/// <summary>
/// Gets the state as a string.
/// </summary>
public string GetStateAsString(ForceFieldState state)
{
string stateAsString = "";
switch (state)
{
case ForceFieldState.Offline:
stateAsString = "offline";
break;
case ForceFieldState.Initializing:
stateAsString = "initializing";
break;
case ForceFieldState.Charging:
stateAsString = "charging";
break;
case ForceFieldState.Sustaining:
stateAsString = "sustaining";
break;
case ForceFieldState.Discharging:
stateAsString = "discharging";
break;
}
return(stateAsString);
}
/// <summary>
/// Gets the state as a string.
/// </summary>
public string GetStateAsString(ForceFieldState state)
{
string stateAsString = "";
switch (state)
{
case ForceFieldState.Offline:
stateAsString = "offline";
break;
case ForceFieldState.Initializing:
int initializationProgressInPercent = Mathf.RoundToInt(((float)this.initializationElapsedTimeInTicks / (float)this.properties.initializationDurationInTicks) * 100f);
stateAsString = "initializing (" + initializationProgressInPercent + " %)";
break;
case ForceFieldState.Charging:
stateAsString = "charging";
break;
case ForceFieldState.Sustaining:
stateAsString = "sustaining";
if ((this.forceFieldCharge < this.properties.forceFieldMaxCharge) &&
((this.powerComp.PowerNet.CurrentEnergyGainRate() / CompPower.WattsToWattDaysPerTick) < -this.properties.powerOutputDuringCharge))
{
stateAsString += " (not enough power to charge)";
}
break;
case ForceFieldState.Discharging:
stateAsString = "discharging";
break;
}
return(stateAsString);
}
public void TreatRocketProjectile(ProjectileWithAngle projectileWithAngle)
{
float rocketAbsorbtionCost = this.properties.forceFieldMaxCharge * this.properties.rocketAbsorbtionProportion;
if (this.forceFieldCharge > rocketAbsorbtionCost)
{
this.forceFieldCharge -= rocketAbsorbtionCost;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
SoundDefOf.EnergyShield_Broken.PlayOneShot(new TargetInfo(projectileWithAngle.projectile.Position, this.Map));
}
SoundInfo soundInfo = SoundInfo.InMap(new TargetInfo(projectileWithAngle.projectile.Position, this.Map), MaintenanceType.None);
SoundDefOf.Thunder_OnMap.PlayOneShot(soundInfo);
GenExplosion.DoExplosion(projectileWithAngle.projectile.Position, this.Map, 1.9f, DamageDefOf.Flame, projectileWithAngle.projectile);
projectileWithAngle.projectile.Destroy();
ActivateMatrixAbsorbtionEffect(projectileWithAngle.projectile.ExactPosition);
}
else
{
// Force field charge is too low to repel a rocket.
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
}
/// <summary>
/// Reset shield when moving it.
/// </summary>
public override void DeSpawn(DestroyMode mode = DestroyMode.Vanish)
{
this.effectCells.Clear();
this.forceFieldState = ForceFieldState.Offline;
this.forceFieldCharge = 0;
base.DeSpawn(mode);
}
public ForceField(Vector2 position, int crystalRequired) : base(position)
{
this._forceFieldState = new ActiveState(this);
this._crystalRequired = crystalRequired;
this._animationPlayer = new LoopedAnimation(this, "Sprites/Props/ForceField", 6);
this.Properties.Set(GameObjectProperties.EffectOfShot, EffectOfShot.Reflection);
this.Properties.Set(GameObjectProperties.DrawOrder, (int)SpriteDrawOrder.ForceField);
this.Properties.Set(GameObjectProperties.DeadlyToTouch, true);
}
public void TreatStandardProjectile(ProjectileWithAngle projectileWithAngle)
{
this.forceFieldCharge -= projectileWithAngle.projectile.def.projectile.damageAmountBase;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
projectileWithAngle.projectile.Destroy();
ActivateMatrixAbsorbtionEffect(projectileWithAngle.projectile.ExactPosition);
}
public void TreatStandardProjectile(ProjectileWithAngle projectileWithAngle)
{
this.forceFieldCharge -= projectileWithAngle.projectile.def.projectile.GetDamageAmount(1f);
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
SoundDefOf.EnergyShield_Broken.PlayOneShot(new TargetInfo(projectileWithAngle.projectile.Position, this.Map));
}
else
{
SoundDefOf.EnergyShield_AbsorbDamage.PlayOneShot(new TargetInfo(projectileWithAngle.projectile.Position, this.Map));
}
projectileWithAngle.projectile.Destroy();
ActivateMatrixAbsorbtionEffect(projectileWithAngle.projectile.ExactPosition);
}
public void TreatRocketProjectile(ProjectileWithAngle projectileWithAngle)
{
float rocketAbsorbtionCost = ForceFieldGeneratorProperties.forceFieldMaxCharge * ForceFieldGeneratorProperties.rocketAbsorbtionProportion;
if (this.forceFieldCharge > rocketAbsorbtionCost)
{
this.forceFieldCharge -= rocketAbsorbtionCost;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
SoundInfo soundInfo = SoundInfo.InWorld(projectileWithAngle.projectile.Position, MaintenanceType.None);
SoundDefOf.Thunder_OnMap.PlayOneShot(soundInfo);
GenExplosion.DoExplosion(projectileWithAngle.projectile.Position, 1.9f, DamageDefOf.Flame, null, null, null);
projectileWithAngle.projectile.Destroy();
ActivateMatrixAbsorbtionEffect(projectileWithAngle.projectile.ExactPosition);
}
else
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
}
public void TreatExplosiveProjectile(ProjectileWithAngle projectileWithAngle)
{
if (this.forceFieldCharge < ForceFieldGeneratorProperties.explosiveRepelCharge)
{
// Force field charge is too low to repell an explosive.
