[](https://postimg.cc/5jqF5LzT)
# AutoCAD - python library Latest Version 0.1.8
[](https://github.com/Jones-peter) [](https://www.instagram.com/jones_peter__/) [](https://www.linkedin.com/in/jones-peter-121157221/) [](https://jonespeter.site)
[](https://pypi.org/project/AutoCAD/)
[](https://pepy.tech/project/AutoCAD)
[](https://github.com/Jones-peter/AutoCAD/blob/master/LICENSE)
## Overview
The `AutoCAD` module provides a comprehensive interface for interacting with AutoCAD through Python. It leverages the COM client to automate tasks within AutoCAD, allowing for efficient manipulation of drawings and objects.
## Features
- **Object Creation**: Create circles, lines, rectangles, ellipses, text, MText, dimensions, points, polylines, splines, arcs, and advanced tables.
- **Layer Management**: Create, delete, lock/unlock, and modify layers.
- **Block Operations**: Insert, export, and modify blocks and their attributes.
- **Group Management**: Create, add to, remove from, and select groups of objects.
- **User Interaction**: Request point, string, and integer inputs from the user.
- **View Management**: Control the drawing view with Zoom Extents and Zoom to Object.
- **Utility Functions**: Check if AutoCAD is installed or running.
- **Error Handling**: Custom exception handling for AutoCAD-related errors.
## Installation
Ensure you have Python installed along with the necessary packages:
```bash
pip install AutoCAD
```
## Usage
### Initialization 🎚️
To start using the module, initialize the `AutoCAD` class:
```python
from AutoCAD import AutoCAD
cad = AutoCAD()
```
### Object Creation 🪄
- **add_circle(center, radius)**: Adds a circle to the model space.
```python
center = APoint(10, 10, 0)
radius = 5
circle = cad.add_circle(center, radius)
```
- **add_line(start_point, end_point)**: Adds a line to the model space.
```python
start_point = APoint(0, 0, 0)
end_point = APoint(10, 0, 0)
line = cad.add_line(start_point, end_point)
```
- **add_rectangle(lower_left, upper_right)**: Adds a rectangle to the model space.
```python
lower_left = APoint(0, 0, 0)
upper_right = APoint(10, 5, 0)
rectangle = cad.add_rectangle(lower_left, upper_right)
```
- **add_ellipse(center, major_axis, ratio)**: Adds an ellipse to the model space.
```python
center = APoint(5, 5, 0)
major_axis = APoint(10, 0, 0)
ratio = 0.5
ellipse = cad.add_ellipse(center, major_axis, ratio)
```
- **add_text(text)**: Adds a text object to the model space.
```python
text = Text("Hello, AutoCAD!", APoint(5, 5, 0), 2.5)
text_obj = cad.add_text(text)
```
- **add_dimension(dimension)**: Adds a dimension to the model space.
```python
dimension = Dimension(APoint(0, 0, 0), APoint(10, 0, 0), APoint(5, -2, 0), DimensionType.ALIGNED)
dimension_obj = cad.add_dimension(dimension)
```
- **add_point(point)**: Adds a point to the model space.
```python
point = APoint(5, 5, 0)
point_obj = cad.add_point(point)
```
- **add_polyline(points)**: Adds a polyline to the model space.
```python
points = [APoint(0, 0, 0), APoint(5, 5, 0), APoint(10, 0, 0)]
polyline = cad.add_polyline(points)
```
- **add_spline(points)**: Adds a spline to the model space.
```python
points = [APoint(0, 0, 0), APoint(5, 5, 0), APoint(10, 0, 0)]
spline = cad.add_spline(points)
```
- **add_arc(center, radius, start_angle, end_angle)**: Adds an arc to the model space.
```python
center = APoint(5, 5, 0)
radius = 5
start_angle = 0
end_angle = 180
arc = cad.add_arc(center, radius, start_angle, end_angle)
```
- **add_table(table_obj)**: Adds a fully-featured table.
```python
from AutoCAD import Table, Alignment
data = [
["Row 1, Col 1", "Row 1, Col 2", "Row 1, Col 3"],
["Row 2, Col 1", "Row 2, Col 2", "Row 2, Col 3"]
]
headers = ["Header 1", "Header 2", "Header 3"]
table = Table(
insertion_point=APoint(30, 30, 0),
data=data,
headers=headers,
title="My Custom Table",
col_widths=[30, 30, 30],
text_height=2.0,
alignment=Alignment.CENTER
)
table_obj = cad.add_table(table)
```
### Layer Management 🧩
- **create_layer(layer)**: Creates a new layer.
