#JavaScript (ES6), (削除) 92 (削除ここまで)(削除) 87 (削除ここまで) 81

Function getting and returning an integer in MSB.
The implementation is straightforwrd following @randomra comment:

• calc p3wrong|p2wrong|p1wrong (line 2,3,4)
• use it as a bit mask to flip the incorrect bit (line 1),
• then return just the data bits (last line)

F=w=>(w^=128>>(
 (w^w*2^w*4^w/2)&4|
 (w/8^w^w*2^w/16)&2|
 (w/16^w/4^w^w/64)&1
))&7|w/2&8

Test In Frefox/FireBug console

;[0b1110000,0b1100000,0b1111011,0b0110001,
0b1011011,0b0101001,0b1010000,0b0100010]
.map(x=>x.toString(2)+'->'+F(x).toString(2))

Output

["1110000->1000", "1100000->1000", "1111011->1111", "110001->1011", "1011011->1010", "101001->1", "1010000->1000", "100010->10"]

JavaScript (ES6), (削除) 92 (削除ここまで)(削除) 87 (削除ここまで) 81

Function getting and returning an integer in MSB.
The implementation is straightforwrd following @randomra comment:

• calc p3wrong|p2wrong|p1wrong (line 2,3,4)
• use it as a bit mask to flip the incorrect bit (line 1),
• then return just the data bits (last line)

F=w=>(w^=128>>(
 (w^w*2^w*4^w/2)&4|
 (w/8^w^w*2^w/16)&2|
 (w/16^w/4^w^w/64)&1
))&7|w/2&8

Test In Frefox/FireBug console

;[0b1110000,0b1100000,0b1111011,0b0110001,
0b1011011,0b0101001,0b1010000,0b0100010]
.map(x=>x.toString(2)+'->'+F(x).toString(2))

Output

["1110000->1000", "1100000->1000", "1111011->1111", "110001->1011", "1011011->1010", "101001->1", "1010000->1000", "100010->10"]

#JavaScript (ES6) 81 (削除) 87 92 (削除ここまで)

Function getting and returning an integer in MSB.
The implementation is straightforwrd following @randomra comment:

• calc p3wrong|p2wrong|p1wrong (line 2,3,4)
• use it as a bit mask to flip the incorrect bit (line 1),
• then return just the data bits (last line)

F=w=>(w^=128>>(
 (w^w*2^w*4^w/2)&4|
 (w/8^w^w*2^w/16)&2|
 (w/16^w/4^w^w/64)&1
))&7|w/2&8

Test In Frefox/FireBug console

;[0b1110000,0b1100000,0b1111011,0b0110001,
0b1011011,0b0101001,0b1010000,0b0100010]
.map(x=>x.toString(2)+'->'+F(x).toString(2))

Output

["1110000->1000", "1100000->1000", "1111011->1111", "110001->1011", "1011011->1010", "101001->1", "1010000->1000", "100010->10"]

#JavaScript (ES6), (削除) 92 (削除ここまで) (削除) 87 (削除ここまで) 81

Function getting and returning an integer in MSB.
The implementation is straightforwrd following @randomra comment:

• calc p3wrong|p2wrong|p1wrong (line 2,3,4)
• use it as a bit mask to flip the incorrect bit (line 1),
• then return just the data bits (last line)

F=w=>(w^=128>>(
 (w^w*2^w*4^w/2)&4|
 (w/8^w^w*2^w/16)&2|
 (w/16^w/4^w^w/64)&1
))&7|w/2&8

Test In Frefox/FireBug console

;[0b1110000,0b1100000,0b1111011,0b0110001,
0b1011011,0b0101001,0b1010000,0b0100010]
.map(x=>x.toString(2)+'->'+F(x).toString(2))

Output

["1110000->1000", "1100000->1000", "1111011->1111", "110001->1011", "1011011->1010", "101001->1", "1010000->1000", "100010->10"]

#JavaScript (ES6) 87 (削除) 92 (削除ここまで)

Function getting and returning an integer in MSB.
The implementation is straightforwrd following @randomra comment:

• calc p3wrong|p2wrong|p1wrong (line 2,3,4)
• use it as a bit mask to flip the incorrect bit (line 1),
• then return just the data bits (last line)

F=w=>(w^=128>>(
 ((w^w*2^w*4^w/2)&4)|
 ((w/8^w^w*2^w/16)&2)|
 ((w/16^w/4^w^w/64)&1)
))&7|w/2&8

Test In Frefox/FireBug console

;[0b1110000,0b1100000,0b1111011,0b0110001,
0b1011011,0b0101001,0b1010000,0b0100010]
.map(x=>x.toString(2)+'->'+F(x).toString(2)))

Output

["1110000->1000", "1100000->1000", "1111011->1111", "110001->1011", "1011011->1010", "101001->1", "1010000->1000", "100010->10"]

#JavaScript (ES6) 81 (削除) 87 92 (削除ここまで)

Function getting and returning an integer in MSB.
The implementation is straightforwrd following @randomra comment:

• calc p3wrong|p2wrong|p1wrong (line 2,3,4)
• use it as a bit mask to flip the incorrect bit (line 1),
• then return just the data bits (last line)

F=w=>(w^=128>>(
 (w^w*2^w*4^w/2)&4|
 (w/8^w^w*2^w/16)&2|
 (w/16^w/4^w^w/64)&1
))&7|w/2&8

Test In Frefox/FireBug console

;[0b1110000,0b1100000,0b1111011,0b0110001,
0b1011011,0b0101001,0b1010000,0b0100010]
.map(x=>x.toString(2)+'->'+F(x).toString(2))

Output

["1110000->1000", "1100000->1000", "1111011->1111", "110001->1011", "1011011->1010", "101001->1", "1010000->1000", "100010->10"]