手把手教你使用长编码功能/ w! W2 W/ _0 ?% o. d$ z
首先我们来认识一下长编码，以09中央电器功能的长编码为例，我的原厂设置是：
* ^, `% j7 M$ o3 U4 t; N7 s5 c: O" j2 |& n) j! @! y" }; ^
018D8F020004100000120C000000000000087F075C/ ~/ p8 j$ G) L
' ~2 E, d% n9 L0 j S, J0 l0 \09功能长编码是21个byte组成的，每个byte是16进制的2个字符，顺序是从左到右，从00开始到20. p% u0 ?* O) Q: w
以上面一个为例，byte00的值就是01,byte01的值就是8D,byte02的值就是8F,以此类推到byte20就是最后一位5C。% f- q9 @$ c+ c& y! j; c
6 S0 m2 q s) J9 C/ X: i接下来，就是继续分解byte到bit位，我们知道，任何功能都是有开、关两种状态，在2进制中就是1、0来代表，然后，每个16进制的byte转换成2 进制就是8位bit，上面的例子中，byte00的16进制值01，转换成2进制就是00000001，byte01的16进制值8D转换成2进制就是 10001101，byte02的8F转换了就是10001111。* |+ c7 I4 X6 L3 i4 Q
有个简单的转换方法，就是利用windows系统自带的计算器，在查看选项中选择科学性计算器，然后选16进制，例如输入刚才byte01的8D，然后再点一下2进制，就会自动转换成2进制的数字。不过要记住一点，计算器转换出来的2进制，如果前面几位是0会不显示，需要我们手动补足0，例如byte00 的值01，转换成2进制，计算器上显示仍然是1，但是我们需要在前面补上7个0。# [5 V) X& ]. W; Q2 ~' D
3 z. R6 x* S1 q& y/ U8 q0 b m
这样，我们就得出了byte00的值是00000001,byte01是10001101,byte02是10001111,byte03是00000010,byte04是00000000。
' E9 N0 B O/ O+ K8 }1 ^注意一下，8位的bit的前后顺序是从右向左从bit0到bit7的，也就是以byte00为例，bit0位是1，bit7位是0, byte01的bit0位是1，bit1位是0,bit2位是1，和byte的顺序正好相反，这一点一开始很容易搞错，千万注意，呵呵。: T6 w5 s" {4 B) F+ L" G. k
9 X% `1 M7 |" R: b' E* c得到了上述的编码后，然后我们再来看09长编码的功能对照表。# p; O9 Y B. ]. k/ W9 ~
' q- ^. n& x3 q: Q: T$ v' ZByte 00 Bit 0 Fog Lights installed (PR-8WB)5 w0 i7 f5 f$ m& Z' k
Byte 00 Bit 1 Xenon Headlights installed
" N" m, U& j; G! pByte 00 Bit 2 Footwell Lights installed (PR-QQ4); a1 D$ s2 Y8 H: M" V1 @
Byte 00 Bit 3 Daytime Running Lights (Scandinavia)
7 ^: l6 u5 i5 zByte 00 Bit 4 Daytime Running Lights (North America)
: e4 F ?6 T2 }: KByte 00 Bit 5 Assistance Driving Light & Leaving Home
. q7 l2 _0 f' A' Y# i% X' }# V8 QByte 00 Bit 6 Rain/Light Sensor installed
% H' ]- D3 ^; {/ l) K* t8 BByte 00 Bit 7 Coming-Home
; G8 v' B; {& o/ @+ w2 R) E% p0 bByte 01 Bit 0 Rear Seat Recognition installed
d, |4 }2 v4 VByte 01 Bit 1 Headlight Washer installed (PR-8X1)
, y9 m f" ^& @( I' [0 G( V# D4 GByte 01 Bit 2 Electronic Fuelpump Relay installed (Gasonline only)- x% @3 W1 d; Y! {, @, ?2 g
Byte 01 Bit 3 Rear Wiper installed
# F8 U m7 X7 [$ L$ e/ _* O! N2 DByte 01 Bit 4 Heated Side Mirror installed) K% I! E0 R J2 J1 e
Byte 01 Bit 5 Rear Lid Remote Opening
- v) ]% n- z. }3 d) a$ T- a/ RByte 01 Bit 6 Rear Lid Remote Opening - Release
[7 E- k/ Y" M/ F; u' O8 kByte 01 Bit 7 Rear Wiper with Front Wiper continiously active
* J/ b: I* J9 C$ ZByte 02 Bit 0 Rear Wiper with Front Wiper intermittent active0 K/ Q5 _% j6 F( d6 n- E# C9 |
Byte 02 Bit 1 Comfort Turn Signals+ ]1 P' w" i* x0 @
Byte 02 Bit 2 Cold Lamp Diagnosis active; p8 Q( z5 y9 q' P2 a
Byte 02 Bit 3 Load Management active5 Y% b8 ?# J* p% J
Byte 02 Bit 4 Coming-Home via
9 D7 k: f2 d2 P( ^ (1 = Potentiometer / 0 = Adaptation), {! e* N2 F' \, A( J; a
