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Hello,
I have a question. I've noticed that several default tuning spaces don't seem to correspond to those in the article by Bischl et al. 2021. Here are a few examples:
GLMNET
s: [log(10^-4); log(10000)] instead of [2^-12; 2^12]
RPART
minsplit: [log(2); log(128)] instead of [2^1; 2^7]
minbucket: [log(1); log(64)] instead of [2^0; 2^6]
cp: [log(10^-4); log(0.1)] instead of [10^-4; 10^-1]
KNN
k: [log(1); log(50)] instead of [1; 50]
SVM
cost and gamma: [log(10^-4); log(10000)] instead of [2^-12; 2^12]
XGBOOST
eta: [log(10^-4); log(1)] instead of [10^-4; 10^0]
lambda and alpha: [log(10^-3); log(1000)] instead of [2^-10; 2^10]
Is there a reason for this? Sorry if I misunderstood something. Thank you for your assistance.
The text was updated successfully, but these errors were encountered:
Hello,
I have a question. I've noticed that several default tuning spaces don't seem to correspond to those in the article by Bischl et al. 2021. Here are a few examples:
GLMNET
s: [log(10^-4); log(10000)] instead of [2^-12; 2^12]
RPART
minsplit: [log(2); log(128)] instead of [2^1; 2^7]
minbucket: [log(1); log(64)] instead of [2^0; 2^6]
cp: [log(10^-4); log(0.1)] instead of [10^-4; 10^-1]
KNN
k: [log(1); log(50)] instead of [1; 50]
SVM
cost and gamma: [log(10^-4); log(10000)] instead of [2^-12; 2^12]
XGBOOST
eta: [log(10^-4); log(1)] instead of [10^-4; 10^0]
lambda and alpha: [log(10^-3); log(1000)] instead of [2^-10; 2^10]
Is there a reason for this? Sorry if I misunderstood something. Thank you for your assistance.
The text was updated successfully, but these errors were encountered: