public void PrepareTargeting(TargetingEvent evt, WeaponNode weapon, [JoinByTank] TankNode tank)
{
TargetingData targetingData = evt.TargetingData;
VerticalSectorsTargetingComponent verticalSectorsTargeting = weapon.verticalSectorsTargeting;
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance);
targetingData.Origin = accessor.GetBarrelOriginWorld();
targetingData.Dir = accessor.GetFireDirectionWorld();
targetingData.FullDistance = verticalSectorsTargeting.WorkDistance;
targetingData.MaxAngle = (verticalSectorsTargeting.VAngleUp <= verticalSectorsTargeting.VAngleDown) ? verticalSectorsTargeting.VAngleDown : verticalSectorsTargeting.VAngleUp;
LinkedList <TargetSector> instance = BattleCache.targetSectors.GetInstance();
instance.Clear();
CollectTargetSectorsEvent eventInstance = BattleCache.collectTargetSectorsEvent.GetInstance().Init();
eventInstance.TargetSectors = instance;
TargetingCone cone = new TargetingCone {
VAngleUp = verticalSectorsTargeting.VAngleUp,
VAngleDown = verticalSectorsTargeting.VAngleDown,
HAngle = verticalSectorsTargeting.HAngle,
Distance = verticalSectorsTargeting.WorkDistance
};
eventInstance.TargetingCone = cone;
base.ScheduleEvent(eventInstance, weapon);
CollectSectorDirectionsEvent event3 = BattleCache.collectSectorDirectionsEvent.GetInstance().Init();
event3.TargetSectors = instance;
event3.TargetingData = targetingData;
base.ScheduleEvent(event3, weapon);
base.ScheduleEvent(BattleCache.collectTargetsEvent.GetInstance().Init(targetingData), weapon);
base.ScheduleEvent(BattleCache.targetEvaluateEvent.GetInstance().Init(targetingData), weapon);
}
public void CollectTargetSectors(CollectTargetSectorsEvent e, WeaponNode weaponNode, [JoinByBattle] ICollection <TargetTankNode> targetTankNodes, WeaponNode weaponNode1, [JoinByTank] OwnerTankNode ownerTankNode, [JoinByTeam] Optional <TeamNode> team)
{
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weaponNode.muzzlePoint, weaponNode.weaponInstance);
bool flag = team.IsPresent();
long num = !flag ? 0L : team.Get().teamGroup.Key;
LookAt lookAt = new LookAt {
Position = accessor.GetBarrelOriginWorld(),
Forward = accessor.GetFireDirectionWorld(),
Left = accessor.GetLeftDirectionWorld(),
Up = accessor.GetUpDirectionWorld()
};
IEnumerator <TargetTankNode> enumerator = targetTankNodes.GetEnumerator();
while (enumerator.MoveNext())
{
TargetTankNode current = enumerator.Current;
if (!ownerTankNode.Entity.Equals(current.Entity) && (!flag || (num != current.Entity.GetComponent <TeamGroupComponent>().Key)))
{
BoxCollider tankToTankCollider = (BoxCollider)current.tankColliders.TankToTankCollider;
LookTo lookTo = new LookTo {
Position = tankToTankCollider.bounds.center,
Radius = this.CalculateTankMinimalRadius(lookAt.Forward, tankToTankCollider)
};
this.AddTargetSector(lookAt, lookTo, e.TargetingCone, e.TargetSectors, e.VAllowableAngleAcatter, e.HAllowableAngleAcatter);
}
}
}
private bool IsWeaponBlocked(MuzzleLogicAccessor muzzlePoint, int mask, out RaycastHit hitInfo, GameObject[] raycastExclusionGameObjects)
{
Vector3 worldPosition = muzzlePoint.GetWorldPosition();
Vector3 barrelOriginWorld = muzzlePoint.GetBarrelOriginWorld();
float distance = (worldPosition - barrelOriginWorld).magnitude + 0.1f;
return(PhysicsUtil.RaycastWithExclusion(barrelOriginWorld, worldPosition - barrelOriginWorld, out hitInfo, distance, mask, raycastExclusionGameObjects));
}
private bool IsWeaponUnderground(MuzzleLogicAccessor muzzlePoint, int mask, TankNode tank, GameObject[] raycastExclusionGameObjects)
