,[>,]-[<]>>++[<[<+<+>>-]<[>+<-]>[>]>[>>[>>>>]>]++[-<+]-[<]<++[>>[>]>[>>[>>>>]>]+<++[-<+]-[<]<-]>>>-]>[>]>[>>[>>>>]<<<->>>>]+[-<+]-[<]>>[[>]>--<<[<]>>[[>]+[->+]+>>[>>>>]>--<+[-<+]-[<]>>-]>[>]+[->+]+>>--<+[-<+]-[<]<[>>[>]+[->+]+>>>>--<+[-<+]-[<]<-]>>[>]+[->+]+>++[-<+]-[<]>>]>[+>>[>>>>]>]<<<<<[<<<<]>>-<+[-<+]>>>>[>>>>]>[-[--<<<<<[<<<<]>>>>--[>>>>]>>>[>>>>]>>>--<+[-<+]++>>>>>>[>[<--<<<[-[>>>>>>+<<<<<+<-]>+<]>[<+>-]>>>>+++[<<<+[-<+]->[-[+[->+]->>>+<<<<+[-<+]->>+<-]>+<]>[<+>-]+[->+]->>-[<<<+[-<+]+>>>>-->+[->+]->>[<<<+>>>-]]<<<[>>>+<<<-]>>>]<<<+[-<+]+<<<<-->+[->+]->>>>>[-[<<+>>>+<-]>+<]>[<+>-]<<<<+++[+[->+]->[-[<<+[-<+]->>>++[->+]->>+<-]>+<]>[<+>-]<<<+[-<+]->>-[+[->+]+>>>>--<+[-<+]->>[<<<+>>>-]]<<<[>>>+<<<-]>>>]+[->+]+<<<<--<+[-<+]->-[>>[-]<<++++++[>++++++<-]>.[-]+<<<]<[>>>[<++++++[>++++++++<-]>.[-]<]<<<[<++++++++[<+++++++++++>-]<.[-]>]<]>>>>+<<++>]>[<+>-]>>]->+[->+]++[-<+]++++++++++.[-]]>]
온라인으로 사용해보십시오! 또는 정수 입력으로 이전 버전을 사용해보십시오
프로그래밍의 하루와 3 일의 버그 수정 ^^
이것은 내 게임 오브 라이프 코드의 일부를 사용합니다. 살아있는 세포를 세는 대신 폭탄을 세어보세요. 코드 포인트로서의 입력은 일반적인 규칙에 의해 허용되므로 "판독 가능"정수 대신에이를 사용합니다.
[
Data: colCount, rowCount, {BombCoordinates}, -1 (start of arrays/"soa"), 0, {RowData}
BombCoordinates: bombCol, bombRow
RowData: rowFlag, 0, {CellData}, 0
CellData: cellFlag, cellState, temp, bombCount
rowFlag: 0=EOF, 1=inactive (all cells inactive), 2=active
cellFlag: -1=marker for finding cell (cell to be counted or current cell), 0=EOF, 1=normal
cellState: 0=inactive, 1=normal, 2=bomb
temp: helper to exit if-statements
bombCount: count of neighbor cells that contain bombs
inactive cells or rows will not be printed. They are only used for an easier counting algorithm.
]
#### input values as codepoints ####
,[>,]
#### setup two dimensional array ####
- set soa
[<]>> go to rowCount
++ add two inactive rows
[ for each row
<[<+<+>>-] copy colCount two times to the next left cells
<[>+<-] move one of the copies back to the original cell
>[>]>[>>[>>>>]>] go to new row position
+ set rowFlag (only 1 while initialization)
+[-<+]-[<]< go to copy of colCount
++ add two inactive cells per row
[ for each col
>>[>]>[>>[>>>>]>] go to new cell position
+<+ set cellFlag and cellState = normal
+[-<+]-[<]< return to copy of colCount
- decrement
]
>>>- decrement rowCount
]
#### setup active/inactive flags of cells ####
>[>]>[ for each row
>>[>>>>]<<<- set last cell inactive
>>>> go to next row
]
#### mark the bombs ####
+[-<+]-[<]>> go to bombRow
[ while there are bombRow values left
[>]>-- set rowFlag of first row = neg 1 (as a marker)
<<[<]>> return to bombRow
[ for each bombRow
[>]+[->+] find first marker after soa
+ set rowFlag = 1
>>[>>>>]> go to next rowFlag
-- make a marker of it
<+[-<+]-[<]>> return to bombRow
- decrement
]
>[>]+[->+] go to selected rowFlag
+ set rowFlag = 1
>>-- set cellFlag of first cell = marker
<+[-<+]-[<]< go to bombCol
[ for each bombCol
>>[>]+[->+] find first marker after soa
+ set cellState = 1
>>>> go to next cellState
-- set it neg 1 (as a marker)
<+[-<+]-[<]< return to bombCol
- decrement
]
>>[>]+[->+] find first marker after soa
+ set cellFlag = normal
>+ set cellState = bomb
+[-<+]-[<]>> go to next bombRow
]
#### setup active/inactive flags of rows ####
>[ for each row
+ set rowFlag = 2 (active)
>>[>>>>]> go to next rowFlag
]
