https://mrcaseb.com/
Here you can see
1.) how the playoff probability of each team changes depending on whether they win or lose the next game, and
2.) the combined playoff leverage of the teams involved in each game, sorted by kickoff time.
Here you can see
1.) how the playoff probability of each team changes depending on whether they win or lose the next game, and
2.) the combined playoff leverage of the teams involved in each game, sorted by kickoff time.
Here you can see how the playoff probability of each team changes depending on whether they win or lose the next game.
Here you can see how the playoff probability of each team changes depending on whether they win or lose the next game.
How to read this:
Going clockwise (starting wherever you want) every team has beaten the next team that's beaten the next team and so on until it circles back.
How to read this:
Going clockwise (starting wherever you want) every team has beaten the next team that's beaten the next team and so on until it circles back.
I think the only dplyr solution is using if_else including the "missing" arg.
The data.table solution was so much more straightforward
I think the only dplyr solution is using if_else including the "missing" arg.
The data.table solution was so much more straightforward
Here you can see how the playoff probability of each team changes depending on whether they win or lose the next game.
Here you can see how the playoff probability of each team changes depending on whether they win or lose the next game.
Here you can see how the playoff probability of each team changes depending on whether they win or lose the next game.
Here you can see how the playoff probability of each team changes depending on whether they win or lose the next game.
Here is how much NFL teams spend on their units in 2025 vs. their respective PFF grades through week 6.
(You don't want your team in the red area which means "expensive and below average")
Here is how much NFL teams spend on their units in 2025 vs. their respective PFF grades through week 6.
(You don't want your team in the red area which means "expensive and below average")
This chart shows offensive EPA per play (x-axis) and success rate (plays where EPA > 0) split by dropback and rushing.
Imagine the Patriots fixing their rushing game!
This chart shows offensive EPA per play (x-axis) and success rate (plays where EPA > 0) split by dropback and rushing.
Imagine the Patriots fixing their rushing game!
cran.r-project.org/doc/manuals/...
cran.r-project.org/doc/manuals/...
mrcaseb.github.io/ggpath/index...
mrcaseb.github.io/ggpath/index...