```python
layer = Layer("MyLayer", Color.RED)
new_layer = cad.create_layer(layer)
```
- **set_active_layer(layer_name)**: Sets the active layer.
```python
cad.set_active_layer("MyLayer")
```
- **set_layer_visibility(layer_name, visible=True)**: Sets the visibility of a layer.
```python
cad.set_layer_visibility("MyLayer", visible=False)
```
- **lock_layer(layer_name, lock=True)**: Locks or unlocks a layer.
```python
cad.lock_layer("MyLayer", lock=True)
```
- **delete_layer(layer_name)**: Deletes a layer.
```python
cad.delete_layer("MyLayer")
```
- **change_layer_color(layer_name, color)**: Changes the color of a layer.
```python
cad.change_layer_color("MyLayer", Color.BLUE)
```
- **set_layer_linetype(layer_name, linetype_name)**: Sets the linetype of a layer.
```python
cad.set_layer_linetype("MyLayer", "Dashed")
```
### Block Operations 🧱
- **insert_block(block)**: Inserts a block into the model space.
```python
block = BlockReference("BlockName", APoint(5, 5, 0))
block_ref = cad.insert_block(block)
```
- **get_block_extents(block_name)**: Gets the maximum extents of a block.
```python
min_point, max_point = cad.get_block_extents("BlockName")
```
- **get_block_coordinates(block_name)**: Gets the insertion coordinates of a specific block.
```python
block_coords = cad.get_block_coordinates("BlockName")
```
- **insert_block_from_file(file_path, insertion_point, scale=1.0, rotation=0.0)**: Inserts a block from a file.
```python
block_ref = cad.insert_block_from_file("path/to/block.dwg", APoint(5, 5, 0))
```
- **export_block_to_file(block_name, file_path)**: Exports a block to a file.
```python
cad.export_block_to_file("BlockName", "path/to/export.dwg")
```
- **modify_block_attribute(block_ref, tag, new_value)**: Modifies a block attribute.
```python
cad.modify_block_attribute(block_ref, "TagName", "NewValue")
```
- **modify_block_attribute_by_old_value(block_ref, tag, old_value, new_value)**: Modifies a block attribute by old value.
```python
cad.modify_block_attribute_by_old_value(block_ref, "TagName", "OldValue", "NewValue")
```
- **delete_block_attribute(block_ref, tag)**: Deletes a block attribute.
```python
cad.delete_block_attribute(block_ref, "TagName")
```
### Group Management ⛓️
- **create_group(group_name, objects)**: Creates a group of objects.
```python
group = cad.create_group("MyGroup", [circle, line])
```
- **add_to_group(group_name, objects)**: Adds objects to a group.
```python
cad.add_to_group("MyGroup", [rectangle])
```
- **remove_from_group(group_name, objects)**: Removes objects from a group.
```python
cad.remove_from_group("MyGroup", [line])
```
- **select_group(group_name)**: Selects a group of objects.
```python
group_items = cad.select_group("MyGroup")
```
### User Interaction 🧑💻
- **get_user_input_point(prompt="Select a point")**: Requests point input from the user.
```python
user_point = cad.get_user_input_point("Select a point")
```
- **get_user_input_string(prompt="Enter a string")**: Requests string input from the user.
```python
user_string = cad.get_user_input_string("Enter a string")
```
- **get_user_input_integer(prompt="Enter an integer")**: Requests integer input from the user.
```python
user_integer = cad.get_user_input_integer("Enter an integer")
```
- **show_message(message)**: Displays a message to the user.
```python
cad.show_message("Operation completed successfully.")
```
### Document Management 📃📂
- **purge()**: Purges all unused elements in the active document.
```python
cad.purge()
```
- **save_as(file_path)**: Saves the document with a new name.
```python
cad.save_as("path/to/save.dwg")
```
- **save()**: Saves the active document.
```python
cad.save()
```
- **close(save_changes=True)**: Closes the active document, optionally saving changes.
```python
cad.close(save_changes=True)
```
- **open_file(file_path)**: Opens an existing file.
```python
cad.open_file("path/to/open.dwg")
```
### View Management 🔍
- **zoom_extents():** Zooms the viewport to display all objects.
