diff --git a/src/convenience.jl b/src/convenience.jl
index 3576960..ba12398 100644
--- a/src/convenience.jl
+++ b/src/convenience.jl
@@ -27,10 +27,10 @@ Returns rmsecv, meanrmsecv, where rmsecv is kmax x n_splits matrix, and meanrmse
 """
 function calculateRMSECV(X, y, regfunction, funcargs; n_splits=1, n_folds=5, rngseed=42, emscpreproc=false, emscdegree=6)
 
-splits                      = createCVSplitInds(X, n_splits, n_folds, rngseed);
-rmsecv, n_comps, meanrmsecv = calculateRMSECV(X, y, splits, regfunction, funcargs, emscpreproc=emscpreproc, emscdegree=emscdegree);
+splits             = createCVSplitInds(X, n_splits, n_folds, rngseed);
+rmsecv, meanrmsecv = calculateRMSECV(X, y, splits, regfunction, funcargs, emscpreproc=emscpreproc, emscdegree=emscdegree);
     
-return rmsecv, n_comps, meanrmsecv
+return rmsecv, meanrmsecv
 end
 
 function calculateRMSECV(X, y, splits, regfunction, funcargs; emscpreproc=false, emscdegree=6)
@@ -41,7 +41,6 @@ B, _     = regfunction(X, y, funcargs...); # <- Slow, but works in general. Mayb
 kmax     = size(B, 2);
 rmsecv   = zeros(kmax, n_splits);
 n_folds  = length(unique(splits[:,1]))
-n_comps  = convert(Vector{Int64}, zeros(n_splits));
     
 for i in 1:n_splits
     
@@ -65,13 +64,12 @@ for i in 1:n_splits
         end
     end
 
-    _, n_comps[i] = findmin(rmsecv[:,i]);
 end
 
 rmsecv     = sqrt.(rmsecv ./ n);
 meanrmsecv = mean(rmsecv, dims=2);
 
-return rmsecv, n_comps, meanrmsecv
+return rmsecv, meanrmsecv
 end
 
 """