Home » Personal collection » Acorn ADFS disks » Electron » MTF_finished_programs.ADF » Anagrams
Anagrams
This website contains an archive of files for the Acorn Electron, BBC Micro, Acorn Archimedes, Commodore 16 and Commodore 64 computers, which Dominic Ford has rescued from his private collection of floppy disks and cassettes.
Some of these files were originally commercial releases in the 1980s and 1990s, but they are now widely available online. I assume that copyright over them is no longer being asserted. If you own the copyright and would like files to be removed, please contact me.
| Tape/disk: | Home » Personal collection » Acorn ADFS disks » Electron » MTF_finished_programs.ADF |
| Filename: | Anagrams |
| Read OK: | ✔ |
| File size: | 0163 bytes |
| Load address: | FFFF1D00 |
| Exec address: | FFFF8023 |
Duplicates
There are 2 duplicate copies of this file in the archive:
- Personal collection » Acorn ADFS disks » Electron » MTF_finished_programs.ADF » Anagrams
- Personal collection » Acorn ADFS disks » Electron » Finished_programs.ADF » Anagrams
- Personal collection » Acorn hard disk » zipped_disks » elk03 » finished/Anagrams
File contents
10 INPUT"ANAGRAM",A$ 20 DIM SWAPS(LEN(A$)) 30 PRINT A$ 40 SWAP=LEN(A$)-1 50 IF SWAPS(SWAP)=LEN(A$)-SWAP THEN SWAP=SWAP-1:GOTO50 60 IF SWAP=0 THEN END 70 PROCswap(SWAP) 80 SWAPS(SWAP)=SWAPS(SWAP)+1:FOR ZERO=SWAP+1 TO LEN(A$):SWAPS(ZERO)=0:NEXT 90 GOTO 30 100 DEFPROCswap(SWAP) 110 IF SWAP<LEN(A$)-2 THEN PROCswap(SWAP+2) 120 A$=MID$(A$,1,SWAP-1)+MID$(A$,LEN(A$),1)+MID$(A$,SWAP+1,LEN(A$)-SWAP-1)+MID$(A$,SWAP,1) 130 ENDPROC
�"ANAGRAM",A$ � SWAPS(�(A$)) � A$ ( SWAP=�(A$)-1 21 � SWAPS(SWAP)=�(A$)-SWAP � SWAP=SWAP-1:�Tr@ < � SWAP=0 � � F �swap(SWAP) PD SWAPS(SWAP)=SWAPS(SWAP)+1:� ZERO=SWAP+1 � �(A$):SWAPS(ZERO)=0:� Z � �T^@ d ��swap(SWAP) n# � SWAP<�(A$)-2 � �swap(SWAP+2) xG A$=�A$,1,SWAP-1)+�A$,�(A$),1)+�A$,SWAP+1,�(A$)-SWAP-1)+�A$,SWAP,1) � � �
00000000 0d 00 0a 12 20 e8 22 41 4e 41 47 52 41 4d 22 2c |.... ."ANAGRAM",| 00000010 41 24 0d 00 14 13 20 de 20 53 57 41 50 53 28 a9 |A$.... . SWAPS(.| 00000020 28 41 24 29 29 0d 00 1e 09 20 f1 20 41 24 0d 00 |(A$)).... . A$..| 00000030 28 11 20 53 57 41 50 3d a9 28 41 24 29 2d 31 0d |(. SWAP=.(A$)-1.| 00000040 00 32 31 20 e7 20 53 57 41 50 53 28 53 57 41 50 |.21 . SWAPS(SWAP| 00000050 29 3d a9 28 41 24 29 2d 53 57 41 50 20 8c 20 53 |)=.(A$)-SWAP . S| 00000060 57 41 50 3d 53 57 41 50 2d 31 3a e5 8d 54 72 40 |WAP=SWAP-1:..Tr@| 00000070 0d 00 3c 11 20 e7 20 53 57 41 50 3d 30 20 8c 20 |..<. . SWAP=0 . | 00000080 e0 0d 00 46 10 20 f2 73 77 61 70 28 53 57 41 50 |...F. .swap(SWAP| 00000090 29 0d 00 50 44 20 53 57 41 50 53 28 53 57 41 50 |)..PD SWAPS(SWAP| 000000a0 29 3d 53 57 41 50 53 28 53 57 41 50 29 2b 31 3a |)=SWAPS(SWAP)+1:| 000000b0 e3 20 5a 45 52 4f 3d 53 57 41 50 2b 31 20 b8 20 |. ZERO=SWAP+1 . | 000000c0 a9 28 41 24 29 3a 53 57 41 50 53 28 5a 45 52 4f |.(A$):SWAPS(ZERO| 000000d0 29 3d 30 3a ed 0d 00 5a 0b 20 e5 20 8d 54 5e 40 |)=0:...Z. . .T^@| 000000e0 0d 00 64 11 20 dd f2 73 77 61 70 28 53 57 41 50 |..d. ..swap(SWAP| 000000f0 29 0d 00 6e 23 20 e7 20 53 57 41 50 3c a9 28 41 |)..n# . SWAP<.(A| 00000100 24 29 2d 32 20 8c 20 f2 73 77 61 70 28 53 57 41 |$)-2 . .swap(SWA| 00000110 50 2b 32 29 0d 00 78 47 20 41 24 3d c1 41 24 2c |P+2)..xG A$=.A$,| 00000120 31 2c 53 57 41 50 2d 31 29 2b c1 41 24 2c a9 28 |1,SWAP-1)+.A$,.(| 00000130 41 24 29 2c 31 29 2b c1 41 24 2c 53 57 41 50 2b |A$),1)+.A$,SWAP+| 00000140 31 2c a9 28 41 24 29 2d 53 57 41 50 2d 31 29 2b |1,.(A$)-SWAP-1)+| 00000150 c1 41 24 2c 53 57 41 50 2c 31 29 0d 00 82 06 20 |.A$,SWAP,1).... | 00000160 e1 0d ff |...| 00000163
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