Difference between revisions of "DeBroglie"

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{{Navbox small
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: '''[[/Version History]]'''
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| title        = Sub-pages
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: '''[[/Archived Talk 2010]]'''
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| page1        = Version History
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| page2        = Archived Talk 2010
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{{Infobox Robot
 
{{Infobox Robot
 
| name            = [[deBroglie]]
 
| name            = [[deBroglie]]
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| author          = [[User:Tkiesel|Tkiesel]]
 
| author          = [[User:Tkiesel|Tkiesel]]
 
| extends        = [[AdvancedRobot]]
 
| extends        = [[AdvancedRobot]]
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| targeting      = [[Dynamic Clustering]] with [[Waves/Precise_Intersection|precise intersection]]
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| targeting      = [[Dynamic Clustering|DC]] - [[GuessFactor|Guess Factors]]
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| movement        = [[Random Movement]]
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| movement        = [[Dynamic Clustering|DC]] - [[Wave Surfing]]
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| current_version = rev0024
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| current_version = rev0108
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| best_rating    = [[RumbleArchives:RoboRumble_20101129|274th]] (not updating until movement is written by me)
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| best_rating    = [[RumbleArchives:RoboRumble 20120723|31]]
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| license        = [[RWPCL]]
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| download_link  = https://dl.dropboxusercontent.com/u/75978227/tjk.deBroglie_rev0108.jar
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| license        = [[ZLIB|zlib]]
 
}}
 
}}
  
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== Name ==
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== Background Information ==
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This is my first wave surfing bot, and I'm a physicist by training, so it's named in honor of [[wikipedia:Louis_de_Broglie|Louis de Broglie]], who discovered that matter has [[wikipedia:Matter_wave|wavelike properties]]. This was a foundational discovery in Quantum Mechanics. In 1929 de Broglie received the first ever Nobel Prize given to work done as a student thesis.
 
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In honor of the namesake, all data collection is done in the form of waves.  Waves emanate from the bot for targeting data, and from the enemy for movement data.
 
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This bot is very much a '''work in progress'''.
 
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== Design ==
 
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=== Goals ===
 
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I wanted to gather waves to use as targeting information, both incoming waves from the enemy for movement, but also outgoing waves from DeBroglie for targeting. I wanted to reuse as little code as possible, so I've been working on implementing the wave system in as modular a way as possible.
 
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=== Universe ===
 
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The bot has a Universe object which contains all elements of its picture of the battlefield, including two Bot objects, one for itself, and one for the enemy. The Bots are updated on every scan.
 
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Information is gathered in a kD tree. The Universe feeds information to the Wheels, and Gun which are movement, and targeting respectively.
 
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==== Segmentation ====
 
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After a lot of annoying code digging every time I wanted to try a different way of segmenting/dimensioning my gathered data, I decided to put all of that code into a single static class.  All data segmenting about the current situation of the Bots is done via the Segmentation class.
 
  
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=== Gun ===
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; Where did you get the name?
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: This is my first wave surfing bot, and I'm a physicist by training, so it's named in honor of [[wikipedia:Louis_de_Broglie|Louis de Broglie]], who discovered that matter has [[wikipedia:Matter_wave|wavelike properties]]. This was a foundational discovery in Quantum Mechanics. In 1929 de Broglie received the first ever Nobel Prize given to a student thesis.
  
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The gun uses precise prediction to gather angles that would have hit the enemy from each wave. Those angles are saved in the kD tree. To shoot, a histogram is generated from the k nearest situations, and the target is chosen from the histogram.  This means that DeBroglie doesn't use fixed bins at all.
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; What's special about it?
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: The targeting and movement draw on a central Universe object that contains the entire situational picture, with a Bot object that represents each robot on the field.
  
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DeBroglie uses an escape angle calculation that's somewhere between the [[Maximum_Escape_Angle|naive version]] and the more [[Maximum_Escape_Angle/Precise|precise calculation]].
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; How competitive is it?
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: rev0108 is in the upper 40s in the [http://literumble.appspot.com/Rankings?game=roborumble RoboRumble] and middle of the pack in the [http://literumble.appspot.com/Rankings?game=gigarumble GigaRumble].
  
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=== Wheels (Placeholder Movement) ===
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== Strategy ==
  
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The movement right now is [[User:PEZ|PEZ]]'s [[Aristocles]] movement, until I finish writing the targeting and move on to defense. I chose Aristocles because my other degree is in Philosophy, and it was a mini/micro open source movement that uses waves. It would be against the spirit of this bot to use a movement that lacked waves, even as a placeholder.
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; How does it [[Movement|move]]?
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: [[Wave Surfing]], using data stored in [[Dynamic Clustering|a kD tree]] with [[Waves/Precise_Intersection|precise intersection]]. The algorithm is [[Wave Surfing/True Surfing|true surfing]] based on concepts in the [[Wave Surfing Tutorial|wave surfing tutorial]].
  
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=== Eyes ===
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; How does it fire?
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: [[GuessFactor Targeting]] using [[Dynamic Clustering|a kD tree to store data.]] [[Waves/Precise_Intersection|Precise intersection]] is used to determine the fire angles that would have hit. Several different targeters are used in a [[Virtual Guns]] array. The best gun to use is chosen via a [[wikipedia:Condorcet method|Condorcet]] vote.
  
