I see into the UnitDef.h some interesting methods and public attibutes as:
- IsFactoryUnit()
- IsExtractorUnit()
- buildTime
- metal (to know the cost)
- energy (to know the cost)
Code: Select all
/* This file is part of the Spring engine (GPL v2 or later), see LICENSE.html */
/* Note: This file is machine generated, do not edit directly! */
package com.springrts.ai.oo.clb;
import com.springrts.ai.oo.CallbackAIException;
import com.springrts.ai.oo.AIFloat3;
/**
* @author AWK wrapper script
* @version GENERATED
*/
public interface UnitDef extends Comparable<UnitDef> {
public int getUnitDefId();
/**
* Forces loading of the unit model
*/
public float getHeight();
/**
* Forces loading of the unit model
*/
public float getRadius();
public String getName();
public String getHumanName();
public String getFileName();
/**
* @deprecated
*/
public int getAiHint();
public int getCobId();
public int getTechLevel();
/**
* @deprecated
*/
public String getGaia();
public float getUpkeep(Resource resource);
/**
* This amount of the resource will always be created.
*/
public float getResourceMake(Resource resource);
/**
* This amount of the resource will be created when the unit is on and enough
* energy can be drained.
*/
public float getMakesResource(Resource resource);
public float getCost(Resource resource);
public float getExtractsResource(Resource resource);
public float getResourceExtractorRange(Resource resource);
public float getWindResourceGenerator(Resource resource);
public float getTidalResourceGenerator(Resource resource);
public float getStorage(Resource resource);
public boolean isSquareResourceExtractor(Resource resource);
public float getBuildTime();
/**
* This amount of auto-heal will always be applied.
*/
public float getAutoHeal();
/**
* This amount of auto-heal will only be applied while the unit is idling.
*/
public float getIdleAutoHeal();
/**
* Time a unit needs to idle before it is considered idling.
*/
public int getIdleTime();
public float getPower();
public float getHealth();
/**
* Returns the bit field value denoting the categories this unit is in.
* @see Game#getCategoryFlag
* @see Game#getCategoryName
*/
public int getCategory();
public float getSpeed();
public float getTurnRate();
public boolean isTurnInPlace();
/**
* Units above this distance to goal will try to turn while keeping
* some of their speed.
* 0 to disable
*/
public float getTurnInPlaceDistance();
/**
* Units below this speed will turn in place regardless of their
* turnInPlace setting.
*/
public float getTurnInPlaceSpeedLimit();
public boolean isUpright();
public boolean isCollide();
public float getLosRadius();
public float getAirLosRadius();
public float getLosHeight();
public int getRadarRadius();
public int getSonarRadius();
public int getJammerRadius();
public int getSonarJamRadius();
public int getSeismicRadius();
public float getSeismicSignature();
public boolean isStealth();
public boolean isSonarStealth();
public boolean isBuildRange3D();
public float getBuildDistance();
public float getBuildSpeed();
public float getReclaimSpeed();
public float getRepairSpeed();
public float getMaxRepairSpeed();
public float getResurrectSpeed();
public float getCaptureSpeed();
public float getTerraformSpeed();
public float getMass();
public boolean isPushResistant();
/**
* Should the unit move sideways when it can not shoot?
*/
public boolean isStrafeToAttack();
public float getMinCollisionSpeed();
public float getSlideTolerance();
/**
* Build location relevant maximum steepness of the underlaying terrain.
* Used to calculate the maxHeightDif.
*/
public float getMaxSlope();
/**
* Maximum terra-form height this building allows.
* If this value is 0.0, you can only build this structure on
* totally flat terrain.
*/
public float getMaxHeightDif();
public float getMinWaterDepth();
public float getWaterline();
public float getMaxWaterDepth();
public float getArmoredMultiple();
public int getArmorType();
public float getMaxWeaponRange();
/**
* @deprecated
*/
public String getType();
public String getTooltip();
public String getWreckName();
public String getDeathExplosion();
public String getSelfDExplosion();
/**
* Returns the name of the category this unit is in.
* @see Game#getCategoryFlag
* @see Game#getCategoryName
*/
public String getCategoryString();
public boolean isAbleToSelfD();
public int getSelfDCountdown();
public boolean isAbleToSubmerge();
public boolean isAbleToFly();
public boolean isAbleToMove();
public boolean isAbleToHover();
public boolean isFloater();
public boolean isBuilder();
public boolean isActivateWhenBuilt();
public boolean isOnOffable();
public boolean isFullHealthFactory();
public boolean isFactoryHeadingTakeoff();
public boolean isReclaimable();
public boolean isCapturable();
public boolean isAbleToRestore();
public boolean isAbleToRepair();
public boolean isAbleToSelfRepair();
public boolean isAbleToReclaim();
public boolean isAbleToAttack();
public boolean isAbleToPatrol();
public boolean isAbleToFight();
public boolean isAbleToGuard();
public boolean isAbleToAssist();
public boolean isAssistable();
public boolean isAbleToRepeat();
public boolean isAbleToFireControl();
public int getFireState();
public int getMoveState();
public float getWingDrag();
public float getWingAngle();
public float getDrag();
public float getFrontToSpeed();
public float getSpeedToFront();
public float getMyGravity();
public float getMaxBank();
public float getMaxPitch();
public float getTurnRadius();
public float getWantedHeight();
public float getVerticalSpeed();
/**
* @deprecated
*/
public boolean isAbleToCrash();
/**
* @deprecated
*/
public boolean isHoverAttack();
public boolean isAirStrafe();
/**
* @return < 0: it can land
* >= 0: how much the unit will move during hovering on the spot
*/
public float getDlHoverFactor();
public float getMaxAcceleration();
public float getMaxDeceleration();
public float getMaxAileron();
public float getMaxElevator();
public float getMaxRudder();
/**
* The yard map defines which parts of the square a unit occupies
* can still be walked on by other units.
* Example:
* In the BA Arm T2 K-Bot lab, htere is a line in hte middle where units
* walk, otherwise they would not be able ot exit the lab once they are
* built.
* @return 0 if invalid facing or the unit has no yard-map defined,
* the size of the yard-map otherwise: getXSize() * getXSize()
*/
public java.util.List<Short> getYardMap(int facing);
public int getXSize();
public int getZSize();
/**
* @deprecated
*/
public int getBuildAngle();
public float getLoadingRadius();
public float getUnloadSpread();
public int getTransportCapacity();
public int getTransportSize();
public int getMinTransportSize();
public boolean isAirBase();
public boolean isFirePlatform();
public float getTransportMass();
public float getMinTransportMass();
public boolean isHoldSteady();
public boolean isReleaseHeld();
public boolean isNotTransportable();
public boolean isTransportByEnemy();
/**
* @return 0: land unload
* 1: fly-over drop
* 2: land flood
*/
public int getTransportUnloadMethod();
/**
* Dictates fall speed of all transported units.
* This only makes sense for air transports,
* if they an drop units while in the air.
*/
public float getFallSpeed();
/**
* Sets the transported units FBI, overrides fallSpeed
*/
public float getUnitFallSpeed();
/**
* If the unit can cloak
*/
public boolean isAbleToCloak();
/**
* If the unit wants to start out cloaked
*/
public boolean isStartCloaked();
/**
* Energy cost per second to stay cloaked when stationary
*/
public float getCloakCost();
/**
* Energy cost per second to stay cloaked when moving
*/
public float getCloakCostMoving();
/**
* If enemy unit comes within this range, decloaking is forced
*/
public float getDecloakDistance();
/**
* Use a spherical, instead of a cylindrical test?
*/
public boolean isDecloakSpherical();
/**
* Will the unit decloak upon firing?
*/
public boolean isDecloakOnFire();
/**
* Will the unit self destruct if an enemy comes to close?
*/
public boolean isAbleToKamikaze();
public float getKamikazeDist();
public boolean isTargetingFacility();
public boolean canManualFire();
public boolean isNeedGeo();
public boolean isFeature();
public boolean isHideDamage();
public boolean isCommander();
public boolean isShowPlayerName();
public boolean isAbleToResurrect();
public boolean isAbleToCapture();
/**
* Indicates the trajectory types supported by this unit.
*
* @return 0: (default) = only low
* 1: only high
* 2: choose
*/
public int getHighTrajectoryType();
/**
* Returns the bit field value denoting the categories this unit shall not
* chase.
* @see Game#getCategoryFlag
* @see Game#getCategoryName
*/
public int getNoChaseCategory();
public boolean isLeaveTracks();
public float getTrackWidth();
public float getTrackOffset();
public float getTrackStrength();
public float getTrackStretch();
public int getTrackType();
public boolean isAbleToDropFlare();
public float getFlareReloadTime();
public float getFlareEfficiency();
public float getFlareDelay();
public AIFloat3 getFlareDropVector();
public int getFlareTime();
public int getFlareSalvoSize();
public int getFlareSalvoDelay();
/**
* Only matters for fighter aircraft
*/
public boolean isAbleToLoopbackAttack();
/**
* Indicates whether the ground will be leveled/flattened out
* after this building has been built on it.
* Only matters for buildings.
*/
public boolean isLevelGround();
public boolean isUseBuildingGroundDecal();
public int getBuildingDecalType();
public int getBuildingDecalSizeX();
public int getBuildingDecalSizeY();
public float getBuildingDecalDecaySpeed();
/**
* Maximum flight time in seconds before the aircraft needs
* to return to an air repair bay to refuel.
*/
public float getMaxFuel();
/**
* Time to fully refuel the unit
*/
public float getRefuelTime();
/**
* Minimum build power of airbases that this aircraft can land on
*/
public float getMinAirBasePower();
/**
* Number of units of this type allowed simultaneously in the game
*/
public int getMaxThisUnit();
public UnitDef getDecoyDef();
public boolean isDontLand();
public WeaponDef getShieldDef();
public WeaponDef getStockpileDef();
public java.util.List<UnitDef> getBuildOptions();
public java.util.Map<String, String> getCustomParams();
public java.util.List<WeaponMount> getWeaponMounts();
public MoveData getMoveData();
public FlankingBonus getFlankingBonus();
}