{
RaycastHit hit;
Vector3 center = tank.tankColliders.BoundsCollider.bounds.center;
Vector3 dir = muzzlePoint.GetBarrelOriginWorld() - center;
return(PhysicsUtil.RaycastWithExclusion(center, dir, out hit, dir.magnitude, mask, raycastExclusionGameObjects));
}
public void ApplyKickback(FixedUpdateEvent evt, KickbackNode weapon, [JoinByTank] TankNode tank)
{
KickbackComponent kickback = weapon.kickback;
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance);
float deltaTime = evt.DeltaTime;
VulcanPhysicsUtils.ApplyVulcanForce(((-accessor.GetFireDirectionWorld() * kickback.KickbackForce) * WeaponConstants.WEAPON_FORCE_MULTIPLIER) * deltaTime, tank.rigidbody.Rigidbody, accessor.GetWorldMiddlePosition(), tank.tankFalling, tank.track);
}
public void StartKickback(BaseShotEvent evt, KickbackNode weapon, [JoinByTank] TankNode tank)
{
KickbackComponent kickback = weapon.kickback;
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance);
Vector3 vector = -accessor.GetFireDirectionWorld() * kickback.KickbackForce;
Vector3 worldPosition = accessor.GetWorldPosition();
tank.rigidbody.Rigidbody.AddForceAtPositionSafe(vector * WeaponConstants.WEAPON_FORCE_MULTIPLIER, worldPosition);
}
public void PrepareTargetsAtFirstFrame(NodeAddedEvent e, BulletNode bulletNode, [JoinByTank] WeaponNode weaponNode)
{
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weaponNode.muzzlePoint, weaponNode.weaponInstance);
Vector3 barrelOriginWorld = accessor.GetBarrelOriginWorld();
TargetingData targetingData = BattleCache.targetingData.GetInstance().Init();
targetingData.Origin = barrelOriginWorld;
targetingData.Dir = bulletNode.bullet.Direction;
targetingData.FullDistance = (accessor.GetWorldPosition() - barrelOriginWorld).magnitude * 1.2f;
base.ScheduleEvent(BattleCache.targetingEvent.GetInstance().Init(targetingData), bulletNode);
base.ScheduleEvent(BattleCache.updateBulletEvent.GetInstance().Init(targetingData), bulletNode);
}
public void UpdateVerticalTargetingAngle(WeaponRotationUpdateVerticalEvent e, AimingVerticalTargetingControllerNode weapon, [JoinByUser] SingleNode <MouseControlStateHolderComponent> mouseControlStateHolder)
{
float min = -weapon.verticalSectorsTargeting.VAngleDown;
float vAngleUp = weapon.verticalSectorsTargeting.VAngleUp;
float maxVerticalSpeed = weapon.shaftAimingSpeed.MaxVerticalSpeed;
float verticalAcceleration = weapon.shaftAimingSpeed.VerticalAcceleration;
int shaftElevationDirectionByKeyboard = weapon.weaponRotationControl.ShaftElevationDirectionByKeyboard;
bool mouseControlEnable = mouseControlStateHolder.component.MouseControlEnable;
if (!mouseControlEnable)
{
weapon.weaponRotationControl.MouseShaftAimCumulativeVerticalAngle = 0f;
}
else
{
shaftElevationDirectionByKeyboard = (int)Mathf.Sign(weapon.weaponRotationControl.MouseShaftAimCumulativeVerticalAngle);
weapon.weaponRotationControl.MouseShaftAimCumulativeVerticalAngle = Mathf.Clamp(weapon.weaponRotationControl.MouseShaftAimCumulativeVerticalAngle, min - weapon.shaftAimingWorkingState.VerticalAngle, vAngleUp - weapon.shaftAimingWorkingState.VerticalAngle);
}
bool isInputActive = false;
if (weapon.shaftAimingWorkingState.VerticalElevationDir != shaftElevationDirectionByKeyboard)
{
weapon.shaftAimingWorkingState.VerticalSpeed = 0f;
weapon.shaftAimingWorkingState.VerticalElevationDir = shaftElevationDirectionByKeyboard;
isInputActive = shaftElevationDirectionByKeyboard != 0;
}
else
{
weapon.shaftAimingWorkingState.VerticalElevationDir = shaftElevationDirectionByKeyboard;