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A [[One_on_One_Radar#Turn_Multiplier_Lock|turn multiplier lock]] radar with a factor of 1.95.
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; What does it save between rounds and matches?
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: Nothing between matches. Between rounds all surfing and targeting data is saved.
  
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== Code ==
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== Additional Information ==
  
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=== License ===
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; Can I use your code?
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: DeBroglie is an open source bot available under the [[ZLIB|zlib license]]. A few files here and there have an extra clause attached.
  
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This bot's code (messy a state as it's in right now) is available under the [[RWPCL|RoboWiki Public Code License]] (RWPC) - Version 1.1 or any later version.  
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; What's next for your robot?
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: Nothing. Development on deBroglie has ended.  A few big chunks of the code will live on in [[User:Tkiesel/Copernicus|Copernicus]].
  
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=== Credits ===
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; What other robot(s) is it based on?
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All code written by others is under the RWPC or a more permissive license.
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: All code written by others is under some form of permissive open source license.
  
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*The kD tree is written by [[User:Rednaxela|Rednaxela]] and is [[User:Rednaxela/kD-Tree|available on this wiki]]. License: as-is with attribution.
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:*The [https://bitbucket.org/rednaxela/knn-benchmark kD tree] is written by [[User:Rednaxela|Rednaxela]]. License: as-is with attribution.
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*The [[User:Rednaxela/FastTrig|FastTrig lookup table and methods]] are written by a host of amazing folks at this wiki, starting with [[User:Rednaxela|Rednaxela]], but including [[User talk:Rednaxela/FastTrig|other great Robocode luminaries]].
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:*The [[User:Rednaxela/FastTrig|FastTrig lookup table and methods]] are written by a host of amazing folks at this wiki, starting with [[User:Rednaxela|Rednaxela]], but including [[User talk:Rednaxela/FastTrig|other great Robocode luminaries]].
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*Parts of the precise prediction are accomplished with the help of [http://www.openprocessing.org/visuals/?visualID=8009 code] originally by [http://local.wasp.uwa.edu.au/~pbourke/geometry/sphereline/raysphere.c Paul Bourke], adapted by [http://www.openprocessing.org/portal/?userID=54 REAS @ OpenProcessing.org] and further adapted by me. This code determines if a line segment and a circle intersect. License: [http://creativecommons.org/licenses/by-sa/3.0/us/ CC-by-sa 3.0]
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:*Parts of the precise prediction are accomplished with the help of [http://www.openprocessing.org/visuals/?visualID=8009 code] originally by [http://local.wasp.uwa.edu.au/~pbourke/geometry/sphereline/raysphere.c Paul Bourke], adapted by [http://www.openprocessing.org/portal/?userID=54 REAS @ OpenProcessing.org] and further adapted by me. This code determines if and where a line segment and a circle intersect. License: [http://creativecommons.org/licenses/by-sa/3.0/us/ CC-by-sa 3.0]
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* The test-bed is [[Aristocles]] by [[User:PEZ|PEZ]]. The code is under the [[RWPCL]].
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:*The gun ranking uses [http://code.google.com/p/voteutil/ voteutil] by Brian Olson. It is available under the [http://www.gnu.org/licenses/lgpl.html LGPL version 3].
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:*The movement uses the wonderful setBackAsFront() method from [[User:Voidious|Voidious']] [[Wave Surfing Tutorial]]. Great piece of code!
  
 
[[Category:Bots|DeBroglie]]
 
[[Category:Bots|DeBroglie]]

Latest revision as of 19:03, 18 November 2014

Sub-pages:
Version History - Archived Talk 2010
deBroglie
Broglie 7.jpeg
Louis de Broglie, winner of the 1929 Nobel Prize for Physics
Author(s) Tkiesel
Extends AdvancedRobot
Targeting DC - Guess Factors
Movement DC - Wave Surfing
Best Rating 31
Current Version rev0108
Code License zlib
Download

Background Information

Where did you get the name?
This is my first wave surfing bot, and I'm a physicist by training, so it's named in honor of Louis de Broglie, who discovered that matter has wavelike properties. This was a foundational discovery in Quantum Mechanics. In 1929 de Broglie received the first ever Nobel Prize given to a student thesis.
What's special about it?
The targeting and movement draw on a central Universe object that contains the entire situational picture, with a Bot object that represents each robot on the field.
How competitive is it?
rev0108 is in the upper 40s in the RoboRumble and middle of the pack in the GigaRumble.

Strategy

How does it move?
Wave Surfing, using data stored in a kD tree with precise intersection. The algorithm is true surfing based on concepts in the wave surfing tutorial.
How does it fire?
GuessFactor Targeting using a kD tree to store data. Precise intersection is used to determine the fire angles that would have hit. Several different targeters are used in a Virtual Guns array. The best gun to use is chosen via a Condorcet vote.
What does it save between rounds and matches?
Nothing between matches. Between rounds all surfing and targeting data is saved.

Additional Information

Can I use your code?
DeBroglie is an open source bot available under the zlib license. A few files here and there have an extra clause attached.
What's next for your robot?
Nothing. Development on deBroglie has ended. A few big chunks of the code will live on in Copernicus.
What other robot(s) is it based on?
All code written by others is under some form of permissive open source license.
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