1. NAME OR DESIGNATION OF PROGRAM - 
    CAFDATS                                                                     

 2. COMPUTER FOR WHICH PROGRAM IS DESIGNED AND OTHER MACHINE VERSION            
    PACKAGES AVAILABLE - 
    Program-name         Package-ID     Orig. Computer   Test Computer          
    ------------         ----------     --------------   -------------          
    CAFDATS              ??????????     SUN Solaris      SUN Solaris            

 3. DESCRIPTION OF PROGRAM OR FUNCTION - 
    Converter of angular fluxes of the DORT, ANISN and TORT systems is          
    developed.  The converter, named CAFDATS, works similar to the TORSED or    
    TORSET program in the DOORS code systems, and is designed to calculate      
    the boundary source for the ANISN and DORT codes from the calculated        
    fluxes by the DORT or TORT code.

 4. METHOD OF SOLUTION - 
    CAFDATS is designed to calculate the boundary source for ANISN and DORT     
    codes from the calculated fluxes by DORT or TORT code.  There are five      
    sub-programs in the program package as follows: TXTODR converts calculated  
    fluxes in the Cartesian geometry (X, Y, Z) of TORT code to the boundary     
    source in the cylindrical geometry (R, Z) of DORT code, TRTODR converts     
    calculated fluxes in the cylindrical geometry (R, Theta, Z) of TORT code to 
    the boundary source in the cylindrical geometry (R, Z) of DORT code, TRTOAR 
    converts calculated fluxes in the cylindrical geometry (R, Theta, Z) of     
    TORT code to the boundary source in the infinite cylindrical geometry (R)   
    of ANISN code, TXTOAX converts calculated fluxes in the Cartesian geometry  
    (X, Y, Z) by TORT code to the boundary source in the infinite plane         
    geometry (X) of ANISN code, and DRTODR converts calculated fluxes in the    
    cylindrical geometry (R, Z) by DORT code to the boundary source in the      
    cylindrical geometry (R, Z) of DORT code.  The angular fluxes for the       
    boundary source of the secondary calculation are linearly interpolated from 
    the nearest-neighbor angular fluxes in the angular and spatial meshes of    
    the primary calculation.

 5. RESTRICTIONS ON THE COMPLEXITY OF THE PROBLEM - 
    In applying CAFDATS, there are limits on the dimensions of certain arrays.  
    But these dimensions will be somewhat increased to meet user's requirement.

 6. TYPICAL RUNNING TIME - 
    CAFDATS: estimated running time of the packaged sample problem - 10 minutes 
    on SUN Work Station U60.

 7. UNUSUAL FEATURES OF THE PROGRAM - 

 8. RELATED AND AUXILIARY PROGRAMS - 
    cafdats (shell script) : for calculation flow control and selection of the  
    five sub-programs.

 9. STATUS - 

10. REFERENCES -                                                                
    - Daiichiro Ito and Susumu Mitake:                                          
      CAFDATS: Converter of Angular Fluxes of DORT, ANISN and TORT Systems      
      INS/CR-1238(M) Mitsui Engineering and Shipbuilding (contractor) Code      
      Manual (December 2000)

11. MACHINE REQUIREMENTS - 
    Sun-EWS or HP-EWS                                                           

12. PROGRAMMING LANGUAGE USED. - 
    FORTRAN + C                                                                 

13. OPERATING SYSTEM UNDER WHICH PROGRAM IS EXECUTED - 
    Sun Solaris                                                                 

14. OTHER PROGRAMMING OR OPERATING INFORMATION OR RESTRICTIONS - 

15. NAME AND ESTABLISHMENT OF AUTHORS - 
    Contributed by:                                                             
                    Institue of Nuclear Safety, NUPEC                           
                    Tokyo, Japan                                                
    Developed by:                                                               
           CAFDATS  Mitsui Engineering and Shipbuilding Co., Ltd.               
                    Tokyo, Japan                                                

16. CONTENTS OF CODE PACKAGE - 
    Unix compressed tar files containing source files, shell script 'cafdats,'  
    and sample cases.                                                           
    The referenced documentation in postscript files.

17. CATEGORY. G J 
    KEYWORDS - 
    discrete ordinates, neutron, gammma-ray, multigroups,                       
    one-dimension, two-dimensions, three-dimensions,                            
    Cartesian geometry, cylindrical geometry, complex geometry