((100,150)), - } - - ROLES = { - "strip_core": "WG_STRIP", - "rib_core": "WG_LOWRIB", - "rib_low": "WG_LOWRIB", - "shallow_rib_core": "WG_HIGHRIB", - "rib_high": "WG_HIGHRIB", - "heater": "HEATER", - "metal1": "UTM", - "metal2": "UTM2", - "metal3": "RDL_MET", - "pad": "PAD_ELE", - "electrical_pad": "PAD_ELE", - "optical_pad": "PAD_OPTICAL", - "pad_al": "PAD_AL", - "via_s2m": "CT_SI", - "via_h2m": "CT_SI", - "via_m2m": "RDL_VIA", - "isolation": "DT", - "exclusion": "EXCLUSION", - "n_implant": "N", - "p_implant": "P", - "np_implant": "NP", - "pp_implant": "PP", - "salicide": "SALICIDE", - } - - def __init__(self, layermap: Any=None, roles: Any=None) -> None: - super().__init__(layermap=layermap or self.LAYERS, roles=roles or self.ROLES) diff --git a/mxpic/technologies/__init__.py b/mxpic/technologies/__init__.py index 2a4d522..b2b5d8e 100644 --- a/mxpic/technologies/__init__.py +++ b/mxpic/technologies/__init__.py @@ -1,26 +1,20 @@ -from .CUMEC import CUMEC_CSiP130Cu,CUMEC_CSiP180Al_PASSIVE - -from .AMF import AMF_Si220_Active - -from .ANT import ANT_Si220_MPW - -from .IMEC import IMEC_Si220_Active - -from .IMECAS import IMECAS_SiP - -from .Foundry import Foundry -from .layer_models import LayerSpec, XSectionSpec - -from .CompTek import CT_CU3ML - -from .SITRI import SITRI_LSIN_SOI - -from .Silterra import EOM1_2ML_CU - - - +"""Manifest-backed technology registry.""" +from .Foundry import Foundry, TechnologyLoader, build_foundry_registry +from .layer_models import LayerSpec, MaterialSpec, ProcessLayerSpec, XSectionLayerSpec, XSectionSpec +foundry = build_foundry_registry() +__all__ = [ + "Foundry", + "LayerSpec", + "MaterialSpec", + "ProcessLayerSpec", + "TechnologyLoader", + "XSectionLayerSpec", + "XSectionSpec", + "build_foundry_registry", + "foundry", +] diff --git a/mxpic/technologies/__init__.pyi b/mxpic/technologies/__init__.pyi new file mode 100644 index 0000000..0dc76ea --- /dev/null +++ b/mxpic/technologies/__init__.pyi @@ -0,0 +1,64 @@ +from pathlib import Path +from typing import Dict, TypedDict + +from .Foundry import Foundry as Foundry +from .Foundry import TechnologyLoader as TechnologyLoader +from .layer_models import LayerSpec as LayerSpec +from .layer_models import MaterialSpec as MaterialSpec +from .layer_models import ProcessLayerSpec as ProcessLayerSpec +from .layer_models import XSectionLayerSpec as XSectionLayerSpec +from .layer_models import XSectionSpec as XSectionSpec + + +class _AMFTechnologies(TypedDict): + AMF_Si220_Active: TechnologyLoader + + +class _ANTTechnologies(TypedDict): + ANT_Si220_MPW: TechnologyLoader + + +class _CompTekTechnologies(TypedDict): + CT_CU3ML: TechnologyLoader + + +class _ConsemiTechnologies(TypedDict): + PSIN_SOI: TechnologyLoader + + +class _CUMECTechnologies(TypedDict): + CUMEC_CSiP130Cu: TechnologyLoader + CUMEC_CSiP180Al_PASSIVE: TechnologyLoader + + +class _IMECTechnologies(TypedDict): + IMEC_Si220_Active: TechnologyLoader + + +class _IMECASTechnologies(TypedDict): + IMECAS_SiP: TechnologyLoader + + +class _SilterraTechnologies(TypedDict): + EMO1_2ML_CU_Al_RDL: TechnologyLoader + + +class _SITRITechnologies(TypedDict): + SITRI_LSIN_SOI: TechnologyLoader + + +class _FoundryRegistry(TypedDict): + AMF: _AMFTechnologies + ANT: _ANTTechnologies + CompTek: _CompTekTechnologies + consemi: _ConsemiTechnologies + CUMEC: _CUMECTechnologies + IMEC: _IMECTechnologies + IMECAS: _IMECASTechnologies + Silterra: _SilterraTechnologies + SITRI: _SITRITechnologies + + +foundry: _FoundryRegistry + +def build_foundry_registry(root: Path = ...) -> Dict[str, Dict[str, TechnologyLoader]]: ... diff --git a/mxpic/technologies/amf/AMF_Si220_Active.yml b/mxpic/technologies/amf/AMF_Si220_Active.yml new file mode 100644 index 0000000..99c6851 --- /dev/null +++ b/mxpic/technologies/amf/AMF_Si220_Active.yml @@ -0,0 +1,184 @@ +schema_version: 1.0.0 +foundry: AMF +technology: AMF_Si220_Active +constants: + STD_SMWG_WIDTH: 0.45 + SLAB_GROWTH: 2 + W_METAL_MIN: 5 + SPACING_HEATER_MIN: 2 + SPACING_METAL_MIN: 4 + W_HEATER_MIN: 3 + lib_path: GDS_lib\ +layers: + RIB: + layer: + - 10 + - 0 + aliases: + - STRIP_COR + GRAT: + layer: + - 11 + - 0 + aliases: + - SRIB_COR + SLAB: + layer: + - 12 + - 0 + aliases: + - RIB_COR + SINWIN1: + layer: + - 53 + - 0 + SINWG1: + layer: + - 54 + - 0 + HTR: + layer: + - 115 + - 0 + aliases: + - HEATER + VIA1: + layer: + - 100 + - 0 + aliases: + - VIA_S2M + VIA2: + layer: + - 120 + - 0 + aliases: + - VIA_H2M + - VIA_M2M + METAL: + layer: + - 105 + - 0 + METAL_2: + layer: + - 125 + - 0 + BONDPAD: + layer: + - 150 + - 0 + aliases: + - PAD + OX_OPEN: + layer: + - 151 + - 0 + aliases: + - OPEN + DT: + layer: + - 160 + - 0 + aliases: + - ISL + PCONT: + layer: + - 21 + - 0 + aliases: + - PP + NCONT: + layer: + - 22 + - 0 + aliases: + - NP + PIM: + layer: + - 23 + - 0 + aliases: + - PLD + NIM: + layer: + - 24 + - 0 + aliases: + - NLD + IPD: + layer: + - 25 + - 0 + aliases: + - PLD2 + NPD: + layer: + - 26 + - 0 + aliases: + - NLD2 + GeEP: + layer: + - 40 + - 0 + aliases: + - GE + PPPGE: + layer: + - 20 + - 0 + NPPGE: + layer: + - 41 + - 0 +xsections: + strip: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + strip_cor: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + rib: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: RIB_COR + growx: 3 + growy: 3 + rib_s: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: SRIB_COR + growx: 4 + growy: 4 + isl: + layers: + - layer: ISL + growx: 0 + growy: 0 + sn: + layers: + - layer: SINWG1 + growx: 0 + growy: 0 + - layer: SINWIN1 + growx: 21 + growy: 21 + pad: + layers: + - layer: METAL_2 + growx: 0 + growy: 0 + - layer: PAD + growx: -2.5 + growy: -2.5 +materials: {} + + diff --git a/mxpic/technologies/ant/ANT_Si220_MPW.yml b/mxpic/technologies/ant/ANT_Si220_MPW.yml new file mode 100644 index 0000000..e1ed640 --- /dev/null +++ b/mxpic/technologies/ant/ANT_Si220_MPW.yml @@ -0,0 +1,68 @@ +schema_version: 1.0.0 +foundry: ANT +technology: ANT_Si220_MPW +constants: + STD_SMWG_WIDTH: 0.45 + SLAB_GROWTH: 2 + W_METAL_MIN: 5 + SPACING_HEATER_MIN: 2 + SPACING_METAL_MIN: 4 + W_HEATER_MIN: 3 + lib_path: GDS_lib\ +layers: + RIB: + layer: + - 1 + - 0 + aliases: + - STRIP_COR + METAL: + layer: + - 12 + - 0 + HTR: + layer: + - 11 + - 0 + aliases: + - HEATER + BONDPAD: + layer: + - 13 + - 0 + aliases: + - PAD + ISOLATION: + layer: + - 203 + - 0 + aliases: + - ISL + DEEPTRENCH: + layer: + - 201 + - 0 + aliases: + - DT +xsections: + strip: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + strip_cor: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + pad: + layers: + - layer: METAL + growx: 0 + growy: 0 + - layer: PAD + growx: -5 + growy: -5 +materials: {} + + diff --git a/mxpic/technologies/comptek/CT_CU3ML.yml b/mxpic/technologies/comptek/CT_CU3ML.yml new file mode 100644 index 0000000..6725ad5 --- /dev/null +++ b/mxpic/technologies/comptek/CT_CU3ML.yml @@ -0,0 +1,225 @@ +schema_version: 1.0.0 +foundry: CompTek +technology: CT_CU3ML +constants: + STD_SMWG_WIDTH: 0.45 + SLAB_GROWTH: 2 + W_METAL_MIN: 5 + SPACING_HEATER_MIN: 2 + SPACING_METAL_MIN: 4 + W_HEATER_MIN: 3 + lib_path: GDS_lib\ +layers: + RIB: + layer: + - 275 + - 0 + aliases: + - STRIP_COR + GRAT: + layer: + - 407 + - 0 + aliases: + - SRIB_COR + SLAB: + layer: + - 406 + - 0 + aliases: + - RIB_COR + NitrideWG: + layer: + - 263 + - 0 + aliases: + - SINWG + NitrideWG_RIB: + layer: + - 415 + - 0 + aliases: + - RIB_SIN + description: Legacy map used NitrideWG for this layer. + TIN: + layer: + - 398 + - 0 + aliases: + - HEATER + ContSi: + layer: + - 268 + - 0 + aliases: + - VIA_S2M + ContGe: + layer: + - 35 + - 0 + aliases: + - VIA_G2M + VIA1: + layer: + - 85 + - 0 + aliases: + - VIA_M2M + VIA2: + layer: + - 86 + - 0 + aliases: + - VIA_M2M_2 + VIA3: + layer: + - 419 + - 0 + aliases: + - VIA_M2M_3 + M1: + layer: + - 6 + - 0 + aliases: + - METAL + M2: + layer: + - 86 + - 0 + aliases: + - METAL_2 + M3: + layer: + - 27 + - 0 + aliases: + - METAL_3 + - PAD + BEOL_N0_RMV: + layer: + - 283 + - 0 + aliases: + - N0RMV + BEOL_N1_RMV: + layer: + - 289 + - 0 + aliases: + - N1RMV + BEOL_N2_RMV: + layer: + - 290 + - 0 + aliases: + - N2RMV + BEOL_N3_RMV: + layer: + - 291 + - 0 + aliases: + - N3RMV + SIN_RMV: + layer: + - 483 + - 0 + aliases: + - PAD_OPEN + DT: + layer: + - 404 + - 0 + aliases: + - ISL + P: + layer: + - 256 + - 0 + N: + layer: + - 257 + - 0 + P+: + layer: + - 258 + - 0 + N+: + layer: + - 259 + - 0 + P++: + layer: + - 260 + - 0 + N++: + layer: + - 261 + - 0 + GePD: + layer: + - 262 + - 0 + aliases: + - GE + GeN+: + layer: + - 265 + - 0 + aliases: + - GN+ + GeP+: + layer: + - 266 + - 0 + aliases: + - GP+ + GeWindow: + layer: + - 264 + - 0 + aliases: + - GW +xsections: + strip: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + strip_cor: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + rib: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: RIB_COR + growx: 4 + growy: 4 + rib_s: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: SRIB_COR + growx: 4 + growy: 4 + isl: + layers: + - layer: ISL + growx: 0 + growy: 0 + pad: + layers: + - layer: METAL_3 + growx: 0 + growy: 0 + - layer: PAD_OPEN + growx: -2.5 + growy: -2.5 +materials: {} + + diff --git a/mxpic/technologies/consemi/PSIN_SOI.yml b/mxpic/technologies/consemi/PSIN_SOI.yml new file mode 100644 index 0000000..edf4704 --- /dev/null +++ b/mxpic/technologies/consemi/PSIN_SOI.yml @@ -0,0 +1,585 @@ +schema_version: 1.0.0 +foundry: consemi +technology: PSIN_SOI +source: + source_file: Wuyue_SP90_technology_handbook_V0.9.pdf + source_chapter: Chapter 3.2 Drawn Layer + source_pages: + - 11 + - 12 +notes: +- Layer data was extracted from Table 3-2 of the Wuyue SP90 Technology Handbook V0.9. +constants: {} +layers: + WGS_COR: + layer: + - 11 + - 1 + description: SOI waveguide shallow etch core + category: drawn + source_table: Table 3-2 + WGS_CLD: + layer: + - 11 + - 2 + description: SOI waveguide shallow etch cladding + category: drawn + source_table: Table 3-2 + WGS_TRE: + layer: + - 11 + - 3 + description: SOI waveguide shallow etch trench + category: drawn + source_table: Table 3-2 + WGS_PINREC: + layer: + - 11 + - 13 + description: SOI waveguide shallow etch pin recognition + category: drawn + source_table: Table 3-2 + WGM_COR: + layer: + - 12 + - 1 + description: SOI waveguide medium etch core + category: drawn + source_table: Table 3-2 + WGM_CLD: + layer: + - 12 + - 2 + description: SOI waveguide medium etch cladding + category: drawn + source_table: Table 3-2 + WGM_TRE: + layer: + - 12 + - 3 + description: SOI waveguide medium etch trench + category: drawn + source_table: Table 3-2 + WGM_PINREC: + layer: + - 12 + - 13 + description: SOI waveguide medium etch pin recognition + category: drawn + source_table: Table 3-2 + WGF_COR: + layer: + - 13 + - 1 + description: SOI waveguide full etch core + category: drawn + source_table: Table 3-2 + WGF_CLD: + layer: + - 13 + - 2 + description: SOI waveguide full etch cladding + category: drawn + source_table: Table 3-2 + WGF_DUMB: + layer: + - 13 + - 11 + description: SOI waveguide full etch dummy block + category: drawn + source_table: Table 3-2 + WGF_PINREC: + layer: + - 13 + - 13 + description: SOI waveguide full etch pin recognition + category: drawn + source_table: Table 3-2 + NMOD_DRW: + layer: + - 33 + - 9 + description: N IMP for medium doped area, such as PD + category: drawn + source_table: Table 3-2 + PMOD_DRW: + layer: + - 34 + - 9 + description: P IMP for medium doped area, such as PD + category: drawn + source_table: Table 3-2 + NDD_DRW: + layer: + - 35 + - 9 + description: N IMP for lightly doped area, such as modulator + category: drawn + source_table: Table 3-2 + PDD_DRW: + layer: + - 36 + - 9 + description: P IMP for lightly doped area, such as modulator + category: drawn + source_table: Table 3-2 + NCT_DRW: + layer: + - 37 + - 9 + description: N+ IMP for heavily doped area, such as contact via + category: drawn + source_table: Table 3-2 + PCT_DRW: + layer: + - 38 + - 9 + description: P+ IMP for heavily doped area, such as contact via + category: drawn + source_table: Table 3-2 + SNS_COR: + layer: + - 21 + - 1 + description: SiN waveguide shallow etch core + category: drawn + source_table: Table 3-2 + SNS_CLD: + layer: + - 21 + - 2 + description: SiN waveguide shallow etch cladding + category: drawn + source_table: Table 3-2 + SNS_TRE: + layer: + - 21 + - 3 + description: SiN waveguide shallow etch trench + category: drawn + source_table: Table 3-2 + SNS_PINREC: + layer: + - 21 + - 13 + description: SiN waveguide shallow etch pin recognition + category: drawn + source_table: Table 3-2 + SNF_COR: + layer: + - 22 + - 1 + description: SiN waveguide full etch core + category: drawn + source_table: Table 3-2 + SNF_CLD: + layer: + - 22 + - 2 + description: SiN waveguide full etch cladding + category: drawn + source_table: Table 3-2 + SNF_DUMB: + layer: + - 22 + - 11 + description: SiN waveguide full etch dummy block + category: drawn + source_table: Table 3-2 + SNF_PINREC: + layer: + - 22 + - 13 + description: SiN waveguide full etch pin recognition + category: drawn + source_table: Table 3-2 + GE_DRW: + layer: + - 50 + - 9 + description: Ge trench + category: drawn + source_table: Table 3-2 + GE_DUMB: + layer: + - 50 + - 11 + description: Ge trench dummy block + category: drawn + source_table: Table 3-2 + SAB_REV: + layer: + - 51 + - 8 + description: Salicide area for contact via + category: drawn + source_table: Table 3-2 + CT_DRW: + layer: + - 60 + - 9 + description: Contact via + category: drawn + source_table: Table 3-2 + M1_DRW: + layer: + - 71 + - 9 + description: Metal 1 + category: drawn + source_table: Table 3-2 + M1_SLOT: + layer: + - 71 + - 5 + description: Metal 1 slot + category: drawn + source_table: Table 3-2 + M1_DUMB: + layer: + - 71 + - 11 + description: Metal 1 dummy block + category: drawn + source_table: Table 3-2 + M1_PINREC: + layer: + - 71 + - 13 + description: Metal 1 pin recognition + category: drawn + source_table: Table 3-2 + MTH_DRW: + layer: + - 80 + - 9 + description: TiN Heater + category: drawn + source_table: Table 3-2 + EC1_DRW: + layer: + - 90 + - 9 + description: Nitride for edge coupler between M1 and M2 + category: drawn + source_table: Table 3-2 + V1_DRW: + layer: + - 61 + - 9 + description: Via 1 + category: drawn + source_table: Table 3-2 + M2_DRW: + layer: + - 72 + - 9 + description: Metal 2 + category: drawn + source_table: Table 3-2 + M2_SLOT: + layer: + - 72 + - 5 + description: Metal 2 slot + category: drawn + source_table: Table 3-2 + M2_DUMB: + layer: + - 72 + - 11 + description: Metal 2 dummy block + category: drawn + source_table: Table 3-2 + M2_PINREC: + layer: + - 72 + - 13 + description: Metal 2 pin recognition + category: drawn + source_table: Table 3-2 + EC2_DRW: + layer: + - 91 + - 9 + description: Nitride for edge coupler between M2 and M3 + category: drawn + source_table: Table 3-2 + V2_DRW: + layer: + - 62 + - 9 + description: Via 2 + category: drawn + source_table: Table 3-2 + M3_DRW: + layer: + - 73 + - 9 + description: Metal 3 + category: drawn + source_table: Table 3-2 + M3_SLOT: + layer: + - 73 + - 5 + description: Metal 3 slot + category: drawn + source_table: Table 3-2 + M3_DUMB: + layer: + - 73 + - 11 + description: Metal 3 dummy block + category: drawn + source_table: Table 3-2 + M3_PINREC: + layer: + - 73 + - 13 + description: Metal 3 pin recognition + category: drawn + source_table: Table 3-2 + EC3_DRW: + layer: + - 92 + - 9 + description: Nitride for edge coupler between M3 and TM + category: drawn + source_table: Table 3-2 + TV_DRW: + layer: + - 63 + - 9 + description: Top Via + category: drawn + source_table: Table 3-2 + TM_DRW: + layer: + - 74 + - 9 + description: Top metal + category: drawn + source_table: Table 3-2 + TM_SLOT: + layer: + - 74 + - 5 + description: Top metal slot + category: drawn + source_table: Table 3-2 + TM_DUMB: + layer: + - 74 + - 11 + description: Top metal dummy block + category: drawn + source_table: Table 3-2 + TM_PINREC: + layer: + - 74 + - 13 + description: Top metal pin recognition + category: drawn + source_table: Table 3-2 + PA_DRW: + layer: + - 100 + - 9 + description: Metal pad open for testing and packaging + category: drawn + source_table: Table 3-2 + DO1_DRW: + layer: + - 101 + - 9 + description: SiN open for optical coupling + category: drawn + source_table: Table 3-2 + DT_DRW: + layer: + - 110 + - 9 + description: Deep Si Trench for edge coupler + category: drawn + source_table: Table 3-2 + LOGO_DRW: + layer: + - 226 + - 9 + description: Logo, all logos print on wafer must only use this layer + category: drawn + source_table: Table 3-2 + METAL_DUMB: + layer: + - 227 + - 11 + description: Metal dummy block + category: drawn + source_table: Table 3-2 + ALL_DUMB: + layer: + - 228 + - 11 + description: all layer dummy block + category: drawn + source_table: Table 3-2 + REC_TXT: + layer: + - 229 + - 12 + description: Text layer, not print on wafer, use for description such as polarization + and optical band description + category: drawn + source_table: Table 3-2 + REC_MARK: + layer: + - 229 + - 15 + description: Mark layer, not print on wafer + category: drawn + source_table: Table 3-2 + OIOGC_PORT: + layer: + - 230 + - 14 + description: GC optical port, for wafer-level testing recognition + category: drawn + source_table: Table 3-2 + OIOGC_TXT: + layer: + - 230 + - 12 + description: GC optical port recognition text, not print on wafer + category: drawn + source_table: Table 3-2 + OIOEC_PORT: + layer: + - 231 + - 14 + description: EC optical port, for wafer-level testing recognition + category: drawn + source_table: Table 3-2 + OIOEC_TXT: + layer: + - 231 + - 12 + description: EC optical port recognition text, not print on wafer + category: drawn + source_table: Table 3-2 + EIORF_PORT: + layer: + - 232 + - 14 + description: RF electrical port, for wafer-level testing recognition + category: drawn + source_table: Table 3-2 + EIORF_TXT: + layer: + - 232 + - 12 + description: RF electrical port recognition text, not print on wafer + category: drawn + source_table: Table 3-2 + EIODC_PORT: + layer: + - 233 + - 14 + description: DC electrical port, for wafer-level testing recognition + category: drawn + source_table: Table 3-2 + EIODC_TXT: + layer: + - 233 + - 12 + description: DC electrical port recognition text, not print on wafer + category: drawn + source_table: Table 3-2 + OPTSI_TXT: + layer: + - 240 + - 12 + description: Pin rectangle text, for Si routing pin recognition + category: drawn + source_table: Table 3-2 + OPTSIN_TXT: + layer: + - 241 + - 12 + description: Pin rectangle text, for SiN routing pin recognition + category: drawn + source_table: Table 3-2 + EPTM_TXT: + layer: + - 246 + - 12 + description: Pin rectangle text, for all metal layer routing pin recognition + category: drawn + source_table: Table 3-2 + DEV_AREA: + layer: + - 251 + - 16 + description: Device drawn area marking layer, indicates the boundary + category: drawn + source_table: Table 3-2 + BB_AREA: + layer: + - 260 + - 16 + description: Blackbox area + category: drawn + source_table: Table 3-2 + BB_TXT: + layer: + - 260 + - 12 + description: Blackbox label text, not print on wafer + category: drawn + source_table: Table 3-2 + EC_AREA: + layer: + - 261 + - 16 + description: Device area marking layer for non-Blackbox EC. All the EC1/2/3 layer + must be covered by the EC_AREA layer. + category: drawn + source_table: Table 3-2 + BBSI_AREA: + layer: + - 265 + - 16 + description: Blackbox area marking layer for Si device + category: drawn + source_table: Table 3-2 + BBSIN_AREA: + layer: + - 266 + - 16 + description: Blackbox area marking layer for SiN device + category: drawn + source_table: Table 3-2 + BBEC_AREA: + layer: + - 267 + - 16 + description: Blackbox area marking layer for EC device + category: drawn + source_table: Table 3-2 + BBACT_AREA: + layer: + - 268 + - 16 + description: Blackbox area marking layer for GC device and active device using + metal layers + category: drawn + source_table: Table 3-2 + FORBID_AREA: + layer: + - 290 + - 16 + description: Forbidden area for any drawing pattern + category: drawn + source_table: Table 3-2 +xsections: {} +materials: {} diff --git a/mxpic/technologies/cumec/CUMEC_CSiP130Cu.yml b/mxpic/technologies/cumec/CUMEC_CSiP130Cu.yml new file mode 100644 index 0000000..d52a469 --- /dev/null +++ b/mxpic/technologies/cumec/CUMEC_CSiP130Cu.yml @@ -0,0 +1,308 @@ +schema_version: 1.0.0 +foundry: CUMEC +technology: CUMEC_CSiP130Cu +constants: + lib_path: GDS_lib\ + W_ISL: 5 + SP_ISL: 5 + SZ_CT: 0.25 + SP_CT: 0.35 + SP_METAL: 1.5 +layers: + FETCH_COR: + layer: + - 31 + - 1 + aliases: + - STRIP_COR + FETCH_CLD: + layer: + - 31 + - 2 + aliases: + - STRIP_CLD + FETCH_TRE: + layer: + - 31 + - 3 + aliases: + - STRIP_TRE + FETCH_HOL: + layer: + - 31 + - 4 + aliases: + - STRIP_HOL + SETCH_COR: + layer: + - 32 + - 1 + aliases: + - SRIB_COR + SETCH_CLD: + layer: + - 32 + - 2 + aliases: + - SRIB_CLD + SETCH_TRE: + layer: + - 32 + - 3 + aliases: + - SRIB_TRE + SETCH_HOL: + layer: + - 32 + - 4 + aliases: + - SRIB_HOL + METCH_COR: + layer: + - 33 + - 1 + aliases: + - RIB_COR + METCH_CLD: + layer: + - 33 + - 2 + aliases: + - RIB_CLD + METCH_TRE: + layer: + - 33 + - 3 + aliases: + - RIB_TRE + METCH_HOL: + layer: + - 33 + - 4 + aliases: + - RIB_HOL + HEATER: + layer: + - 19 + - 0 + CT: + layer: + - 50 + - 0 + aliases: + - VIA_H2M + - VIA_S2M + V1: + layer: + - 51 + - 0 + aliases: + - VIA_M2M + METAL: + layer: + - 11 + - 1 + METAL_SLTBK: + layer: + - 11 + - 21 + METAL_2: + layer: + - 12 + - 1 + METAL_2_SLTBK: + layer: + - 12 + - 21 + BOND_PAD: + layer: + - 20 + - 0 + aliases: + - PAD + PASS1: + layer: + - 60 + - 0 + PASS2: + layer: + - 63 + - 0 + OPEN: + layer: + - 61 + - 0 + aliases: + - GC_OPEN + ISL: + layer: + - 67 + - 0 + NW: + layer: + - 21 + - 0 + PW: + layer: + - 22 + - 0 + NLD: + layer: + - 23 + - 0 + PLD: + layer: + - 24 + - 0 + NLD2: + layer: + - 25 + - 0 + PLD2: + layer: + - 26 + - 0 + NP: + layer: + - 27 + - 0 + PP: + layer: + - 28 + - 0 + EPI: + layer: + - 40 + - 0 + aliases: + - GE + SA: + layer: + - 36 + - 0 + ABOX: + layer: + - 97 + - 1 + PBOX: + layer: + - 97 + - 2 + NOFILL: + layer: + - 92 + - 0 + LOGO: + layer: + - 90 + - 0 + PINREC: + layer: + - 95 + - 0 + DEVREC: + layer: + - 1001 + - 0 +xsections: + strip: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: STRIP_CLD + growx: 2 + growy: 2 + strip_cor: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + rib_s: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: STRIP_CLD + growx: 2 + growy: 2 + rib: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4 + growy: 4 + - layer: STRIP_COR + growx: 2 + growy: 2 + - layer: STRIP_CLD + growx: 4 + growy: 4 + rib_slab: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4 + growy: 4 + drib: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4 + growy: 4 + - layer: STRIP_COR + growx: 2 + growy: 2 + - layer: STRIP_CLD + growx: 4 + growy: 4 + pad: + layers: + - layer: METAL_2 + growx: 0 + growy: 0 + - layer: PAD + growx: 0 + growy: 0 + - layer: PASS1 + growx: -2.5 + growy: -2.5 + - layer: PASS2 + growx: -2.5 + growy: -2.5 + isl: + layers: + - layer: ISL + growx: 0 + growy: 0 + - layer: STRIP_CLD + growx: 1 + growy: 1 + - layer: GC_OPEN + growx: 3 + growy: 3 + metal: + layers: + - layer: METAL + growx: 0 + growy: 0 + - layer: METAL_SLTBK + growx: 0 + growy: 0 + metal_2: + layers: + - layer: METAL_2 + growx: 0 + growy: 0 + - layer: METAL_2_SLTBK + growx: 0 + growy: 0 +materials: {} + + diff --git a/mxpic/technologies/cumec/CUMEC_CSiP180Al_PASSIVE.yml b/mxpic/technologies/cumec/CUMEC_CSiP180Al_PASSIVE.yml new file mode 100644 index 0000000..c7975ef --- /dev/null +++ b/mxpic/technologies/cumec/CUMEC_CSiP180Al_PASSIVE.yml @@ -0,0 +1,190 @@ +schema_version: 1.0.0 +foundry: CUMEC +technology: CUMEC_CSiP180Al_PASSIVE +constants: + lib_path: GDS_lib\ + W_ISL: 5 + SP_ISL: 5 + SZ_CT: 0.25 + SP_CT: 0.35 + SP_METAL: 1.5 +layers: + FETCH_COR: + layer: + - 31 + - 1 + aliases: + - STRIP_COR + FETCH_CLD: + layer: + - 31 + - 2 + aliases: + - STRIP_CLD + FETCH_TRE: + layer: + - 31 + - 3 + aliases: + - STRIP_TRE + FETCH_HOL: + layer: + - 31 + - 4 + aliases: + - STRIP_HOL + SETCH_COR: + layer: + - 32 + - 1 + aliases: + - SRIB_COR + SETCH_CLD: + layer: + - 32 + - 2 + aliases: + - SRIB_CLD + SETCH_TRE: + layer: + - 32 + - 3 + aliases: + - SRIB_TRE + SETCH_HOL: + layer: + - 32 + - 4 + aliases: + - SRIB_HOL + METCH_COR: + layer: + - 33 + - 1 + aliases: + - RIB_COR + METCH_CLD: + layer: + - 33 + - 2 + aliases: + - RIB_CLD + METCH_TRE: + layer: + - 33 + - 3 + aliases: + - RIB_TRE + METCH_HOL: + layer: + - 33 + - 4 + aliases: + - RIB_HOL + HEATER: + layer: + - 19 + - 0 + METAL: + layer: + - 11 + - 1 + PASS1: + layer: + - 60 + - 0 + ISL: + layer: + - 67 + - 0 +xsections: + strip: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: STRIP_CLD + growx: 2 + growy: 2 + strip_cor: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + rib_s: + layers: + - layer: SRIB_COR + growx: 0 + growy: 0 + - layer: SRIB_CLD + growx: 2 + growy: 2 + rib: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4 + growy: 4 + - layer: STRIP_COR + growx: 2 + growy: 2 + - layer: STRIP_CLD + growx: 4 + growy: 4 + rib_s_wg: + layers: + - layer: SRIB_COR + growx: 0 + growy: 0 + - layer: SRIB_CLD + growx: 5 + growy: 5 + - layer: STRIP_COR + growx: 2.5 + growy: 2.5 + - layer: STRIP_CLD + growx: 5 + growy: 5 + rib_slab: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4 + growy: 4 + drib: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4 + growy: 4 + - layer: STRIP_COR + growx: 2 + growy: 2 + - layer: STRIP_CLD + growx: 4 + growy: 4 + pad: + layers: + - layer: METAL + growx: 0 + growy: 0 + - layer: PASS1 + growx: -2.5 + growy: -2.5 + isl: + layers: + - layer: ISL + growx: 0 + growy: 0 + - layer: STRIP_CLD + growx: 1 + growy: 1 +materials: {} + + diff --git a/mxpic/technologies/imec/IMEC_Si220_Active.yml b/mxpic/technologies/imec/IMEC_Si220_Active.yml new file mode 100644 index 0000000..c4d77cb --- /dev/null +++ b/mxpic/technologies/imec/IMEC_Si220_Active.yml @@ -0,0 +1,281 @@ +schema_version: 1.0.0 +foundry: IMEC +technology: IMEC_Si220_Active +constants: + lib_path: GDS_lib\ + W_ISL: 5 + SP_ISL: 5 + SZ_CT: 0.25 + SP_CT: 0.35 + SP_METAL: 1.5 +layers: + WG_COR: + layer: + - 37 + - 4 + aliases: + - STRIP_COR + WG_CLD: + layer: + - 37 + - 5 + aliases: + - STRIP_CLD + WG_TRE: + layer: + - 37 + - 6 + aliases: + - STRIP_TRE + WG_PRI: + layer: + - 38 + - 0 + aliases: + - STRIP_PRI + FC_COR: + layer: + - 35 + - 4 + aliases: + - SRIB_COR + FC_CLD: + layer: + - 35 + - 5 + aliases: + - SRIB_CLD + FC_TRE: + layer: + - 35 + - 6 + aliases: + - SRIB_TRE + FC_PRI: + layer: + - 36 + - 0 + aliases: + - SRIB_PRI + SKT_COR: + layer: + - 43 + - 4 + aliases: + - RIB_COR + SKT_CLD: + layer: + - 43 + - 5 + aliases: + - RIB_CLD + SKT_TRE: + layer: + - 43 + - 6 + aliases: + - RIB_TRE + SKT_PRI: + layer: + - 44 + - 0 + aliases: + - RIB_PRI + FCW_COR: + layer: + - 31 + - 24 + FCW_CLD: + layer: + - 31 + - 25 + FCW_TRE: + layer: + - 31 + - 26 + FCW_PRI: + layer: + - 32 + - 0 + METPASS: + layer: + - 18 + - 0 + aliases: + - PAD + MHD: + layer: + - 14 + - 0 + aliases: + - HEATER + PCON: + layer: + - 10 + - 0 + aliases: + - VIA_S2M + PVH: + layer: + - 53 + - 0 + aliases: + - VIA_H2M + M1_DRW: + layer: + - 11 + - 0 + aliases: + - METAL + M1_NOFILL: + layer: + - 11 + - 9 + M2_DRW: + layer: + - 13 + - 0 + aliases: + - METAL_2 + M2_NOFILL: + layer: + - 13 + - 9 + VIA12: + layer: + - 12 + - 0 + aliases: + - VIA_M2M + LPASS: + layer: + - 91 + - 0 + aliases: + - GC_OPEN + PASS1: + layer: + - 16 + - 0 + aliases: + - SiN_OPEN + PASS2: + layer: + - 17 + - 0 + aliases: + - PAD_OPEN + EXPOWG: + layer: + - 84 + - 0 + N1: + layer: + - 2 + - 0 + P1: + layer: + - 3 + - 0 + N2: + layer: + - 6 + - 0 + P2: + layer: + - 7 + - 0 + NBODY: + layer: + - 25 + - 0 + PBODY: + layer: + - 26 + - 0 + NP: + layer: + - 4 + - 0 + PP: + layer: + - 5 + - 0 +xsections: + strip: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: STRIP_CLD + growx: 2 + growy: 2 + strip_cor: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + rib_s: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 2 + growy: 2 + rib: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4.1 + growy: 4.1 + - layer: STRIP_COR + growx: 4 + growy: 4 + - layer: STRIP_CLD + growx: 6.5 + growy: 6.5 + drib: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4 + growy: 4 + - layer: STRIP_COR + growx: 2 + growy: 2 + - layer: STRIP_CLD + growx: 4 + growy: 4 + pad: + layers: + - layer: METAL_2 + growx: 0 + growy: 0 + - layer: SiN_OPEN + growx: -3 + growy: -3 + - layer: PAD + growx: 0 + growy: 0 + - layer: PAD_OPEN + growx: -3 + growy: -3 + expowg: + layers: + - layer: EXPOWG + growx: 0 + growy: 0 + - layer: FCW_COR + growx: 1 + growy: 1 + - layer: FCW_CLD + growx: 3 + growy: 3 +materials: {} + + diff --git a/mxpic/technologies/imecas/IMECAS_SiP.yml b/mxpic/technologies/imecas/IMECAS_SiP.yml new file mode 100644 index 0000000..237df7d --- /dev/null +++ b/mxpic/technologies/imecas/IMECAS_SiP.yml @@ -0,0 +1,149 @@ +schema_version: 1.0.0 +foundry: IMECAS +technology: IMECAS_SiP +constants: + lib_path: GDS_lib\ + W_ISL: 10 + SP_ISL: 10 + SP_METAL: 1.5 +layers: + FECOR: + layer: + - 10 + - 2 + aliases: + - STRIP_COR + FECLD: + layer: + - 10 + - 3 + aliases: + - STRIP_CLD + FETCH: + layer: + - 10 + - 4 + aliases: + - STRIP_TRE + SECOR: + layer: + - 11 + - 2 + aliases: + - SRIB_COR + SECLD: + layer: + - 11 + - 3 + aliases: + - SRIB_CLD + SETCH: + layer: + - 11 + - 4 + aliases: + - SRIB_TRE + MECOR: + layer: + - 12 + - 2 + aliases: + - RIB_COR + MECLD: + layer: + - 12 + - 3 + aliases: + - RIB_CLD + METCH: + layer: + - 12 + - 4 + aliases: + - RIB_TRE + M1: + layer: + - 31 + - 0 + aliases: + - METAL + TIN: + layer: + - 34 + - 0 + aliases: + - HEATER + PAD: + layer: + - 36 + - 0 + DETCH: + layer: + - 80 + - 0 +xsections: + strip: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: STRIP_CLD + growx: 2 + growy: 2 + strip_cor: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + rib_s: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 2 + growy: 2 + rib: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4 + growy: 4 + - layer: STRIP_COR + growx: 2 + growy: 2 + - layer: STRIP_CLD + growx: 4 + growy: 4 + drib: + layers: + - layer: RIB_COR + growx: 0 + growy: 0 + - layer: RIB_CLD + growx: 4 + growy: 4 + - layer: STRIP_COR + growx: 2 + growy: 2 + - layer: STRIP_CLD + growx: 4 + growy: 4 + pad: + layers: + - layer: METAL + growx: 5 + growy: 5 + - layer: PAD + growx: 0 + growy: 0 + isl: + layers: + - layer: DETCH + growx: 0 + growy: 0 +materials: {} + + diff --git a/mxpic/technologies/layer_models.py b/mxpic/technologies/layer_models.py index 8ce6a21..92907ec 100644 --- a/mxpic/technologies/layer_models.py +++ b/mxpic/technologies/layer_models.py @@ -1,18 +1,67 @@ +"""Dataclass models used by manifest-backed technologies.""" + from dataclasses import dataclass from typing import Any, Optional, Tuple @dataclass(frozen=True) class LayerSpec: - native_name: str - gds: Any + """One canonical foundry GDS layer plus optional process metadata.""" + + name: str + layer: Tuple[int, int] aliases: Tuple[str, ...] = () + material: Optional[str] = None + z_start: Optional[float] = None + thickness: Optional[float] = None + sidewall_angle: Optional[float] = None + process: Optional[str] = None description: str = "" +@dataclass(frozen=True) +class XSectionLayerSpec: + """One layer contribution inside a Nazca xsection.""" + + layer: str + growx: Optional[float] = None + growy: Optional[float] = None + leftedge: Optional[Tuple[float, float]] = None + rightedge: Optional[Tuple[float, float]] = None + overwrite: bool = True + + @dataclass(frozen=True) class XSectionSpec: + """Named cross-section made from one or more layer contributions.""" + name: str - layers: Tuple[Any, ...] - growth: Tuple[Any, ...] - growy: Optional[Any] = None + layers: Tuple[XSectionLayerSpec, ...] + + +@dataclass(frozen=True) +class MaterialSpec: + """Material metadata and optional refractive-index data reference.""" + + name: str + display_name: Optional[str] = None + source_file: Optional[str] = None + source_revision: Optional[str] = None + data_file: Optional[str] = None + notes: str = "" + + +@dataclass(frozen=True) +class ProcessLayerSpec: + """Detailed process-stack row reserved for full process exports.""" + + name: str + gds: Any = None + z_start_um: Optional[float] = None + thickness_um: Optional[float] = None + material: Optional[str] = None + pattern_material: Optional[str] = None + process: Optional[str] = None + sidewall_angle: Optional[float] = None + pattern_growth_delta_um: Optional[float] = None + enabled: Optional[bool] = None diff --git a/mxpic/technologies/legacy/AMF.py b/mxpic/technologies/legacy/AMF.py new file mode 100644 index 0000000..20ef0f8 --- /dev/null +++ b/mxpic/technologies/legacy/AMF.py @@ -0,0 +1,98 @@ +# LEGACY TECHNOLOGY MODULE - DISABLED +# This source was moved out of the active technology package. +# Technologies are now loaded from foundry-local YAML manifests via Foundry(manifest). +# +# from .Foundry import Foundry +# +# +# class AMF_Si220_Active(Foundry): +# MANIFEST = "amf/AMF_Si220_Active.yml" +# +# +# # ---------------------------------------------------------------------- +# # LEGACY INLINE TECHNOLOGY SOURCE - DISABLED +# # Kept for traceability while YAML manifests are the source of truth. +# # ---------------------------------------------------------------------- +# # from .Foundry import Foundry +# # from .layer_models import LayerSpec, XSectionLayerSpec, XSectionSpec +# # +# # +# # class AMF_Si220_Active(Foundry): +# # +# # ## Generall parameters +# # STD_SMWG_WIDTH = 0.45 +# # SLAB_GROWTH = 2 +# # W_METAL_MIN = 5 +# # SPACING_HEATER_MIN = 2 +# # SPACING_METAL_MIN = 4 +# # W_HEATER_MIN = 3 +# # +# # lib_path = "GDS_lib\\" +# # +# # LAYERS = { +# # "RIB": LayerSpec("RIB", (10, 0), aliases=("STRIP_COR",)), +# # "GRAT": LayerSpec("GRAT", (11, 0), aliases=("SRIB_COR",)), +# # "SLAB": LayerSpec("SLAB", (12, 0), aliases=("RIB_COR",)), +# # "SINWIN1": LayerSpec("SINWIN1", (53, 0)), +# # "SINWG1": LayerSpec("SINWG1", (54, 0)), +# # "HTR": LayerSpec("HTR", (115, 0), aliases=("HEATER",)), +# # "VIA1": LayerSpec("VIA1", (100, 0), aliases=("VIA_S2M",)), +# # "VIA2": LayerSpec("VIA2", (120, 0), aliases=("VIA_H2M", "VIA_M2M")), +# # "METAL": LayerSpec("METAL", (105, 0)), +# # "METAL_2": LayerSpec("METAL_2", (125, 0)), +# # "BONDPAD": LayerSpec("BONDPAD", (150, 0), aliases=("PAD",)), +# # "OX_OPEN": LayerSpec("OX_OPEN", (151, 0), aliases=("OPEN",)), +# # "DT": LayerSpec("DT", (160, 0), aliases=("ISL",)), +# # "PCONT": LayerSpec("PCONT", (21, 0), aliases=("PP",)), +# # "NCONT": LayerSpec("NCONT", (22, 0), aliases=("NP",)), +# # "PIM": LayerSpec("PIM", (23, 0), aliases=("PLD",)), +# # "NIM": LayerSpec("NIM", (24, 0), aliases=("NLD",)), +# # "IPD": LayerSpec("IPD", (25, 0), aliases=("PLD2",)), +# # "NPD": LayerSpec("NPD", (26, 0), aliases=("NLD2",)), +# # "GeEP": LayerSpec("GeEP", (40, 0), aliases=("GE",)), +# # "PPPGE": LayerSpec("PPPGE", (20, 0)), +# # "NPPGE": LayerSpec("NPPGE", (41, 0)), +# # } +# # +# # XSECTIONS = { +# # "strip": XSectionSpec( +# # "strip", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "strip_cor": XSectionSpec( +# # "strip_cor", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "rib": XSectionSpec( +# # "rib", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_COR", growx=3, growy=3), +# # ), +# # ), +# # "rib_s": XSectionSpec( +# # "rib_s", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("SRIB_COR", growx=4, growy=4), +# # ), +# # ), +# # "isl": XSectionSpec( +# # "isl", +# # (XSectionLayerSpec("ISL", growx=0, growy=0),), +# # ), +# # "sn": XSectionSpec( +# # "sn", +# # ( +# # XSectionLayerSpec("SINWG1", growx=0, growy=0), +# # XSectionLayerSpec("SINWIN1", growx=21, growy=21), +# # ), +# # ), +# # "pad": XSectionSpec( +# # "pad", +# # ( +# # XSectionLayerSpec("METAL_2", growx=0, growy=0), +# # XSectionLayerSpec("PAD", growx=-2.5, growy=-2.5), +# # ), +# # ), +# # } diff --git a/mxpic/technologies/legacy/ANT.py b/mxpic/technologies/legacy/ANT.py new file mode 100644 index 0000000..92ceff3 --- /dev/null +++ b/mxpic/technologies/legacy/ANT.py @@ -0,0 +1,57 @@ +# LEGACY TECHNOLOGY MODULE - DISABLED +# This source was moved out of the active technology package. +# Technologies are now loaded from foundry-local YAML manifests via Foundry(manifest). +# +# from .Foundry import Foundry +# +# +# class ANT_Si220_MPW(Foundry): +# MANIFEST = "ant/ANT_Si220_MPW.yml" +# +# +# # ---------------------------------------------------------------------- +# # LEGACY INLINE TECHNOLOGY SOURCE - DISABLED +# # Kept for traceability while YAML manifests are the source of truth. +# # ---------------------------------------------------------------------- +# # from .Foundry import Foundry +# # from .layer_models import LayerSpec, XSectionLayerSpec, XSectionSpec +# # +# # +# # class ANT_Si220_MPW(Foundry): +# # +# # ## Generall parameters +# # STD_SMWG_WIDTH = 0.45 +# # SLAB_GROWTH = 2 +# # W_METAL_MIN = 5 +# # SPACING_HEATER_MIN = 2 +# # SPACING_METAL_MIN = 4 +# # W_HEATER_MIN = 3 +# # +# # lib_path = "GDS_lib\\" +# # +# # LAYERS = { +# # "RIB": LayerSpec("RIB", (1, 0), aliases=("STRIP_COR",)), +# # "METAL": LayerSpec("METAL", (12, 0)), +# # "HTR": LayerSpec("HTR", (11, 0), aliases=("HEATER",)), +# # "BONDPAD": LayerSpec("BONDPAD", (13, 0), aliases=("PAD",)), +# # "ISOLATION": LayerSpec("ISOLATION", (203, 0), aliases=("ISL",)), +# # "DEEPTRENCH": LayerSpec("DEEPTRENCH", (201, 0), aliases=("DT",)), +# # } +# # +# # XSECTIONS = { +# # "strip": XSectionSpec( +# # "strip", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "strip_cor": XSectionSpec( +# # "strip_cor", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "pad": XSectionSpec( +# # "pad", +# # ( +# # XSectionLayerSpec("METAL", growx=0, growy=0), +# # XSectionLayerSpec("PAD", growx=-5, growy=-5), +# # ), +# # ), +# # } diff --git a/mxpic/technologies/legacy/CUMEC.py b/mxpic/technologies/legacy/CUMEC.py new file mode 100644 index 0000000..945e1e5 --- /dev/null +++ b/mxpic/technologies/legacy/CUMEC.py @@ -0,0 +1,249 @@ +# LEGACY TECHNOLOGY MODULE - DISABLED +# This source was moved out of the active technology package. +# Technologies are now loaded from foundry-local YAML manifests via Foundry(manifest). +# +# from .Foundry import Foundry +# +# +# class CUMEC_CSiP130Cu(Foundry): +# MANIFEST = "cumec/CUMEC_CSiP130Cu.yml" +# +# +# class CUMEC_CSiP180Al_PASSIVE(Foundry): +# MANIFEST = "cumec/CUMEC_CSiP180Al_PASSIVE.yml" +# +# +# # ---------------------------------------------------------------------- +# # LEGACY INLINE TECHNOLOGY SOURCE - DISABLED +# # Kept for traceability while YAML manifests are the source of truth. +# # ---------------------------------------------------------------------- +# # from .Foundry import Foundry +# # from .layer_models import LayerSpec, XSectionLayerSpec, XSectionSpec +# # +# # +# # class CUMEC_CSiP130Cu(Foundry): +# # +# # lib_path = "GDS_lib\\" +# # W_ISL = 5 +# # SP_ISL = 5 +# # SZ_CT = 0.25 +# # SP_CT = 0.35 +# # SP_METAL = 1.5 +# # +# # LAYERS = { +# # "FETCH_COR": LayerSpec("FETCH_COR", (31, 1), aliases=("STRIP_COR",)), +# # "FETCH_CLD": LayerSpec("FETCH_CLD", (31, 2), aliases=("STRIP_CLD",)), +# # "FETCH_TRE": LayerSpec("FETCH_TRE", (31, 3), aliases=("STRIP_TRE",)), +# # "FETCH_HOL": LayerSpec("FETCH_HOL", (31, 4), aliases=("STRIP_HOL",)), +# # "SETCH_COR": LayerSpec("SETCH_COR", (32, 1), aliases=("SRIB_COR",)), +# # "SETCH_CLD": LayerSpec("SETCH_CLD", (32, 2), aliases=("SRIB_CLD",)), +# # "SETCH_TRE": LayerSpec("SETCH_TRE", (32, 3), aliases=("SRIB_TRE",)), +# # "SETCH_HOL": LayerSpec("SETCH_HOL", (32, 4), aliases=("SRIB_HOL",)), +# # "METCH_COR": LayerSpec("METCH_COR", (33, 1), aliases=("RIB_COR",)), +# # "METCH_CLD": LayerSpec("METCH_CLD", (33, 2), aliases=("RIB_CLD",)), +# # "METCH_TRE": LayerSpec("METCH_TRE", (33, 3), aliases=("RIB_TRE",)), +# # "METCH_HOL": LayerSpec("METCH_HOL", (33, 4), aliases=("RIB_HOL",)), +# # "HEATER": LayerSpec("HEATER", (19, 0)), +# # "CT": LayerSpec("CT", (50, 0), aliases=("VIA_H2M", "VIA_S2M")), +# # "V1": LayerSpec("V1", (51, 0), aliases=("VIA_M2M",)), +# # "METAL": LayerSpec("METAL", (11, 1)), +# # "METAL_SLTBK": LayerSpec("METAL_SLTBK", (11, 21)), +# # "METAL_2": LayerSpec("METAL_2", (12, 1)), +# # "METAL_2_SLTBK": LayerSpec("METAL_2_SLTBK", (12, 21)), +# # "BOND_PAD": LayerSpec("BOND_PAD", (20, 0), aliases=("PAD",)), +# # "PASS1": LayerSpec("PASS1", (60, 0)), +# # "PASS2": LayerSpec("PASS2", (63, 0)), +# # "OPEN": LayerSpec("OPEN", (61, 0), aliases=("GC_OPEN",)), +# # "ISL": LayerSpec("ISL", (67, 0)), +# # "NW": LayerSpec("NW", (21, 0)), +# # "PW": LayerSpec("PW", (22, 0)), +# # "NLD": LayerSpec("NLD", (23, 0)), +# # "PLD": LayerSpec("PLD", (24, 0)), +# # "NLD2": LayerSpec("NLD2", (25, 0)), +# # "PLD2": LayerSpec("PLD2", (26, 0)), +# # "NP": LayerSpec("NP", (27, 0)), +# # "PP": LayerSpec("PP", (28, 0)), +# # "EPI": LayerSpec("EPI", (40, 0), aliases=("GE",)), +# # "SA": LayerSpec("SA", (36, 0)), +# # "ABOX": LayerSpec("ABOX", (97, 1)), +# # "PBOX": LayerSpec("PBOX", (97, 2)), +# # "NOFILL": LayerSpec("NOFILL", (92, 0)), +# # "LOGO": LayerSpec("LOGO", (90, 0)), +# # "PINREC": LayerSpec("PINREC", (95, 0)), +# # "DEVREC": LayerSpec("DEVREC", (1001, 0)), +# # } +# # +# # XSECTIONS = { +# # "strip": XSectionSpec( +# # "strip", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("STRIP_CLD", growx=2, growy=2), +# # ), +# # ), +# # "strip_cor": XSectionSpec( +# # "strip_cor", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "rib_s": XSectionSpec( +# # "rib_s", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("STRIP_CLD", growx=2, growy=2), +# # ), +# # ), +# # "rib": XSectionSpec( +# # "rib", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4, growy=4), +# # XSectionLayerSpec("STRIP_COR", growx=2, growy=2), +# # XSectionLayerSpec("STRIP_CLD", growx=4, growy=4), +# # ), +# # ), +# # "rib_slab": XSectionSpec( +# # "rib_slab", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4, growy=4), +# # ), +# # ), +# # "drib": XSectionSpec( +# # "drib", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4, growy=4), +# # XSectionLayerSpec("STRIP_COR", growx=2, growy=2), +# # XSectionLayerSpec("STRIP_CLD", growx=4, growy=4), +# # ), +# # ), +# # "pad": XSectionSpec( +# # "pad", +# # ( +# # XSectionLayerSpec("METAL_2", growx=0, growy=0), +# # XSectionLayerSpec("PAD", growx=0, growy=0), +# # XSectionLayerSpec("PASS1", growx=-2.5, growy=-2.5), +# # XSectionLayerSpec("PASS2", growx=-2.5, growy=-2.5), +# # ), +# # ), +# # "isl": XSectionSpec( +# # "isl", +# # ( +# # XSectionLayerSpec("ISL", growx=0, growy=0), +# # XSectionLayerSpec("STRIP_CLD", growx=1, growy=1), +# # XSectionLayerSpec("GC_OPEN", growx=3, growy=3), +# # ), +# # ), +# # "metal": XSectionSpec( +# # "metal", +# # ( +# # XSectionLayerSpec("METAL", growx=0, growy=0), +# # XSectionLayerSpec("METAL_SLTBK", growx=0, growy=0), +# # ), +# # ), +# # "metal_2": XSectionSpec( +# # "metal_2", +# # ( +# # XSectionLayerSpec("METAL_2", growx=0, growy=0), +# # XSectionLayerSpec("METAL_2_SLTBK", growx=0, growy=0), +# # ), +# # ), +# # } +# # +# # +# # class CUMEC_CSiP180Al_PASSIVE(Foundry): +# # +# # lib_path = "GDS_lib\\" +# # W_ISL = 5 +# # SP_ISL = 5 +# # SZ_CT = 0.25 +# # SP_CT = 0.35 +# # SP_METAL = 1.5 +# # +# # LAYERS = { +# # "FETCH_COR": LayerSpec("FETCH_COR", (31, 1), aliases=("STRIP_COR",)), +# # "FETCH_CLD": LayerSpec("FETCH_CLD", (31, 2), aliases=("STRIP_CLD",)), +# # "FETCH_TRE": LayerSpec("FETCH_TRE", (31, 3), aliases=("STRIP_TRE",)), +# # "FETCH_HOL": LayerSpec("FETCH_HOL", (31, 4), aliases=("STRIP_HOL",)), +# # "SETCH_COR": LayerSpec("SETCH_COR", (32, 1), aliases=("SRIB_COR",)), +# # "SETCH_CLD": LayerSpec("SETCH_CLD", (32, 2), aliases=("SRIB_CLD",)), +# # "SETCH_TRE": LayerSpec("SETCH_TRE", (32, 3), aliases=("SRIB_TRE",)), +# # "SETCH_HOL": LayerSpec("SETCH_HOL", (32, 4), aliases=("SRIB_HOL",)), +# # "METCH_COR": LayerSpec("METCH_COR", (33, 1), aliases=("RIB_COR",)), +# # "METCH_CLD": LayerSpec("METCH_CLD", (33, 2), aliases=("RIB_CLD",)), +# # "METCH_TRE": LayerSpec("METCH_TRE", (33, 3), aliases=("RIB_TRE",)), +# # "METCH_HOL": LayerSpec("METCH_HOL", (33, 4), aliases=("RIB_HOL",)), +# # "HEATER": LayerSpec("HEATER", (19, 0)), +# # "METAL": LayerSpec("METAL", (11, 1)), +# # "PASS1": LayerSpec("PASS1", (60, 0)), +# # "ISL": LayerSpec("ISL", (67, 0)), +# # } +# # +# # XSECTIONS = { +# # "strip": XSectionSpec( +# # "strip", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("STRIP_CLD", growx=2, growy=2), +# # ), +# # ), +# # "strip_cor": XSectionSpec( +# # "strip_cor", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "rib_s": XSectionSpec( +# # "rib_s", +# # ( +# # XSectionLayerSpec("SRIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("SRIB_CLD", growx=2, growy=2), +# # ), +# # ), +# # "rib": XSectionSpec( +# # "rib", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4, growy=4), +# # XSectionLayerSpec("STRIP_COR", growx=2, growy=2), +# # XSectionLayerSpec("STRIP_CLD", growx=4, growy=4), +# # ), +# # ), +# # "rib_s_wg": XSectionSpec( +# # "rib_s_wg", +# # ( +# # XSectionLayerSpec("SRIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("SRIB_CLD", growx=5, growy=5), +# # XSectionLayerSpec("STRIP_COR", growx=2.5, growy=2.5), +# # XSectionLayerSpec("STRIP_CLD", growx=5, growy=5), +# # ), +# # ), +# # "rib_slab": XSectionSpec( +# # "rib_slab", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4, growy=4), +# # ), +# # ), +# # "drib": XSectionSpec( +# # "drib", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4, growy=4), +# # XSectionLayerSpec("STRIP_COR", growx=2, growy=2), +# # XSectionLayerSpec("STRIP_CLD", growx=4, growy=4), +# # ), +# # ), +# # "pad": XSectionSpec( +# # "pad", +# # ( +# # XSectionLayerSpec("METAL", growx=0, growy=0), +# # XSectionLayerSpec("PASS1", growx=-2.5, growy=-2.5), +# # ), +# # ), +# # "isl": XSectionSpec( +# # "isl", +# # ( +# # XSectionLayerSpec("ISL", growx=0, growy=0), +# # XSectionLayerSpec("STRIP_CLD", growx=1, growy=1), +# # ), +# # ), +# # } diff --git a/mxpic/technologies/legacy/CompTek.py b/mxpic/technologies/legacy/CompTek.py new file mode 100644 index 0000000..3d6251b --- /dev/null +++ b/mxpic/technologies/legacy/CompTek.py @@ -0,0 +1,104 @@ +# LEGACY TECHNOLOGY MODULE - DISABLED +# This source was moved out of the active technology package. +# Technologies are now loaded from foundry-local YAML manifests via Foundry(manifest). +# +# from .Foundry import Foundry +# +# +# class CT_CU3ML(Foundry): +# MANIFEST = "comptek/CT_CU3ML.yml" +# +# +# # ---------------------------------------------------------------------- +# # LEGACY INLINE TECHNOLOGY SOURCE - DISABLED +# # Kept for traceability while YAML manifests are the source of truth. +# # ---------------------------------------------------------------------- +# # from .Foundry import Foundry +# # from .layer_models import LayerSpec, XSectionLayerSpec, XSectionSpec +# # +# # +# # class CT_CU3ML(Foundry): +# # +# # ## Generall parameters +# # STD_SMWG_WIDTH = 0.45 +# # SLAB_GROWTH = 2 +# # W_METAL_MIN = 5 +# # SPACING_HEATER_MIN = 2 +# # SPACING_METAL_MIN = 4 +# # W_HEATER_MIN = 3 +# # +# # lib_path = "GDS_lib\\" +# # +# # LAYERS = { +# # "RIB": LayerSpec("RIB", (275, 0), aliases=("STRIP_COR",)), +# # "GRAT": LayerSpec("GRAT", (407, 0), aliases=("SRIB_COR",)), +# # "SLAB": LayerSpec("SLAB", (406, 0), aliases=("RIB_COR",)), +# # "NitrideWG": LayerSpec("NitrideWG", (263, 0), aliases=("SINWG",)), +# # "NitrideWG_RIB": LayerSpec( +# # "NitrideWG_RIB", +# # (415, 0), +# # aliases=("RIB_SIN",), +# # description="Legacy map used NitrideWG for this layer.", +# # ), +# # "TIN": LayerSpec("TIN", (398, 0), aliases=("HEATER",)), +# # "ContSi": LayerSpec("ContSi", (268, 0), aliases=("VIA_S2M",)), +# # "ContGe": LayerSpec("ContGe", (35, 0), aliases=("VIA_G2M",)), +# # "VIA1": LayerSpec("VIA1", (85, 0), aliases=("VIA_M2M",)), +# # "VIA2": LayerSpec("VIA2", (86, 0), aliases=("VIA_M2M_2",)), +# # "VIA3": LayerSpec("VIA3", (419, 0), aliases=("VIA_M2M_3",)), +# # "M1": LayerSpec("M1", (6, 0), aliases=("METAL",)), +# # "M2": LayerSpec("M2", (86, 0), aliases=("METAL_2",)), +# # "M3": LayerSpec("M3", (27, 0), aliases=("METAL_3", "PAD")), +# # "BEOL_N0_RMV": LayerSpec("BEOL_N0_RMV", (283, 0), aliases=("N0RMV",)), +# # "BEOL_N1_RMV": LayerSpec("BEOL_N1_RMV", (289, 0), aliases=("N1RMV",)), +# # "BEOL_N2_RMV": LayerSpec("BEOL_N2_RMV", (290, 0), aliases=("N2RMV",)), +# # "BEOL_N3_RMV": LayerSpec("BEOL_N3_RMV", (291, 0), aliases=("N3RMV",)), +# # "SIN_RMV": LayerSpec("SIN_RMV", (483, 0), aliases=("PAD_OPEN",)), +# # "DT": LayerSpec("DT", (404, 0), aliases=("ISL",)), +# # "P": LayerSpec("P", (256, 0)), +# # "N": LayerSpec("N", (257, 0)), +# # "P+": LayerSpec("P+", (258, 0)), +# # "N+": LayerSpec("N+", (259, 0)), +# # "P++": LayerSpec("P++", (260, 0)), +# # "N++": LayerSpec("N++", (261, 0)), +# # "GePD": LayerSpec("GePD", (262, 0), aliases=("GE",)), +# # "GeN+": LayerSpec("GeN+", (265, 0), aliases=("GN+",)), +# # "GeP+": LayerSpec("GeP+", (266, 0), aliases=("GP+",)), +# # "GeWindow": LayerSpec("GeWindow", (264, 0), aliases=("GW",)), +# # } +# # +# # XSECTIONS = { +# # "strip": XSectionSpec( +# # "strip", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "strip_cor": XSectionSpec( +# # "strip_cor", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "rib": XSectionSpec( +# # "rib", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_COR", growx=4, growy=4), +# # ), +# # ), +# # "rib_s": XSectionSpec( +# # "rib_s", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("SRIB_COR", growx=4, growy=4), +# # ), +# # ), +# # "isl": XSectionSpec( +# # "isl", +# # (XSectionLayerSpec("ISL", growx=0, growy=0),), +# # ), +# # "pad": XSectionSpec( +# # "pad", +# # ( +# # XSectionLayerSpec("METAL_3", growx=0, growy=0), +# # XSectionLayerSpec("PAD_OPEN", growx=-2.5, growy=-2.5), +# # ), +# # ), +# # } diff --git a/mxpic/technologies/legacy/IMEC.py b/mxpic/technologies/legacy/IMEC.py new file mode 100644 index 0000000..a0420c6 --- /dev/null +++ b/mxpic/technologies/legacy/IMEC.py @@ -0,0 +1,123 @@ +# LEGACY TECHNOLOGY MODULE - DISABLED +# This source was moved out of the active technology package. +# Technologies are now loaded from foundry-local YAML manifests via Foundry(manifest). +# +# from .Foundry import Foundry +# +# +# class IMEC_Si220_Active(Foundry): +# MANIFEST = "imec/IMEC_Si220_Active.yml" +# +# +# # ---------------------------------------------------------------------- +# # LEGACY INLINE TECHNOLOGY SOURCE - DISABLED +# # Kept for traceability while YAML manifests are the source of truth. +# # ---------------------------------------------------------------------- +# # from .Foundry import Foundry +# # from .layer_models import LayerSpec, XSectionLayerSpec, XSectionSpec +# # +# # +# # class IMEC_Si220_Active(Foundry): +# # +# # lib_path = "GDS_lib\\" +# # W_ISL = 5 +# # SP_ISL = 5 +# # SZ_CT = 0.25 +# # SP_CT = 0.35 +# # SP_METAL = 1.5 +# # +# # LAYERS = { +# # "WG_COR": LayerSpec("WG_COR", (37, 4), aliases=("STRIP_COR",)), +# # "WG_CLD": LayerSpec("WG_CLD", (37, 5), aliases=("STRIP_CLD",)), +# # "WG_TRE": LayerSpec("WG_TRE", (37, 6), aliases=("STRIP_TRE",)), +# # "WG_PRI": LayerSpec("WG_PRI", (38, 0), aliases=("STRIP_PRI",)), +# # "FC_COR": LayerSpec("FC_COR", (35, 4), aliases=("SRIB_COR",)), +# # "FC_CLD": LayerSpec("FC_CLD", (35, 5), aliases=("SRIB_CLD",)), +# # "FC_TRE": LayerSpec("FC_TRE", (35, 6), aliases=("SRIB_TRE",)), +# # "FC_PRI": LayerSpec("FC_PRI", (36, 0), aliases=("SRIB_PRI",)), +# # "SKT_COR": LayerSpec("SKT_COR", (43, 4), aliases=("RIB_COR",)), +# # "SKT_CLD": LayerSpec("SKT_CLD", (43, 5), aliases=("RIB_CLD",)), +# # "SKT_TRE": LayerSpec("SKT_TRE", (43, 6), aliases=("RIB_TRE",)), +# # "SKT_PRI": LayerSpec("SKT_PRI", (44, 0), aliases=("RIB_PRI",)), +# # "FCW_COR": LayerSpec("FCW_COR", (31, 24)), +# # "FCW_CLD": LayerSpec("FCW_CLD", (31, 25)), +# # "FCW_TRE": LayerSpec("FCW_TRE", (31, 26)), +# # "FCW_PRI": LayerSpec("FCW_PRI", (32, 0)), +# # "METPASS": LayerSpec("METPASS", (18, 0), aliases=("PAD",)), +# # "MHD": LayerSpec("MHD", (14, 0), aliases=("HEATER",)), +# # "PCON": LayerSpec("PCON", (10, 0), aliases=("VIA_S2M",)), +# # "PVH": LayerSpec("PVH", (53, 0), aliases=("VIA_H2M",)), +# # "M1_DRW": LayerSpec("M1_DRW", (11, 0), aliases=("METAL",)), +# # "M1_NOFILL": LayerSpec("M1_NOFILL", (11, 9)), +# # "M2_DRW": LayerSpec("M2_DRW", (13, 0), aliases=("METAL_2",)), +# # "M2_NOFILL": LayerSpec("M2_NOFILL", (13, 9)), +# # "VIA12": LayerSpec("VIA12", (12, 0), aliases=("VIA_M2M",)), +# # "LPASS": LayerSpec("LPASS", (91, 0), aliases=("GC_OPEN",)), +# # "PASS1": LayerSpec("PASS1", (16, 0), aliases=("SiN_OPEN",)), +# # "PASS2": LayerSpec("PASS2", (17, 0), aliases=("PAD_OPEN",)), +# # "EXPOWG": LayerSpec("EXPOWG", (84, 0)), +# # "N1": LayerSpec("N1", (2, 0)), +# # "P1": LayerSpec("P1", (3, 0)), +# # "N2": LayerSpec("N2", (6, 0)), +# # "P2": LayerSpec("P2", (7, 0)), +# # "NBODY": LayerSpec("NBODY", (25, 0)), +# # "PBODY": LayerSpec("PBODY", (26, 0)), +# # "NP": LayerSpec("NP", (4, 0)), +# # "PP": LayerSpec("PP", (5, 0)), +# # } +# # +# # XSECTIONS = { +# # "strip": XSectionSpec( +# # "strip", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("STRIP_CLD", growx=2, growy=2), +# # ), +# # ), +# # "strip_cor": XSectionSpec( +# # "strip_cor", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "rib_s": XSectionSpec( +# # "rib_s", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=2, growy=2), +# # ), +# # ), +# # "rib": XSectionSpec( +# # "rib", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4.1, growy=4.1), +# # XSectionLayerSpec("STRIP_COR", growx=4, growy=4), +# # XSectionLayerSpec("STRIP_CLD", growx=6.5, growy=6.5), +# # ), +# # ), +# # "drib": XSectionSpec( +# # "drib", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4, growy=4), +# # XSectionLayerSpec("STRIP_COR", growx=2, growy=2), +# # XSectionLayerSpec("STRIP_CLD", growx=4, growy=4), +# # ), +# # ), +# # "pad": XSectionSpec( +# # "pad", +# # ( +# # XSectionLayerSpec("METAL_2", growx=0, growy=0), +# # XSectionLayerSpec("SiN_OPEN", growx=-3, growy=-3), +# # XSectionLayerSpec("PAD", growx=0, growy=0), +# # XSectionLayerSpec("PAD_OPEN", growx=-3, growy=-3), +# # ), +# # ), +# # "expowg": XSectionSpec( +# # "expowg", +# # ( +# # XSectionLayerSpec("EXPOWG", growx=0, growy=0), +# # XSectionLayerSpec("FCW_COR", growx=1, growy=1), +# # XSectionLayerSpec("FCW_CLD", growx=3, growy=3), +# # ), +# # ), +# # } diff --git a/mxpic/technologies/legacy/IMECAS.py b/mxpic/technologies/legacy/IMECAS.py new file mode 100644 index 0000000..7b56a29 --- /dev/null +++ b/mxpic/technologies/legacy/IMECAS.py @@ -0,0 +1,91 @@ +# LEGACY TECHNOLOGY MODULE - DISABLED +# This source was moved out of the active technology package. +# Technologies are now loaded from foundry-local YAML manifests via Foundry(manifest). +# +# from .Foundry import Foundry +# +# +# class IMECAS_SiP(Foundry): +# MANIFEST = "imecas/IMECAS_SiP.yml" +# +# +# # ---------------------------------------------------------------------- +# # LEGACY INLINE TECHNOLOGY SOURCE - DISABLED +# # Kept for traceability while YAML manifests are the source of truth. +# # ---------------------------------------------------------------------- +# # from .Foundry import Foundry +# # from .layer_models import LayerSpec, XSectionLayerSpec, XSectionSpec +# # +# # +# # class IMECAS_SiP(Foundry): +# # +# # lib_path = "GDS_lib\\" +# # W_ISL = 10 +# # SP_ISL = 10 +# # SP_METAL = 1.5 +# # +# # LAYERS = { +# # "FECOR": LayerSpec("FECOR", (10, 2), aliases=("STRIP_COR",)), +# # "FECLD": LayerSpec("FECLD", (10, 3), aliases=("STRIP_CLD",)), +# # "FETCH": LayerSpec("FETCH", (10, 4), aliases=("STRIP_TRE",)), +# # "SECOR": LayerSpec("SECOR", (11, 2), aliases=("SRIB_COR",)), +# # "SECLD": LayerSpec("SECLD", (11, 3), aliases=("SRIB_CLD",)), +# # "SETCH": LayerSpec("SETCH", (11, 4), aliases=("SRIB_TRE",)), +# # "MECOR": LayerSpec("MECOR", (12, 2), aliases=("RIB_COR",)), +# # "MECLD": LayerSpec("MECLD", (12, 3), aliases=("RIB_CLD",)), +# # "METCH": LayerSpec("METCH", (12, 4), aliases=("RIB_TRE",)), +# # "M1": LayerSpec("M1", (31, 0), aliases=("METAL",)), +# # "TIN": LayerSpec("TIN", (34, 0), aliases=("HEATER",)), +# # "PAD": LayerSpec("PAD", (36, 0)), +# # "DETCH": LayerSpec("DETCH", (80, 0)), +# # } +# # +# # XSECTIONS = { +# # "strip": XSectionSpec( +# # "strip", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("STRIP_CLD", growx=2, growy=2), +# # ), +# # ), +# # "strip_cor": XSectionSpec( +# # "strip_cor", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "rib_s": XSectionSpec( +# # "rib_s", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=2, growy=2), +# # ), +# # ), +# # "rib": XSectionSpec( +# # "rib", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4, growy=4), +# # XSectionLayerSpec("STRIP_COR", growx=2, growy=2), +# # XSectionLayerSpec("STRIP_CLD", growx=4, growy=4), +# # ), +# # ), +# # "drib": XSectionSpec( +# # "drib", +# # ( +# # XSectionLayerSpec("RIB_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_CLD", growx=4, growy=4), +# # XSectionLayerSpec("STRIP_COR", growx=2, growy=2), +# # XSectionLayerSpec("STRIP_CLD", growx=4, growy=4), +# # ), +# # ), +# # "pad": XSectionSpec( +# # "pad", +# # ( +# # XSectionLayerSpec("METAL", growx=5, growy=5), +# # XSectionLayerSpec("PAD", growx=0, growy=0), +# # ), +# # ), +# # "isl": XSectionSpec( +# # "isl", +# # (XSectionLayerSpec("DETCH", growx=0, growy=0),), +# # ), +# # } diff --git a/mxpic/technologies/legacy/SITRI.py b/mxpic/technologies/legacy/SITRI.py new file mode 100644 index 0000000..ba121fb --- /dev/null +++ b/mxpic/technologies/legacy/SITRI.py @@ -0,0 +1,112 @@ +# LEGACY TECHNOLOGY MODULE - DISABLED +# This source was moved out of the active technology package. +# Technologies are now loaded from foundry-local YAML manifests via Foundry(manifest). +# +# from .Foundry import Foundry +# +# +# class SITRI_LSIN_SOI(Foundry): +# MANIFEST = "sitri/SITRI_LSIN_SOI.yml" +# +# +# # ---------------------------------------------------------------------- +# # LEGACY INLINE TECHNOLOGY SOURCE - DISABLED +# # Kept for traceability while YAML manifests are the source of truth. +# # ---------------------------------------------------------------------- +# # from .Foundry import Foundry +# # from .layer_models import LayerSpec, XSectionLayerSpec, XSectionSpec +# # +# # +# # class SITRI_LSIN_SOI(Foundry): +# # +# # ## Generall parameters +# # STD_SMWG_WIDTH = 0.45 +# # SLAB_GROWTH = 2 +# # W_METAL_MIN = 5 +# # SPACING_HEATER_MIN = 2 +# # SPACING_METAL_MIN = 4 +# # W_HEATER_MIN = 3 +# # +# # lib_path = "GDS_lib\\" +# # +# # LAYERS = { +# # "RIB": LayerSpec("RIB", (1, 0), aliases=("STRIP_COR",)), +# # "GRAT": LayerSpec("GRAT", (3, 0), aliases=("SRIB_COR",)), +# # "SLAB": LayerSpec("SLAB", (2, 0), aliases=("RIB_COR",)), +# # "SINWIN1": LayerSpec("SINWIN1", (53, 0)), +# # "SINWG1": LayerSpec("SINWG1", (54, 0)), +# # "HTR": LayerSpec("HTR", (45, 0), aliases=("HEATER",)), +# # "VIA1": LayerSpec("VIA1", (50, 0), aliases=("VIA_H2M",)), +# # "CS": LayerSpec("CS", (35, 0), aliases=("VIA_S2M",)), +# # "METAL": LayerSpec("METAL", (40, 0)), +# # "METAL_2": LayerSpec("METAL_2", (55, 0)), +# # "BONDPAD": LayerSpec("BONDPAD", (66, 0), aliases=("PAD",)), +# # "DT": LayerSpec("DT", (71, 0), aliases=("ISL",)), +# # "OX_OPEN": LayerSpec("OX_OPEN", (151, 0), aliases=("OPEN",)), +# # "PM_P": LayerSpec( +# # "PM_P", +# # (13, 0), +# # aliases=("P",), +# # description="Legacy map used PM for this P implant layer.", +# # ), +# # "PM_N": LayerSpec( +# # "PM_N", +# # (14, 0), +# # aliases=("N",), +# # description="Legacy map used PM for this N implant layer.", +# # ), +# # "PM": LayerSpec("PM", (15, 0)), +# # "NM": LayerSpec("NM", (16, 0)), +# # "PH": LayerSpec("PH", (11, 0)), +# # "NH": LayerSpec("NH", (12, 0)), +# # "PP": LayerSpec("PP", (17, 0)), +# # "NP": LayerSpec("NP", (18, 0)), +# # "GEN": LayerSpec("GEN", (21, 0)), +# # "GEP": LayerSpec("GEP", (22, 0)), +# # "GeEP": LayerSpec("GeEP", (20, 0), aliases=("GE",)), +# # "CG": LayerSpec("CG", (36, 0)), +# # } +# # +# # XSECTIONS = { +# # "strip": XSectionSpec( +# # "strip", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "strip_cor": XSectionSpec( +# # "strip_cor", +# # (XSectionLayerSpec("STRIP_COR", growx=0, growy=0),), +# # ), +# # "rib": XSectionSpec( +# # "rib", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("RIB_COR", growx=4, growy=4), +# # XSectionLayerSpec("SRIB_COR", growx=2, growy=2), +# # ), +# # ), +# # "rib_s": XSectionSpec( +# # "rib_s", +# # ( +# # XSectionLayerSpec("STRIP_COR", growx=0, growy=0), +# # XSectionLayerSpec("SRIB_COR", growx=4, growy=4), +# # ), +# # ), +# # "isl": XSectionSpec( +# # "isl", +# # (XSectionLayerSpec("ISL", growx=0, growy=0),), +# # ), +# # "sn": XSectionSpec( +# # "sn", +# # ( +# # XSectionLayerSpec("SINWG1", growx=0, growy=0), +# # XSectionLayerSpec("SINWIN1", growx=21, growy=21), +# # ), +# # ), +# # "pad": XSectionSpec( +# # "pad", +# # ( +# # XSectionLayerSpec("METAL_2", growx=0, growy=0), +# # XSectionLayerSpec("PAD", growx=-2.5, growy=-2.5), +# # ), +# # ), +# # } diff --git a/mxpic/technologies/legacy/Silterra.py b/mxpic/technologies/legacy/Silterra.py new file mode 100644 index 0000000..9dd5be8 --- /dev/null +++ b/mxpic/technologies/legacy/Silterra.py @@ -0,0 +1,395 @@ +# LEGACY TECHNOLOGY MODULE - DISABLED +# This source was moved out of the active technology package. +# Technologies are now loaded from foundry-local YAML manifests via Foundry(manifest). +# +# from .Foundry import Foundry +# +# +# class EOM1_2ML_CU(Foundry): +# MANIFEST = "silterra/EMO1_2ML_CU.yml" +# +# +# # ---------------------------------------------------------------------- +# # LEGACY