Github repository to project Self-reported expressibility predicts communicative success: Open dataset, validation, and simulation
This repository stores coding pipeline to process, analyze & model data associated with the manuscript 'Self-reported expressibility predicts communicative success: Open dataset, validation, and simulation'. This project investigates whether perceived expressibility predicts real-time guessability of concepts in novel communication game. The study is part of the project FLESH.
This project has been preregistered on November 24, 2024 on AsPredicted (#200596).
[🐶] Open dataset of perceived expressibility with raw values and modeled posterior estimates
[✅] Validation of perceived expressibility against real-time guessability
[💻] Simulation of experiments with varying design parameters using validated expressibility
├── 01_Expressibility # Data, scripts, and models for modelling expressibility estimates ratings │ ├── rawdata # Raw data to be preprocessed and modelled | ├── data # Processed dataframes | ├── scripts # Scripts for pre-processing and modelling | ├── models # Models | ├── plots # Plots │ ├── 02_Guessability_evaluation # Data, scripts, and models for evaluating the relationship between expressibility and guessability │ ├── rawdata # Raw data to be preprocessed and modelled │ ├── dataset # Processed dataframes │ ├── scripts # Scripts for pre-processing and modelling | ├── models # Models | ├── plots # Visualizations | ├── numberbatch # ConceptNet embeddings │ ├── 03_Simulations # Data, scripts and models for expressibility-related simulations │ ├── data # Processed dataframes │ ├── scripts # Scripts for pre-processing and modelling
- Python, jupyter notebook
- R, R studio
Werever necessary, a README contains information about how to install necessary Python packages. Rmarkdowns contain session info to retrieve the version of R and used packages.
Ćwiek, A., Fuchs, S., Pouw, W. and Kadavá, Š. (2025). Self-reported expressibility predicts communicative success: Open dataset, validation, and simulation.