Python code. by Kapil Newar (6533048)

Listed python codes of our algorithm with explanations (Python 3.9 recommended). by Takayuki Niizato (162226)

The Python3 code for the automatic sample selection process. by Junyao Zhang (4115290)

Complex Eigenvalues, Orthogonality, and QR Factorization: Analytical Proofs and Numerical Verification by Umar Tabbsum (22058780)

“…The work includes both analytical proofs and numerical verification to ensure reproducibility and clarity.…”

Representative schematic of the geometric configuration used for a 120 electrode MEA. by Christopher S. Dunham (12239618)

Extracts from posts representing the emotions. by Mariam Chichua (15348039)

“…We utilized the package ‘PyPlutchik’ to visualize the emotion wheels in Python 3.10.5.</p><p>Results</p><p>A total of 241 posts were included in the final database. …”

Conceptual of integrating FEM simulation in a Python scripting interface. by Chang Soon Kim (17480874)

In silico Toxicity Prediction, PA represent the Prediction accuracy, and AS represents the average similarity, toxicity profile (). by Kassim Folorunsho Adebambo (22806479)

Burmese python eDNA detections in wading bird colony habitat in Water Conservation Area 3 (WCA-3; red boundary) of the central Everglades in southern Florida (upper inset). by Sophia C. M. Orzechowski (6577349)

Distribution of the Chengdu XPADPRDA networking system (drawn with Python 3.6). by Miaoyuan Xiao (15451337)

A Representative example of organ surface data before and after editing. by Takashi Kimura (178058)

Two empirical distributions represented with relative frequency bins. by Leonardo Alexandre (13982796)

Quanfima: An open source Python package for automated fiber analysis of biomaterials - Fig 3 by Roman Shkarin (6580823)

Figure3 by Mei-Yun Lin (8953748)

Quanfima: An open source Python package for automated fiber analysis of biomaterials - Fig 6 by Roman Shkarin (6580823)

Comparison of performance between our next reaction implementation and the Python library from Ref. [3]. by Samuel Cure (22250922)

“…<p>We simulate SIR epidemic processes on Watts-Strogatz networks with parameters <i>k</i>₀ = 5, <i>p</i> = 0.1 <b>(a)</b> and Barabási-Albert networks with parameter <i>m</i> = 5 <b>(b)</b> using the Python wrapper of our C++ implementation and compare its performance with the Python library from Ref. …”

Python code to instantiate the class Fractal. by Leonardo Costa Ribeiro (10439243)

Additional file 3 of GenGraph: a python module for the simple generation and manipulation of genome graphs by Jon Ambler (7549571)

Conceptual Python 3 model to simulate a parallel coupled microturbine using off-the-shelf turbochargers by Andries van der Merwe (16028936)

“…<p>This Python 3 conceptual model simulates a parallel coupled microturbine at 87 kPa using off-the-shelf turbochargers with LPG gas. …”

3D Visualization of geological structures using Python: the case study of the Palomeque sheets (SE, Spain) by Manuel Bullejos (17474897)

“…<p>The goal of this paper is the construction of computerized 3D visualization of geological structures. Several Python applications have been used to adapt the paper map-based geological classical information to numerical geological maps represented in HTML files. …”