INLINE TECHNOLOGY SOURCE - DISABLED +# # Kept for traceability while YAML manifests are the source of truth. +# # ---------------------------------------------------------------------- +# # from .Foundry import Foundry +# # from .layer_models import LayerSpec, XSectionLayerSpec, XSectionSpec +# # +# # +# # LBR_SOURCE_FILE = "EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr" +# # PROCESS_REVISION = "c47fe0e44735e170addb3f68fa8b4387" +# # OPTICAL_MATERIAL_REVISION = "77d93f81a36e99288ae982ff91bfedca" +# # +# # SI = "Layer Builder Si (Silicon) - Palik" +# # FE_PECVD_NITRIDE = "SilTerra Front End PECVD Nitride" +# # FE_LPCVD_NITRIDE = "SilTerra Front End LPCVD Nitride" +# # GERMANIUM = "SilTerra Germanium" +# # TUNGSTEN = "W (Tungsten) - Palik" +# # BE_OXIDE = "SilTerra Back End Oxide" +# # BE_NITRIDE = "SilTerra Back End Nitride" +# # COPPER = "Cu (Copper) - Palik" +# # TIN = "TiN - Palik" +# # ALUMINIUM = "Al (Aluminium) - Palik" +# # ETCH = "etch" +# # +# # +# # class EOM1_2ML_CU(Foundry): +# # +# # ## Generall parameters +# # STD_SMWG_WIDTH = 0.45 +# # SLAB_GROWTH = 2 +# # W_METAL_MIN = 5 +# # SPACING_HEATER_MIN = 2 +# # SPACING_METAL_MIN = 4 +# # W_HEATER_MIN = 3 +# # +# # lib_path = "GDS_lib\\" +# # +# # PROCESS_NAME = "EMO1" +# # PROCESS_REVISION = PROCESS_REVISION +# # OPTICAL_MATERIAL_REVISION = OPTICAL_MATERIAL_REVISION +# # LBR_SOURCE_FILE = LBR_SOURCE_FILE +# # +# # LAYERS = { +# # "WG_HM": LayerSpec( +# # name="WG_HM", +# # layer=(275, 0), +# # material=SI, +# # z_start=0.0, +# # thickness=0.22, +# # sidewall_angle=83.0, +# # process="Grow", +# # description="Strip Waveguide", +# # ), +# # "WG_STRIP": LayerSpec( +# # name="WG_STRIP", +# # layer=(101, 251), +# # description="Legacy/layout-only strip waveguide layer; not present in the EMO1 .lbr stack.", +# # ), +# # "WG_LOWRIB": LayerSpec( +# # name="WG_LOWRIB", +# # layer=(100, 90), +# # material=SI, +# # z_start=0.0, +# # thickness=0.07, +# # sidewall_angle=83.0, +# # process="Grow", +# # description="Low Rib Waveguide", +# # ), +# # "WG_HIGHRIB": LayerSpec( +# # name="WG_HIGHRIB", +# # layer=(232, 0), +# # material=SI, +# # z_start=0.0, +# # thickness=0.15, +# # sidewall_angle=83.0, +# # process="Grow", +# # description="High Rib Waveguide", +# # ), +# # +# # "HEATER": LayerSpec( +# # name="HEATER", +# # layer=(29, 30), +# # material=TIN, +# # z_start=1.22, +# # thickness=0.12, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="Heater", +# # ), +# # "CT_SI": LayerSpec( +# # name="CT_SI", +# # layer=(268, 0), +# # material=TUNGSTEN, +# # z_start=0.22, +# # thickness=1.0, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="Contact Silicon", +# # ), +# # "CT_GE": LayerSpec( +# # name="CT_GE", +# # layer=(35, 0), +# # material=TUNGSTEN, +# # z_start=0.72, +# # thickness=0.5, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="Contact Germanium", +# # ), +# # "GE_EPI": LayerSpec( +# # name="GE_EPI", +# # layer=(264, 0), +# # material=GERMANIUM, +# # z_start=0.22, +# # thickness=0.5, +# # process="Grow", +# # description="Composite Germanium Epitaxy drawing layer from bot/top .lbr rows.", +# # ), +# # +# # "UTV": LayerSpec( +# # name="UTV", +# # layer=(172, 0), +# # material=COPPER, +# # z_start=2.05, +# # thickness=1.23, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="UTV", +# # ), +# # "RDL_VIA": LayerSpec( +# # name="RDL_VIA", +# # layer=(194, 0), +# # material=ALUMINIUM, +# # z_start=5.51, +# # thickness=1.33, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="RDL Via", +# # ), +# # +# # "UTM": LayerSpec( +# # name="UTM", +# # layer=(173, 0), +# # material=COPPER, +# # z_start=1.22, +# # thickness=0.83, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="UTM", +# # ), +# # "UTM2": LayerSpec( +# # name="UTM2", +# # layer=(197, 0), +# # material=COPPER, +# # z_start=3.28, +# # thickness=2.23, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="UTM2", +# # ), +# # "RDL_MET": LayerSpec( +# # name="RDL_MET", +# # layer=(195, 0), +# # material=ALUMINIUM, +# # z_start=6.84, +# # thickness=1.2, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="RDL Aluminium", +# # ), +# # +# # "PAD_ELE": LayerSpec( +# # name="PAD_ELE", +# # layer=(100, 170), +# # material=ETCH, +# # z_start=8.04, +# # thickness=1.0, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="Pad Electrical", +# # ), +# # "PAD_OPTICAL": LayerSpec( +# # name="PAD_OPTICAL", +# # layer=(100, 160), +# # material=ETCH, +# # z_start=7.34, +# # thickness=0.5, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="Pad Optical", +# # ), +# # "PAD_AL": LayerSpec( +# # name="PAD_AL", +# # layer=(145, 0), +# # description="Legacy/layout-only aluminium pad layer; not present in the EMO1 .lbr stack.", +# # ), +# # +# # "WG_N": LayerSpec( +# # name="WG_N", +# # layer=(263, 0), +# # material=FE_PECVD_NITRIDE + " / " + FE_LPCVD_NITRIDE, +# # z_start=0.62, +# # thickness=0.4, +# # sidewall_angle=85.0, +# # process="Grow", +# # description="PECVD/LPCVD Nitride Waveguide", +# # ), +# # "SiN_Rib_WG": LayerSpec( +# # name="SiN_Rib_WG", +# # layer=(63, 30), +# # description="Legacy/layout-only SiN rib waveguide layer; not present in the EMO1 .lbr stack.", +# # ), +# # +# # "SSIN0": LayerSpec( +# # name="SSIN0", +# # layer=(283, 0), +# # material=BE_NITRIDE, +# # z_start=1.22, +# # thickness=0.13, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="SSIN0", +# # ), +# # "SSIN1": LayerSpec( +# # name="SSIN1", +# # layer=(289, 0), +# # material=BE_NITRIDE, +# # z_start=2.05, +# # thickness=0.13, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="SSIN1", +# # ), +# # "SSIN2": LayerSpec( +# # name="SSIN2", +# # layer=(290, 0), +# # material=BE_NITRIDE, +# # z_start=3.28, +# # thickness=0.13, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="SSIN2", +# # ), +# # "SSIN3": LayerSpec( +# # name="SSIN3", +# # layer=(291, 0), +# # material=BE_NITRIDE, +# # z_start=5.51, +# # thickness=0.13, +# # sidewall_angle=90.0, +# # process="Grow", +# # description="SSIN3", +# # ), +# # +# # "EXCLUSION": LayerSpec( +# # name="EXCLUSION", +# # layer=(57, 0), +# # description="Legacy/layout-only exclusion layer; not present in the EMO1 .lbr stack.", +# # ), +# # "SALICIDE": LayerSpec( +# # name="SALICIDE", +# # layer=(128, 60), +# # description="Legacy/layout-only salicide layer; not present in the EMO1 .lbr stack.", +# # ), +# # +# # "DM_EXL": LayerSpec( +# # name="DM_EXL", +# # layer=(23, 0), +# # description="Legacy/layout-only dummy exclusion layer; not present in the EMO1 .lbr stack.", +# # ), +# # "DM_EXL_FE": LayerSpec( +# # name="DM_EXL_FE", +# # layer=(23, 40), +# # description="Legacy/layout-only front-end dummy exclusion layer; not present in the EMO1 .lbr stack.", +# # ), +# # "DM_EXL_BE": LayerSpec( +# # name="DM_EXL_BE", +# # layer=(23, 41), +# # description="Legacy/layout-only back-end dummy exclusion layer; not present in the EMO1 .lbr stack.", +# # ), +# # +# # "OXIDE_FACET": LayerSpec( +# # name="OXIDE_FACET", +# # layer=(90, 0), +# # material=ETCH, +# # z_start=-3.0, +# # thickness=11.64, +# # sidewall_angle=98.0, +# # process="Grow", +# # description="Deep Oxide Trench; GDS is shared with Deep Silicon Trench in the .lbr.", +# # ), +# # "DT": LayerSpec( +# # name="DT", +# # layer=(404, 0), +# # description="Legacy/layout-only deep-trench layer; EMO1 .lbr uses 90:0 for deep trench rows.", +# # ), +# # +# # ### Active part +# # "P": LayerSpec( +# # name="P", +# # layer=(256, 0), +# # description="Legacy/layout-only implant layer; not present in the EMO1 .lbr stack.", +# # ), +# # "N": LayerSpec( +# # name="N", +# # layer=(257, 0), +# # description="Legacy/layout-only implant layer; not present in the EMO1 .lbr stack.", +# # ), +# # "PP": LayerSpec( +# # name="PP", +# # layer=(258, 0), +# # description="Legacy/layout-only implant layer; not present in the EMO1 .lbr stack.", +# # ), +# # "NP": LayerSpec( +# # name="NP", +# # layer=(259, 0), +# # description="Legacy/layout-only implant layer; not present in the EMO1 .lbr stack.", +# # ), +# # "PPP": LayerSpec( +# # name="PPP", +# # layer=(260, 0), +# # description="Legacy/layout-only implant layer; not present in the EMO1 .lbr stack.", +# # ), +# # "NPP": LayerSpec( +# # name="NPP", +# # layer=(261, 0), +# # description="Legacy/layout-only implant layer; not present in the EMO1 .lbr stack.", +# # ), +# # +# # "PD_SIPP": LayerSpec( +# # name="PD_SIPP", +# # layer=(100, 140), +# # description="Legacy/layout-only photodiode implant layer; not present in the EMO1 .lbr stack.", +# # ), +# # "PD_SINP": LayerSpec( +# # name="PD_SINP", +# # layer=(100, 150), +# # description="Legacy/layout-only photodiode implant layer; not present in the EMO1 .lbr stack.", +# # ), +# # } +# # +# # XSECTIONS = { +# # "strip": XSectionSpec( +# # name="strip", +# # layers=( +# # XSectionLayerSpec(layer="WG_HM", growx=0, growy=0), +# # XSectionLayerSpec(layer="WG_STRIP", growx=4, growy=4), +# # ), +# # ), +# # "rib_low": XSectionSpec( +# # name="rib_low", +# # layers=( +# # XSectionLayerSpec(layer="WG_HM", growx=0, growy=0), +# # XSectionLayerSpec(layer="WG_LOWRIB", growx=3, growy=3), +# # XSectionLayerSpec( +# # layer="WG_STRIP", +# # leftedge=(-0.5, -3), +# # rightedge=(-0.5, -3.5), +# # ), +# # XSectionLayerSpec( +# # layer="WG_STRIP", +# # leftedge=(0.5, 3.5), +# # rightedge=(0.5, 3), +# # ), +# # ), +# # ), +# # "metal_1": XSectionSpec( +# # name="metal_1", +# # layers=( +# # XSectionLayerSpec(layer="UTM", growx=0, growy=0), +# # XSectionLayerSpec(layer="SSIN0", growx=2.5, growy=2.5), +# # ), +# # ), +# # "metal_2": XSectionSpec( +# # name="metal_2", +# # layers=( +# # XSectionLayerSpec(layer="UTM2", growx=0, growy=0), +# # XSectionLayerSpec(layer="SSIN1", growx=2.5, growy=2.5), +# # ), +# # ), +# # } +# # +# # def __init__(self) -> None: +# # super().__init__() diff --git a/mxpic/technologies/legacy/__init__.py b/mxpic/technologies/legacy/__init__.py new file mode 100644 index 0000000..48110fd --- /dev/null +++ b/mxpic/technologies/legacy/__init__.py @@ -0,0 +1,2 @@ +# Legacy technology source archive. +# Active technologies are loaded from YAML manifests in mxpic/technologies//*.yml. diff --git a/mxpic/technologies/manifest_loader.py b/mxpic/technologies/manifest_loader.py new file mode 100644 index 0000000..575f319 --- /dev/null +++ b/mxpic/technologies/manifest_loader.py @@ -0,0 +1,139 @@ +"""Load YAML technology manifests into typed technology model objects.""" + +from dataclasses import dataclass +from pathlib import Path +from typing import Any, Dict, Optional, Tuple + +import yaml + +from .layer_models import LayerSpec, MaterialSpec, XSectionLayerSpec, XSectionSpec + + +TECHNOLOGIES_ROOT = Path(__file__).resolve().parent + + +@dataclass(frozen=True) +class TechnologyManifest: + """Parsed technology manifest with typed runtime specs.""" + + path: Path + raw: Dict[str, Any] + constants: Dict[str, Any] + layers: Dict[str, LayerSpec] + xsections: Dict[str, XSectionSpec] + materials: Dict[str, MaterialSpec] + + +def load_technology_manifest(manifest: str) -> TechnologyManifest: + """Read a YAML manifest and convert it to typed technology specs.""" + manifest_path = _manifest_path(manifest) + with manifest_path.open("r", encoding="utf-8") as file: + raw = yaml.safe_load(file) or {} + + if not isinstance(raw, dict): + raise TypeError("Technology manifest must contain a YAML mapping.") + + return TechnologyManifest( + path=manifest_path, + raw=raw, + constants=dict(raw.get("constants", {})), + layers=_load_layers(raw.get("layers", {})), + xsections=_load_xsections(raw.get("xsections", {})), + materials=_load_materials(raw.get("materials", {}), manifest_path.parent), + ) + + +def _manifest_path(manifest: str) -> Path: + """Resolve a manifest path relative to mxpic/technologies.""" + path = Path(manifest) + if not path.is_absolute(): + path = TECHNOLOGIES_ROOT / path + + path = path.resolve() + if not path.exists(): + raise FileNotFoundError(f"Technology manifest not found: {path}") + return path + + +def _load_layers(entries: Dict[str, Any]) -> Dict[str, LayerSpec]: + """Convert manifest layer mappings to LayerSpec objects.""" + layers: Dict[str, LayerSpec] = {} + for name, entry in entries.items(): + if not isinstance(entry, dict): + raise TypeError(f"Layer '{name}' must be a mapping.") + + layer = entry.get("layer") + if not isinstance(layer, list) or len(layer) != 2: + raise