K=10,T=0.8: <data>= auth , headers = { ' accept ' : ' application / json ' , ' content - type ' : ' application / json ' , ' user - agent ' : ' marathon - lb ' } , timeout = ( 3 . 0 5 , 4 6 ) , * * kwargs ) logger . debug ( " % s % s " , method , response . url ) if response . ok and i ! = 0 : self . _ _ hosts = self . _ _ hosts [ i : ] + </data>= self . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ( ) def _ config ( config ) : config . config [ ' url ' ] = config [ ' url ' ] [ ' url ' ] [ ' url ' ] . config _ name = name config . name [ ' <UNK> ' ] . config . name ( ) [ ' url ' ] = " config " config _ = config [ ' content ' ] " config . json " ) config 
K=10,T=0.8: <data>indented ( out , level + 1 , ' " % s " - > " % s " \ n ' % ( obj . addr , first _ n ) ) write _ indented ( out , level + 1 , ' " % s " - > " % s " \ n ' % ( last _ n , obj . addr ) ) prev _ n = last _ n else : for o in obj . <UNK> ( ) : first _ n , last _ n = subgraph ( o , out , </data>last _ n ) out = self . state . <UNK> ( out ) out = self . state . <UNK> ( out , out ) out = out . state . <UNK> ( out , out ) out = self . state . <UNK> ( out ) out = out . <UNK> ( out ) out = out [ : , : , : , : ] out = out . <UNK> ( out ) return out [ : , : , : , : , : , : , : ] out = out . data . <UNK> 
K=10,T=0.8: <data>( i ) > 0 else int ( i ) + ind for i in layers ] if len ( layers ) = = 1 : prev _ filters = out _ filters [ layers [ 0 ] ] elif len ( layers ) = = 2 : assert ( layers [ 0 ] = = ind - 1 ) prev _ filters = out _ filters [ layers [ 0 ] ] + out _ filters [ layers [ 1 ] ] out _ filters . append ( prev _ filters ) models . append ( empty module ( </data>input _ filters [ 1 ] ) if len ( layers [ 1 ] ) > 0 : return false return false def make _ model ( model _ name , model _ name , model _ name , output _ filters , output _ filters , output _ filters , output _ filters , output _ filters ) : output _ filters = output _ filters [ 0 ] if output _ filters = = 1 : output _ filters [ 0 : ] = output _ filters [ 0 ] else : output _ filters [ 1 ] 
K=10,T=0.8: <data>( vid _ urls _ in _ playlist ) : download _ video _ audio ( directory , vid _ url , i ) time . sleep ( 1 ) import json import time import requests def response ( flow ) : refresh _ url = ' https : / / <UNK> . xiaohongshu . com / api / sns / v 6 / ' if flow . request . url . startswith ( refresh _ url ) : for data in json . loads ( flow . response . text ) [ ' data ' ] : article = </data>data . replace ( ' ' , ' ) . replace ( ' ' ) . replace ( ' ' , ' ' ) . replace ( ' ' , ' ' , ' ' , ' ' ) . replace ( ' ' ) . replace ( ' ' , ' ' ) . replace ( ' ' , ' ) . replace ( ' ' , ' ' ) . replace ( ' ' , ' ' ) . replace ( ' ' , ' ' ) . replace ( ' ' , ' ' ) . replace 
K=10,T=0.8: <data>= { } url = ' https : / / mcs - mimp - web . sf - express . com / mcs - mimp / common post / ~ member nonactivity ~ dragon boat 2 0 2 4 index service ~ weekly gift status ' response = self . do _ request ( url , payload ) if response . get ( ' success ' ) : obj = response . get ( ' obj ' , [ { } ] ) for gift in obj : received = gift [ ' received ' ] receive start time = </data>datetime . datetime . datetime . strptime ( ' % s { } ' . format ( ' % f ' . format ( ' % d ' . format ( ' % d ' . format ( ' % d ' . format ( ' % d ' . format ( ' % d ' . format ( ' % d ' . format ( ' % d ' . format ( ' % d ' . format ( ' % d ' . format ( ' % d ' . format ( ' % d ' . format 
K=10,T=0.8: <data>. decoder _ hidden _ state _ w _ token . params self . srng = random streams ( ) def build ( self ) : tgt _ action _ seq = ndim _ <UNK> ( 3 , ' tgt _ action _ seq ' ) tgt _ action _ seq _ type = ndim _ <UNK> ( 3 , ' tgt _ action _ seq _ type ' ) tgt _ node _ seq = ndim _ <UNK> ( 2 , ' tgt _ node _ seq ' ) tgt _ par _ rule _ seq = ndim _ </data><UNK> ( 3 , ' tgt _ action _ seq ' ) tgt _ action _ seq = ks _ <UNK> ( 3 , ' tgt _ action _ seq ' ) tgt _ action _ seq = tf . reshape ( tgt _ action _ seq , 3 , 3 , 5 , 2 , 5 , 2 , 4 , 1 , 3 , 4 , 2 , 3 , 3 , 3 , 3 , 3 , 3 , 7 , 2 , 3 , 4 , 4 ) if not tgt _ action _ seq _ 
K=10,T=0.8: <data>= model . state _ dict ( ) , optimizer _ state = optimizer . state _ dict ( ) ) has _ bn = utils . check _ bn ( model ) test _ res = { ' loss ' : none , ' accuracy ' : none , ' nll ' : none } for epoch in range ( start _ epoch , args . epochs + 1 ) : time _ ep = time . time ( ) lr = learning _ rate _ schedule ( args . lr , epoch , args . epochs ) utils </data>. save _ checkpoint ( path , os . path . join ( path , ' train / train / train / train / train / train . pkl ' ) ) logger . info ( f " { epoch } { epoch } { epoch } { epoch } " ) logger . info ( f " { epoch } { epoch } / test / train / train / validation / test / train / train / test / val / test / val / train / test / dev / test / test / test / test 
K=10,T=0.8: <data>try : logger . debug ( ' connecting to server % s : % s ' % ( host , port ) ) self . server . connect ( ) logger . debug ( ' connected to server % s : % s ' % ( host , port ) ) except exception as e : self . server . closed = true raise proxy connection failed ( host , port , repr ( e ) ) if self . callback : self . callback . on request ( self , host , port , self . request ) if </data>self . callback : self . callback . on request ( self . callback ) self . callback . on request ( self . callback ) self . callback . on request ( self . callback . on request ( self . callback _ on request ( self . callback _ on request ( self . callback _ on request ( self . callback _ on request ( self . callback _ on request ( self . callback _ on request ( self . callback _ on request ( self . callback ) ) ) ) else : self . 
K=10,T=0.8: <data>) . batch _ normalization ( is _ training = is _ training , activation _ fn = none , name = ' bn 3 b 3 _ branch 2 c ' ) ) ( self . feed ( ' res 3 b 2 _ relu ' , ' bn 3 b 3 _ branch 2 c ' ) . add ( name = ' res 3 b 3 ' ) . relu ( name = ' res 3 b 3 _ relu ' ) . conv ( 1 , 1 , 1 0 2 4 , 2 , 2 </data>) ) ( self . feed ( ' res 3 b 3 _ conv 5 ' , ' bn 1 b 3 _ branch 2 c ' ) . conv ( 1 , 1 , 2 , 3 ) ) ( self . feed _ ' ) . relu ( name = ' res 3 b 3 _ branch 2 c ' ) . relu ( name = ' res 3 b 3 _ conv 5 ' , ' bn 3 b 3 _ branch 2 c ' ) . relu ( name = ' res 4 b 3 _