<<<<<[<<<<]>>- set rowFlag of last row = 1 (inactive)
#### count bombs in neighborhood ####
<+[-<+]>>>>[>>>>]> go to second row
[ for each row
-[ if active
-- set it neg 1 (marker)
<<<<<[<<<<]>>>> go to cellFlag of first cell in previous row
-- set it neg 1 (marker)
[>>>>]>>>[>>>>]>>> go to cellFlag of first cell in next row
-- set it neg 1 (marker)
<+[-<+] return to rowFlag
++ set rowFlag = 2 (active)
>> >>>>[ for each cell (starting with second)
>[ if active
<-- set cellFlag = neg 1 (marker)
# check if cell to the left is a bomb
< << go to cellState of previous cell
[ if active
-[ if bomb
>> >>>>+ increment bombCount
<<<< < go back to checked cell
+ set temp = 1
<- set cellState = 0 to exit if
]
>+< increment temp
]
>[<+>-] restore cellState
# check if cells on top are bombs
> >>> go to temp of current cell
+++[ do three times
<<<+[-<+]- go to next marker to the left
>[ if active
-[ if bomb
+[->+]- return to current cell
>>>+ increment bombCount
<<<<+[-<+]-> return to counted cell
>+ set temp = 1
<- set cellState = 0 to exit if
]
>+< increment temp
]
>[<+>-] restore cellState
+[->+]- go to current cell
>>- decrement temp
[ if temp != 0
<<<+[-<+] go to marked cell
+ set cellFlag = normal
>>>>-- set cellFlag of next cell = marker
>+[->+]->> return to currentCell temp
[<<<+>>>-] store value of temp in previous cell bombCount (to exit if)
]
<<<[>>>+<<<-]>>> restore temp value
]
<<<+[-<+] go to marked cell
+ set cellFlag = normal
<<<<-- set previous cellFlag = marker
>+[->+]- return to current cell
# check if cell to the right is a bomb
>>> >> go to cellState of next cell
[ if active
-[ if bomb
<<+ increment bombCount
>>> go back to checked cell
+ set temp = 1
<- set cellState = 0 to exit if
]
>+< increment temp
]
>[<+>-] restore cellState
# check if cells below are bombs
<<< < go to currentCell temp
+++[ do three times
+[->+]- go to next marker to the right
>[ if active
-[ if bomb
<<+[-<+]- return to current cell
>>>+ increment bombCount
+[->+]-> return to counted cell
>+ set temp = 1
<- set cellState = 0 to exit if
]
>+< increment temp
]
>[<+>-] restore cellState
<<<+[-<+]- go to current cell
>>- decrement temp
[ if temp != 0
+[->+] go to marked cell
+ set cellFlag = normal
>>>>-- set cellFlag of next cell = marker
<+[-<+]->> return to currentCell temp
[<<<+>>>-] store value of temp in previous cell bombCount (to exit if)
]
<<<[>>>+<<<-]>>>restore temp value
]
+[->+] go to marked cell
+ set cellFlag = normal
<<<<-- set previous cellFlag = marker
<+[-<+]- return to current cell
# print
>-[ if bomb
>>[-]<< delete bombCount
++++++[>++++++<-]>.print "*"
[-]+ set temp = 1
<<< use previous cell bombCount as exitIf
]
<[ else
>>>[ if bombCount != 0
<++++++[>++++++++<-]add 48 to get ascii number
>. print
[-] set number = 0 (for use as exitIf from next cell)
< go to temp for exit if
]
<<<[ else
<++++++++[<+++++++++++>-]<.print "X"
[-] delete value (for use as exitIf from next cell)
> go to exitIf
]
< go to exitElse
]
> >>>+ increment temp
<<++> set cellFlag = normal
]
>[<+>-] restore cellState
>> go to cellFlag of next cell
]
- set marker
>+[->+] go to next marker
+ set cellFlag = normal
+[-<+] return to marker
+++++ +++++.[-] print newline
]
> go to next row
]
5 5 1
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