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Hi, I'm trying to replicate OpenWAR calculations on my own to potentially incorporate data that wasn't available when this project started, and I'm not understanding the following step in the Baserunner RAA portion:
Looking at line 550 of makeWAR.R, you create a function "getCDF" to compute the empirical probabilities of every possible # of bases advanced in a given situation. But then the lagged cumulative probability is what gets merged back to the original dataset and used for the remainder of the RAA calculation.
Based on your journal article, I had thought κ was based on the probability of advancing at least as many bases as the runner actually did, but to me it seems the lag would represent the probability of advancing strictly less than the number of bases. Any clarity would be much appreciated. Thanks a lot.
The text was updated successfully, but these errors were encountered:
Hmm...thanks for contributing this @ballparkfigures . Both @gjm112 and @beanumber are struggling to find time under these circumstances, but we will look into this. We appreciate your interest in this work!
Hi, I'm trying to replicate OpenWAR calculations on my own to potentially incorporate data that wasn't available when this project started, and I'm not understanding the following step in the Baserunner RAA portion:
Looking at line 550 of makeWAR.R, you create a function "getCDF" to compute the empirical probabilities of every possible # of bases advanced in a given situation. But then the lagged cumulative probability is what gets merged back to the original dataset and used for the remainder of the RAA calculation.
Based on your journal article, I had thought κ was based on the probability of advancing at least as many bases as the runner actually did, but to me it seems the lag would represent the probability of advancing strictly less than the number of bases. Any clarity would be much appreciated. Thanks a lot.
The text was updated successfully, but these errors were encountered: