@vindex MATRIX
@vindex END MATRIX
-@node Matrix Overview
-@subsection Overview
-
@display
@t{MATRIX.}
@dots{}@i{matrix commands}@dots{}
The following basic matrix commands are supported:
@display
-@t{COMPUTE} @i{variable}[(@i{index}[,@i{index}])]=@i{expression}.
-@t{CALL} @i{procedure}(@i{argument}, @dots{}).
+@t{COMPUTE} @i{variable}[@t{(}@i{index}[@t{,}@i{index}]@t{)}]@t{=}@i{expression}@t{.}
+@t{CALL} @i{procedure}@t{(}@i{argument}@t{,} @dots{}).
@t{PRINT} [@i{expression}]
- [/@t{FORMAT}=@i{format}]
- [/@t{TITLE}=@i{title}]
- [/@t{SPACE}=@{@t{NEWPAGE} @math{|} @i{n}@}]
- [@{/@t{RLABELS}=@i{string}@dots{} @math{|} /@t{RNAMES}=@i{expression}@}]
- [@{/@t{CLABELS}=@i{string}@dots{} @math{|} /@t{CNAMES}=@i{expression}@}].
+ [@t{/FORMAT}@t{=}@i{format}]
+ [@t{/TITLE}@t{=}@i{title}]
+ [@t{/SPACE}@t{=}@{@t{NEWPAGE} @math{|} @i{n}@}]
+ [@{@t{/RLABELS}@t{=}@i{string}@dots{} @math{|} @t{/RNAMES}@t{=}@i{expression}@}]
+ [@{@t{/CLABELS}@t{=}@i{string}@dots{} @math{|} @t{/CNAMES}@t{=}@i{expression}@}]@t{.}
@end display
@noindent
The following matrix commands offer support for flow control:
@display
-@t{DO IF} @i{expression}.
+@t{DO IF} @i{expression}@t{.}
@dots{}@i{matrix commands}@dots{}
-[@t{ELSE IF} @i{expression}.
+[@t{ELSE IF} @i{expression}@t{.}
@dots{}@i{matrix commands}@dots{}]@dots{}
[@t{ELSE}
@dots{}@i{matrix commands}@dots{}]
-@t{END IF}.
+@t{END IF}@t{.}
-@t{LOOP} [@i{var}=@i{first} @t{TO} @i{last} [@t{BY} @i{step}]] [@t{IF} @i{expression}].
+@t{LOOP} [@i{var}@t{=}@i{first} @t{TO} @i{last} [@t{BY} @i{step}]] [@t{IF} @i{expression}]@t{.}
@dots{}@i{matrix commands}@dots{}
-@t{END LOOP} [@t{IF} @i{expression}].
+@t{END LOOP} [@t{IF} @i{expression}]@t{.}
-@t{BREAK}.
+@t{BREAK}@t{.}
@end display
@noindent
The following matrix commands support matrix input and output:
@display
-@t{READ} @i{variable}[(@i{index}[,@i{index}])]
- [/@t{FILE}=@i{file}]
- /@t{FIELD}=@i{first} @t{TO} @i{last} [@t{BY} @i{width}]
- [/@t{SIZE}=@i{expression}]
- [/@t{MODE}=@{@t{RECTANGULAR} @math{|} @t{SYMMETRIC}@}]
- [/@t{REREAD}]
- [/@t{FORMAT}=@i{format}].
+@t{READ} @i{variable}[@t{(}@i{index}[@t{,}@i{index}]@t{)}]
+ [@t{/FILE}@t{=}@i{file}]
+ @t{/FIELD}@t{=}@i{first} @t{TO} @i{last} [@t{BY} @i{width}]
+ [@t{/SIZE}@t{=}@i{expression}]
+ [@t{/MODE}@t{=}@{@t{RECTANGULAR} @math{|} @t{SYMMETRIC}@}]
+ [@t{/REREAD}]
+ [@t{/FORMAT}@t{=}@i{format}]@t{.}
@t{WRITE} @i{expression}
- [/@t{OUTFILE}=@i{file}]
- /@t{FIELD}=@i{first} @t{TO} @i{last} [@t{BY} @i{width}]
- [/@t{MODE}=@{@t{RECTANGULAR} @math{|} @t{TRIANGULAR}@}]
- [/@t{HOLD}]
- [/@t{FORMAT}=@i{format}].
-@t{GET} @i{variable}[(@i{index}[,@i{index}])]
- [/@t{FILE}=@{@i{file} @math{|} @t{*}@}]
- [/@t{VARIABLES}=@i{variable}@dots{}]
- [/@t{NAMES}=@i{expression}]
- [/@t{MISSING}=@{@t{ACCEPT} @math{|} @t{OMIT} @math{|} @i{number}@}]
- [/@t{SYSMIS}=@{@t{OMIT} @math{|} @i{number}@}].
+ [@t{/OUTFILE}@t{=}@i{file}]
+ @t{/FIELD}@t{=}@i{first} @t{TO} @i{last} [@t{BY} @i{width}]
+ [@t{/MODE}@t{=}@{@t{RECTANGULAR} @math{|} @t{TRIANGULAR}@}]
+ [@t{/HOLD}]
+ [@t{/FORMAT}@t{=}@i{format}]@t{.}
+@t{GET} @i{variable}[@t{(}@i{index}[@t{,}@i{index}]@t{)}]
+ [@t{/FILE}@t{=}@{@i{file} @math{|} @t{*}@}]
+ [@t{/VARIABLES}@t{=}@i{variable}@dots{}]
+ [@t{/NAMES}@t{=}@i{expression}]
+ [@t{/MISSING}@t{=}@{@t{ACCEPT} @math{|} @t{OMIT} @math{|} @i{number}@}]
+ [@t{/SYSMIS}@t{=}@{@t{OMIT} @math{|} @i{number}@}]@t{.}
@t{SAVE} @i{expression}
- [/@t{OUTFILE}=@{@i{file} @math{|} @t{*}@}]
- [/@t{VARIABLES}=@i{variable}@dots{}]
- [/@t{NAMES}=@i{expression}]
- [/@t{STRINGS}=@i{variable}@dots{}].
-@t{MGET} [/@t{FILE}=@i{file}]
- [/@t{TYPE}=@{@t{COV} @math{|} @t{CORR} @math{|} @t{MEAN} @math{|} @t{STDDEV} @math{|} @t{N} @math{|} @t{COUNT}@}].
+ [@t{/OUTFILE}@t{=}@{@i{file} @math{|} @t{*}@}]
+ [@t{/VARIABLES}@t{=}@i{variable}@dots{}]
+ [@t{/NAMES}@t{=}@i{expression}]
+ [@t{/STRINGS}@t{=}@i{variable}@dots{}]@t{.}
+@t{MGET} [@t{/FILE}@t{=}@i{file}]
+ [@t{/TYPE}@t{=}@{@t{COV} @math{|} @t{CORR} @math{|} @t{MEAN} @math{|} @t{STDDEV} @math{|} @t{N} @math{|} @t{COUNT}@}]@t{.}
@t{MSAVE} @i{expression}
- /@t{TYPE}=@{@t{COV} @math{|} @t{CORR} @math{|} @t{MEAN} @math{|} @t{STDDEV} @math{|} @t{N} @math{|} @t{COUNT}@}
- [/@t{OUTFILE}=@i{file}]
- [/@t{VARIABLES}=@i{variable}@dots{}]
- [/@t{SNAMES}=@i{variable}@dots{}]
- [/@t{SPLIT}=@i{expression}]
- [/@t{FNAMES}=@i{variable}@dots{}]
- [/@t{FACTOR}=@i{expression}].
+ @t{/TYPE}@t{=}@{@t{COV} @math{|} @t{CORR} @math{|} @t{MEAN} @math{|} @t{STDDEV} @math{|} @t{N} @math{|} @t{COUNT}@}
+ [@t{/OUTFILE}@t{=}@i{file}]
+ [@t{/VARIABLES}@t{=}@i{variable}@dots{}]
+ [@t{/SNAMES}@t{=}@i{variable}@dots{}]
+ [@t{/SPLIT}@t{=}@i{expression}]
+ [@t{/FNAMES}@t{=}@i{variable}@dots{}]
+ [@t{/FACTOR}@t{=}@i{expression}]@t{.}
@end display
@noindent
The following matrix commands provide additional support:
@display
-@t{DISPLAY} [@{@t{DICTIONARY} @math{|} @t{STATUS}@}].
-@t{RELEASE} @i{variable}@dots{}.
