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, H 1 i s a . f ' INCLUDE ' H 2 i s a . f ' INCLUDE ' H 3 i s a . f ' INCLUDE ' H 4 i s a . f ' INCLUDE ' H 5 i s a . f ' INCLUDE ' H 6 i s a . f ' INCLUDE ' H 7 i s a . f ' INCLUDE ' H 8 i s a . f ' INCLUDE ' H 9 i s a . f ' INCLUDE ' H 1 0 i s a . f ' INCLUDE ' H1 . f ' INCLUDE ' H2 . f ' INCLUDE ' H3 . f ' INCLUDE ' H4 . f ' INCLUDE ' H5 . f ' INCLUDE ' H6 . f ' INCLUDE ' H7 . f ' INCLUDE ' H8 . f ' INCLUDE ' H9 . f ' INCLUDE ' H10 . f ' INCLUDE ' qnorm . f ' INCLUDE ' pnorm . f ' INCLUDE ' min . f ' INCLUDE ' max
, l o i 1 1 k = ' , l o i 1 1 k WRITE ( 1 4 , * ) ' l o i 1 3 g = ' , l o i 1 3 g WRITE ( 1 4 , * ) ' l o i 1 3 d = ' , l o i 1 3 d WRITE ( 1 4 , * ) ' l o i 1 4 l = ' , l o i 1 4 l WRITE ( 1 4 , * ) ' l o i 1 6 p = ' , l o i 1 6 p WRITE ( 1 4 , * ) ' l o i 1 6 d = ' , l o i 1 6 d WRITE ( 1 4 , * ) ' l o i 1 7 p = ' , l o i 1 7 p WRITE ( 1 4 , * ) ' l o i 1 7 m = ' , l o i 1 7 m WRITE ( 1 4 , * ) ' l o i 1 8 g = ' , l o i 1 8 g WRITE ( 1 4 , * ) ' l o i 1 8 d = ' , l o i 1 8 d WRITE ( 1 4 , * ) ' l o i 1 9 a = ' , l o i 1 9 a WRITE ( 1 4 , * ) ' l o i 1 9 b = ' , l o i 1 9 b WRITE ( 1 4 , * ) ' P r e c i s i o n m a c h i n e = ' , p r e c i WRITE ( 1 4 , * ) ' QUELQUES RESULTATS : ' WRITE ( 1 4 , * ) ' l o i 6 p = ' , l o i 6 p WRITE ( 1 4 , * ) ' l o i 6 q = ' , l o i 6 q WRITE ( 1 4 , * ) ' l o i 7 g = ' , l o i 7 g WRITE ( 1 4 , * ) ' l o i 7 d = ' , l o i 7 d WRITE ( 1 4 , * ) ' l o i 8 p = ' , l o i 8 p WRITE ( 1 4 , * ) ' l o i 8 q = ' , l o i 8 q WRITE ( 1 4 , * ) ' l o i 9 a = ' , l o i 9 a WRITE ( 1 4 , * ) ' l o i 9 b = ' , l o i 9 b WRITE ( 1 4 , * ) ' l o i 1 0 l = ' , l o i 1 0 l WRITE ( 1 4 , * ) ' l o i 1 0 b = ' , l o i 1 0 b WRITE ( 1 4 , * ) ' l o i 1 1 a = ' , l o i 1 1 a WRITE ( 1 4 , * ) ' l o i 1 1 k = ' , l o i 1 1 k WRITE ( 1 4 , * ) ' l o i 1 3 g = ' , l o i 1 3 g WRITE ( 1 4 , * ) ' l o i 1 3 d = ' , l o i 1 3 d WRITE ( 1 4 , * ) ' l o i 1 4 l = ' , l o i 1 4 l WRITE ( 1 4 , * ) ' l o i 1 6 p = ' , l o i 1 6 p WRITE ( 1 4 , * ) ' l o i 1 6 d = ' , l o i 1 6 d WRITE ( 1 4 , * ) ' l o i 1 7 p = ' , l o i 1 7 p WRITE ( 1 4 , * ) ' l o i 1 7 m = ' , l o i 1 7 m WRITE ( 1 4 , * ) ' l o i 1 8 g = ' , l o i 1 8 g WRITE ( 1 4 , * ) ' l o i 1 8 d = ' , l o i 1 8 d WRITE ( 1 4 , * ) ' l o i 1 9 a = ' , l o i 1 9 a WRITE ( 1 4 , * ) ' l o i 1 9 b = ' , l o i 1 9 b WRITE P r e c i s i o n m a c h i n e = ' , p r e c i WRITE ( 1 4 , * ) ' QUELQUES RESULTATS : ' WRITE ( 1 4 , * ) ' Nombre d \ ' e r r e u r s IFAIL2 = 1 : ' , e r r 1 WRITE ( 1 4 , * ) ' Nombre d \ ' e r r e u r s IFAIL2 = 2 : ' , e r r 2 WRITE ( 1 4 , * ) ' Nombre d \ ' e r r e u r s IFAIL2 = 3 : ' , e r r 3 WRITE ( 1 4 , * ) ' Nombre d \ ' e r r e u r s IFAIL2 = 4 : ' , e r r 4 WRITE ( 1 4 , * ) ' Nombre d \ ' e r r e u r s IFAIL2 = 5 : ' , e r r 5 WRITE ( 1 4 , * ) ' Nombre d \ ' e r r e u r s IFAIL2 = 6 : ' , e r r 6 WRITE 4 , * ) ' nT = ' , nT WRITE ( 1 4 , * ) ' l o i = ' , l o i WRITE ( 1 4 , * ) ' n b c l e = ' , n b c l e WRITE ( 1 4 , * ) ' m a r r e t = ' , m a r r e t WRITE ( 1 4 , * ) ' Mind = ' , Mind WRITE ( 1 4 , * ) ' s i g m a = ' , s i g m a WRITE ( 1 4 , * ) ' mu = ' , mu WRITE ( 1 4 , * ) ' d f 1 = ' , d f 1 WRITE ( 1 4 , * ) ' d f 2 = ' , d f 2 WRITE ( 1 4 , * ) ' lambda = ' , lambda WRITE ( 1 4 , * ) ' l o i 5 b = ' , l o i 5 b WRITE ( 1 4 , * ) ' l o i 5 k = ' , l o i 5 k WRITE ( 1 4 , * ) ' l o i 6 p = ' , l o i 6 p WRITE ( 1 4 , * ) ' l o i 6 q = ' , l o i 6 q WRITE ( 1 4 , * ) ' l o i 7 g = ' , l o i 7 g WRITE ( 1 4 , * ) ' l o i 7 d = ' , l o i 7 d WRITE, CONTINUE CLOSE( UNIT= 1 2 ) S2=X05BAF ( ) CPTIME=S2?S1 OPEN( UNIT = 1 4 Nombre d \ ' e r r e u r s IFAIL2 = 7 : ' , e r r 7 WRITE ( 1 4 , * ) ' Nombre d \ ' e r r e u r s IFAIL2 = 8 : ' , e r r 8 S2=X05BAF ( ) CPTIME=S2?S1 OPEN( UNIT = 1 4 0 l WRITE ( 1 4 , * ) ' l o i 1 0 b = ' , l o i 1 0 b WRITE ( 1 4 , * ) ' l o i 1 1 a = ' , l o i 1 1 a WRITE ( 1 4 , * ) ' l o i 1 1 k = ' , l o i 1 1 k WRITE ( 1 4 , * ) ' l o i 1 3 g = ' , l o i 1 3 g WRITE ( 1 4 , * ) ' l o i 1 3 d = ' , l o i 1 3 d WRITE ( 1 4 , * ) ' l o i 1 4 l = ' , l o i 1 4 l WRITE ) ' l o i 1 7 p = ' , l o i 1 7 p WRITE ( 1 4 , * ) ' l o i 1 7 m = ' , l o i 1 7 m WRITE ( 1 4 , * ) ' l o i 1 8 g = ' , l o i 1 8 g WRITE ( 1 4 , * ) ' l o i 1 8 d = ' , l o i 1 8 d WRITE ( 1 4 , * ) ' l o i 1 9 a = ' , l o i 1 9 a WRITE ( 1 4 , * ) ' l o i 1 9 b = ' , l o i 1 9 b WRITE ( 1 4 , * ) ' CGETOL = ' , CGETOL WRITE ( 1 4 , * ) ' LOGICAL MEAN= ' , MEAN WRITE ( 1 4 , * ) ' LOGICAL EXACT ' , EXACT WRITE ( 1 4 , * ) ' P r e c i s i o n m a c h i n e = ' , p r e c i WRITE ( 1 4 , * ) ' QUELQUES RESULTATS : ' WRITE ( 1 4 , * ) ' Nombre d \ ' e r r e u r s IFAIL2 = 1 : ' , e r r 1, pp.1-4, 2014.
, Tests d'indépendance en analyse multivariée et tests de normalité dans les modèles ARMA
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