Constructor Detail

• SpecificAIPluginBase

  SpecificAIPluginBase(AutofireAIPlugin baseAI, Boolean customAIActive)

Method Detail

• getSolution

   final FiringSolution getSolution()

• setSolution

   final Unit setSolution(FiringSolution solution)

• getBaseAI

   final AutofireAIPlugin getBaseAI()

• computeTargetPriority

   abstract Float computeTargetPriority(FiringSolution solution)

• getRelevantEntitiesWithinRange

   abstract List<CombatEntityAPI> getRelevantEntitiesWithinRange()

• getRelevenEntitiesOutOfRange

   abstract List<CombatEntityAPI> getRelevenEntitiesOutOfRange()

• isBaseAITargetValid

   abstract Boolean isBaseAITargetValid(ShipAPI ship, MissileAPI missile)

• isBaseAIOverwritable

   abstract Boolean isBaseAIOverwritable()

• isValid

   abstract Boolean isValid()

  perform checks to see if this AI is compatible with the weapon if this returns false, the base AI will be used instead

• advance

   Unit advance(Float p0)

• advanceBaseAI

   final Boolean advanceBaseAI(Float p0)

• advanceWithCustomAI

   final Unit advanceWithCustomAI()

• getFriendlies

   List<FiringSolution> getFriendlies()

• determineTargetLeadingAccuracy

   final Unit determineTargetLeadingAccuracy(CombatEntityAPI currentTarget, CombatEntityAPI lastTarget)

• compensateTargetPointShipSpeed

   final Vector2f compensateTargetPointShipSpeed(Vector2f tgt, Float ttt)

• calculateFiringSolutions

   final List<FiringSolution> calculateFiringSolutions(List<CombatEntityAPI> potentialTargets)

• forceOff

   Unit forceOff()

• getTarget

   Vector2f getTarget()

• getWeapon

   WeaponAPI getWeapon()

• computePointToAimAt

   final Vector2f computePointToAimAt(CombatEntityAPI tgt)

  approximate position where the target will be after travel time based on player ship and target velocities. In a way, this transforms points from an absolute to a "relative" frame Some observations:

  • angles are in degrees

  • target ships can strafe, i.e. velocity direction =/= heading

  • acceleration refers to max possible acceleration, not current acceleration conclusion: Don't use acceleration or angular velocity, they are unreliable

• computeTimeToTravel

   final Float computeTimeToTravel(Vector2f tgt)

• getTargetShip

   ShipAPI getTargetShip()

• getTargetMissile

   MissileAPI getTargetMissile()

• isWithinArc

   final Boolean isWithinArc(CombatEntityAPI entity)

• isWithinArc

   final Boolean isWithinArc(Vector2f position, Float radius)

• shouldConsiderNeutralsAsFriendlies

   Boolean shouldConsiderNeutralsAsFriendlies()

• isFriendlyFire

   final Boolean isFriendlyFire(List<FiringSolution> friendlies, List<FiringSolution> targets, Vector2f aimPoint)

• isFriendlyFireDetail

   final Boolean isFriendlyFireDetail(List<FiringSolution> friendlies, List<FiringSolution> targets, Vector2f aimPoint)

• friendliesInDangerZone

   final List<FiringSolution> friendliesInDangerZone(List<FiringSolution> friendlies, Vector2f aimPoint)

• computeIfShouldFire

   Boolean computeIfShouldFire(List<FiringSolution> potentialTargets, List<FiringSolution> friendlies)

• computePointCurrentlyAimedAt

   final Vector2f computePointCurrentlyAimedAt()

• computeBasePriority

   final Float computeBasePriority(FiringSolution solution)

• shouldFire

   Boolean shouldFire()

• isInRange

   final Boolean isInRange(Vector2f entity, Float radius)