#include "Sim/Units/UnitDef.h" #include "Sim/Units/CommandAI/CommandQueue.h" #include "creg/STL_Map.h" #include "creg/STL_Set.h" #include "creg/Serializer.h" #include "creg/cregex.h" #include "System/GlobalStuff.h" #define CMD_CHANGE_MODE 160 #define CMD_AREA_UPGRADE 165 #define CMD_DUMMY 170 CR_BIND(CGroupAI, ); CR_REG_METADATA(CGroupAI,( CR_ENUM_MEMBER(mode), CR_MEMBER(myUnits), CR_MEMBER(lockedMexxes), CR_MEMBER(maxMetal), CR_MEMBER(mohoBuilderId), CR_MEMBER(unitsChanged), CR_POSTLOAD(PostLoad) )); CR_BIND(CGroupAI::UnitInfo, ); CR_REG_METADATA_SUB(CGroupAI, UnitInfo,( CR_MEMBER(maxExtractsMetal), CR_MEMBER(wantedMohoId), CR_MEMBER(wantedMohoName), CR_MEMBER(nearestMex),
#include "MoveMath/MoveMath.h" #include "Sim/Misc/GlobalConstants.h" #include "System/creg/STL_Deque.h" #include "System/creg/STL_Map.h" #include "System/Exceptions.h" #include "System/CRC.h" #include "System/myMath.h" #include "System/Util.h" CR_BIND(MoveDef, ()); CR_BIND(MoveDefHandler, ); CR_REG_METADATA(MoveDef, ( CR_MEMBER(name), CR_ENUM_MEMBER(moveFamily), CR_ENUM_MEMBER(terrainClass), CR_MEMBER(xsize), CR_MEMBER(xsizeh), CR_MEMBER(zsize), CR_MEMBER(zsizeh), CR_MEMBER(depth), CR_MEMBER(depthModParams), CR_MEMBER(maxSlope), CR_MEMBER(slopeMod), CR_MEMBER(crushStrength), CR_MEMBER(speedModMults), CR_MEMBER(pathType), CR_MEMBER(unitDefRefCount),
#include "CoverageHandler.h"
#define COVERAGE_SQUARE 4.0
#define COVERAGE_SQUARE2 32.0
CR_BIND(CCoverageHandler ,(NULL,Radar))
CR_REG_METADATA(CCoverageHandler,(
CR_MEMBER(CovMap),
CR_MEMBER(ai),
CR_ENUM_MEMBER(Type),
CR_RESERVED(64)
));
int mandist(int x1, int y1, int x2, int y2){
return abs(x1 - x2) + abs(y1 - y2);
}
int RevDist(int X1, int Y1, int X2, int Y2, int Max, int Increment){
int dist = mandist(X1, Y1, X2, Y2);
if(dist * Increment > Max)
return 0;
else
return Max - dist * Increment;
}
float Dist(float x1, float y1, float x2, float y2){
return (float)hypot(fabs(x1 - x2), fabs(y1-y2));
}
float F3Dist(float3 A, float3 B){
return (float)hypot(fabs(A.x - B.x), fabs(A.z - A.z));
#include "System/myMath.h" CR_BIND_DERIVED_INTERFACE(AMoveType, CObject); CR_REG_METADATA(AMoveType, ( CR_MEMBER(owner), CR_MEMBER(goalPos), CR_MEMBER(oldPos), CR_MEMBER(oldSlowUpdatePos), CR_MEMBER(maxSpeed), CR_MEMBER(maxSpeedDef), CR_MEMBER(maxWantedSpeed), CR_MEMBER(repairBelowHealth), CR_MEMBER(useHeading), CR_ENUM_MEMBER(progressState) )); AMoveType::AMoveType(CUnit* owner): owner(owner), goalPos(owner? owner->pos: ZeroVector), oldPos(owner? owner->pos: ZeroVector), oldSlowUpdatePos(oldPos), useHeading(true), progressState(Done), maxSpeed(owner? owner->unitDef->speed / GAME_SPEED : 0.0f), maxSpeedDef(owner? owner->unitDef->speed / GAME_SPEED : 0.0f),