+@t{DISPLAY} [@{@t{DICTIONARY} @math{|} @t{STATUS}@}]@t{.}
+@t{RELEASE} @i{variable}@dots{}@t{.}
@end display
-@node Matrix Introduction
-@subsection Introduction
-
@code{MATRIX} and @code{END MATRIX} enclose a special @pspp{}
sub-language, called the matrix language. The matrix language does
not require an active dataset to be defined and only a few of the
The matrix language does not support missing values.
+@code{MATRIX} is a procedure, so it cannot be enclosed inside @code{DO
+IF}, @code{LOOP}, etc.
+
+Macros may be used within a matrix program, and macros may expand to
+include entire matrix programs. The @code{DEFINE} command may not
+appear within a matrix program. @xref{DEFINE}, for more information
+about macros.
+
+The following sections describe the details of the matrix language:
+first, the syntax of matrix expressions, then each of the supported
+commands. The @code{COMMENT} command (@pxref{COMMENT}) is also
+supported.
+
@node Matrix Operators
@subsection Matrix Operators
@end deffn
@deffn {Matrix Function} MDIAG (@var{V})
-Returns a @math{|@var{V}|@times{}|@var{V}|} matrix whose main diagonal
-comes from @var{V} and whose other elements are zero.
+@anchor{MDIAG} Given @var{n}-element vector @var{V}, returns a
+@math{@var{n}@times{}@var{n}} matrix whose main diagonal is copied
+from @var{V}. The other elements in the returned vector are zero.
+
+Use @code{CALL SETDIAG} (@pxref{CALL SETDIAG}) to replace the main
+diagonal of a matrix in-place.
@end deffn
@deffn {Matrix Function} RESHAPE (@var{M}, @var{nr}, @var{nc})
@end deffn
@deffn {Matrix Function} EVAL (@var{M})
+@anchor{EVAL}
Returns a column vector containing the eigenvalues of symmetric matrix
@var{M}, sorted in ascending order.
@end deffn
@deffn {Matrix Function} SVAL (@var{M})
+@anchor{SVAL}
+
Given @math{@var{n}@times{}@var{k}} matrix @var{M}, returns a
@math{\min(@var{n},@var{k})}-element column vector containing the
singular values of @var{M} in descending order.
+
+Use @code{CALL SVD} (@pxref{CALL SVD}) to compute the full singular
+value decomposition of a matrix.
@end deffn
@deffn {Matrix Function} SWEEP (@var{M}, @var{nk})
@subsubsection I/O
@deffn {Matrix Function} EOF (@var{file})
+Given a file handle or file name @var{file}, returns an integer scalar
+that indicates whether the last record in the file has been read.
+Determining this requires attempting reading past the current record,
+which means that @code{REREAD} on the next @code{READ} command
+following @code{EOF} on the same file will be ineffective.
@end deffn
+@node Matrix COMPUTE Command
+@subsection The @code{COMPUTE} Command
+
+@display
+@t{COMPUTE} @i{variable}[@t{(}@i{index}[@t{,}@i{index}]@t{)}]@t{=}@i{expression}@t{.}
+@end display
+
+The @code{COMPUTE} command evaluates an expression and assigns the
+result to a variable or a submatrix of a variable. Assigning to a
+submatrix uses the same syntax as the index operator (@pxref{Matrix
+Index Operator}).
+
@node Matrix CALL command
@subsection The @code{CALL} Command
+A matrix function returns a single result. The @code{CALL} command
+implements procedures, which take a similar syntactic form to
+functions but yield results by modifying their arguments rather than
+returning a value.
+
+Output arguments to a @code{CALL} procedure must be a single variable
+name.
+
+The following procedures are implemented via @code{CALL} to allow them
+to return multiple results. For these procedures, the output
+arguments need not name existing variables; if they do, then their
+previous values are replaced:
+
+@table @asis
+@item @t{CALL EIGEN(@var{M}, @var{evec}, @var{eval})}
@anchor{CALL EIGEN}
+
+Computes the eigenvalues and eigenvector of symmetric
+@math{@var{n}@times{}@var{n}} matrix @var{M}. Assigns the
+eigenvectors of @var{M} to the columns of
+@math{@var{n}@times{}@var{n}} matrix @var{evec} and the eigenvalues in
+descending order to @var{n}-element column vector @var{eval}.
+
+Use the @code{EVAL} function (@pxref{EVAL}) to compute just the
+eigenvalues of a symmetric matrix.