Byte 02 Bit 5 Rear Lid Remote Openening7 H# _$ c; w6 `. V$ {
(1 = Contact activated / 0 = Impuls activated)* R* s* o3 j0 S; w
Byte 02 Bit 6 Side Turn Signal Lights installed4 O6 ~. p: d U. }, o
Byte 02 Bit 7 Seat Heating installed (PR-4A3/4A4)& y+ k5 B, V$ y& a+ L7 V& k% ]
Byte 03 Bit 0 Realy Terminal 15 installed (with 2nd Battery)
1 I2 q5 @( h0 o- @, {- NByte 03 Bit 1 Rear Fog Lights (1 = 1 active / 0 = 2 active)
, Y" O. Z6 o% B9 a! I8 t3 K4 x1 VByte 03 Bit 2 Reverse Driving Lights (1 = 1 active / 0 = 2 active)+ ~: \1 Q: u. p# Q
Byte 03 Bit 3 Reverse Driving Light off when Rear Lid open
( s" [. i4 }# z1 [' v8 wByte 03 Bit 4 Xenon-Shutter installed (Bi-Xenon)
6 F8 ~+ r3 R3 A1 h, ^, C6 |Byte 03 Bit 5 Teardrop Wiping active d* x$ s5 b: F; C0 p3 O. J, d
Byte 03 Bit 6 2nd Battery installed
* H$ F" A( A1 q" ^" Z/ I9 H7 HByte 03 Bit 7 Rear Lights (1 = Back Light/Brake Light dimmed / 0 = Back Light dimmed)
: F- k% L+ V" U, _/ cByte 04 Bit 0 Auxiliary Heating installed
( X4 \% v5 _& q# TByte 04 Bit 1 Auxiliary Heating installed
! }9 c6 J: K* ~7 | z* q, C, wByte 04 Bit 2 Trailer/Towing Device installed
# [* E' z2 k- W. R0 u: o' k8 d* `$ HByte 04 Bit 3 Memory Seats installed
! ]$ t+ V; ^; f5 {- S( D: OByte 04 Bit 4 Activation of both Rear Fog Lights+ u3 f4 i. b- C. R
Byte 04 Bit 5 Model (0 = Right Hand Drive / 1 = Left Hand Drive)& F+ B' y3 v H1 }1 h6 s2 X# Z
Byte 04 Bit 6 Rear Fog Lights deactivated
! S4 q9 {: [+ B3 _2 n2 ^& cByte 04 Bit 7 Climatronic installed* c: l, m" @7 `
- J+ _# O7 A% J @: B- O' O
…………7 W. B" S/ a9 g/ d l% b* z4 F
/ s( A2 U. }1 R0 k
上面截取了byte00-byte04的功能对照，对比上面的代码，我们很容易看出，byte00位除了只有bit0是1，即打开状态，对应的功能是 Fog Lights installed (PR-8WB)即安装了雾灯，byte01位的bit0 bit2 bit3 bit7是打开状态，对应的功能是Rear Seat Recognition installed，Electronic Fuelpump Relay installed (Gasonline only)，Rear Wiper installed，Rear Wiper with Front Wiper continiously active。5 N9 G- I2 x/ o- S# t7 G
接下来，我们再找到我们需要变更的功能，比如说我们需要调节氙灯模式，那么对应功能表中是# g3 }2 V- s! \8 L% f) k
Byte 00 Bit 1 Xenon Headlights installed$ g$ w' h# {, t) d8 x9 R, y9 A, c
以及离家和回家大灯# n$ a7 l( w6 {) k
Byte 00 Bit 5 Assistance Driving Light & Leaving Home, W# V, g+ x1 \1 G7 }
Byte 00 Bit 7 Coming-Home
! B1 d$ k5 ~5 T6 M/ w# _) G9 F% `那么我们只需要把byte00的bit1 bit5 bit7位由0变成1，这样原来的byte00位00000001就变成了10100011. ?) c& h, P; ?! @
然后我们再用windows的计算器程序把2进制变为16进制，转换回去的byte00的16进制编码就是A3。+ ]2 R- Z; S4 d% v% F# Y' q2 }
这样，再把byte00合并到09功能的长编码去，原来的长编码
]7 V5 p: {+ ?+ R9 R! _018D8F020004100000120C000000000000087F075C. f4 r: }/ F* o0 P' u) t
就变成了 O6 |% b" x6 F+ a$ m
A38D8F020004100000120C000000000000087F075C
& v7 {8 Z) c% N( |* }; Z" r8 H/ l. ?$ `; e' F9 B4 e" {$ a
|
提升卡
置顶卡
沉默卡
喧嚣卡
变色卡
抢沙发
千斤顶
显身卡