```python
cad.zoom_extents()
```
- **zoom_to_object(obj)**: Zooms the viewport to fit a specific object.
```Python
# Assuming 'circle' is an object created earlier
cad.zoom_to_object(circle)
```
### Object Manipulation 🛠️
- **explode_object(obj)**: Explodes an object or a set of joined objects.
```python
exploded_items = cad.explode_object(circle)
```
- **delete_object(obj)**: Deletes an object.
```python
cad.delete_object(circle)
```
- **clone_object(obj, new_insertion_point)**: Clones an object.
```python
cloned_obj = cad.clone_object(circle, APoint(15, 15, 0))
```
- **modify_object_property(obj, property_name, new_value)**: Modifies a property of an object.
```python
cad.modify_object_property(circle, "Radius", 10)
```
- **repeat_block_horizontally(block_name, total_length, block_length, insertion_point)**: Repeats a block horizontally until a specified length is reached.
```python
cad.repeat_block_horizontally("BlockName", 100, 10, APoint(0, 0, 0))
```
- **move_object(obj, new_insertion_point)**: Moves an object.
```python
cad.move_object(circle, APoint(20, 20, 0))
```
- **scale_object(obj, base_point, scale_factor)**: Scales an object.
```python
cad.scale_object(circle, APoint(5, 5, 0), 2)
```
- **rotate_object(obj, base_point, rotation_angle)**: Rotates an object.
```python
cad.rotate_object(circle, APoint(5, 5, 0), 90)
```
- **align_objects(objects, alignment=Alignment.LEFT)**: Aligns objects based on the specified alignment.
```python
cad.align_objects([circle, line], Alignment.LEFT)
```
- **distribute_objects(objects, spacing)**: Distributes objects with specified spacing.
```python
cad.distribute_objects([circle, line, rectangle], 5)
```
- **get_entity_extents(entity):**: To get Min and Max Point of an Entity
```python
min_point, max_point = cad.get_entity_extents(entity)
```
### Error Handling ❌
The module includes custom error handling through the `CADException` class, which provides detailed error messages for AutoCAD-related operations.
## Contributing 🤝💗
[](CONTRIBUTING.md)
## Reporting Bugs 🪲
If you encounter a bug, please open an issue on GitHub. Please include the following:
* Your version of AutoCAD.
* A clear and concise description of the bug.
* Steps to reproduce the behavior.
* A code snippet demonstrating the issue.
## Suggesting Enhancements 💭📈
If you have an idea for a new feature, feel free to open an issue to discuss it. Please provide:
* A clear description of the feature and the problem it solves.
* Any sample code or use-cases you might have in mind.
## License 🔒
This project is licensed under the MIT License.
## Contact 📧
For any questions or support, please contact [jonespetersoftware@gmail.com].
## Credits 🥇🫡
This project was inspired by and builds upon the work from the following repositories:
- [AutoCAD by manufino](https://github.com/manufino/AutoCAD)
- [pyautocad by reclosedev](https://github.com/reclosedev/pyautocad)
> **Note**: This project is not affiliated with Autodesk AutoCAD in any way.
