The MODEL Procedure

PROC MODEL options;

ABORT ;

ARRAY arrayname variable-list …;

ATTRIB variable-list1 attribute-list1 <variable-list2 attribute-list2 …>;

BOUNDS bound1 < , bound2 …>;

BY variable-list;

CALL name;

CALL name( expression1 < , expression2 …> );

CONTROL variable < value > …;

DELETE ;

DO ;

DO variable = expression < TO expression > < BY expression > < , expression TO expression < BY expression > …> < WHILE expression > < UNTIL expression > ;

END ;

DROP variable …;

ENDOGENOUS variable < initial-values > …;

ERRORMODEL equation-name ~ distribution < CDF=( CDF(options) ) > ;

ESTIMATE item1 < , item2 …> < ,/ options > ;

EXOGENOUS variable < initial values > …;

FIT equations < PARMS=( parameter values …) > < START=( parameter values …) > < DROP=( parameters ) > < / options > ;

FORMAT variable-list < format > < DEFAULT= default-format > ;

GOTO statement-label ;

ID variable-list;

IF expression ;

IF expression THEN programming-statement1 ;  < ELSE programming-statement2 > ;

variable = expression ;

variable + expression ;

INCLUDE model-file …;

INSTRUMENTS < instruments > < _EXOG_ > < EXCLUDE=( parameters ) > < / options > ;

KEEP variable …;

LABEL variable =’label’ …;

LENGTH variable-list <$> length …<DEFAULT=length > ;

LINK statement-label ;

MOMENT variable-list = moment-specification …;

OUTVARS variable …;

PARAMETERS variable1 < value1 > < variable2 < value2 …> > ;

PUT print-item …< @ > < @@ > ;

RANGE variable < = first > <TO  last > ;

RENAME old-name1 = new-name1 < …old-name2 = new-name2 > ;

RESET options;

RESTRICT restriction1 < , restriction2 …> ;

RETAIN variable-list1 value1 < variable-list2 value2 …> ;

RETURN ;

SOLVE variable-list <SATISFY=(equations) > < / options > ;

SUBSTR ( variable, index, length ) = expression ;

SELECT < ( expression ) > ;

OTHERWISE programming-statement ;

STOP ;

TEST < "name" > test1 <, test2 …> < ,/ options >;

VAR variable < initial-values > …;

WEIGHT variable;

WHEN ( expression ) programming-statement ;