Access to raw data of graphs presented in original articles to calculate the effect size of single-case research is a challenge for researchers conducting studies such as meta-analysis. Researchers typically use data extraction software programs to extract raw data from the graphs in articles. In this study, we aimed to analyze the validity and reliability of the PlotDigitizer software program, which is widely used in literature and an alternative to other data extraction programs, on computers with different operating systems. We performed the digitization of 6.846 data points on three different computers using 15 hypothetical graphs with 20 data series and 186 graphs with 242 data series from 29 published articles to accomplish the goal. ...
Behavior analysts commonly use visual inspection to analyze single-case graphs, but studies on its r...
Certain quantification techniques may be more appropriate than others for single-case design analysi...
Seibold H, Czerny S, Decke S, et al. A computational reproducibility study of PLOS ONE articles feat...
Research synthesis, such as comparative and meta-analyses, requires the extraction of effect sizes f...
Abstract I present the small R package digitize, designed to extract data from scatterplots with a s...
The present article aims to present a series of software developments in the quantitative analysis o...
This is the source code for our graphical data extraction tool. Please see our paper on Wellcome Op...
The presentation of results from Systematic Literature Reviews (SLRs) is generally done using tables...
This report aims to assess the reproducibility of the results in the 2022 paper ``Plotly.plus, an Im...
In meta-analysis, the assessment of graphs is widely used in an attempt to identify or rule out hete...
Here you find supplemental material for our paper On the External Validity of Average-Case Analyse...
The use of function plotter software for instruction holds great potential. Articles have been writt...
Figures, code and data for validation of metaDigitise. Includes examples of the 14 figures used in t...
Computational reproducibility is a corner stone for sound and credible research. Especially in compl...
This study reanalyzed data presented in a previous investigation (Ottenbacher, 1986a) that explored ...
Behavior analysts commonly use visual inspection to analyze single-case graphs, but studies on its r...
Certain quantification techniques may be more appropriate than others for single-case design analysi...
Seibold H, Czerny S, Decke S, et al. A computational reproducibility study of PLOS ONE articles feat...
Research synthesis, such as comparative and meta-analyses, requires the extraction of effect sizes f...
Abstract I present the small R package digitize, designed to extract data from scatterplots with a s...
The present article aims to present a series of software developments in the quantitative analysis o...
This is the source code for our graphical data extraction tool. Please see our paper on Wellcome Op...
The presentation of results from Systematic Literature Reviews (SLRs) is generally done using tables...
This report aims to assess the reproducibility of the results in the 2022 paper ``Plotly.plus, an Im...
In meta-analysis, the assessment of graphs is widely used in an attempt to identify or rule out hete...
Here you find supplemental material for our paper On the External Validity of Average-Case Analyse...
The use of function plotter software for instruction holds great potential. Articles have been writt...
Figures, code and data for validation of metaDigitise. Includes examples of the 14 figures used in t...
Computational reproducibility is a corner stone for sound and credible research. Especially in compl...
This study reanalyzed data presented in a previous investigation (Ottenbacher, 1986a) that explored ...
Behavior analysts commonly use visual inspection to analyze single-case graphs, but studies on its r...
Certain quantification techniques may be more appropriate than others for single-case design analysi...
Seibold H, Czerny S, Decke S, et al. A computational reproducibility study of PLOS ONE articles feat...