Difference between revisions of "WhiteFang/WolfBreath"
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Dsekercioglu (talk | contribs) (Created page with "WolfBreath is WhiteFang's Bullet Shielding. It is a very simple and an original way of shielding bullets. It requires simple trigonometry and it is a mini bot with a margin by...") |
Dsekercioglu (talk | contribs) (Better explanation and fixed grammatical errors) |
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;getFiringAngleAndPower | ;getFiringAngleAndPower | ||
# For every possible bullet float time | # For every possible bullet float time | ||
− | ## Calculate enemy bullet segment center | + | ## Calculate the enemy bullet segment's center |
− | ## Calculate the bullet power I need to intersect the bullets | + | ## Calculate the bullet power I need to intersect the bullets' center |
## If my bullet power is valid then: | ## If my bullet power is valid then: | ||
### If my bullet power is lower then enemy's then: | ### If my bullet power is lower then enemy's then: | ||
Line 29: | Line 29: | ||
==What's Next?== | ==What's Next?== | ||
− | :Use the time to turn the gun. I am pretty sure that it always fires at the correct spot since it fires nearly head-on but it is | + | :Use the time to turn the gun. I am pretty sure that it always fires at the correct spot since it fires nearly head-on but it is better to be absolutely sure. |
+ | :Use virtual bullets to detect different type of aiming systems. | ||
==Credits== | ==Credits== | ||
− | : | + | :The code is completely mine but I want to thank [[Skotty]]'s [[XanderCat]] and [[Spitfire]] , [[Rsalesc]]'s [[Roborio]], [[Skilgannon]]'s [[EnergyDome]] and [[DrussGT]], [[Xor]]'s [[ShieldBot]], [[Rsim]]'s [[BulletCatcher]] and [[uCatcher]], [[Synapse]] and [[Rsim]]'s [[GeomancyBS]] since I couldn't even think of Bullet Shielding without them. |
− | |||
==Additionally== | ==Additionally== | ||
− | :If you see any | + | :If you see any grammatical or logical mistakes please fix it. =) |
Latest revision as of 19:05, 2 July 2018
WolfBreath is WhiteFang's Bullet Shielding. It is a very simple and an original way of shielding bullets. It requires simple trigonometry and it is a mini bot with a margin by itself. With some strategy added, you can take some top bots down easily. If you want real world example, just look at WhiteFang's score against Hydra.
Contents
Steps
- Scanned RobotEvent
- If enemy has fired then:
- For each of the 50 points which have been distributed equally over a range of -0.25 to 0.25 from the robot not including zero
- Calculate position to fire
- Call getFireAngleAndPower
- Find the FiringSolution with the lowest fire power
- Turn the gun
- Move!
- Wait one tick
- Fire
- Return to the old position
- For each of the 50 points which have been distributed equally over a range of -0.25 to 0.25 from the robot not including zero
- If not then:
- Turn perpendicular to the enemy to have the maximum angular move.
- getFiringAngleAndPower
- For every possible bullet float time
- Calculate the enemy bullet segment's center
- Calculate the bullet power I need to intersect the bullets' center
- If my bullet power is valid then:
- If my bullet power is lower then enemy's then:
- Return fireAngle and firePower
- Else then:
- Return fireAngle and enemyFirePower
- If my bullet power is lower then enemy's then:
What's Next?
- Use the time to turn the gun. I am pretty sure that it always fires at the correct spot since it fires nearly head-on but it is better to be absolutely sure.
- Use virtual bullets to detect different type of aiming systems.
Credits
- The code is completely mine but I want to thank Skotty's XanderCat and Spitfire , Rsalesc's Roborio, Skilgannon's EnergyDome and DrussGT, Xor's ShieldBot, Rsim's BulletCatcher and uCatcher, Synapse and Rsim's GeomancyBS since I couldn't even think of Bullet Shielding without them.
Additionally
- If you see any grammatical or logical mistakes please fix it. =)