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

SCADET algorithm parameter configuration (Python implementation). by Xiaolong Zhang (470454)

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

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

“…<div><p>Background</p><p>Taking part in a cancer clinical trial often represents a source of psychological distress and emotional activation among patients and their caregivers. …”

Text with representative language to the Twitter dataset with their VADER and CIDER classifications. by James C. Young (18404677)

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

Representative examples of scanned intake forms. by Yojiro Umezaki (5916593)

Toxicity profile analysis of top six hits along KDE plot which represent joint distribution of carcinogenicity and oral rat acute toxicity by employing Python Seaborn module. by Iqra Ali (15372725)

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

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

Data collection and analysis process for sexual crime news study. by Yang Liu (4829)

Environmental DNA sampling reveals high occupancy rates of invasive Burmese pythons at wading bird breeding aggregations in the central Everglades by Sophia C. M. Orzechowski (6577349)

“…We fitted multi-scale Bayesian occupancy models to test the prediction that pythons occupy islands with wading bird colonies at higher rates compared to representative control islands containing no breeding birds. …”

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)

Python-Based Algorithm for Estimating the Parameters of Physical Property Models for Substances Not Available in Database by Jina Lee (3138492)

“…The parameters for estimating the enthalpy of vaporization using the current Python-based algorithm accurately represented the behavior of the actual substances, as determined using the Clausius–Claperyon equation. …”

Resolving Harvesting Errors in Institutional Repository Migration : Using Python Scripts with VS Code and LLM Integration. by satoshi hashimoto(橋本 郷史) (18851272)

SparcleQC: Automated Input File Creation for QM/MM Studies of Protein:Ligand Complexes by Caroline S. Glick (21561990)

“…In this article, we describe the details of SparcleQC’s procedure, show examples of the Python API, and explain additional features that are helpful in protein:ligand interaction studies. …”

Computing Mixture Adsorption in Porous Materials through Flat Histogram Monte Carlo Methods by Hsuan-Chu Chen (9038109)

Subjects:

Developed Python Scripts and ArcGIS Pro Toolbox for Identifying Active Centres by Yannis Paraskevopoulos (8286699)

“…<div>Newly developed Python Scripts and ArcGIS Pro 2.4.3 toolbox for a semi-automated workflow for Identification of Active Centres. …”

Iron content (mg/kg DM) of the whole body of juvenile, semi-adult and adult snakes (line in the box indicates the median, boxes represent lower quartile to upper quartile (25–75%),... by Petra Kölle (5634917)

SciPy2024: Facilitating scientific investigations from long-tail data with Python by Deborah Khider (4673140)

“…However, until 2023, researchers in this field could not unlock the full potential of the Pandas library as the Numpy datetime underpinning most time series functionalities only span 584 years, not the billions required for paleoclimate studies. This presentation walks through our work on creating a non-nanosecond datetime for Pandas and the development of Python toolboxes to query databases and analyze datasets using Pandas objects for interoperability.…”