Gist 16f26cdfd47fc8110f64ba1f4e292ad2

100%

Gist 16f26cdfd47fc8110f64ba1f4e292ad2

✓ Published0🌍 Public

Last edited Aug 14, 2018

Created on Aug 14, 2018

This example demonstrates basic integer division and exponentiation in Python. It assigns the values 11 and 5 to variables x and y, then computes the floor division result (2) and prints it, with a comment noting that 2.2 would be the floating-point result. The code also calculates and prints 2 raised to the power of 3, yielding 8. The visualization relies on standard Python print statements rather than any external data-visualization libraries, serving as a simple scripted arithmetic demonstration.

AI-generated description

Similar vizzes

Loading thumbnail…

Gist 07c637765f8aad3f648d483be9e42cd8

This example demonstrates basic Python syntax and output within a Jupyter notebook, showing how simple print statements and expression evaluations behave. It highlights the classic floating-point precision issue where `0.1 + 0.2` does not equal `0.3`, and contrasts that with an epsilon-based comparison that returns `True`. The code also illustrates string handling with triple-quoted multiline strings and the difference between echoing a value and using `print()`. No external visualization libraries are used; the focus is purely on language fundamentals.

FFrieseWoudloper

64% match

Loading thumbnail…

Gist b3f71219523700ec540c3470631f24c2

This example demonstrates a simple interactive number-guessing game in Python, comparing user input against a fixed value of 10 and printing relational outcomes. The code uses `raw_input` to read an integer, `try`/`except ValueError` to handle invalid input, and conditional branches with `if`, `elif`, and `else` to test equality and inequality. It also includes loops using `range` to print arithmetic sequences based on the comparison results. No external visualization libraries are used; the program relies solely on standard Python console I/O and control flow.

MMTClass

58% match

Loading thumbnail…

Gist 23875167ddf54617f817bbd24632696b

This example shows a JavaScript function that counts down from a given number and logs each value as either “par” (even) or “impar” (odd) to the console. It uses a `while` loop with a modulo (`%`) operator to test each integer against `0` and then prints the corresponding label. The function `func(10)` is called to process numbers from 10 down to 1, producing a simple text-based output without any graphical or charting libraries. The data source is the hardcoded initial value passed as an argument.

MMistyBlunch

57% match

Loading thumbnail…

Created on Cognitive Class Labs

This example demonstrates basic Python programming concepts taught in a Cognitive Class Labs notebook, including printing output, writing comments, and introducing data types like integers and floats. The notebook uses markdown cells for instructional text and code cells that execute `print()` statements to display results, such as "Hello, Python!". The material is sourced from a gist and covers foundational syntax, expressions, and variables, with exercises for learners. No data-visualization libraries are used; the focus is on interactive coding practice within the Jupyter notebook environment.

DDAVINDER

57% match

Loading thumbnail…

Gist 9b046ace330f16e0c7dfd93c5e979e10

This example shows a numeric comparison game where the user inputs an integer, and the script prints whether it is less than, greater than, or equal to the fixed value 10. It then demonstrates a loop that either adds or subtracts based on the input’s relationship to 10. The code uses Python’s `raw_input` for interactive console input, a `while` loop with a `try`/`except` block to handle invalid entries, and `range()` with `print` statements to output series of numbers. The logic is entirely text-based, with no visualization or graphical rendering libraries involved.

MMTClass

57% match

Loading thumbnail…

Gist d68534c6cd5f4fe95e426fb37c694be4

This example presents a Markdown-rendered Python cheatsheet originally authored by Mosh Hamedani, converted and annotated by IoTeacher. It displays code snippets covering variables, input handling, string operations, arithmetic, control flow, loops, lists, tuples, and dictionaries. The visualization is plain text with syntax highlighting applied through Markdown formatting. It does not use JavaScript libraries, datasets, or interactive rendering; instead, it relies on static code blocks and headings to organize the tutorial content.

IIoTeacher

53% match

Loading thumbnail…

WebAssembly integer operations

This example demonstrates a JavaScript WebAssembly module that exports integer division and echo functions, highlighting a discrepancy between WebAssembly’s spec-defined `ToWebAssemblyValue` coercion and its inverse `ToJSValue` conversion for i32 values. It uses the WebAssembly JavaScript API’s `instantiate` and `instance.exports` to call compiled wasm functions, while manually implementing the ECMA-262 `ToInt32` algorithm and a guessed JavaScript conversion. The visualization presents console output comparing wasm results against equivalent JavaScript conversions, revealing that unsigned division produces different values due to overflow handling.

CColinEberhardt

53% match

Loading thumbnail…

Gist 18319c4f30bf20182aad

This example uses an iPython Notebook to teach basic Python and Markdown skills. It shows a sequence of tasks for editing text cells, writing code, and manipulating strings, using the NLTK library to process a sentence. The notebook’s cells contain instructional headings, markdown explanations, and Python code inputs with output. The visualization is the notebook itself, rendered as a static document with WebGL, demonstrating its interactive, code-driven structure.

MMartiHearst

51% match