TypeError(f"Layer '{name}' must define layer as [layer, datatype].") + + layers[name] = LayerSpec( + name=name, + layer=(int(layer[0]), int(layer[1])), + aliases=tuple(entry.get("aliases", ())), + material=entry.get("material"), + z_start=entry.get("z_start"), + thickness=entry.get("thickness"), + sidewall_angle=entry.get("sidewall_angle"), + process=entry.get("process"), + description=entry.get("description", ""), + ) + return layers + + +def _load_xsections(entries: Dict[str, Any]) -> Dict[str, XSectionSpec]: + """Convert manifest xsection mappings to XSectionSpec objects.""" + xsections: Dict[str, XSectionSpec] = {} + for name, entry in entries.items(): + if not isinstance(entry, dict): + raise TypeError(f"Xsection '{name}' must be a mapping.") + + xsection_layers = tuple( + _load_xsection_layer(name, layer_entry) + for layer_entry in entry.get("layers", ()) + ) + xsections[name] = XSectionSpec(name=name, layers=xsection_layers) + return xsections + + +def _load_xsection_layer(xsection_name: str, entry: Dict[str, Any]) -> XSectionLayerSpec: + """Convert one manifest xsection-layer entry.""" + if not isinstance(entry, dict): + raise TypeError(f"Xsection '{xsection_name}' layer entry must be a mapping.") + + return XSectionLayerSpec( + layer=entry["layer"], + growx=entry.get("growx"), + growy=entry.get("growy"), + leftedge=_optional_tuple(entry.get("leftedge")), + rightedge=_optional_tuple(entry.get("rightedge")), + overwrite=entry.get("overwrite", True), + ) + + +def _optional_tuple(value: Optional[list]) -> Optional[Tuple[Any, ...]]: + """Normalize optional YAML lists used by Nazca edge definitions.""" + if value is None: + return None + return tuple(value) + + +def _load_materials(entries: Dict[str, Any], base_path: Path) -> Dict[str, MaterialSpec]: + """Convert material metadata and resolve relative material data paths.""" + materials: Dict[str, MaterialSpec] = {} + for name, entry in entries.items(): + if not isinstance(entry, dict): + raise TypeError(f"Material '{name}' must be a mapping.") + + data_file = entry.get("data_file") + if data_file is not None: + data_file = str((base_path / data_file).resolve()) + + materials[name] = MaterialSpec( + name=name, + display_name=entry.get("display_name"), + source_file=entry.get("source_file"), + source_revision=entry.get("source_revision"), + data_file=data_file, + notes=entry.get("notes", ""), + ) + return materials diff --git a/mxpic/technologies/silterra/EMO1_2ML_CU.yml b/mxpic/technologies/silterra/EMO1_2ML_CU.yml new file mode 100644 index 0000000..3911dc9 --- /dev/null +++ b/mxpic/technologies/silterra/EMO1_2ML_CU.yml @@ -0,0 +1,422 @@ +schema_version: 1.0.0 +foundry: Silterra +technology: EMO1_2ML_CU_Al_RDL +process: + name: EMO1 + revision: c47fe0e44735e170addb3f68fa8b4387 + optical_material_revision: 77d93f81a36e99288ae982ff91bfedca + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr +constants: + STD_SMWG_WIDTH: 0.45 + SLAB_GROWTH: 2 + W_METAL_MIN: 5 + SPACING_HEATER_MIN: 2 + SPACING_METAL_MIN: 4 + W_HEATER_MIN: 3 + lib_path: GDS_lib\ +layers: + WG_HM: + layer: + - 275 + - 0 + material: si_palik + z_start: 0.0 + thickness: 0.22 + sidewall_angle: 83.0 + process: Grow + description: Strip Waveguide + WG_STRIP: + layer: + - 101 + - 251 + description: Legacy/layout-only strip waveguide layer; not present in the EMO1 + .lbr stack. + WG_LOWRIB: + layer: + - 100 + - 90 + material: si_palik + z_start: 0.0 + thickness: 0.07 + sidewall_angle: 83.0 + process: Grow + description: Low Rib Waveguide + WG_HIGHRIB: + layer: + - 232 + - 0 + material: si_palik + z_start: 0.0 + thickness: 0.15 + sidewall_angle: 83.0 + process: Grow + description: High Rib Waveguide + HEATER: + layer: + - 29 + - 30 + material: tin_palik + z_start: 1.22 + thickness: 0.12 + sidewall_angle: 90.0 + process: Grow + description: Heater + CT_SI: + layer: + - 268 + - 0 + material: tungsten_palik + z_start: 0.22 + thickness: 1.0 + sidewall_angle: 90.0 + process: Grow + description: Contact Silicon + CT_GE: + layer: + - 35 + - 0 + material: tungsten_palik + z_start: 0.72 + thickness: 0.5 + sidewall_angle: 90.0 + process: Grow + description: Contact Germanium + GE_EPI: + layer: + - 264 + - 0 + material: germanium + z_start: 0.22 + thickness: 0.5 + process: Grow + description: Composite Germanium Epitaxy drawing layer from bot/top .lbr rows. + UTV: + layer: + - 172 + - 0 + material: copper_palik + z_start: 2.05 + thickness: 1.23 + sidewall_angle: 90.0 + process: Grow + description: UTV + RDL_VIA: + layer: + - 194 + - 0 + material: aluminium_palik + z_start: 5.51 + thickness: 1.33 + sidewall_angle: 90.0 + process: Grow + description: RDL Via + UTM: + layer: + - 173 + - 0 + material: copper_palik + z_start: 1.22 + thickness: 0.83 + sidewall_angle: 90.0 + process: Grow + description: UTM + UTM2: + layer: + - 197 + - 0 + material: copper_palik + z_start: 3.28 + thickness: 2.23 + sidewall_angle: 90.0 + process: Grow + description: UTM2 + RDL_MET: + layer: + - 195 + - 0 + material: aluminium_palik + z_start: 6.84 + thickness: 1.2 + sidewall_angle: 90.0 + process: Grow + description: RDL Aluminium + PAD_ELE: + layer: + - 100 + - 170 + material: etch + z_start: 8.04 + thickness: 1.0 + sidewall_angle: 90.0 + process: Grow + description: Pad Electrical + PAD_OPTICAL: + layer: + - 100 + - 160 + material: etch + z_start: 7.34 + thickness: 0.5 + sidewall_angle: 90.0 + process: Grow + description: Pad Optical + PAD_AL: + layer: + - 145 + - 0 + description: Legacy/layout-only aluminium pad layer; not present in the EMO1 .lbr + stack. + WG_N: + layer: + - 263 + - 0 + material: sin_pecvd + z_start: 0.62 + thickness: 0.4 + sidewall_angle: 85.0 + process: Grow + description: PECVD/LPCVD Nitride Waveguide + SiN_Rib_WG: + layer: + - 63 + - 30 + description: Legacy/layout-only SiN rib waveguide layer; not present in the EMO1 + .lbr stack. + SSIN0: + layer: + - 283 + - 0 + material: be_nitride + z_start: 1.22 + thickness: 0.13 + sidewall_angle: 90.0 + process: Grow + description: SSIN0 + SSIN1: + layer: + - 289 + - 0 + material: be_nitride + z_start: 2.05 + thickness: 0.13 + sidewall_angle: 90.0 + process: Grow + description: SSIN1 + SSIN2: + layer: + - 290 + - 0 + material: be_nitride + z_start: 3.28 + thickness: 0.13 + sidewall_angle: 90.0 + process: Grow + description: SSIN2 + SSIN3: + layer: + - 291 + - 0 + material: be_nitride + z_start: 5.51 + thickness: 0.13 + sidewall_angle: 90.0 + process: Grow + description: SSIN3 + EXCLUSION: + layer: + - 57 + - 0 + description: Legacy/layout-only exclusion layer; not present in the EMO1 .lbr + stack. + SALICIDE: + layer: + - 128 + - 60 + description: Legacy/layout-only salicide layer; not present in the EMO1 .lbr stack. + DM_EXL: + layer: + - 23 + - 0 + description: Legacy/layout-only dummy exclusion layer; not present in the EMO1 + .lbr stack. + DM_EXL_FE: + layer: + - 23 + - 40 + description: Legacy/layout-only front-end dummy exclusion layer; not present in + the EMO1 .lbr stack. + DM_EXL_BE: + layer: + - 23 + - 41 + description: Legacy/layout-only back-end dummy exclusion layer; not present in + the EMO1 .lbr stack. + OXIDE_FACET: + layer: + - 90 + - 0 + material: etch + z_start: -3.0 + thickness: 11.64 + sidewall_angle: 98.0 + process: Grow + description: Deep Oxide Trench; GDS is shared with Deep Silicon Trench in the + .lbr. + DT: + layer: + - 404 + - 0 + description: Legacy/layout-only deep-trench layer; EMO1 .lbr uses 90:0 for deep + trench rows. + P: + layer: + - 256 + - 0 + description: Legacy/layout-only implant layer; not present in the EMO1 .lbr stack. + N: + layer: + - 257 + - 0 + description: Legacy/layout-only implant layer; not present in the EMO1 .lbr stack. + PP: + layer: + - 258 + - 0 + description: Legacy/layout-only implant layer; not present in the EMO1 .lbr stack. + NP: + layer: + - 259 + - 0 + description: Legacy/layout-only implant layer; not present in the EMO1 .lbr stack. + PPP: + layer: + - 260 + - 0 + description: Legacy/layout-only implant layer; not present in the EMO1 .lbr stack. + NPP: + layer: + - 261 + - 0 + description: Legacy/layout-only implant layer; not present in the EMO1 .lbr stack. + PD_SIPP: + layer: + - 100 + - 140 + description: Legacy/layout-only photodiode implant layer; not present in the EMO1 + .lbr stack. + PD_SINP: + layer: + - 100 + - 150 + description: Legacy/layout-only photodiode implant layer; not present in the EMO1 + .lbr stack. +routing_types: +- euler_bend +- standard_bend +defaults: + xsection: strip + family: optical + width: 0.45 + radius: 10 + routing_type: euler_bend +xsections: + strip: + family: optical + default_width: 0.45 + default_radius: 10 + layers: + - layer: WG_HM + growx: 0 + growy: 0 + - layer: WG_STRIP + growx: 4 + growy: 4 + rib_low: + family: optical + default_width: 0.45 + default_radius: 10 + layers: + - layer: WG_HM + growx: 0 + growy: 0 + - layer: WG_LOWRIB + growx: 3 + growy: 3 + - layer: WG_STRIP + leftedge: + - -0.5 + - -3 + rightedge: + - -0.5 + - -3.5 + - layer: WG_STRIP + leftedge: + - 0.5 + - 3.5 + rightedge: + - 0.5 + - 3 + metal_1: + family: electrical + default_width: 5 + default_radius: 10 + layers: + - layer: UTM + growx: 0 + growy: 0 + - layer: SSIN0 + growx: 2.5 + growy: 2.5 + metal_2: + family: electrical + default_width: 5 + default_radius: 10 + layers: + - layer: UTM2 + growx: 0 + growy: 0 + - layer: SSIN1 + growx: 2.5 + growy: 2.5 +materials: + si_palik: + display_name: Layer Builder Si (Silicon) - Palik + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr + source_revision: 77d93f81a36e99288ae982ff91bfedca + data_file: EMO1_2ML_CU_materials/si_palik.csv + sin_pecvd: + display_name: SilTerra Front End PECVD Nitride + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr + source_revision: 77d93f81a36e99288ae982ff91bfedca + data_file: EMO1_2ML_CU_materials/sin_pecvd.csv + notes: WG_N combines PECVD/LPCVD nitride in the source .lbr metadata. + germanium: + display_name: SilTerra Germanium + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr + source_revision: 77d93f81a36e99288ae982ff91bfedca + tungsten_palik: + display_name: W (Tungsten) - Palik + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr + source_revision: 77d93f81a36e99288ae982ff91bfedca + copper_palik: + display_name: Cu (Copper) - Palik + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr + source_revision: 77d93f81a36e99288ae982ff91bfedca + aluminium_palik: + display_name: Al (Aluminium) - Palik + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr + source_revision: 77d93f81a36e99288ae982ff91bfedca + tin_palik: + display_name: TiN - Palik + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr + source_revision: 77d93f81a36e99288ae982ff91bfedca + be_nitride: + display_name: SilTerra Back End Nitride + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr + source_revision: 77d93f81a36e99288ae982ff91bfedca + etch: + display_name: etch + source_file: EMO1 process file 2ML Cu + Al RDL Rev1 2023R2.lbr + source_revision: c47fe0e44735e170addb3f68fa8b4387 + + diff --git a/mxpic/technologies/silterra/EMO1_2ML_CU_materials/si_palik.csv b/mxpic/technologies/silterra/EMO1_2ML_CU_materials/si_palik.csv new file mode 100644 index 0000000..e55158e --- /dev/null +++ b/mxpic/technologies/silterra/EMO1_2ML_CU_materials/si_palik.csv @@ -0,0 +1 @@ +wavelength_um,n,k diff --git a/mxpic/technologies/silterra/EMO1_2ML_CU_materials/sin_pecvd.csv b/mxpic/technologies/silterra/EMO1_2ML_CU_materials/sin_pecvd.csv new file mode 100644 index 0000000..e55158e --- /dev/null +++ b/mxpic/technologies/silterra/EMO1_2ML_CU_materials/sin_pecvd.csv @@ -0,0 +1 @@ +wavelength_um,n,k diff --git a/mxpic/technologies/sitri/SITRI_LSIN_SOI.yml b/mxpic/technologies/sitri/SITRI_LSIN_SOI.yml new file mode 100644 index 0000000..3b3d80e --- /dev/null +++ b/mxpic/technologies/sitri/SITRI_LSIN_SOI.yml @@ -0,0 +1,192 @@ +schema_version: 1.0.0 +foundry: SITRI +technology: SITRI_LSIN_SOI +constants: + STD_SMWG_WIDTH: 0.45 + SLAB_GROWTH: 2 + W_METAL_MIN: 5 + SPACING_HEATER_MIN: 2 + SPACING_METAL_MIN: 4 + W_HEATER_MIN: 3 + lib_path: GDS_lib\ +layers: + RIB: + layer: + - 1 + - 0 + aliases: + - STRIP_COR + GRAT: + layer: + - 3 + - 0 + aliases: + - SRIB_COR + SLAB: + layer: + - 2 + - 0 + aliases: + - RIB_COR + SINWIN1: + layer: + - 53 + - 0 + SINWG1: + layer: + - 54 + - 0 + HTR: + layer: + - 45 + - 0 + aliases: + - HEATER + VIA1: + layer: + - 50 + - 0 + aliases: + - VIA_H2M + CS: + layer: + - 35 + - 0 + aliases: + - VIA_S2M + METAL: + layer: + - 40 + - 0 + METAL_2: + layer: + - 55 + - 0 + BONDPAD: + layer: + - 66 + - 0 + aliases: + - PAD + DT: + layer: + - 71 + - 0 + aliases: + - ISL + OX_OPEN: + layer: + - 151 + - 0 + aliases: + - OPEN + PM_P: + layer: + - 13 + - 0 + aliases: + - P + description: Legacy map used PM for this P implant layer. + PM_N: + layer: + - 14 + - 0 + aliases: + - N + description: Legacy map used PM for this N implant layer. + PM: + layer: + - 15 + - 0 + NM: + layer: + - 16 + - 0 + PH: + layer: + - 11 + - 0 + NH: + layer: + - 12 + - 0 + PP: + layer: + - 17 + - 0 + NP: + layer: + - 18 + - 0 + GEN: + layer: + - 21 + - 0 + GEP: + layer: + - 22 + - 0 + GeEP: + layer: + - 20 + - 0 + aliases: + - GE + CG: + layer: + - 36 + - 0 +xsections: + strip: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + strip_cor: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + rib: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: RIB_COR + growx: 4 + growy: 4 + - layer: SRIB_COR + growx: 2 + growy: 2 + rib_s: + layers: + - layer: STRIP_COR + growx: 0 + growy: 0 + - layer: SRIB_COR + growx: 4 + growy: 4 + isl: + layers: + - layer: ISL + growx: 0 + growy: 0 + sn: + layers: + - layer: SINWG1 + growx: 0 + growy: 0 + - layer: SINWIN1 + growx: 21 + growy: 21 + pad: + layers: + - layer: METAL_2 + growx: 0 + growy: 0 + - layer: PAD + growx: -2.5 + growy: -2.5 +materials: {} + + diff --git a/scripts/export_technology_manifests.py b/scripts/export_technology_manifests.py index deeebe9..165304b 100644 --- a/scripts/export_technology_manifests.py +++ b/scripts/export_technology_manifests.py @@ -1,127 +1,84 @@ import argparse import os +import shutil +from copy import deepcopy +from pathlib import Path from typing import Any, Dict import yaml +from mxpic.technologies.manifest_loader import TECHNOLOGIES_ROOT + + +SILTERRA_EOM1_MANIFEST = TECHNOLOGIES_ROOT / "silterra" / "EMO1_2ML_CU.yml" + def build_silterra_eom1_manifest() -> Dict[str, Any]: - """Build the Silterra EOM1 manifest consumed by mxpic_EDA.""" - layers = { - "WG_HM": {"layer": 275, "datatype": 0}, - "WG_STRIP": {"layer": 101, "datatype": 251}, - "WG_LOWRIB": {"layer": 100, "datatype": 90}, - "WG_SRIB": {"layer": 100, "datatype": 90}, - "WG_HIGHRIB": {"layer": 232, "datatype": 0}, - "HEATER": {"layer": 29, "datatype": 30}, - "CT_SI": {"layer": 268, "datatype": 0}, - "CT_GE": {"layer": 35, "datatype": 0}, - "UTV": {"layer": 172, "datatype": 0}, - "RDL_VIA": {"layer": 194, "datatype": 0}, - "UTM": {"layer": 173, "datatype": 0}, - "UTM2": {"layer": 197, "datatype": 0}, - "RDL_MET": {"layer": 195, "datatype": 0}, - "PAD_ELE": {"layer": 100, "datatype": 170}, - "PAD_OPTICAL": {"layer": 100, "datatype": 160}, - "PAD_AL": {"layer": 145, "datatype": 0}, - "WG_N": {"layer": 263, "datatype": 0}, - "SiN_Rib_WG": {"layer": 63, "datatype": 30}, - "SSIN0": {"layer": 283, "datatype": 0}, - "SSIN1": {"layer": 289, "datatype": 0}, - "SSIN2": {"layer": 290, "datatype": 0}, - "SSIN3": {"layer": 291, "datatype": 0}, - "EXCLUSION": {"layer": 57, "datatype": 0}, - "SALICIDE": {"layer": 128, "datatype": 60}, - "DM_EXL": {"layer": 23, "datatype": 0}, - "DM_EXL_FE": {"layer": 23, "datatype": 40}, - "DM_EXL_BE": {"layer": 23, "datatype": 41}, - "OXIDE_FACET": {"layer": 90, "datatype": 0}, - "DT": {"layer": 404, "datatype": 0}, - "P": {"layer": 256, "datatype": 0}, - "N": {"layer": 257, "datatype": 0}, - "PP": {"layer": 258, "datatype": 0}, - "NP": {"layer": 259, "datatype": 0}, - "PPP": {"layer": 260, "datatype": 0}, - "NPP": {"layer": 261, "datatype": 0}, - "PD_SIPP": {"layer": 100, "datatype": 140}, - "PD_SINP": {"layer": 100, "datatype": 150}, - } + """Load the Silterra EOM1 manifest consumed by mxpic_EDA.""" + return _build_export_manifest(SILTERRA_EOM1_MANIFEST) - return { - "schema_version": "1.0.0", - "foundry": "Silterra", - "technology": "EMO1_2ML_CU_Al_RDL", - "source_class": "mxpic.foundries.Silterra.EOM1_2ML_CU_RDL", - "constants": { - "STD_SMWG_WIDTH": 0.45, - "SLAB_GROWTH": 2, - "W_METAL_MIN": 5, - "SPACING_HEATER_MIN": 2, - "SPACING_METAL_MIN": 4, - "W_HEATER_MIN": 3, - }, - "layers": layers, - "routing_types": ["euler_bend", "standard_bend"], - "defaults": { - "xsection": "strip", - "family": "optical", - "width": 0.45, - "radius": 10, - "routing_type": "euler_bend", - }, - "xsections": { - "strip": { - "family": "optical", - "default_width": 0.45, - "default_radius": 10, - "layers": [ - {"layer": "WG_HM", "growx": 0, "growy": 0}, - {"layer": "WG_STRIP", "growx": 4, "growy": 4}, - ], - }, - "rib_low": { - "family": "optical", - "default_width": 0.45, - "default_radius": 10, - "layers": [ - {"layer": "WG_HM", "growx": 0, "growy": 0}, - {"layer": "WG_SRIB", "growx": 3, "growy": 3}, - {"layer": "WG_STRIP", "leftedge": [-0.5, -3], "rightedge": [-0.5, -3.5]}, - {"layer": "WG_STRIP", "leftedge": [0.5, 3.5], "rightedge": [0.5, 3]}, - ], - }, - "metal_1": { - "family": "electrical", - "default_width": 5, - "default_radius": 10, - "layers": [ - {"layer": "UTM", "growx": 0, "growy": 0}, - {"layer": "SSIN0", "growx": 2.5, "growy": 2.5}, - ], - }, - "metal_2": { - "family": "electrical", - "default_width": 5, - "default_radius": 10, - "layers": [ - {"layer": "UTM2", "growx": 0, "growy": 0}, - {"layer": "SSIN1", "growx": 2.5, "growy": 2.5}, - ], - }, - }, - } + +def _build_export_manifest(manifest_path: Path) -> Dict[str, Any]: + with manifest_path.open("r", encoding="utf-8") as file: + manifest = yaml.safe_load(file) or {} + + manifest = deepcopy(manifest) + manifest["layers"] = _export_layers(manifest.get("layers", {})) + return manifest + + +def _export_layers(layers: Dict[str, Any]) -> Dict[str, Any]: + exported = {} + for name, entry in layers.items(): + exported_entry = dict(entry) + layer = exported_entry.pop("layer") + exported_entry["layer"] = int(layer[0]) + exported_entry["datatype"] = int(layer[1]) + exported[name] = exported_entry + return exported def export_manifests(destination_root: str) -> None: """Export supported technology manifests into an EDA PDK root.""" - manifest = build_silterra_eom1_manifest() - technology_dir = os.path.join(destination_root, manifest["foundry"], manifest["technology"]) - os.makedirs(technology_dir, exist_ok=True) - output_path = os.path.join(technology_dir, "technology.yml") - with open(output_path, "w", encoding="utf-8") as file: + for manifest_path in _manifest_paths(): + _export_manifest(manifest_path, destination_root) + + +def _manifest_paths() -> list[Path]: + return sorted( + path + for path in TECHNOLOGIES_ROOT.glob("*/*.yml") + if path.is_file() + ) + + +def _export_manifest(manifest_path: Path, destination_root: str) -> None: + manifest = _build_export_manifest(manifest_path) + technology_dir = Path(destination_root) / manifest["foundry"] / manifest["technology"] + technology_dir.mkdir(parents=True, exist_ok=True) + + _copy_material_files(manifest, manifest_path.parent, technology_dir) + + output_path = technology_dir / "technology.yml" + with output_path.open("w", encoding="utf-8") as file: yaml.safe_dump(manifest, file, sort_keys=False, allow_unicode=True) +def _copy_material_files(manifest: Dict[str, Any], source_dir: Path, technology_dir: Path) -> None: + for material in manifest.get("materials", {}).values(): + data_file = material.get("data_file") + if not data_file: + continue + + source = source_dir / data_file + if not source.exists(): + continue + + target = technology_dir / data_file + target.parent.mkdir(parents=True, exist_ok=True) + shutil.copy2(source, target) + + def main() -> None: parser = argparse.ArgumentParser(description="Export mxpic technology manifests for mxpic_EDA.") parser.add_argument( diff --git a/setup.py b/setup.py index c26f840..2853d57 100644 --- a/setup.py +++ b/setup.py @@ -33,11 +33,11 @@ setup( version="1.0.0", # Tell setuptools to include all .pyi files across all sub-folders package_data={ - "mxpic": ["*.pyi", "**/*.pyi"], + "mxpic": ["*.pyi", "**/*.pyi", "**/*.csv", "**/*.yaml", "**/*.yml"], }, include_package_data=True, ext_modules=cythonize( extensions, compiler_directives={'language_level': "3"} ), -) \ No newline at end of file +) diff --git a/tests/build_all_primitives.gds b/tests/build_all_primitives.gds index dbe8318..a89ebc1 100644 Binary files a/tests/build_all_primitives.gds and b/tests/build_all_primitives.gds differ diff --git a/tests/build_all_primitives.py b/tests/build_all_primitives.py index ca84e1d..0db4523 100644 --- a/tests/build_all_primitives.py +++ b/tests/build_all_primitives.py @@ -13,10 +13,10 @@ ROOT = Path(__file__).resolve().parents[1] sys.path.insert(0, str(ROOT)) import nazca as nd +import time import mxpic as mx - OUTPUT_GDS = ROOT / "tests" / "build_all_primitives.gds" PRIMITIVES_PACKAGE = "mxpic.components.primitives" SKIP_CLASSES = {"Route"} @@ -24,9 +24,8 @@ SKIP_CLASSES = {"Route"} def bootstrap_technology() -> None: """Register broad layer and xsection defaults used by primitive examples.""" - mx.technologies.CUMEC.CUMEC_CSiP130Cu() - mx.technologies.Silterra.EOM1_2ML_CU() - + mx.technologies.foundry["CUMEC"]["CUMEC_CSiP130Cu"]() + mx.technologies.foundry["Silterra"]["EMO1_2ML_CU_Al_RDL"]() # Compatibility layer aliases used by older primitive modules. alias_layers = { "STRIP_COR": (31, 1), diff --git a/tests/technology_manifest_export.test.py b/tests/technology_manifest_export.test.py index c9649d2..ef3e905 100644 --- a/tests/technology_manifest_export.test.py +++ b/tests/technology_manifest_export.test.py @@ -8,6 +8,7 @@ import yaml ROOT = os.path.abspath(os.path.join(os.path.dirname(__file__), "..")) sys.path.insert(0, ROOT) +import mxpic.technologies as technologies from scripts.export_technology_manifests import build_silterra_eom1_manifest, export_manifests @@ -29,11 +30,73 @@ class TechnologyManifestExportTest(unittest.TestCase): with tempfile.TemporaryDirectory() as temp_dir: export_manifests(temp_dir) output = os.path.join(temp_dir, "Silterra", "EMO1_2ML_CU_Al_RDL", "technology.yml") + si_palik = os.path.join( + temp_dir, + "Silterra", + "EMO1_2ML_CU_Al_RDL", + "EMO1_2ML_CU_materials", + "si_palik.csv", + ) self.assertTrue(os.path.exists(output)) + self.assertTrue(os.path.exists(si_palik)) with open(output, "r", encoding="utf-8") as file: data = yaml.safe_load(file) self.assertEqual(data["xsections"]["metal_1"]["family"], "electrical") + def test_silterra_technology_loads_from_manifest(self): + technology = technologies.foundry["Silterra"]["EMO1_2ML_CU_Al_RDL"]() + expected_manifest = os.path.join( + "mxpic", + "technologies", + "silterra", + "EMO1_2ML_CU.yml", + ) + self.assertTrue(str(technology.manifest_path).endswith(expected_manifest)) + self.assertEqual(technology.layers["WG_HM"].layer, (275, 0)) + self.assertEqual(technology.layers["WG_HM"].z_start, 0.0) + self.assertEqual(technology.layers["WG_HM"].thickness, 0.22) + self.assertEqual(technology.layers["WG_HM"].sidewall_angle, 83.0) + + si_palik = technology.materials["si_palik"] + self.assertTrue( + si_palik.data_file.endswith( + os.path.join( + "mxpic", + "technologies", + "silterra", + "EMO1_2ML_CU_materials", + "si_palik.csv", + ) + ) + ) + self.assertTrue(os.path.exists(si_palik.data_file)) + + def test_foundry_registry_uses_manifest_names(self): + loader = technologies.foundry["Silterra"]["EMO1_2ML_CU_Al_RDL"] + self.assertEqual(loader.foundry, "Silterra") + self.assertEqual(loader.technology, "EMO1_2ML_CU_Al_RDL") + self.assertEqual(loader.manifest, "silterra/EMO1_2ML_CU.yml") + + def test_all_modern_technologies_load_from_manifests(self): + technology_loaders = ( + technologies.foundry["CUMEC"]["CUMEC_CSiP130Cu"], + technologies.foundry["CUMEC"]["CUMEC_CSiP180Al_PASSIVE"], + technologies.foundry["AMF"]["AMF_Si220_Active"], + technologies.foundry["ANT"]["ANT_Si220_MPW"], + technologies.foundry["consemi"]["PSIN_SOI"], + technologies.foundry["IMEC"]["IMEC_Si220_Active"], + technologies.foundry["IMECAS"]["IMECAS_SiP"], + technologies.foundry["CompTek"]["CT_CU3ML"], + technologies.foundry["SITRI"]["SITRI_LSIN_SOI"], + technologies.foundry["Silterra"]["EMO1_2ML_CU_Al_RDL"], + ) + + for technology_loader in technology_loaders: + technology = technology_loader() + self.assertIsNotNone(technology.manifest_path) + self.assertTrue(os.path.exists(technology.manifest_path)) + self.assertGreater(len(technology.layers), 0) + if __name__ == "__main__": unittest.main()