Refactor shape files

.pre-commit-config.yaml

@@ -25,7 +25,7 @@ repos:
         exclude: (\.(svg|png|pdf)$)|(CODE_OF_CONDUCT.md)
 
   - repo: https://github.com/astral-sh/ruff-pre-commit
-    rev: v0.7.1
+    rev: v0.8.0
     hooks:
       - id: ruff
         args: [--fix, --exit-non-zero-on-fix, --show-fixes]
@@ -44,7 +44,7 @@ repos:
         files: tests/.*
 
   - repo: https://github.com/tox-dev/pyproject-fmt
-    rev: v2.4.3
+    rev: v2.5.0
     hooks:
       - id: pyproject-fmt
         args: [--keep-full-version, --no-print-diff]

docs/tutorials/shape-creation.rst

@@ -82,10 +82,14 @@ Register the shape
 For the ``data-morph`` CLI to find your shape, you need to register it with the
 :class:`.ShapeFactory`:
 
-1. Add your shape class to the appropriate file inside the ``src/data_morph/shapes/``
-   directory. Note that the filenames correspond to the type of shape (*e.g.*, use
-   ``src/data_morph/shapes/points.py`` for a new shape inheriting from :class:`.PointCollection`).
-2. Add an entry to the ``ShapeFactory._SHAPE_MAPPING`` dictionary in
+1. Add your shape class to the appropriate module inside the ``src/data_morph/shapes/``
+   directory. Note that these correspond to the type of shape (*e.g.*, use
+   ``src/data_morph/shapes/points/<your_shape>.py`` for a new shape inheriting from
+   :class:`.PointCollection`).
+2. Add your shape to ``__all__`` in that module's ``__init__.py`` (*e.g.*, use
+   ``src/data_morph/shapes/points/__init__.py`` for a new shape inheriting from
+   :class:`.PointCollection`).
+3. Add an entry to the ``ShapeFactory._SHAPE_MAPPING`` dictionary in
    ``src/data_morph/shapes/factory.py``.
 
 Test out the shape

src/data_morph/shapes/factory.py

@@ -9,8 +9,31 @@
 
 from ..data.dataset import Dataset
 from ..plotting.style import plot_with_custom_style
-from . import circles, lines, points, polygons
 from .bases.shape import Shape
+from .circles import Bullseye, Circle, Rings
+from .lines import (
+    Diamond,
+    HighLines,
+    HorizontalLines,
+    Rectangle,
+    SlantDownLines,
+    SlantUpLines,
+    Star,
+    VerticalLines,
+    WideLines,
+    XLines,
+)
+from .points import (
+    Club,
+    DotsGrid,
+    DownParabola,
+    Heart,
+    LeftParabola,
+    RightParabola,
+    Scatter,
+    Spade,
+    UpParabola,
+)
 
 
 class ShapeFactory:
@@ -34,28 +57,28 @@ class ShapeFactory:
     """
 
     _SHAPE_MAPPING: dict = {
-        'bullseye': circles.Bullseye,
-        'circle': circles.Circle,
-        'high_lines': lines.HighLines,
-        'h_lines': lines.HorizontalLines,
-        'slant_down': lines.SlantDownLines,
-        'slant_up': lines.SlantUpLines,
-        'v_lines': lines.VerticalLines,
-        'wide_lines': lines.WideLines,
-        'x': lines.XLines,
-        'dots': points.DotsGrid,
-        'down_parab': points.DownParabola,
-        'heart': points.Heart,
-        'left_parab': points.LeftParabola,
-        'scatter': points.Scatter,
-        'right_parab': points.RightParabola,
-        'up_parab': points.UpParabola,
-        'diamond': polygons.Diamond,
-        'rectangle': polygons.Rectangle,
-        'rings': circles.Rings,
-        'star': polygons.Star,
-        'club': points.Club,
-        'spade': points.Spade,
+        'bullseye': Bullseye,
+        'circle': Circle,
+        'high_lines': HighLines,
+        'h_lines': HorizontalLines,
+        'slant_down': SlantDownLines,
+        'slant_up': SlantUpLines,
+        'v_lines': VerticalLines,
+        'wide_lines': WideLines,
+        'x': XLines,
+        'dots': DotsGrid,
+        'down_parab': DownParabola,
+        'heart': Heart,
+        'left_parab': LeftParabola,
+        'scatter': Scatter,
+        'right_parab': RightParabola,
+        'up_parab': UpParabola,
+        'diamond': Diamond,
+        'rectangle': Rectangle,
+        'rings': Rings,
+        'star': Star,
+        'club': Club,
+        'spade': Spade,
     }
 
     AVAILABLE_SHAPES: list[str] = sorted(_SHAPE_MAPPING.keys())