@ -649,6 +649,7 @@ def compute_party_bootstrap_cis(
lo_pct = alpha / 2.0
lo_pct = alpha / 2.0
hi_pct = 100.0 - lo_pct
hi_pct = 100.0 - lo_pct
rng = np . random . default_rng ( seed )
result : Dict [ str , Dict ] = { }
result : Dict [ str , Dict ] = { }
for party , vectors in party_vectors . items ( ) :
for party , vectors in party_vectors . items ( ) :
@ -670,12 +671,8 @@ def compute_party_bootstrap_cis(
}
}
continue
continue
rng = np . random . default_rng ( seed )
idx = rng . integers ( 0 , n_mps , size = ( n_boot , n_mps ) )
boot_centroids = np . empty ( ( n_boot , mat . shape [ 1 ] ) )
boot_centroids = mat [ idx ] . mean ( axis = 1 ) # (n_boot, dim)
for b in range ( n_boot ) :
idx = rng . integers ( 0 , n_mps , size = n_mps )
boot_centroids [ b ] = mat [ idx ] . mean ( axis = 0 )
ci_lower = np . percentile ( boot_centroids , lo_pct , axis = 0 )
ci_lower = np . percentile ( boot_centroids , lo_pct , axis = 0 )
ci_upper = np . percentile ( boot_centroids , hi_pct , axis = 0 )
ci_upper = np . percentile ( boot_centroids , hi_pct , axis = 0 )