TWO FORTRAN II PROGRAMS FOR ANALYSIS OF MORPHOMETRIC DATA 



23 



CONBXY(J) = 0. 

 CONAX(J) = 0. 

 YMAX2(J) = 0. 

 YMAX(J) = 0. 

 T0P2(J) = 0. 

 BASE2(J) = 0. 

 T0P3(J) = 0. 

 53 BASE3(J) = 0. 



20 WRITE OUTPUT TAPE 6,21 

 CALL EXIT 



21 F0RMAT(1H1,23HAN0MAL0US VALUE IN DATA) 



18 FORMAT (1H-,107HBIVARIATE ANALYSIS (REGRESSION OF Y ON X AND X 

 1Y) OF Y/X. RESULTS NOT VALID FOR COLUMNS OF LOG Y/LOG X.) 



19 FORMAT (1H1) 



kO FORMAT (1H-,93HBIVARIATE ANALYSIS (REGRESSION OF Y ON X AND X 

 1) OF LOG Y/LOG X, VALID ONLY FOR COLUMN(S ) , 7I^/1H ,131^) 



22 RETURN 

 END 



BVYXY160 

 BVYXY161 

 BVYXY162 

 BVYXY163 

 BVYXYl6^ 

 BVYXY165 

 BVYXY166 

 BVYXY167 



BVYSY168 

 BVYXY169 

 BVYXY170 

 BVYXY171 

 BVYXY172 

 BVYXY173 

 BVYXY17^ 

 BVYXY175 



BVYXY176 

 BVYXY177 



BVYXY178 

 ON BVYXY179 

 BVYXY180 

 BVYXY181 

 ON YBVYXY182 

 BVYXY183 



BVYXYlSif 



Input Data Preparation for DASAN 



The following section describes the preparation of control 

 and data cards and the order in which they are to be placed 

 behind the program source deck. The control cards are de- 

 scribed in two groups. Group I is placed directly behind the 

 program source deck and is not repeated for each data deck 

 included in the computer run. Group II follows Group I and 

 must be repeated before each data deck in the run. This 

 means that operations controlled by Group I apply to all 

 data decks in a run, but that operations controlled by each 

 Group II apply only to the data deck immediately follow- 

 ing that appearance of Group II. 



In the description below, instructions are numbered con- 

 secutively. Numbers in parentheses indicate the minimum 

 and maximum numbers of control cards which are permit- 

 ted for each instruction. 



All numbers punched on control cards are without deci- 

 mal points, unless otherwise indicated, and are right justified 

 within their fields. 



The schematic problem illustrated in Figure 1 is used as an 

 example for some of the controls. All instructions are fur- 

 ther demonstrated by the listing of controls in the input for 

 a real problem. 



Group I Control Cards 



1. (1) : The number of data decks (from 1 to 999) 



which are to be processed in a single run. 

 Punch in card columns 1-3. 



2. ( 1 1 : The number of variables in the univariate 



input array (from 2 to 53) , including the col- 

 umn of specimen identification numbers. 

 Punch in columns 2-3. 



The number is 6 for the problem in Fig- 

 ure 1. 



3. ( 1 ) : The number of variables in the univariate out- 



put array (from 2-53) , including the column 



