Difference between revisions of "DeBroglie"
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(Some updates, including White Whale entry on Dookious.) |
m (rev0056 update) |
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| targeting = [[Dynamic Clustering|DC]] - [[GuessFactor|Guess Factors]] | | targeting = [[Dynamic Clustering|DC]] - [[GuessFactor|Guess Factors]] | ||
| movement = [[Dynamic Clustering|DC]] - [[Wave Surfing]] | | movement = [[Dynamic Clustering|DC]] - [[Wave Surfing]] | ||
| − | | current_version = | + | | current_version = rev0056 |
| − | | best_rating = | + | | best_rating = 51 (2012-06-10) |
| license = [[RWPCL]] | | license = [[RWPCL]] | ||
}} | }} | ||
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; How competitive is it? | ; How competitive is it? | ||
| − | : It's been crawling slowly up the top 100 with each revision. | + | : It's been crawling slowly up the top 100 with each revision. One-on-one, less than 10 bots do better than deBroglie rev0056 against [[DrussGT]], which actually surprises me greatly! |
== Strategy == | == Strategy == | ||
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; Can I use your code? | ; Can I use your code? | ||
| − | : Through | + | : Through rev0056, DeBroglie is available under the [[RWPCL|RoboWiki Public Code License]] (RWPC) - Version 1.1 or any later version. A bit of a modification to licensing is coming soon for subsequent versions. |
; What's next for your robot? | ; What's next for your robot? | ||
Revision as of 00:24, 11 June 2012
- Sub-pages:
- Version History - Archived Talk 2010
| deBroglie | |
 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 | 51 (2012-06-10) |
| Current Version | rev0056 |
| Code License | RWPCL |
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. To fire or dodge, data is pulled from a kD-tree, constructed into a histogram with no quantization in the x-dimension. I've done everything I can to avoid slicing/quantizing data until the very last point where the pseudo-kernel density bit happens.
- How competitive is it?
- It's been crawling slowly up the top 100 with each revision. One-on-one, less than 10 bots do better than deBroglie rev0056 against DrussGT, which actually surprises me greatly!
Strategy
- How does it move?
- Wave Surfing, based loosely off of 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.
- 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?
- Through rev0056, DeBroglie is available under the RoboWiki Public Code License (RWPC) - Version 1.1 or any later version. A bit of a modification to licensing is coming soon for subsequent versions.
- What's next for your robot?
- Get the movement and targeting systems squared away and cleaned up.
- Does it have any White Whales?
- In rumble terms, CassiusClay - I've been in awe of that bot since finding Robocode in 2007. Climbing above it in the RoboRumble is priority #1.
- One on one, Dookious - Just a stunning bot. If deBroglie can beat this one head-to-head, I'll think I've accomplished something.
- What other robot(s) is it based on?
- All code written by others is under the RWPC or a more permissive license.
- The kD tree is written by Rednaxela and is available on this wiki. License: as-is with attribution.
- The FastTrig lookup table and methods are written by a host of amazing folks at this wiki, starting with Rednaxela, but including other great Robocode luminaries.
- Parts of the precise prediction are accomplished with the help of code originally by Paul Bourke, adapted by REAS @ OpenProcessing.org and further adapted by me. This code determines if a line segment and a circle intersect. License: CC-by-sa 3.0