weapon.shaftAimingWorkingState.VerticalSpeed += verticalAcceleration * e.DeltaTime;
weapon.shaftAimingWorkingState.VerticalSpeed = Mathf.Clamp(weapon.shaftAimingWorkingState.VerticalSpeed, 0f, maxVerticalSpeed);
float num6 = (shaftElevationDirectionByKeyboard * weapon.shaftAimingWorkingState.VerticalSpeed) * e.DeltaTime;
if (!mouseControlEnable)
{
isInputActive = num6 != 0f;
weapon.shaftAimingWorkingState.VerticalAngle += num6;
weapon.shaftAimingWorkingState.VerticalAngle = Mathf.Clamp(weapon.shaftAimingWorkingState.VerticalAngle, min, vAngleUp);
}
else if (!weapon.weaponRotationControl.BlockRotate)
{
num6 = (shaftElevationDirectionByKeyboard <= 0) ? Mathf.Clamp(num6, weapon.weaponRotationControl.MouseShaftAimCumulativeVerticalAngle, 0f) : Mathf.Clamp(num6, 0f, weapon.weaponRotationControl.MouseShaftAimCumulativeVerticalAngle);
isInputActive = num6 != 0f;
weapon.weaponRotationControl.MouseShaftAimCumulativeVerticalAngle -= num6;
weapon.shaftAimingWorkingState.VerticalAngle += num6;
weapon.shaftAimingWorkingState.VerticalAngle = Mathf.Clamp(weapon.shaftAimingWorkingState.VerticalAngle, min, vAngleUp);
}
}
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance);
weapon.shaftAimingWorkingState.WorkingDirection = (Vector3)(Quaternion.AngleAxis(weapon.shaftAimingWorkingState.VerticalAngle, accessor.GetLeftDirectionWorld()) * accessor.GetFireDirectionWorld());
weapon.shaftAimingWorkingState.IsActive = this.CheckManualTargetingActivity(weapon.weaponRotationControl, weapon.verticalSectorsTargeting, weapon.shaftAimingWorkingState, isInputActive);
}
public void CheckTargetPoint(FixedUpdateEvent evt, ShaftAimingTargetPointWorkingStateNode weapon, [JoinByTank] SelfTankNode selfTank, [JoinAll] ICollection <SingleNode <TankPartIntersectedWithCameraStateComponent> > intersectedTankParts)
{
ShaftAimingTargetPointComponent shaftAimingTargetPoint = weapon.shaftAimingTargetPoint;
ShaftAimingTargetPointContainerComponent shaftAimingTargetPointContainer = weapon.shaftAimingTargetPointContainer;
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance);
bool isInsideTankPart = weapon.shaftAimingTargetPoint.IsInsideTankPart;
Vector3 barrelOriginWorld = accessor.GetBarrelOriginWorld();
float verticalAngle = weapon.shaftAimingWorkingState.VerticalAngle;
Vector3 point = weapon.shaftAimingTargetPoint.Point;
shaftAimingTargetPointContainer.Point = this.GetTargetPoint(barrelOriginWorld, weapon.shaftAimingWorkingState.WorkingDirection, weapon.verticalSectorsTargeting.WorkDistance, weapon.targetCollector);
shaftAimingTargetPointContainer.IsInsideTankPart = intersectedTankParts.Count > 1;
this.CheckTargetPointDiff(point, verticalAngle, shaftAimingTargetPoint, shaftAimingTargetPointContainer, isInsideTankPart, !weapon.shaftAimingWorkingState.IsActive ? this.EPS_INACTIVE : this.EPS_ACTIVE);
}
public void PrepareTargeting(TargetingEvent evt, TargetingNode verticalTargeting)
{
TargetingData targetingData = evt.TargetingData;
VerticalTargetingComponent component = verticalTargeting.verticalTargeting;
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(verticalTargeting.muzzlePoint, verticalTargeting.weaponInstance);
targetingData.Origin = accessor.GetWorldPosition();
targetingData.Dir = accessor.GetFireDirectionWorld();
targetingData.FullDistance = component.WorkDistance;
targetingData.MaxAngle = (component.AngleUp <= component.AngleDown) ? component.AngleDown : component.AngleUp;
base.ScheduleEvent(BattleCache.collectDirectionsEvent.GetInstance().Init(targetingData), verticalTargeting);
