28 



UNITED STATES NATIONAL MUSEUM BULLETIN 285 



Alternative Statements and Subroutines for DASAN 



Comments following statement No. 28 in Subroutine 

 RAWTAB mark the position in which may be inserted 

 FORTRAN II statements for the computation of special 

 variables. As shown in Figure 1, these variables form a sub- 

 array B within the univariate output array. One special- 

 computation statement and the two statements that must 

 accompany it are included in RAWTAB for the purpose of 

 illustration. (The "C" in column 1 makes each of these 



statements inoperative in the program.) In this case a vari- 

 able named "P.AR" in the sample output is computed, where 

 P.AR is the area of a triangle, the base and height of which 

 appear in the univariate output array in columns 21 and 20 

 respectively. No special control cards are required, but the 

 number of variables in the univariate output array must be 

 increased by / for each special computation carried out and 

 adjustments must be made in the output formats. 



Sample Input Data for DASAN 



Listed below is the entire assembly of data for a test run of 

 1 )ASAN. The problem invokes the analysis of 12 specimens, 

 with 28 variables in the univariate input array, 36 variables 

 in the univariate output array, and 42 variables in the 

 bivariate array. The numbers on the far right side of each 

 card refer to instruction numbers in the discussion of input 



* DATA 



001 



028 



036 



042 



001 



1 



01 00 5 02 02 0J 

 012 



013018019020021 

 006007 

 005011 

 004008 

 002007 

 029012006 

 014003 

 012004 



preparation. Included within the listing (Instruction 28) 

 is the format for the print-out of bivariate statistics involv- 

 ing regressions. The alternative format, to be used with the 

 bivariate subroutine involving the reduced major axis, is 

 shown below the input list. 



1 

 2 



3 



4 



5 



6 



7 



8 



10 



11 



12 



13 

 14 



15 

 16 

 17 

 18 



19 