+
+@item @t{CALL SVD(@var{M}, @var{U}, @var{S}, @var{V})}
+@anchor{CALL SVD}
+
+Computes the singular value decomposition of
+@math{@var{n}@times{}@var{k}} matrix @var{M}, assigning @var{S} a
+@math{@var{n}@times{}@var{k}} diagonal matrix and to @var{U} and
+@var{V} unitary @math{@var{k}@times{}@var{k}} matrices such that
+@math{@var{M} = @var{U}@times{}@var{S}@times{}@var{V}^T}. The main
+diagonal of @var{Q} contains the singular values of @var{M}.
+
+Use the @code{SVAL} function (@pxref{SVAL}) to compute just the
+singular values of a matrix.
+@end table
+
+The final procedure is implemented via @code{CALL} to allow it to
+modify a matrix instead of returning a modified version. For this
+procedure, the output argument must name an existing variable.
+
+@table @asis
+@item @t{CALL SETDIAG(@var{M}, @var{V})}
+@anchor{CALL SETDIAG}
+
+Replaces the main diagonal of @math{@var{n}@times{}@var{p}} matrix
+@var{M} by the contents of @var{k}-element vector @var{V}. If
+@math{@var{k} = 1}, so that @var{V} is a scalar, replaces all of the
+diagonal elements of @var{M} by @var{V}. If @math{@var{k} <
+\min(@var{n},@var{p})}, only the upper @var{k} diagonal elements are
+replaced; if @math{@var{k} > \min(@var{n},@var{p})}, then the
+extra elements of @var{V} are ignored.
+
+Use the @code{MDIAG} function (@pxref{MDIAG}) to construct a new
+matrix with a specified main diagonal.
+@end table
+
+@node Matrix PRINT Command
+@subsection The @code{PRINT} Command
+
+@display
+@t{PRINT} [@i{expression}]
+ [@t{/FORMAT}@t{=}@i{format}]
+ [@t{/TITLE}@t{=}@i{title}]
+ [@t{/SPACE}@t{=}@{@t{NEWPAGE} @math{|} @i{n}@}]
+ [@{@t{/RLABELS}@t{=}@i{string}@dots{} @math{|} @t{/RNAMES}@t{=}@i{expression}@}]
+ [@{@t{/CLABELS}@t{=}@i{string}@dots{} @math{|} @t{/CNAMES}@t{=}@i{expression}@}]@t{.}
+@end display
+
+The @code{PRINT} command is commonly used to display a matrix. It
+evaluates the @i{expression}, if present, and outputs it either as
+text or a pivot table, depending on the setting of @code{MDISPLAY}
+(@pxref{SET MDISPLAY}).
+
+Any matrix expression is allowed as @var{expression}, but an
+expression with operators with lower precedence than exponentiation
+(@pxref{Matrix Operators}) must be parenthesized. (This avoids
+ambiguity between @t{/} as an operator and @t{/} to separate
+subcommands.)
+
+Use the @code{FORMAT} subcommand to specify a format, such as
+@code{F8.2}, for displaying the matrix elements. @code{FORMAT} is
+optional for numerical matrices. When it is omitted, @pspp{} chooses
+how to format entries automatically using @var{m}, the magnitude of
+the largest-magnitude element in the matrix to be displayed:
+
+@enumerate
+@item
+If the matrix's elements are all integers, then, if possible, @pspp{}
+chooses the narrowest @code{F} format with width 12 or less that fits
+@var{m} plus a sign.
+
+@item
+Otherwise, if @math{@var{m} @geq{} 10^9} or @math{@var{m} @leq{}
+10^{-4}}, @pspp{} scales all of the numbers in the matrix by
+@math{10^x}, where @var{x} is the exponent used when @var{m} is
+displayed in scientific notation, and displays the scaled value in
+format @code{F13.10}. @pspp{} adds a note to the output to indicate
+the scale factor.
+
+@item
+Otherwise, @pspp{} displays the value, without scaling, in format
+@code{F13.10}.
+@end enumerate
+
+The optional @code{TITLE} subcommand specifies a title for the output
+text or table, as a quoted string. When it is omitted, the syntax of
+the matrix expression is used as the title.
+
+Use the @code{SPACE} subcommand to request extra space above the
+matrix output. With a numerical argument, it adds the specified
+number of lines of blank space above the matrix. With @code{NEWPAGE}
+as an argument, it prints the matrix at the top of a new page. The
+@code{SPACE} subcommand has no effect when a matrix is output as a
+pivot table.
