Difference between revisions of "Conspec recognition"
(Edited by Elite) |
(→In and Out) |
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| Line 9: | Line 9: | ||
- Easy to implement | - Easy to implement | ||
| − | ''' | + | '''Disadvantages:''' |
- Very, very easily fooled | - Very, very easily fooled | ||
| + | |||
| + | '''Example:''' | ||
| + | '''Step 1'''-Initialize IO port | ||
| + | cond | ||
| + | *.robage 0 = | ||
| + | start | ||
| + | 100 .out1 store | ||
| + | stop | ||
| + | '''Step 1'''-Check In against out. note that if nothing is visible, the in values default to 0, which might screw up bot behavior. It's usually best to add '''*.eye5 0 !=''' to be sure. | ||
| + | |||
| + | cond | ||
| + | *.in1 *.out1 != | ||
| + | start | ||
| + | ... | ||
| + | |||
| + | ''More Complicated I/O'' | ||
| + | |||
| + | However, you can set one I/O channel to a value and the other to a random number. If both I/O channels match, then you have either realy, realy bad luck or the other bot just failed in fooling you. | ||
| + | |||
| + | '''Example''' | ||
| + | '''Step 1- Initialize I/O ports | ||
| + | cond | ||
| + | *.robage 0 = | ||
| + | 100 .out1 store | ||
| + | 32000 rnd .out2 store | ||
| + | |||
| + | '''Step 2''' | ||
| + | cond | ||
| + | *.in1 *.out1 != | ||
| + | *.in2 *.out2 = | ||
| + | xor | ||
| + | start | ||
| + | 'Put code for non-friendlies here | ||
| + | ... | ||
| + | |||
| + | '''To check if a bot is a conspec | ||
| + | cond | ||
| + | *.in1 *.out1 = | ||
| + | *.in2 *.out2 != | ||
| + | and | ||
| + | start | ||
| + | ... | ||
== [[Memloc and Memval]] == | == [[Memloc and Memval]] == | ||
| Line 20: | Line 62: | ||
'''Advantages:''' | '''Advantages:''' | ||
| − | |||
- More secure than [[In and Out]] | - More secure than [[In and Out]] | ||
| − | ''' | + | '''Disadvantages:''' |
- Can be fooled | - Can be fooled | ||
| + | '''Example:''' | ||
| + | -Using the length of DNA as conspec | ||
| + | '''Step 1:''' Set memory location to read to DNA length | ||
| + | cond | ||
| + | *.memloc .dnalen != | ||
| + | start | ||
| + | .dnalen .memloc store | ||
| + | stop | ||
| + | |||
| + | '''Step 2:''' Read the value of the other bot's DNA length. This may not work if no bot is visible, so add *.eye5 0 != to be sure. | ||
| + | cond | ||
| + | *.memval *.dnalen != | ||
| + | start | ||
| + | ... | ||
== [[Refeye and Myeye]] == | == [[Refeye and Myeye]] == | ||
| Line 34: | Line 89: | ||
'''Advantages:''' | '''Advantages:''' | ||
| − | - Can't be tricked | + | - Can't be tricked passively |
| − | ''' | + | '''Disadvantages:''' |
| − | - | + | - Can be tricked if [[.myeye]] is altered by an info shot, [[venom]] or a [[virus]] |
| + | - Some bots can change these values to match, usually with .delgene. BlueOnBlue in the Bestiary can do this. | ||
== Other [[RefVar]]s == | == Other [[RefVar]]s == | ||
Other [[RefVar]]s such as [[.refshoot]] can be used to identify members of your species too. | Other [[RefVar]]s such as [[.refshoot]] can be used to identify members of your species too. | ||
| + | |||
| + | '''Advantages:''' | ||
| + | |||
| + | - Can't be tricked passively | ||
| + | |||
| + | - Rarer than [[Refeye and Myeye]] and so less likely to be targeted | ||
| + | |||
| + | '''Disadvantages:''' | ||
| + | |||
| + | - Most bots may only have one instance of the command in their DNA | ||
| + | |||
| + | '''Example:''' | ||
| + | |||
| + | -For all refvars, including .myeye; remember to check if there is a bot with *.eye5 0 !=. | ||
| + | cond | ||
| + | *.ref__ *.my__ != | ||
| + | start | ||
| + | ... | ||
| + | |||
| + | == Other == | ||
| + | |||
| + | Some other forms of conspec recognition have been thought up, but most are very impractical. | ||
Latest revision as of 17:55, 29 March 2014
Bots use various methods to identify others of their species.
In and Out
Bots can use the numbers stored in in/out to identify conspecs.
Advantages:
- Easy to implement
Disadvantages:
- Very, very easily fooled
Example:
Step 1-Initialize IO port
cond *.robage 0 = start 100 .out1 store stop
Step 1-Check In against out. note that if nothing is visible, the in values default to 0, which might screw up bot behavior. It's usually best to add *.eye5 0 != to be sure.
cond *.in1 *.out1 != start ...
More Complicated I/O
However, you can set one I/O channel to a value and the other to a random number. If both I/O channels match, then you have either realy, realy bad luck or the other bot just failed in fooling you.
Example Step 1- Initialize I/O ports
cond *.robage 0 = 100 .out1 store 32000 rnd .out2 store
Step 2
cond *.in1 *.out1 != *.in2 *.out2 = xor start 'Put code for non-friendlies here ...
To check if a bot is a conspec
cond *.in1 *.out1 = *.in2 *.out2 != and start ...
Memloc and Memval
Bots can use Memloc and Memval to read a location in another bot's memory. This can be used for conspec recognition.
Advantages:
- More secure than In and Out
Disadvantages:
- Can be fooled
Example: -Using the length of DNA as conspec Step 1: Set memory location to read to DNA length
cond *.memloc .dnalen != start .dnalen .memloc store stop
Step 2: Read the value of the other bot's DNA length. This may not work if no bot is visible, so add *.eye5 0 != to be sure.
cond *.memval *.dnalen != start ...
Refeye and Myeye
By far the most popular form of conspec recognition.
Advantages:
- Can't be tricked passively
Disadvantages:
- Can be tricked if .myeye is altered by an info shot, venom or a virus
- Some bots can change these values to match, usually with .delgene. BlueOnBlue in the Bestiary can do this.
Other RefVars
Other RefVars such as .refshoot can be used to identify members of your species too.
Advantages:
- Can't be tricked passively
- Rarer than Refeye and Myeye and so less likely to be targeted
Disadvantages:
- Most bots may only have one instance of the command in their DNA
Example:
-For all refvars, including .myeye; remember to check if there is a bot with *.eye5 0 !=.
cond *.ref__ *.my__ != start ...
Other
Some other forms of conspec recognition have been thought up, but most are very impractical.
