Developer Platform

Python4Physics REST API

Programmatically access over 500+ computational physics codes, mathematical algorithms, and scientific simulations. Integrate directly with JupyterLab, Python clients, and research platforms.

1. Global Search API

Full-text instant search across 345 Python algorithms, 49 GNUplot visualizations, and 115 LaTeX formulations.

GET /api/search.php?q=Runge

2. Programs Query API

Retrieve structured code, mathematical formulations, and explanations by language, chapter, and topic.

GET /api/programs.php?lang=python&menu_id=12

3. Jupyter (.ipynb) Exporter

Dynamically generate and download standard Jupyter Notebooks with markdown theory and runnable code cells.

GET /api/export.php?id=350&format=ipynb

Live API Explorer

Test API queries directly from your browser to preview real-time JSON responses:

Status: Ready

Client Code Snippets

import requests

BASE_URL = "https://www.v2.python4physics.in/api"

# 1. Search for differential equation programs
search_res = requests.get(f"{BASE_URL}/search.php", params={"q": "Runge-Kutta"}).json()
print(f"Found {search_res['count']} results")

# 2. Fetch specific Python program
if search_res['results']:
    first_prog = search_res['results'][0]
    prog_id = first_prog['id']
    detail = requests.get(f"{BASE_URL}/programs.php", params={"lang": "python", "id": prog_id}).json()
    print("Code:\n", detail['program']['content'])

# 3. Download as Jupyter Notebook
notebook = requests.get(f"{BASE_URL}/export.php", params={"id": prog_id, "format": "ipynb"})
with open("simulation.ipynb", "wb") as f:
    f.write(notebook.content)
print("Saved simulation.ipynb!")

const baseUrl = "https://www.v2.python4physics.in/api";

// Search algorithms
async function searchPhysics(query) {
    const res = await fetch(`${baseUrl}/search.php?q=${encodeURIComponent(query)}`);
    const data = await res.json();
    console.log("Matching algorithms:", data.results);
    return data.results;
}

searchPhysics("Fourier");

# Search across 509 programs
curl "https://www.v2.python4physics.in/api/search.php?q=harmonic"

# Fetch Python Chapter 12 ODE programs
curl "https://www.v2.python4physics.in/api/programs.php?lang=python&menu_id=12"

# Export Program #350 as Jupyter Notebook (.ipynb)
curl -O -J "https://www.v2.python4physics.in/api/export.php?id=350&format=ipynb"