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"keywords": "autocad, automation, activex, comtypes, AutoCAD, AutoCADlib",
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"description": "[](https://postimg.cc/5jqF5LzT)\n\n# AutoCAD - python library Latest Version 0.1.8\n[](https://github.com/Jones-peter) [](https://www.instagram.com/jones_peter__/) [](https://www.linkedin.com/in/jones-peter-121157221/) [](https://jonespeter.site)\n\n[](https://pypi.org/project/AutoCAD/)\n[](https://pepy.tech/project/AutoCAD)\n[](https://github.com/Jones-peter/AutoCAD/blob/master/LICENSE)\n## Overview\n\nThe `AutoCAD` module provides a comprehensive interface for interacting with AutoCAD through Python. It leverages the COM client to automate tasks within AutoCAD, allowing for efficient manipulation of drawings and objects.\n\n## Features\n\n- **Object Creation**: Create circles, lines, rectangles, ellipses, text, MText, dimensions, points, polylines, splines, arcs, and advanced tables.\n- **Layer Management**: Create, delete, lock/unlock, and modify layers.\n- **Block Operations**: Insert, export, and modify blocks and their attributes.\n- **Group Management**: Create, add to, remove from, and select groups of objects.\n- **User Interaction**: Request point, string, and integer inputs from the user.\n- **View Management**: Control the drawing view with Zoom Extents and Zoom to Object.\n- **Utility Functions**: Check if AutoCAD is installed or running.\n- **Error Handling**: Custom exception handling for AutoCAD-related errors.\n\n## Installation\n\nEnsure you have Python installed along with the necessary packages:\n\n```bash\npip install AutoCAD\n```\n\n## Usage\n\n### Initialization \ud83c\udf9a\ufe0f\n\nTo start using the module, initialize the `AutoCAD` class:\n\n```python\nfrom AutoCAD import AutoCAD\n\ncad = AutoCAD()\n```\n\n### Object Creation \ud83e\ude84\n\n- **add_circle(center, radius)**: Adds a circle to the model space.\n\n ```python\n center = APoint(10, 10, 0)\n radius = 5\n circle = cad.add_circle(center, radius)\n ```\n\n- **add_line(start_point, end_point)**: Adds a line to the model space.\n\n ```python\n start_point = APoint(0, 0, 0)\n end_point = APoint(10, 0, 0)\n line = cad.add_line(start_point, end_point)\n ```\n\n- **add_rectangle(lower_left, upper_right)**: Adds a rectangle to the model space.\n\n ```python\n lower_left = APoint(0, 0, 0)\n upper_right = APoint(10, 5, 0)\n rectangle = cad.add_rectangle(lower_left, upper_right)\n ```\n\n- **add_ellipse(center, major_axis, ratio)**: Adds an ellipse to the model space.\n\n ```python\n center = APoint(5, 5, 0)\n major_axis = APoint(10, 0, 0)\n ratio = 0.5\n ellipse = cad.add_ellipse(center, major_axis, ratio)\n ```\n\n- **add_text(text)**: Adds a text object to the model space.\n\n ```python\n text = Text(\"Hello, AutoCAD!\", APoint(5, 5, 0), 2.5)\n text_obj = cad.add_text(text)\n ```\n\n- **add_dimension(dimension)**: Adds a dimension to the model space.\n\n ```python\n dimension = Dimension(APoint(0, 0, 0), APoint(10, 0, 0), APoint(5, -2, 0), DimensionType.ALIGNED)\n dimension_obj = cad.add_dimension(dimension)\n ```\n\n- **add_point(point)**: Adds a point to the model space.\n\n ```python\n point = APoint(5, 5, 0)\n point_obj = cad.add_point(point)\n ```\n\n- **add_polyline(points)**: Adds a polyline to the model space.\n\n ```python\n points = [APoint(0, 0, 0), APoint(5, 5, 0), APoint(10, 0, 0)]\n polyline = cad.add_polyline(points)\n ```\n\n- **add_spline(points)**: Adds a spline to the model space.\n\n ```python\n points = [APoint(0, 0, 0), APoint(5, 5, 0), APoint(10, 0, 0)]\n spline = cad.add_spline(points)\n ```\n\n- **add_arc(center, radius, start_angle, end_angle)**: Adds an arc to the model space.\n\n ```python\n center = APoint(5, 5, 0)\n radius = 5\n start_angle = 0\n end_angle = 180\n arc = cad.add_arc(center, radius, start_angle, end_angle)\n ```\n \n- **add_table(table_obj)**: Adds a fully-featured table.