Difference between revisions of "Tie Feeder Tutorial"
m (working on) |
m (reworking) |
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| Line 37: | Line 37: | ||
| − | + | cond | |
| + | start | ||
| + | 1 .tie store | ||
| + | stop | ||
| − | |||
| − | |||
This is a really stupid gene but demonstrates some of the difficulties associated with tie feeders. | This is a really stupid gene but demonstrates some of the difficulties associated with tie feeders. | ||
| Line 47: | Line 48: | ||
Obviously we need to be a little more careful about when and where we shoot ties. We also need a way to feed through the ties once they are attached. First we need to add a condition or two to the gene that fires the ties. Change the gene to this. Note that we now have 10 eye cells so you will also need to change the other instances of .refeye to 10 as well. | Obviously we need to be a little more careful about when and where we shoot ties. We also need a way to feed through the ties once they are attached. First we need to add a condition or two to the gene that fires the ties. Change the gene to this. Note that we now have 10 eye cells so you will also need to change the other instances of .refeye to 10 as well. | ||
| − | cond *.eye5 30 > *.refeye 10 != start | + | cond |
| + | *.eye5 30 > | ||
| + | *.refeye 10 != | ||
| + | start | ||
| + | 1 .tie store | ||
| + | stop | ||
| − | |||
| − | |||
| − | cond *.numties 0 > start -1 .tieloc store -1000 .tieval store | + | cond |
| + | *.numties 0 > | ||
| + | start | ||
| + | -1 .tieloc store | ||
| + | -1000 .tieval store | ||
| + | *.tiepres .tienum store | ||
| + | stop | ||
| − | |||
| − | |||
The condition *.numties tells the DNA how many ties are currently attached to the robot. In this instance no attempt is made to feed unless at least one tie is detected. | The condition *.numties tells the DNA how many ties are currently attached to the robot. In this instance no attempt is made to feed unless at least one tie is detected. | ||
| − | ? .refeye | + | ? .refeye |
| − | The console output window should now read | + | The console output window should now read: |
| − | ? .refeye 708-> 0 | + | ? .refeye 708-> 0 |
| − | cond *.robage 0 = start | + | cond |
| + | *.robage 0 = | ||
| + | start | ||
| + | 3198 rnd 2 add 55 store | ||
| + | stop | ||
| − | This gene randomizes a number from zero to | + | This gene randomizes a number from zero to 3198 adds two then |
| − | *.refeye 0 != | + | *.refeye 0 != |
| − | *.refeaimdx 0 != | + | *.refeaimdx 0 != |
| Line 87: | Line 99: | ||
This is a real problem. Hey here is a thought. Those eye cells are always equal to 77 when a new robot is born so we could add this line. | This is a real problem. Hey here is a thought. Those eye cells are always equal to 77 when a new robot is born so we could add this line. | ||
| − | *.eye5 77 != | + | *.eye5 77 != |
| Line 93: | Line 105: | ||
| − | .tie | + | .tie inc |
| + | |||
and then to add an entirely new gene to follow it.. | and then to add an entirely new gene to follow it.. | ||
| − | cond *.robage 1 = start | + | cond |
| + | *.robage 1 = | ||
| + | start | ||
| + | .deltie inc | ||
| + | stop | ||
| − | |||
| − | |||
| Line 108: | Line 123: | ||
| − | *.eye4 *.eye6 = | + | *.eye4 *.eye6 = |
| − | *.eye5 30 < | + | *.eye5 30 < |
| + | '!!!rework to add in myeye references | ||
| − | 14 56 store | + | 14 56 store |
| Line 124: | Line 140: | ||
| − | *55 .readtie store | + | *55 .readtie store |
This will allow us to read the tref variables from the robot that we are tied to. We only need to use this line once since the value is never reset until we set it ourself. We will now be able to read values through the tie that corresponds to the value in *55. Next we will add a new gene.. | This will allow us to read the tref variables from the robot that we are tied to. We only need to use this line once since the value is never reset until we set it ourself. We will now be able to read values through the tie that corresponds to the value in *55. Next we will add a new gene.. | ||
| − | Cond *.trefeye *56 = start *55 .deltie store stop | + | Cond |
| + | *.trefeye *56 = | ||
| + | start | ||
| + | *55 .deltie store | ||
| + | stop | ||
| Line 138: | Line 158: | ||
| − | cond *.slime 90 < start 100 .mkslime store stop | + | cond |
| + | *.slime 90 < | ||
| + | start | ||
| + | 100 .mkslime store | ||
| + | stop | ||
| Line 144: | Line 168: | ||
[[Slime]] actually reduces the overall efficiency but gives a tie feeder a much better fighting chance when facing others of similar persuasion. We fan now only reach a population of around 320. | [[Slime]] actually reduces the overall efficiency but gives a tie feeder a much better fighting chance when facing others of similar persuasion. We fan now only reach a population of around 320. | ||
