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This #AlexanderArnold FK against #Chelsea was the most unstoppable FK in the #PremierLeague since 2017/2018 according to the FK ExSaves model I’ve built!
My model predicts this shot would only be saved 6 times in 1000!
& Trent made it look so simple!
#LFC #GK
This #AlexanderArnold FK against #Chelsea was the most unstoppable FK in the #PremierLeague since 2017/2018 according to the FK ExSaves model I’ve built!
My model predicts this shot would only be saved 6 times in 1000!
& Trent made it look so simple!
#LFC #GK
For those interested, this graphic is a good representation of what the model actually “sees”.
The variables used to train the model were:
• Initial Shot Distance
• Initial Shot Angle
• Shot Trajectory Relative to the Wall
• Final Shot Location
• Shot Velocity
The variables used to train the model were:
• Initial Shot Distance
• Initial Shot Angle
• Shot Trajectory Relative to the Wall
• Final Shot Location
• Shot Velocity
My model passed the sanity check as it found:
Closer FKs are harder to save ✅
More central FKs are harder to save ✅
FKs which go over the wall are harder to save ✅
FK which are higher & closer to the corners are harder to save ✅
FK which are faster are harder to save ✅
Closer FKs are harder to save ✅
More central FKs are harder to save ✅
FKs which go over the wall are harder to save ✅
FK which are higher & closer to the corners are harder to save ✅
FK which are faster are harder to save ✅
The reason TAA’s shot was so difficult to save was because it was close range & central & was smashed into the top corner at 71mph!
I will probably be tweeting a full thread of my analysis of #PremierLeague FKs soon but until then if anyone has any FK requests tweet below 👇🏻
I will probably be tweeting a full thread of my analysis of #PremierLeague FKs soon but until then if anyone has any FK requests tweet below 👇🏻
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