This library is a new Python-based geometry package designed to facilitate easy manipulation of shapes. The initial version of the library primarily focuses on two fundamental shapes: Squares and Triangles. The project aims to be both educational and practical, making it useful for developers, students.
GeoLib is open-source under the MIT License, allowing developers to freely use, modify, and contribute to its ongoing development.
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Initialization with Side Length: Easily create a shape by specifying its side length.
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Area Calculation: Compute the area of the square using the area property.
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Perimeter Calculation: Compute the perimeter of the square using the perimeter property.
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Scaling: Scale the square by a given factor using the scale method, which allows for dynamic resizing of the square.
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Comparison Operators: Compare two squares using equality (==) and less than (<) operators based on their side lengths.
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Property Validation: Ensure that side lengths are positive, with robust error handling to prevent invalid geometric states.
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String Representation: Convenient string representation of the square, making it easy to display in output and debugging.
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The library is designed to be extensible, allowing developers to easily add support for additional geometric shapes beyond squares and triangles.
Install the library with :
pip install git+https://github.com/iBz-04/GeoLib.gitfrom geolib import Square
# Create a square with a side length of 4
square = Square(4)
# Calculate area and perimeter
print("Area:", square.area) # Output: Area: 16
print("Perimeter:", square.perimeter) # Output: Perimeter: 16
# Scale the square by a factor of 2
square.scale(2)
print("New side length:", square.side_length) # Output: New side length: 8
# Compare squares
small_square = Square(3)
print(square > small_square) # Output: Truefor more, see visit Geolib Documentation
For support visit : Discussions
GeoLib is licensed under the MIT License.