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The-Art-of-Chaos-Dynamical-Systems-Fractals
The-Art-of-Chaos-Dynamical-Systems-Fractals Public🌀 A cinematic Python notebook exploring Chaos Theory — Lorenz attractors, Mandelbrot sets, Julia fractals & more. 80,000-point renders, live animations & stunning dark visuals. All from pure math.
Jupyter Notebook 1
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Newton-Fractals
Newton-Fractals PublicNewton Fractals — When Newton's 1669 root-finding algorithm meets the complex plane, infinite beauty emerges. 9 sections covering classic fractals, deep zooms, Nova & Halley variants, basin analysi…
Jupyter Notebook 2
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Data-Visualization-with-Python
Data-Visualization-with-Python Public📊 A colorful, beginner-friendly guide to Data Visualization in Python — 10 chart types across Matplotlib, Seaborn & Plotly with a full dashboard and interactive charts.
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Python-animations-for-beginners
Python-animations-for-beginners PublicA hands-on beginner's guide to creating animations in Python using Matplotlib. Covers FuncAnimation, sine waves, bouncing ball physics, bar chart races, and a solar system simulation — with clean c…
Jupyter Notebook 2
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3D-Animations-for-Beginners
3D-Animations-for-Beginners PublicA beginner-friendly guide to 3D animations in Python using mpl_toolkits.mplot3d. Covers camera rotation with view_init, animated surface waves, a growing double helix, and a planet-moon orbit simul…
Jupyter Notebook 2
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Know-Your-Data-Descriptive-Statistics-in-Python
Know-Your-Data-Descriptive-Statistics-in-Python PublicA colorful beginner's guide to Descriptive Statistics in Python. Covers mean, median, mode, variance, standard deviation, IQR, percentiles, and skewness — with real-world analogies, hands-on code, …
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