6. Flow Chart . 



Figure B-2 illustrates the flow chart of BRKMOOR and its subrou- 

 tines . 



7. Program Comments and Glossary of Terms . 



The program listing contains many comments which aid in following 

 the logic of the program. The important variable names are explained as 

 well as the input requirements. 



8. Run Time and Manory Size . 



BRKMOOR requires about 40 seconds on the CDC 6400 to compile and 

 compute results for one value of the tide parameter. Each additional 

 tide value requires about 30 seconds additional time. These values are 

 for cables divided into 50 sections each. Time should be somewhat pro- 

 portional to the total number of cable sections. The number of test 

 conditions has much less effect on time than does the tide. As stated 

 previously, a central memory of about 40,000 octal is required. 



9. Run and Card Deck Setup Procedures and Special Operation 

 Instructions . 



In order to run the FORTRAN source program deck on the University 

 of Washington CDC 6400, the following deck is required: 



BMOOR,T40. Job card 



ACCOUNT (Account no., password) 



FORTRAN . 



LGO(LC=6000) LC = line count value; depends on how many 



tides and conditions are run 

 7/8/9 



FORTRAN DECK 

 7/8/9 



DATA DECK 

 6/7/8/9 



10. Sample Output Data . 



Example output from program BRKMOOR is shown in Table B-2; a listing 

 of program BRKMOOR is shown in Table B-3. 



85 



