1. Description Methods of Integrated View for CyberFilmon Large-scale Calculation Nobuhiko Hishinuma s1140179 Supervised by Prof. Rentaro Yoshioka 1

2. Contents Introduction CyberFilm Previous Researches Transformation to CyberFilm Calculation for Point Kinetics CyberFilm of The Application Description Method for CyberFilm Conclusion Future Works 2

4. Structure

5. Flow of computation

6. Activity

7. I/O

8. The program is tedious

9. It is difficult to refer information of datasUsers have to spend much time and energy to understand or create the programs Heat Diffusion Sim by C++ 3

10. CyberFilm Specifies computation by separating features and using independent views Features of computation Multiple Views Integrated View Structure Algorithmic Skelton Language of Algorithmic Text Flow of Calc Variables Formulas Activity External Interface I / O 4

11. Integrated View Specifies all features of computation in compact form in integrated view Header: declares structures and variables Body : specifies flow and activityof calc : consists of non-terminal sections and terminal sections Structure : represents the ”shape” Scheme : represents the "flow" 5

12. Previous Researches Some demonstrations of CyberFilm are represented and various description methods are suggested There is no demonstrations based on the demand of the users 6

13. Goal of This Resaerch Create demonstration of CyberFilm based on existing application Suggest description methods of CyberFilm with considering usability 7

14. Transformation to CyberFilm An application of "Calculation for Point Kinetics" written in Fortran will be transformed into CyberFilm Administrative Agency "Japan Nuclear Energy Safety" Calculation system to confirm safety of a reactor Current system is written in Fortlan engineers spends much time and cost to understand various resources are wasted to maintain and improve the system Transformation to CyberFilm 8

15. Calculation for The System Calculate point reactor kinetics equations Static state by basic equation Integration of basic equation at minimal timeand a linear ordinary differential equation Linear simultaneous equation Calculate reactor power Differential equation Reactor power from these solutions 9

16. CyberFilm of The Application Calculate static state by basic equation Calculate linear simultaneous equation Calculate Integration of basic equation and a liner ordinary differential value (numerical analysis) 10

17. CyberFilm of The Application Calculation Reactor Power I / O operation Other Detailed Operations 11

18. Description Method for CyberFilm Paging description Suggest how to show integrated view effectively when page division is needed If-section Suggest new type of terminal section 12

19. Paging Description Structures and conditional statement of the divergence are specified in next page Two pages are divide with page folding icons Header is appeared on all pages to refer structures and variables easily 13

20. If - Section The section having conditional statement is different in feature from terminal section The terminal section following if- section is indented. 14

21. Matrix Calculation Calculate matrix data in formula 15

22. Conclusion Draft of demonstration of CyberFilm " Calculation for Point Kinetics " is represented Some description methods are suggested Page description If - section Matrix calculation 16

23. Future Works Completes demonstration of CyberFilm specify the global structure of this application create algorithmic skeleton reduce needlessness data of the integrated view Implements Active Knowledge Studio enable to create the demonstration in integrated view 17

24. Thank you for your attention 18