base.ScheduleEvent(BattleCache.collectTargetsEvent.GetInstance().Init(targetingData), verticalTargeting);
base.ScheduleEvent(BattleCache.targetEvaluateEvent.GetInstance().Init(targetingData), verticalTargeting);
}
public void PrepareTargeting(TargetingEvent evt, TargetingNode conicTargeting)
{
TargetingData targetingData = evt.TargetingData;
ConicTargetingComponent component = conicTargeting.conicTargeting;
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(conicTargeting.muzzlePoint, conicTargeting.weaponInstance);
targetingData.Origin = accessor.GetWorldPositionShiftDirectionBarrel(component.FireOriginOffsetCoeff);
targetingData.Dir = accessor.GetFireDirectionWorld();
targetingData.FullDistance = component.WorkDistance;
targetingData.MaxAngle = component.HalfConeAngle;
base.ScheduleEvent(BattleCache.collectDirectionsEvent.GetInstance().Init(targetingData), conicTargeting);
base.ScheduleEvent(BattleCache.collectTargetsEvent.GetInstance().Init(targetingData), conicTargeting);
base.ScheduleEvent(BattleCache.targetEvaluateEvent.GetInstance().Init(targetingData), conicTargeting);
}
public void CollectDirections(CollectDirectionsEvent evt, TargetingNode conicTargeting)
{
TargetingData targetingData = evt.TargetingData;
ConicTargetingComponent component = conicTargeting.conicTargeting;
CollectDirection(targetingData.Origin, targetingData.Dir, 0f, targetingData);
float angleStep = component.HalfConeAngle / ((float)component.HalfConeNumRays);
Vector3 leftDirectionWorld = new MuzzleLogicAccessor(conicTargeting.muzzlePoint, conicTargeting.weaponInstance).GetLeftDirectionWorld();
for (int i = 0; i < component.NumSteps; i++)
{
base.CollectSectorDirections(targetingData.Origin, targetingData.Dir, leftDirectionWorld, angleStep, component.HalfConeNumRays, targetingData);
base.CollectSectorDirections(targetingData.Origin, targetingData.Dir, leftDirectionWorld, -angleStep, component.HalfConeNumRays, targetingData);
leftDirectionWorld = (Vector3)(Quaternion.AngleAxis(180f / ((float)component.NumSteps), targetingData.Dir) * leftDirectionWorld);
}
}
public void CollectDirections(CollectDirectionsEvent evt, VerticalTargetingNode verticalTargeting)
{
TargetingData targetingData = evt.TargetingData;
VerticalTargetingComponent component = verticalTargeting.verticalTargeting;
CollectDirection(targetingData.Origin, targetingData.Dir, 0f, targetingData);
Vector3 leftDirectionWorld = new MuzzleLogicAccessor(verticalTargeting.muzzlePoint, verticalTargeting.weaponInstance).GetLeftDirectionWorld();
if (component.NumRaysUp > 0)
{
base.CollectSectorDirections(targetingData.Origin, targetingData.Dir, leftDirectionWorld, component.AngleUp / ((float)component.NumRaysUp), component.NumRaysUp, targetingData);
}
if (component.NumRaysDown > 0)
{
base.CollectSectorDirections(targetingData.Origin, targetingData.Dir, leftDirectionWorld, -component.AngleDown / ((float)component.NumRaysDown), component.NumRaysDown, targetingData);
}
}
private void ValidateShot(Entity weapon, MuzzleLogicAccessor muzzlePoint, TankNode tank, ShotValidateComponent shotValidate)
{
if (this.IsWeaponUnderground(muzzlePoint, shotValidate.UnderGroundValidateMask, tank, shotValidate.RaycastExclusionGameObjects))
{
StateUtils.SwitchEntityState <WeaponUndergroundComponent>(weapon, this.weaponStates);
}
else
{
RaycastHit hit;
if (this.IsWeaponBlocked(muzzlePoint, shotValidate.BlockValidateMask, out hit, shotValidate.RaycastExclusionGameObjects))
{