\n ```python\n from AutoCAD import Table, Alignment\n data = [\n [\"Row 1, Col 1\", \"Row 1, Col 2\", \"Row 1, Col 3\"],\n [\"Row 2, Col 1\", \"Row 2, Col 2\", \"Row 2, Col 3\"]\n ]\n headers = [\"Header 1\", \"Header 2\", \"Header 3\"]\n table = Table(\n insertion_point=APoint(30, 30, 0),\n data=data,\n headers=headers,\n title=\"My Custom Table\",\n col_widths=[30, 30, 30],\n text_height=2.0,\n alignment=Alignment.CENTER\n )\n table_obj = cad.add_table(table)\n ```\n\n### Layer Management \ud83e\udde9\n\n- **create_layer(layer)**: Creates a new layer.\n\n ```python\n layer = Layer(\"MyLayer\", Color.RED)\n new_layer = cad.create_layer(layer)\n ```\n\n- **set_active_layer(layer_name)**: Sets the active layer.\n\n ```python\n cad.set_active_layer(\"MyLayer\")\n ```\n\n- **set_layer_visibility(layer_name, visible=True)**: Sets the visibility of a layer.\n\n ```python\n cad.set_layer_visibility(\"MyLayer\", visible=False)\n ```\n\n- **lock_layer(layer_name, lock=True)**: Locks or unlocks a layer.\n\n ```python\n cad.lock_layer(\"MyLayer\", lock=True)\n ```\n\n- **delete_layer(layer_name)**: Deletes a layer.\n\n ```python\n cad.delete_layer(\"MyLayer\")\n ```\n\n- **change_layer_color(layer_name, color)**: Changes the color of a layer.\n\n ```python\n cad.change_layer_color(\"MyLayer\", Color.BLUE)\n ```\n\n- **set_layer_linetype(layer_name, linetype_name)**: Sets the linetype of a layer.\n\n ```python\n cad.set_layer_linetype(\"MyLayer\", \"Dashed\")\n ```\n\n### Block Operations \ud83e\uddf1\n\n- **insert_block(block)**: Inserts a block into the model space.\n\n ```python\n block = BlockReference(\"BlockName\", APoint(5, 5, 0))\n block_ref = cad.insert_block(block)\n ```\n\n- **get_block_extents(block_name)**: Gets the maximum extents of a block.\n\n ```python\n min_point, max_point = cad.get_block_extents(\"BlockName\")\n ```\n\n- **get_block_coordinates(block_name)**: Gets the insertion coordinates of a specific block.\n\n ```python\n block_coords = cad.get_block_coordinates(\"BlockName\")\n ```\n\n- **insert_block_from_file(file_path, insertion_point, scale=1.0, rotation=0.0)**: Inserts a block from a file.\n\n ```python\n block_ref = cad.insert_block_from_file(\"path/to/block.dwg\", APoint(5, 5, 0))\n ```\n\n- **export_block_to_file(block_name, file_path)**: Exports a block to a file.\n\n ```python\n cad.export_block_to_file(\"BlockName\", \"path/to/export.dwg\")\n ```\n\n- **modify_block_attribute(block_ref, tag, new_value)**: Modifies a block attribute.\n\n ```python\n cad.modify_block_attribute(block_ref, \"TagName\", \"NewValue\")\n ```\n\n- **modify_block_attribute_by_old_value(block_ref, tag, old_value, new_value)**: Modifies a block attribute by old value.\n\n ```python\n cad.modify_block_attribute_by_old_value(block_ref, \"TagName\", \"OldValue\", \"NewValue\")\n ```\n\n- **delete_block_attribute(block_ref, tag)**: Deletes a block attribute.\n\n ```python\n cad.delete_block_attribute(block_ref, \"TagName\")\n ```\n\n### Group Management \u26d3\ufe0f\n\n- **create_group(group_name, objects)**: Creates a group of objects.\n\n ```python\n group = cad.create_group(\"MyGroup\", [circle, line])\n ```\n\n- **add_to_group(group_name, objects)**: Adds objects to a group.\n\n ```python\n cad.add_to_group(\"MyGroup\", [rectangle])\n ```\n\n- **remove_from_group(group_name, objects)**: Removes objects from a group.\n\n ```python\n cad.remove_from_group(\"MyGroup\", [line])\n ```\n\n- **select_group(group_name)**: Selects a group of objects.\n\n ```python\n group_items = cad.select_group(\"MyGroup\")\n ```\n\n### User Interaction \ud83e\uddd1\u200d\ud83d\udcbb\n\n- **get_user_input_point(prompt=\"Select a point\")**: Requests point input from the user.\n\n ```python\n user_point = cad.get_user_input_point(\"Select a point\")\n ```\n\n- **get_user_input_string(prompt=\"Enter a string\")**: Requests string input from the user.\n\n ```python\n user_string = cad.get_user_input_string(\"Enter a string\")\n ```\n\n- **get_user_input_integer(prompt=\"Enter an integer\")**: Requests integer input from the user.\n\n ```python\n user_integer = cad.get_user_input_integer(\"Enter an integer\")\n ```\n\n- **show_message(message)**: Displays a message to the user.\n\n ```python\n cad.show_message(\"Operation completed successfully.