#include "myMath.h" CR_BIND_DERIVED(CSolidObject, CWorldObject, ); CR_REG_METADATA(CSolidObject, ( CR_MEMBER(mass), CR_MEMBER(blocking), CR_MEMBER(floatOnWater), CR_MEMBER(isUnderWater), CR_MEMBER(immobile), CR_MEMBER(blockHeightChanges), CR_MEMBER(xsize), CR_MEMBER(ysize), CR_MEMBER(height), CR_MEMBER(heading), CR_ENUM_MEMBER(physicalState), CR_MEMBER(midPos), CR_MEMBER(isMoving), CR_MEMBER(residualImpulse), CR_MEMBER(mobility), CR_MEMBER(mapPos), CR_MEMBER(buildFacing), CR_MEMBER(isMarkedOnBlockingMap), CR_MEMBER(speed), CR_RESERVED(16)) ); CSolidObject::CSolidObject(): mass(100000), blocking(false),
CR_BIND_STRUCT(Triangle); CR_REG_METADATA(Triangle, (CR_MEMBER(vrt))); // Joints CR_BIND_DERIVED(BaseJoint, creg::BaseObject); CR_BIND_DERIVED(HingeJoint, BaseJoint); CR_REG_METADATA(HingeJoint, CR_MEMBER(axis)); CR_BIND_DERIVED(UniversalJoint, BaseJoint); CR_REG_METADATA(UniversalJoint, CR_MEMBER(axis)); // IK info CR_BIND(IKinfo); CR_REG_METADATA(IKinfo, (CR_MEMBER(joint), CR_ENUM_MEMBER(jointType))); // Poly CR_BIND_DERIVED(Poly, creg::BaseObject); CR_REG_METADATA(Poly, ( CR_MEMBER(verts), CR_MEMBER(texname), CR_MEMBER(color), CR_MEMBER(taColor), CR_MEMBER(texture), CR_MEMBER_SETFLAG(texture, CM_NoSerialize), // the texture shouldn't be serialized CR_MEMBER(isSelected)) ); CR_BIND(Rotator); CR_REG_METADATA(Rotator,
#include "MoveMath/MoveMath.h" #include "Sim/Misc/GlobalConstants.h" #include "System/creg/STL_Deque.h" #include "System/creg/STL_Map.h" #include "System/Exceptions.h" #include "System/CRC.h" #include "System/myMath.h" #include "System/Util.h" CR_BIND(MoveDef, ()); CR_BIND(MoveDefHandler, (NULL)); CR_REG_METADATA(MoveDef, ( CR_MEMBER(name), CR_ENUM_MEMBER(speedModClass), CR_ENUM_MEMBER(terrainClass), CR_MEMBER(xsize), CR_MEMBER(xsizeh), CR_MEMBER(zsize), CR_MEMBER(zsizeh), CR_MEMBER(depth), CR_MEMBER(depthModParams), CR_MEMBER(maxSlope), CR_MEMBER(slopeMod), CR_MEMBER(crushStrength), CR_MEMBER(speedModMults), CR_MEMBER(pathType), CR_MEMBER(udRefCount),
// number of SlowUpdate calls that a target (unit) must // be out of radar (and hence LOS) contact before it is // considered 'lost' and invalid (for attack orders etc) // // historically this value was 120, which meant that it // took (120 * UNIT_SLOWUPDATE_RATE) / GAME_SPEED == 64 // seconds (!) before eg. aircraft would stop tracking a // target that cloaked after flying over it --> obviously // unreasonable static const int TARGET_LOST_TIMER = 15; static const float COMMAND_CANCEL_DIST = 17.0f; CR_BIND(CCommandQueue, ); CR_REG_METADATA(CCommandQueue, ( CR_MEMBER(queue), CR_ENUM_MEMBER(queueType), CR_MEMBER(tagCounter) )); CR_BIND_DERIVED(CCommandAI, CObject, ); CR_REG_METADATA(CCommandAI, ( CR_MEMBER(stockpileWeapon), CR_MEMBER(possibleCommands), CR_MEMBER(commandQue), CR_MEMBER(nonQueingCommands), CR_MEMBER(lastUserCommand), CR_MEMBER(selfDCountdown), CR_MEMBER(lastFinishCommand), CR_MEMBER(owner),
#include "IncCREG.h" #include "IncExternAI.h" #include "IncGlobalAI.h" #include "KAIK.h" extern CKAIK* KAIKStateExt; CR_BIND(BuildingTracker, ) CR_REG_METADATA(BuildingTracker, ( CR_MEMBER(unitUnderConstruction), CR_ENUM_MEMBER(category), CR_MEMBER(hpLastFrame), CR_MEMBER(damage), CR_MEMBER(hpSomeTimeAgo), CR_MEMBER(damageSomeTimeAgo), CR_MEMBER(startedRealBuildingFrame), CR_MEMBER(etaFrame), CR_MEMBER(maxTotalBuildPower), CR_MEMBER(assignedTotalBuildPower), CR_MEMBER(energyUsage), CR_MEMBER(metalUsage), CR_MEMBER(buildTask), CR_MEMBER(factory), CR_MEMBER(economyUnitTracker), CR_RESERVED(16) )) CR_BIND(EconomyUnitTracker, ) CR_REG_METADATA(EconomyUnitTracker, ( CR_MEMBER(economyUnitId),
CR_MEMBER(uh), CR_MEMBER(dm), CR_MEMBER(ah), CR_MEMBER(dgunConHandler), CR_RESERVED(16) )); CR_BIND(UnitType, ); CR_REG_METADATA(UnitType, ( CR_MEMBER(canBuildList), CR_MEMBER(builtByList), CR_MEMBER(DPSvsUnit), CR_MEMBER(TargetCategories), // cannot serialize this directly // CR_MEMBER(def), CR_ENUM_MEMBER(category), CR_MEMBER(isHub), CR_MEMBER(techLevel), CR_MEMBER(costMultiplier), CR_MEMBER(sides), CR_POSTLOAD(PostLoad) )); CR_BIND(integer2, ); CR_REG_METADATA(integer2, ( CR_MEMBER(x), CR_MEMBER(y) )); CR_BIND(BuilderTracker, ); CR_REG_METADATA(BuilderTracker, (
CR_MEMBER(relWeaponPos), CR_MEMBER(relWeaponMuzzlePos), CR_MEMBER(muzzleFlareSize), CR_MEMBER(lastTargetRetry), CR_MEMBER(areaOfEffect), CR_MEMBER(badTargetCategory), CR_MEMBER(onlyTargetCategory), CR_MEMBER(incoming), // CR_MEMBER(weaponDef), CR_MEMBER(stockpileTime), CR_MEMBER(buildPercent), CR_MEMBER(numStockpiled), CR_MEMBER(numStockpileQued), CR_MEMBER(interceptTarget), CR_MEMBER(salvoError), CR_ENUM_MEMBER(targetType), CR_MEMBER(sprayAngle), CR_MEMBER(useWeaponPosForAim), CR_MEMBER(errorVector), CR_MEMBER(errorVectorAdd), CR_MEMBER(lastErrorVectorUpdate), CR_MEMBER(slavedTo), CR_MEMBER(mainDir), CR_MEMBER(maxMainDirAngleDif), CR_MEMBER(hasCloseTarget), CR_MEMBER(avoidFriendly), CR_MEMBER(avoidFeature), CR_MEMBER(avoidNeutral), CR_MEMBER(targetBorder), CR_MEMBER(cylinderTargetting), CR_MEMBER(minIntensity),
#include "AAirMoveType.h" #include "MoveMath/MoveMath.h" #include "Map/Ground.h" #include "Map/MapInfo.h" #include "Sim/Misc/GlobalSynced.h" #include "Sim/Misc/QuadField.h" #include "Sim/Units/Unit.h" #include "Sim/Units/UnitDef.h" #include "Sim/Units/CommandAI/CommandAI.h" #include "Sim/Units/Scripts/UnitScript.h" CR_BIND_DERIVED_INTERFACE(AAirMoveType, AMoveType) CR_REG_METADATA(AAirMoveType, ( CR_ENUM_MEMBER(aircraftState), CR_ENUM_MEMBER(padStatus), CR_MEMBER(oldGoalPos), CR_MEMBER(reservedLandingPos), CR_MEMBER(wantedHeight), CR_MEMBER(orgWantedHeight), CR_MEMBER(accRate), CR_MEMBER(decRate), CR_MEMBER(altitudeRate), CR_MEMBER(collide), CR_MEMBER(useSmoothMesh), CR_MEMBER(autoLand),