TITLE — Character string specifying the title. (Input)
TITLE set equal to a blank character(s) suppresses printing of the title.

A — NRA by NCA matrix to be printed. (Input)

RLABEL — CHARACTER * (*) vector of labels for rows of A. (Input)
If rows are to be numbered consecutively 1, 2, …, NRA, use RLABEL(1) = ’NUMBER’. If no row labels are desired, use RLABEL(1) = ’NONE’. Otherwise, RLABEL is a vector of length NRA containing the labels.

CLABEL — CHARACTER * (*) vector of labels for columns of A. (Input)
If columns are to be numbered consecutively 1, 2, …, NCA, use CLABEL(1) = ’NUMBER’. If no column labels are desired, use CLABEL(1) = ’NONE’. Otherwise, CLABEL(1) is the heading for the row labels, and either CLABEL(2) must be ’NUMBER’or ’NONE’, or CLABEL must be a vector of length NCA + 1 with CLABEL(1 + j) containing the column heading for the j-th column.

NRA — Number of rows. (Input)
Default: NRA = size (A,1).

NCA — Number of columns. (Input)
Default: NCA = size (A,2).

LDA — Leading dimension of A exactly as specified in the dimension statement in the calling program. (Input)
Default: LDA = size (A,1).

ITRING — Triangle option. (Input)
Default: ITRING = 0.

FMT — Character string containing formats. (Input)
If FMT is set to a blank character(s), the format used is specified by WROPT. Otherwise, FMT must contain exactly one set of parentheses and one or more edit descriptors. For example, FMT = ’(F10.3)’ specifies this F format for the entire matrix. FMT = ’(2E10.3, 3F10.3)’ specifies an E format for columns 1 and 2 and an F format for columns 3, 4 and 5. If the end of FMT is encountered and if some columns of the matrix remain, format control continues with the first format in FMT. Even though the matrix A is real, an I format can be used to print the integer part of matrix elements of A. The most useful formats are special formats, called the V and W formats, that can be used to specify pretty formats automatically. Set FMT = ’(V10.4)’ if you want a single D, E, or F format selected automatically with field width 10 and with 4 significant digits. Set FMT = ’(W10.4)’ if you want a single D, E, F, or I format selected automatically with field width 10 and with 4 significant digits. While the V format prints trailing zeroes and a trailing decimal point, the W format does not. See Comment 4 for general descriptions of the V and W formats. FMT may contain only D, E, F, G, I, V, or W edit descriptors, e.g., the X descriptor is not allowed.
Default: FMT = ‘ ‘.

1. Workspace may be explicitly provided, if desired, by use of W2RRL/DW2RRL. The reference is:

2. The output appears in the following form:

3. Use “% /” within titles or labels to create a new line. Long titles or labels are automatically wrapped.

4. For printing numbers whose magnitudes are unknown, the G format in FORTRAN is useful; however, the decimal points will generally not be aligned when printing a column of numbers. The V and W formats are special formats used by this routine to select a D, E, F, or I format so that the decimal points will be aligned. The V and W formats are specified as Vn.d and Wn.d. Here, n is the field width and d is the number of significant digits generally printed. Valid values for n are 3, 4,…, 40. Valid values for d are 1, 2, …, n ‑ 2. If FMT specifies one format and that format is a V or W format, all elements of the matrix A are examined to determine one FORTRAN format for printing. If FMT specifies more than one format, FORTRAN formats are generated separately from each V or W format.

5. A page width of 78 characters is used. Page width and page length can be reset by invoking PGOPT .

6. Horizontal centering, method for printing large matrices, paging, method for printing NaN (not a number), printing a title on each page, and many other options can be selected by invoking WROPT .

7. Output is written to the unit specified by UMACH (see Reference Material).