Easily draw Bézier curves, lines, and polygons using an intuitive user interface. Save and open your work seamlessly, allowing for quick adjustments and refinements.
All functions are custom-implemented, leveraging the power of the NumPy and Tkinter libraries for efficient and interactive graphic creation.
Video_Usage_Drawing.mp4
Bresenham's Algorithm:
- Used to draw lines by setting individual pixels in a straight path between two points with integer coordinates.
- This algorithm ensures efficient and accurate rendering of lines, avoiding floating-point arithmetic.
De Casteljau's Algorithm:
- Employed to create segments of Bézier curves, which are used for smooth and scalable curve generation.
- This recursive algorithm constructs Bézier curves by iteratively subdividing control points.
Flood Fill Algorithm:
- Applied to fill polygons or areas with a specified color by setting each pixel inside the boundary.
- This algorithm is commonly used in paint programs and for boundary-defined color filling.
Tkinter for UI Elements:
- Tkinter is utilized to create and manage various user interface elements such as buttons, labels, and canvases.
- This Python library allows for the creation of interactive and graphical applications.
Tkinter create_rectangle for Pixel Manipulation:
- Tkinter's create_rectangle method is used to set pixels individually to draw shapes and lines.
- Unlike higher-level drawing functions like create_line, create_rectangle can be used to set each pixel's color manually.
NumPy for Pixel Matrices:
- NumPy is used to store and manipulate pixel matrices efficiently.
- This library provides a convenient and powerful way to handle large arrays of pixel data for image processing.
- Left Click: Draw Points
- Press E: Switch to Edit Mode
- Press X: Hide Control Points
- Press C: Refresh Canvas
Graphical Interface:
python3 main.py
pip install tkinter
pip install numpy
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