PRINT Statement
- PRINT  options ;
The PRINT statement is useful for displaying part of a solution 
 summary, examining intermediate tableaus, 
 performing sensitivity analysis, 
 and using parametric programming. In the options, the 
 
colnames and 
rownames lists can be empty, in which case 
 the LP procedure displays tables with all columns or rows, or both. 
 If a column name or a row name has spaces 
 or other special characters in it, the name must be enclosed in 
 single or double quotes when it appears in the argument.
 
The options that can be used with this statement are as follows.
 
- 
BEST
- 
 
 displays a Solution, Variable, and Constraint Summary for 
 the best integer solution found.
 
 
 
- 
COLUMN(colnames) / SENSITIVITY
- 
 
 displays a Variable Summary containing the logical 
 and structural variables listed in the colnames list. 
 If the / SENSITIVITY option is included, then sensitivity analysis 
 is performed on the price coefficients for the 
 listed colnames structural variables.
 
 
 
- 
INTEGER
- 
 
 displays a Variable Summary containing only the integer variables.
 
 
 
- 
INTEGER_NONZEROS
- 
 
 displays a Variable Summary containing only the integer variables with 
 nonzero activity.
 
 
 
- 
INTEGER_ZEROS
- 
 
 displays a Variable Summary containing only the integer variables with 
 zero activity.
 
 
 
- 
MATRIX(rownames,colnames) / PICTURE
- 
 
 displays the submatrix of the matrix of constraint coefficients 
 defined by the rownames and colnames  lists. 
 If the / PICTURE option is included, then the formatted submatrix 
 is displayed. 
 The format used is summarized in Table 3.2.
 
 
 
Table 3.2: Format Summary
| Condition on the Coefficient x | Symbols Printed | 
|  |  |  | abs(x) | = | 0 |  |  | " " | 
| 0 |  | < | abs(x) | < |  | .000001 | sgn(x) | "Z" | 
|  | .000001 |  | abs(x) | < |  | .00001 | sgn(x) | "Y" | 
|  | .00001 |  | abs(x) | < |  | .0001 | sgn(x) | "X" | 
|  | .0001 |  | abs(x) | < |  | .001 | sgn(x) | "W" | 
|  | .001 |  | abs(x) | < |  | .01 | sgn(x) | "V" | 
|  | .01 |  | abs(x) | < |  | .1 | sgn(x) | "U" | 
|  | .1 |  | abs(x) | < | 1 |  | sgn(x) | "T" | 
|  |  |  | abs(x) | = | 1 |  | sgn(x) | "1" | 
| 1 |  | < | abs(x) | < | 10 |  | sgn(x) | "A" | 
| 10 |  |  | abs(x) | < | 100 |  | sgn(x) | "B" | 
| 100 |  |  | abs(x) | < | 1000 |  | sgn(x) | "C" | 
| 1000 |  |  | abs(x) | < | 10000 |  | sgn(x) | "D" | 
| 10000 |  |  | abs(x) | < | 100000 |  | sgn(x) | "E" | 
| 100000 |  |  | abs(x) | < | 1.0E06 |  | sgn(x) | "F" | 
- 
NONINTEGER
- 
 
 displays a Variable Summary containing only the continuous variables.
 
 
 
- 
NONINTEGER_NONZEROS
- 
 
 displays a Variable Summary containing only the continuous variables with 
 nonzero activity.
 
 
 
- 
NONZEROS
- 
 
 displays a Variable Summary containing only the variables with 
 nonzero activity.
 
 
 
- 
PRICESEN
- 
 
 displays the results of parametric programming for the current 
 value of the PRICEPHI= option, the price coefficients, and all of the price 
 change vectors.
 
 
 
- 
RANGEPRICE
- 
 
 performs range analysis 
 on the price coefficients.
 
 
 
- 
RANGERHS
- 
 
 performs range analysis on the 
 right-hand-side vector.
 
 
 
- 
RHSSEN
- 
 
 displays the results of parametric programming 
 for the current 
 value of the RHSPHI= option, the right-hand-side coefficients, and all of the 
 right-hand-side change vectors.
 
 
 
- 
ROW(rownames) / SENSITIVITY
- 
 
 displays a constraint summary containing the rows listed in 
 the rowname list. 
 If the / SENSITIVITY option is included, then sensitivity analysis 
 is performed on the right-hand-side coefficients for the 
 listed rownames.
 
 
 
- 
SOLUTION
- 
 
 displays the Solution Summary, including the Variable Summary and the 
 Constraint Summary.
 
 
 
- 
TABLEAU
- 
 
 displays the current tableau.
 
 
 
- 
ZEROS
- 
 
 displays a Variable Summary containing only the variables with 
 zero activity. This may be useful in the analysis of ON/OFF, ZERO/ONE, 
 scheduling, and assignment applications.
 
 
 
Copyright © 2008 by SAS Institute Inc., Cary, NC, USA. All rights reserved.