\")\n ```\n\n### Document Management \ud83d\udcc3\ud83d\udcc2\n\n- **purge()**: Purges all unused elements in the active document.\n\n ```python\n cad.purge()\n ```\n\n- **save_as(file_path)**: Saves the document with a new name.\n\n ```python\n cad.save_as(\"path/to/save.dwg\")\n ```\n\n- **save()**: Saves the active document.\n\n ```python\n cad.save()\n ```\n\n- **close(save_changes=True)**: Closes the active document, optionally saving changes.\n\n ```python\n cad.close(save_changes=True)\n ```\n\n- **open_file(file_path)**: Opens an existing file.\n\n ```python\n cad.open_file(\"path/to/open.dwg\")\n ```\n \n### View Management \ud83d\udd0d\n- **zoom_extents():** Zooms the viewport to display all objects.\n\n ```python\n cad.zoom_extents()\n ```\n\n- **zoom_to_object(obj)**: Zooms the viewport to fit a specific object.\n\n ```Python\n # Assuming 'circle' is an object created earlier\n cad.zoom_to_object(circle)\n ```\n\n### Object Manipulation \ud83d\udee0\ufe0f\n\n- **explode_object(obj)**: Explodes an object or a set of joined objects.\n\n ```python\n exploded_items = cad.explode_object(circle)\n ```\n\n- **delete_object(obj)**: Deletes an object.\n\n ```python\n cad.delete_object(circle)\n ```\n\n- **clone_object(obj, new_insertion_point)**: Clones an object.\n\n ```python\n cloned_obj = cad.clone_object(circle, APoint(15, 15, 0))\n ```\n\n- **modify_object_property(obj, property_name, new_value)**: Modifies a property of an object.\n\n ```python\n cad.modify_object_property(circle, \"Radius\", 10)\n ```\n\n- **repeat_block_horizontally(block_name, total_length, block_length, insertion_point)**: Repeats a block horizontally until a specified length is reached.\n\n ```python\n cad.repeat_block_horizontally(\"BlockName\", 100, 10, APoint(0, 0, 0))\n ```\n\n- **move_object(obj, new_insertion_point)**: Moves an object.\n\n ```python\n cad.move_object(circle, APoint(20, 20, 0))\n ```\n\n- **scale_object(obj, base_point, scale_factor)**: Scales an object.\n\n ```python\n cad.scale_object(circle, APoint(5, 5, 0), 2)\n ```\n\n- **rotate_object(obj, base_point, rotation_angle)**: Rotates an object.\n\n ```python\n cad.rotate_object(circle, APoint(5, 5, 0), 90)\n ```\n\n- **align_objects(objects, alignment=Alignment.LEFT)**: Aligns objects based on the specified alignment.\n\n ```python\n cad.align_objects([circle, line], Alignment.LEFT)\n ```\n\n- **distribute_objects(objects, spacing)**: Distributes objects with specified spacing.\n\n ```python\n cad.distribute_objects([circle, line, rectangle], 5)\n ```\n\n- **get_entity_extents(entity):**: To get Min and Max Point of an Entity\n ```python\n min_point, max_point = cad.get_entity_extents(entity)\n ```\n\n### Error Handling \u274c\n\nThe module includes custom error handling through the `CADException` class, which provides detailed error messages for AutoCAD-related operations.\n\n## Contributing \ud83e\udd1d\ud83d\udc97\n[](CONTRIBUTING.md)\n\n\n## Reporting Bugs \ud83e\udeb2\n\nIf you encounter a bug, please open an issue on GitHub. Please include the following:\n* Your version of AutoCAD.\n* A clear and concise description of the bug.\n* Steps to reproduce the behavior.\n* A code snippet demonstrating the issue.\n\n## Suggesting Enhancements \ud83d\udcad\ud83d\udcc8\n\nIf you have an idea for a new feature, feel free to open an issue to discuss it. Please provide:\n* A clear description of the feature and the problem it solves.\n* Any sample code or use-cases you might have in mind.\n\n## License \ud83d\udd12\n\nThis project is licensed under the MIT License.\n\n## Contact \ud83d\udce7\n\nFor any questions or support, please contact [jonespetersoftware@gmail.com].\n\n## Credits \ud83e\udd47\ud83e\udee1\n\nThis project was inspired by and builds upon the work from the following repositories:\n\n- [AutoCAD by manufino](https://github.com/manufino/AutoCAD)\n- [pyautocad by reclosedev](https://github.com/reclosedev/pyautocad)\n\n> **Note**: This project is not affiliated with Autodesk AutoCAD in any way.\n",
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