Amusive Blogging N' Coding (ABC)

This repository contains the code from the hands-on blog posts at iSquared. The website mainly revolves around the visual explanation of many different phenomena. There are two main parts: blogs and visualizations.

Blog Posts

The blog posts are longer and more detailed texts covering some interesting topics. They include explanations, intuition, theory, and visual perception of the discussed subject. Morever an open-source implementation is provided for a fully-featured experience. The blog posts are summarized below:

The importance of interactive data visualization

The blog post points why the interactive visualization is important and how it can help us in the process of data exploration and interpretation. It also includes a hands-on experience using the JavaScript library D3, to code an interactive Parallel Coordinates plot augmented with a dynamic table to search laptops easily.

Code: Interactive Dataviz

Dataset: Laptop Prices

JavaScript Visualization: Discover Different Visualization Tools

A series of 4 blog posts, each discovering a different set of JavaScript visualization tools: charting, graphs, maps and 3D.

First part - Charting

The first part covers the charting libraries with a hands-on experience with NVD3, ApexCharts JS and Plotly JS.

Code: JavaScript Charting Libraries

Dataset: Life Expectancy

Second Part - Graph Visualization

The second part covers the graph visualization libraries with a hands-on experience with Cytoscape JS. We discuss the different graph data formats, data repositories, different JavaScript libraries and out-of-the=box tools.

Code: JavaScript Graph Visualization Libraries

Data: Class Dependency Network of JDK 1.6.0.7

Random Processes in Python

A series of blog posts dedicated to the random processes simulation and animated visualization using the Python numerical libraries.

Animated Visualization of Random Walks in Python

Introduction of the simple random walk, simulation and animated visualization.

Code: Random Walk Animation Pyhton Notebook

Animated Visualization of Brownian Motion in Python

Introduction of the Brownian Motion, how to construct it using the simple random walk and animated visualization of this principle.

Code: Brownian Motion Animation Pyhton Notebook

Random Walks Have Never Been Funnier: Drifted Brownian Motion in Python

Extending the bare Brownian Motion with volatility and drift. We illustrate these two proparties with an animated visualization using Matplotlib's Animation API. Source code:

Code: Drifted Brownian Motion

Forget Determinism, see Randomness in Action: How to Model Stock Price

Transforming the Drifted Brownian Motion from a process with additive increments to a process with multiplicative increments. This is well suited for modelling stock price data. We analyze and animate one interesting property of the process: for certain conditions, it has zero mean and infinite variance.

Code: Geometric Brownian Motion

Numerical Integration in Python

A series of blog posts dedicated to the numerical integration with animated visualizations in Python.

Integrals are Easy: Visualized Riemann Integration in Python

Introduction to the simplest form of Integration using the Riemann sums. We illustrate the numerical integration process using Matplotlib's Animation API.

Code: Riemann Sums

Integrals are Fun: Illustrated Riemann-Stieltjes Integral

Introduction to the Riemann-Stieltjes Integral which is a generalization of the Riemann Integral. We provide some intuitive illustrations to explain and understand this type of integral.

Code: Riemann-Stieltjes Sums

Cellular Automata in Python

Simple but Stunning: Animated Cellular Automata in Python

Intro to cellular automata. Implementation of the elementary cellular automata and animation of the evolution of one automaton using Matplotlib.

Code: Cellular Automata

Hyperparameters Search

Neural Networks Hyperparameter Search, the Visualized Way

Tutorial on how to use the HiPlot library to find the best hyperparameters for a simple Keras model.

Code: Hyperparameter Search

Measuring Carbon Footprint

Track the CO emissions of your Python code the same way you time it. Here is how!

Tutorial on how to use CodeCarbon Python library for tracking the CO2 emissions of a neural network training process.

Code: Code Carbon

Code Profiling

Make every line of your Python code to count with these 4 profilers

Experimenting with snakeviz, line_profiler, memory_profiler and pyinstrument.

Code: Profilers Experiments

Visualizations

The visualization part offers very short and simple explanation of some big ideas where the main focus is put on the visualizations and how to create them. For completeness, the open-source implementation is provided here. The list of visualizations is summarized below:

Calculation of the Circle’s Area Explained Visually

How to calculate the area of the circle numerically. What is the visual interpretation behind it?

Find the source code here

This is why the Mandelbrot sets are amazing!

Amazing properties of the Mandelbrot sets and an animated visualization using Matplotlib as it converges.

Find the source code here

Visualized Koch Snowflake in Python with Matplotlib

How to construct perfect snowflakes using the Koch Curve. It only takes a simple math.

Find the source code here

Mind-Gobbling Julia Set: Animate your own in Python with Matplotlib

Analyzing Julia Set with an animated illistration.

Find the source code here

Chaotic Beauty: Bifurcation Diagram Animation with Matplotlib

Visualizing the chaotic bifurcation diagram getting created from a seemingly simple dynamical system.

Find the source code here

Not an ordinary function: Riemann Zeta zeros visualized in Python with Matplotlib

Visualizing and animating the zeros of the Riemann Zeta function, which are still not mathematically proven to hold in all cases.

Find the source code here

Sierpinski triangle: Fractal Christmass Tree

Animated visualization of the Sierpinski triangle, which resembles a Christmass tree.

Find the source code here

Barnsley Fern

Generating and plotting a Barnsley Fern Fractal.

Find the source code here

Plotting with Altair

How to plot data using the Altair Python library.

Find the source code here