*.wv & *.wvp

出自 DDCC Documentation
前往: 導覽搜尋
  • .wv and *.wvp are the wave function of electron and hole respectively. Their format is as follows. If the problem has N nodes. And the program got M solutions. Then the format is
 \phi_{1}(1) ~~ \phi_{2}(1) ~~  \phi_{3}(1) ~~  \phi_{4}(1) ~~ \phi_{5}(1) ~~...~~... \phi_{M-1}(1) ~~ \phi_{M}(1) 
 \phi_{1}(2) ~~ \phi_{2}(2) ~~  \phi_{3}(2) ~~  \phi_{4}(2) ~~ \phi_{5}(2) ~~...~~... \phi_{M-1}(2) ~~ \phi_{M}(2) 
 \phi_{1}(3) ~~ \phi_{2}(3) ~~  \phi_{3}(3) ~~  \phi_{4}(3) ~~ \phi_{5}(3) ~~...~~... \phi_{M-1}(3) ~~ \phi_{M}(3) 
 ...
 ... 
 ...
 \phi_{1}(N-2) ~~ \phi_{2}(N-2) ~~  \phi_{3}(N-2) ~~  \phi_{4}(N-2) ~~ \phi_{5}(N-2) ~~...~~... \phi_{M-1}(N-2) ~~ \phi_{M}(N-2) 
 \phi_{1}(N-1) ~~ \phi_{2}(N-1) ~~  \phi_{3}(N-1) ~~  \phi_{4}(N-1) ~~ \phi_{5}(N-1) ~~...~~... \phi_{M-1}(N-1) ~~ \phi_{M}(N-1)   
 \phi_{1}(N) ~~ \phi_{2}(N) ~~  \phi_{3}(N) ~~  \phi_{4}(N) ~~ \phi_{5}(N) ~~...~~... \phi_{M-1}(N) ~~ \phi_{M}(N)