| − | As before with [[Simplebottxt|simplebot]], there are still a number of things that we could do to make [[Tie Bot]] even stronger. I will leave you to figure out what they are. A robot that can beat [[BotTxts#Devincio_Eversor|Devincio Eversor]] is quite good enough for a tutorial. There are many ways to create a tie-feeding robot as good as Tie Bot 11 This tutorial follows but a single path that was chosen for its differences from the methods used in Simplebot. As you can see from this tutorial, the possibilities are almost endless. I expect to see a whole bunch of new and stronger robots out there in the [[F1 league]] soon. | + | As before with [[Simplebottxt|simplebot]], there are still a number of things that we could do to make [[TieBotstxt|Tie-Bot]] even stronger. I will leave you to figure out what they are. A robot that can beat [[BotTxts#Devincio_Eversor|Devincio Eversor]] is quite good enough for a tutorial. There are many ways to create a tie-feeding robot as good as Tie Bot 11 This tutorial follows but a single path that was chosen for its differences from the methods used in Simplebot. As you can see from this tutorial, the possibilities are almost endless. I expect to see a whole bunch of new and stronger robots out there in the [[F1 league]] soon. |
[[Tie Feeder counter]] | [[Tie Feeder counter]] | ||
Revision as of 22:34, 13 February 2006
Here is Tie-bot 1
' Tie-Bot 1
cond *.eye4 *.eye6 != start *.eye4 *.eye6 sub .aimsx store stop
cond *.vel 40 < start 40 *.vel sub .up store stop
end
Available as Tie-Bot1.txt
I have made him this simple to demonstrate an alternative method of using the eye cells to search for food. Notice that all we do is compare the two eye cells either side of *.eye5 (straight ahead), then actually store the resulting difference into .aimsx (rotate left).
Tie-Bot4Tie-Bot4 a little to see what would happen if you were to do either of those things. Just play around a little before you come back to see how I plan to fix this.
I will eventually use a similar method to that employed by Simplebot but for the moment I will leave reproduction the way it is. You will see why a little later on.
cond start 1 .tie store stop
This is a really stupid gene but demonstrates some of the difficulties associated with tie feeders.
Obviously we need to be a little more careful about when and where we shoot ties. We also need a way to feed through the ties once they are attached. First we need to add a condition or two to the gene that fires the ties. Change the gene to this. Note that we now have 10 eye cells so you will also need to change the other instances of .refeye to 10 as well.
cond *.eye5 30 > *.refeye 10 != start 1 .tie store stop
cond *.numties 0 > start -1 .tieloc store -1000 .tieval store *.tiepres .tienum store stop
The condition *.numties tells the DNA how many ties are currently attached to the robot. In this instance no attempt is made to feed unless at least one tie is detected.
? .refeye
The console output window should now read:
? .refeye 708-> 0
cond *.robage 0 = start 3198 rnd 2 add 55 store stop
*.refeye 0 !=
*.refeaimdx 0 !=
This is a real problem. Hey here is a thought. Those eye cells are always equal to 77 when a new robot is born so we could add this line.
*.eye5 77 !=
We still get the occasional two robots joined together by red ties but they are few and far between now. Another problem is in the way that Tie Bot breeds. We get large chains of young ones all fixed together so they are les effective than robots such as Devincio Eversor (also included in the tutorial directory). Try running Tie Bot 7 against Devincio Eversor
.tie inc
and then to add an entirely new gene to follow it..
cond *.robage 1 = start .deltie inc stop
We can stop this either by making the targeting routine more accurate or by deleting the tie if it is attached to a friend. Lets try both.
*.eye4 *.eye6 =
*.eye5 30 <
'!!!rework to add in myeye references
14 56 store
Well Tie Bot 9 seems to work pretty good but it still does the same thing as before. We need to delete those ties I think.
*55 .readtie store
This will allow us to read the tref variables from the robot that we are tied to. We only need to use this line once since the value is never reset until we set it ourself. We will now be able to read values through the tie that corresponds to the value in *55. Next we will add a new gene..
Cond *.trefeye *56 = start *55 .deltie store stop
Devincio Eversor to see just how good Tie Bot is getting now.
cond *.slime 90 < start 100 .mkslime store stop
You will find the new version as Tie-Bot11.txt
Slime actually reduces the overall efficiency but gives a tie feeder a much better fighting chance when facing others of similar persuasion. We fan now only reach a population of around 320.
As before with simplebot, there are still a number of things that we could do to make Tie-Bot even stronger. I will leave you to figure out what they are. A robot that can beat Devincio Eversor is quite good enough for a tutorial. There are many ways to create a tie-feeding robot as good as Tie Bot 11 This tutorial follows but a single path that was chosen for its differences from the methods used in Simplebot. As you can see from this tutorial, the possibilities are almost endless. I expect to see a whole bunch of new and stronger robots out there in the F1 league soon.
