news:news
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news:news [2021/04/25 21:58] – Wolfgang Viechtbauer | news:news [2022/03/12 11:41] – Wolfgang Viechtbauer | ||
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- | ==== April 21st, 2021: Better Degrees of Freedom Calculation | + | ==== 2022-03-12: Over 10,000 Citations |
- | In random/ | + | Since I don't obsessively check my Google Scholar profile like everybody else does, it is by mere coincidence that I noticed that my [[https://doi.org/10.18637/jss.v036.i03|JSS paper about the metafor |
- | The Knapp-Hartung method cannot be directly generalized | + | ==== 2022-03-06: Specifying Inputs |
- | ==== April 3rd, 2021: Scatter Plots / Bubble Plots for Meta-Regression Models ==== | + | Unfortunately, I have seen a number of cases where users of the metafor package have misspecified the inputs to the '' |
- | I finally got around to adding a function to the package for drawing scatter plots (also known as bubble plots) for meta-regression models. See the documentation of the [[https:// | + | ==== 2022-01-02: More Forest Plot Examples ==== |
+ | Happy New Year! Hope this one will be at least marginally less crazy than the previous ones ... | ||
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+ | I was recently asked whether I would add the feature to show multiple confidence intervals for each of the studies in a forest plot (e.g., by using lines with varying thickness) to the metafor package. Turns out that one can already do this without too much difficulty using the existing tools, simply by superimposing two forest plots on top of each other. This is illustrated [[plots: | ||
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+ | I also wanted to see to what extent one can reproduce forest plots created by different software or using the aesthetics of certain journals. I started with the recreation of a forest plot that was obtained using RevMan, the software provided by the Cochrane Collaboration for conducting and authoring Cochrane reviews. You can find the figure and corresponding code for this [[plots: | ||
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+ | Although it takes a bit of effort to recreate these figures (especially if one wants to make them look almost identical to the originals), it shows that one can essentially recreate any forest plot using the various '' |
news/news.txt · Last modified: 2024/03/29 10:44 by Wolfgang Viechtbauer