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Hi all, I have some questions about wave surfing.
First, define some term I'll use in this question:
- Surfer: all those surfer around today.
- Wave Surfer: a surfer that log hit for every waves.
- Hit Surfer: a surfer that log hit on only hit waves.
- log hit: the operation that same as BasicSurfer's logHit function.
- Question 1
- What is the differnce between Wave Surfer and Hit Surfer? On first time I looked into surfing, the statement I found is "Surfing is exactly reverse of GuessFactor Targeting" so I understand surfer as Wave Surfer. But, when I looked into code of DussGT, Dookious, Horizona and PhonixOS, I found out that they are Hit Surfer (unless it enable its flattener which turn them into Wave Surfer). Only Butterfly I've recognize that it's Wave Surfer.
- I'm asking this because I'm working on BlackHole flattener. BlackHole is wave surfer so I can't use those bot flattener style. I think that Butterfly does not have flattener.
- Well, I know of NO surfer that logs non-hitting waves EXCEPT for flattener purporses. Bufferfly is included in this statement. As far as terminology, the "Wave" in "Wave Surfer" traditionally doesn't refer to the capture of the data, it refers to how you generate the movement from the stats. "Wave Surfing" is any movement which has a movement that attempts to get to specific 'low danger' guessfactors as the wave passes, and by this definition does not specify whether 'low danger' is determined by hits or flattening stats, or even patternmatcher simulation. As far as the difference between surfing that logs hits verses logs one that logs non-hits equally? The difference is exactly the difference between a bullet-dodger and movement-flattener. That answer the question? --Rednaxela 04:14, 22 February 2009 (UTC)
- Question 2
- How can I create a gradient color for wave like Phoenix does? My style of BlackHole are a bit ugly... :(
- You have to do math and work with the java.awt.Color class. For example
Color ranbow = Color.getHSBColor(somenumber, 1, 1); Color gradient = new Color(255, somenumber*255, 255-somenumber*255);
- I suggest you experiment perhaps :) --Rednaxela 04:27, 22 February 2009 (UTC)
- Question 3
- What will act faster and less memory consume?
- Multiple buffers VCS stats with 16 segmentation.
- One Kd-Tree but difference dimension calculator.
- My new BlackHole v1 (not v2) will have around 1000 buffers and up to 16 segmentations. I ask here to develop my robot in right way.
- Compared to about 1000 VCS buffers? Definitely the Kd-Tree in that case. You could also consider an "interpolated VCS" approach like I explore in User:Rednaxela/SaphireEdge, it's rarther non-traditional but I got it working quite strong, and I think it's better in both memory and cpu requirements than many VCS buffers or a Kd-Tree. --Rednaxela 04:58, 22 February 2009 (UTC)
- Question 4
- What is the simple way to calculate bot width for surfing? DurssGT style is complicated. I'm now create 25px circle and calculate each bins it covered.
- The simple way? The 'simple' angular botwidth is just 2*arctan(18px/distance), convert to GF etc as you wish. Btw, "DrussGT style" was first used by Garm, then independtly rediscovered in RougeDC (I made some explaination  here), and then added in DrussGT. Other than those three however, EVERY bot I know essentially uses something like 2*arctan(18px/distance). Note, 36px is the width of the collision square of the bot. --Rednaxela 04:58, 22 February 2009 (UTC)
- Question 5
- What is better:
- Surf the wave until it pass rear edge of the robot.
- Surf the wave until it pass middle of the robot.
- Surf the wave until it reach front edge of the robot.
- Well, ideally, you use a mix. What I do in RougeDC, is I use the crazy precice botwidth calcuation, and as the wave passes through the bot, I set guessfactors that already would have already hit the bot to 0 danger, and keep surfing the remaining parts of the wave that aren't zero'ed out. If you're not using that kind of fancy botwidth though, I'd suggest near the middle, maybe leaning towards the front. --Rednaxela 06:01, 22 February 2009 (UTC)