+
+The @code{RLABELS} and @code{RNAMES} subcommands, which are mutually
+exclusive, can supply a label to accompany each row in the output.
+With @code{RLABELS}, specify the labels as comma-separated strings or
+other tokens. With @code{RNAMES}, specify a single expression that
+evaluates to a vector of strings. Either way, if there are more
+labels than rows, the extra labels are ignored, and if there are more
+rows than labels, the extra rows are unlabeled. For output to a pivot
+table with @code{RLABELS}, the labels can be any length; otherwise,
+the labels are truncated to 8 bytes.
+
+The @code{CLABELS} and @code{CNAMES} subcommands work for labeling
+columns as @code{RLABELS} and @code{RNAMES} do for labeling rows.
+
+@subsubheading Text Output
+
+When the @var{expression} is omitted, @code{PRINT} does not output a
+matrix. Instead, it outputs only the text specified on @code{TITLE},
+if any, preceded by any space specified on the @code{SPACE}
+subcommand, if any. Any other subcommands are ignored, and the
+command acts as if @code{MDISPLAY} is set to @code{TEXT} regardless of
+its actual setting.
+
+@node Matrix DO IF Command
+@subsection The @code{DO IF} Command
+
+@display
+@t{DO IF} @i{expression}@t{.}
+ @dots{}@i{matrix commands}@dots{}
+[@t{ELSE IF} @i{expression}@t{.}
+ @dots{}@i{matrix commands}@dots{}]@dots{}
+[@t{ELSE}
+ @dots{}@i{matrix commands}@dots{}]
+@t{END IF}@t{.}
+@end display
+
+A @code{DO IF} command evaluates its expression argument. If the
+@code{DO IF} expression evaluates to true, then @pspp{} executes the
+associated commands. Otherwise, @pspp{} evaluates the expression on
+each @code{ELSE IF} clause (if any) in order, and executes the
+commands associated with the first one that yields a true value.
+Finally, if the @code{DO IF} and all the @code{ELSE IF} expressions
+all evaluate to false, @pspp{} executes the commands following the
+@code{ELSE} clause (if any).
+
+Each expression on @code{DO IF} and @code{ELSE IF} must evaluate to a
+scalar. Positive scalars are considered to be true, and scalars that
+are zero or negative are considered to be false.
+
+@node Matrix LOOP and BREAK Commands
+@subsection The @code{LOOP} and @code{BREAK} Commands
+
+@display
+@t{LOOP} [@i{var}@t{=}@i{first} @t{TO} @i{last} [@t{BY} @i{step}]] [@t{IF} @i{expression}]@t{.}
+ @dots{}@i{matrix commands}@dots{}
+@t{END LOOP} [@t{IF} @i{expression}]@t{.}
+
+@t{BREAK}@t{.}
+@end display
+
+The @code{LOOP} command executes a nested group of matrix commands,
+called the loop's @dfn{body}, repeatedly. It has three optional
+clauses that control how many times the loop body executes.
+Regardless of these clauses, the global @code{MXLOOPS} setting, which
+defaults to 40, also limits the number of iterations of a loop. To
+iterate more times, raise the maximum with @code{SET MXLOOPS} outside
+of the @code{MATRIX} command (@pxref{SET MXLOOPS}).
+
+The optional index clause causes @var{var} to be assigned successive
+values on each trip through the loop: first @var{first}, then
+@math{@var{first} + @var{step}}, then @math{@var{first} + 2 @times{}
+@var{step}}, and so on. The loop ends when @math{@var{var} >
+@var{last}}, for positive @var{step}, or @math{@var{var} <
+@var{last}}, for negative @var{step}. If @var{step} is not specified,
+it defaults to 1. All the index clause expressions must evaluate to
+scalars, and non-integers are rounded toward zero. If @var{step}
+evaluates as zero (or rounds to zero), then the loop body never
+executes.
+
+The optional @code{IF} on @code{LOOP} is evaluated before each
+iteration through the loop body. If its expression, which must
+evaluate to a scalar, is zero or negative, then the loop terminates
+without executing the loop body.
+
+The optional @code{IF} on @code{END LOOP} is evaluated after each
+iteration through the loop body. If its expression, which must
+evaluate to a scalar, is zero or negative, then the loop terminates.
+
+The @code{BREAK} command may be used inside a loop body, ordinarily
+within a @code{DO IF} command. If it is executed, then the loop
+terminates immediately, jumping to the command just following
+@code{END LOOP}. When multiple @code{LOOP} commands nest,
+@code{BREAK} terminates the innermost loop.
+
+@node Matrix READ Command
+@subsection The @code{READ} Command
+
+@display
+@t{READ} @i{variable}[@t{(}@i{index}[@t{,}@i{index}]@t{)}]
+ [@t{/FILE}@t{=}@i{file}]
+ @t{/FIELD}@t{=}@i{first} @t{TO} @i{last} [@t{BY} @i{width}]
+ [@t{/SIZE}@t{=}@i{expression}]
+ [@t{/MODE}@t{=}@{@t{RECTANGULAR} @math{|} @t{SYMMETRIC}@}]
+ [@t{/REREAD}]
+ [@t{/FORMAT}@t{=}@i{format}]@t{.}
+@end display
+
+@node Matrix WRITE Command
+@subsection The @code{WRITE} Command
+
+@display
+@t{WRITE} @i{expression}
+ [@t{/OUTFILE}@t{=}@i{file}]
+ @t{/FIELD}@t{=}@i{first} @t{TO} @i{last} [@t{BY} @i{width}]
+ [@t{/MODE}@t{=}@{@t{RECTANGULAR} @math{|} @t{TRIANGULAR}@}]
+ [@t{/HOLD}]
+ [@t{/FORMAT}@t{=}@i{format}]@t{.}
+@end display
+
+@node Matrix GET Command
+@subsection The @code{GET} Command
+
+@display
+@t{GET} @i{variable}[@t{(}@i{index}[@t{,}@i{index}]@t{)}]
+ [@t{/FILE}@t{=}@{@i{file} @math{|} @t{*}@}]
+ [@t{/VARIABLES}@t{=}@i{variable}@dots{}]
+ [@t{/NAMES}@t{=}@i{expression}]
+ [@t{/MISSING}@t{=}@{@t{ACCEPT} @math{|} @t{OMIT} @math{|} @i{number}@}]
+ [@t{/SYSMIS}@t{=}@{@t{OMIT} @math{|} @i{number}@}]@t{.}
+@end display
+
+@node Matrix SAVE Command
+@subsection The @code{SAVE} Command
+
+@display
+@t{SAVE} @i{expression}
+ [@t{/OUTFILE}@t{=}@{@i{file} @math{|} @t{*}@}]
+ [@t{/VARIABLES}@t{=}@i{variable}@dots{}]
+ [@t{/NAMES}@t{=}@i{expression}]
+ [@t{/STRINGS}@t{=}@i{variable}@dots{}]@t{.}
+@end display
+@display
+@t{MGET} [@t{/FILE}@t{=}@i{file}]
+ [@t{/TYPE}@t{=}@{@t{COV} @math{|} @t{CORR} @math{|} @t{MEAN} @math{|} @t{STDDEV} @math{|} @t{N} @math{|} @t{COUNT}@}]@t{.}
+@end display
+
+@node Matrix MSAVE Command
+@subsection The @code{MSAVE} Command
+
+@display
+@t{MSAVE} @i{expression}
+ @t{/TYPE}@t{=}@{@t{COV} @math{|} @t{CORR} @math{|} @t{MEAN} @math{|} @t{STDDEV} @math{|} @t{N} @math{|} @t{COUNT}@}
+ [@t{/OUTFILE}@t{=}@i{file}]
+ [@t{/VARIABLES}@t{=}@i{variable}@dots{}]
+ [@t{/SNAMES}@t{=}@i{variable}@dots{}]
+ [@t{/SPLIT}@t{=}@i{expression}]
+ [@t{/FNAMES}@t{=}@i{variable}@dots{}]
+ [@t{/FACTOR}@t{=}@i{expression}]@t{.}
+@end display
+
+@node Matrix DISPLAY Command
+@subsection The @code{DISPLAY} Command
+
+@display
+@t{DISPLAY} [@{@t{DICTIONARY} @math{|} @t{STATUS}@}]@t{.}
+@end display
+
+@node Matrix RELEASE Command
+@subsection The @code{RELEASE} Command
+
+@display
+@t{RELEASE} @i{variable}@dots{}@t{.}
+@end display
projects / pspp / commitdiff