this.AddOrChangeWeaponBlockedComponent(weapon, hit);
}
else
{
StateUtils.SwitchEntityState <WeaponUnblockedComponent>(weapon, this.weaponStates);
}
}
}
public void CreateTargetPoint(NodeAddedEvent evt, ShaftAimingWorkingStateNode weapon, [JoinByTank] SelfTankNode selfTank, [JoinAll] ICollection <SingleNode <TankPartIntersectedWithCameraStateComponent> > intersectedTankParts)
{
bool flag = intersectedTankParts.Count > 1;
Vector3 barrelOriginWorld = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance).GetBarrelOriginWorld();
Vector3 vector3 = this.GetTargetPoint(barrelOriginWorld, weapon.shaftAimingWorkingState.WorkingDirection, weapon.verticalSectorsTargeting.WorkDistance, weapon.targetCollector);
ShaftAimingTargetPointContainerComponent component = new ShaftAimingTargetPointContainerComponent {
Point = vector3,
IsInsideTankPart = flag,
PrevVerticalAngle = weapon.shaftAimingWorkingState.VerticalAngle
};
weapon.Entity.AddComponent(component);
ShaftAimingTargetPointComponent component3 = new ShaftAimingTargetPointComponent {
Point = vector3,
IsInsideTankPart = flag
};
weapon.Entity.AddComponent(component3);
}
public void CollectSectorDirectionsEvent(Tanks.Battle.ClientCore.API.CollectSectorDirectionsEvent evt, VerticalSectorTargetingNode verticalSectorTargeting, [JoinByTank] WeaponNode weapon)
{
TargetingData targetingData = evt.TargetingData;
VerticalSectorsTargetingComponent verticalSectorsTargeting = verticalSectorTargeting.verticalSectorsTargeting;
CollectDirection(evt.TargetingData.Origin, evt.TargetingData.Dir, 0f, targetingData);
if (evt.TargetSectors.Count != 0)
{
Vector3 leftDirectionWorld = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance).GetLeftDirectionWorld();
TargetSectorUtils.CutSectorsByOverlap((LinkedList <TargetSector>)evt.TargetSectors, 1f / verticalSectorsTargeting.RaysPerDegree);
IEnumerator <TargetSector> enumerator = evt.TargetSectors.GetEnumerator();
while (enumerator.MoveNext())
{
TargetSector current = enumerator.Current;
float num = current.Length();
int numRays = (int)Math.Floor((double)(verticalSectorsTargeting.RaysPerDegree * num));
this.CollectSectorDirections(targetingData, leftDirectionWorld, current, numRays);
}
}
}
public void CheckWorkActivationState(TimeUpdateEvent evt, ShaftAimingWorkActivationWeaponControllerNode weapon)
{
if (!this.CheckHandleWeaponIntersectionStatus(weapon.Entity))
{
if (!InputManager.CheckAction(ShotActions.SHOT))
{
this.MakeQuickShot(weapon.Entity);
}
else if (weapon.shaftAimingWorkActivationState.ActivationTimer < weapon.shaftStateConfig.ActivationToWorkingTransitionTimeSec)
{
weapon.shaftAimingWorkActivationState.ActivationTimer += evt.DeltaTime;
}
else
{
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance);
ShaftAimingWorkingStateComponent component = new ShaftAimingWorkingStateComponent {
InitialEnergy = weapon.weaponEnergy.Energy,
WorkingDirection = accessor.GetFireDirectionWorld()
};
StateUtils.SwitchEntityState(weapon.Entity, component, this.weaponStates);
}
}
}
public void SendShot(ShotPrepareEvent evt, BlockedWeaponNode weaponNode)
{
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weaponNode.muzzlePoint, weaponNode.weaponInstance);
base.ScheduleEvent(new SelfShotEvent(accessor.GetFireDirectionWorld()), weaponNode);
}
public void SendShot(ShaftAimingShotPrepareEvent evt, UndergroundShaftNode weapon)
{
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance);
base.ScheduleEvent(new SelfShotEvent(accessor.GetFireDirectionWorld()), weapon);
}