return;
}
this.forceFieldCharge -= ForceFieldGeneratorProperties.explosiveRepelCharge;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
Projectile deflectedProjectile = ThingMaker.MakeThing(projectileWithAngle.projectile.def) as Projectile;
GenSpawn.Spawn(deflectedProjectile, projectileWithAngle.projectile.Position);
float rebounceAngleInDegrees = (180f - projectileWithAngle.incidentAngle);
float rebounceAngleInRadians = (float)(rebounceAngleInDegrees * Math.PI / 180f);
float rebounceVectorMagnitude = Rand.Range(1.5f, 3.5f);
Vector3 rebounceVector = new Vector3(0f, 0f, 0f);
float xSign = +1f;
float zSign = +1f;
Thing projectileLauncher = ReflectionHelper.GetInstanceField(typeof(Projectile), projectileWithAngle.projectile, "launcher") as Thing;
if (projectileLauncher == null)
{
Log.Warning("M&Co. ForceField mod: projectileLauncher is null!");
return;
}
if (this.Rotation == Rot4.North)
{
if (projectileWithAngle.projectile.Position.x >= projectileLauncher.Position.x)
{
xSign = +1f;
}
else
{
xSign = -1f;
}
zSign = +1f;
}
else if (this.Rotation == Rot4.East)
{
if (projectileWithAngle.projectile.Position.z >= projectileLauncher.Position.z)
{
zSign = +1f;
}
else
{
zSign = -1f;
}
xSign = +1f;
}
else if (this.Rotation == Rot4.South)
{
if (projectileWithAngle.projectile.Position.x >= projectileLauncher.Position.x)
{
xSign = +1f;
}
else
{
xSign = -1f;
}
zSign = -1f;
}
else // West.
{
if (projectileWithAngle.projectile.Position.z >= projectileLauncher.Position.z)
{
zSign = +1f;
}
else
{
zSign = -1f;
}
xSign = -1f;
}
rebounceVector = new Vector3(xSign * rebounceVectorMagnitude * (float)Math.Sin(rebounceAngleInRadians), 0f, zSign * rebounceVectorMagnitude * (float)Math.Cos(rebounceAngleInRadians));
TargetInfo rebounceCell = new TargetInfo((projectileWithAngle.projectile.ExactPosition + rebounceVector).ToIntVec3());
deflectedProjectile.Launch(this, projectileWithAngle.projectile.ExactPosition, rebounceCell);
projectileWithAngle.projectile.Destroy();
ActivateMatrixAbsorbtionEffect(projectileWithAngle.projectile.ExactPosition);
}
// ===================== Main treatment =====================
public override void Tick()
{
base.Tick();
if (this.powerComp.PowerOn)
{
switch (this.forceFieldState)
{
case ForceFieldState.Offline:
this.powerComp.powerOutputInt = -10;
if (((this.powerComp.PowerNet.CurrentEnergyGainRate() / CompPower.WattsToWattDaysPerTick) >= -ForceFieldGeneratorProperties.powerOutputDuringInitialization) ||
(this.powerComp.PowerNet.CurrentStoredEnergy() > 0))
{
this.initializationElapsedTimeInTicks = 0;
this.forceFieldState = ForceFieldState.Initializing;
}
break;
case ForceFieldState.Initializing:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringInitialization;
this.initializationElapsedTimeInTicks++;
if (this.initializationElapsedTimeInTicks >= ForceFieldGeneratorProperties.initializationDurationInTicks)
{
this.forceFieldState = ForceFieldState.Charging;
this.forceFieldCharge = (10f / 100) * ForceFieldGeneratorProperties.forceFieldMaxCharge;
}
break;
case ForceFieldState.Charging:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringCharge;
this.forceFieldCharge += ForceFieldGeneratorProperties.forceFieldMaxCharge / (float)ForceFieldGeneratorProperties.chargeDurationInTicks;
if (this.forceFieldCharge >= ForceFieldGeneratorProperties.forceFieldMaxCharge)
{
this.forceFieldCharge = ForceFieldGeneratorProperties.forceFieldMaxCharge;
this.forceFieldState = ForceFieldState.Sustaining;
}
break;
case ForceFieldState.Sustaining:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringSustain;
if (this.forceFieldCharge < ForceFieldGeneratorProperties.forceFieldMaxCharge)
{
this.forceFieldState = ForceFieldState.Charging;
}
break;
case ForceFieldState.Discharging:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringDischarge;
if ((this.powerComp.PowerNet.CurrentEnergyGainRate() / CompPower.WattsToWattDaysPerTick) >= -ForceFieldGeneratorProperties.powerOutputDuringCharge)
{
this.forceFieldState = ForceFieldState.Charging;
}
else
{
this.forceFieldCharge -= ForceFieldGeneratorProperties.forceFieldMaxCharge / (float)ForceFieldGeneratorProperties.dischargeDurationInTicks;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
}
break;
}
}
else // Power is off.
{
switch (this.forceFieldState)
{
case ForceFieldState.Offline:
this.powerComp.powerOutputInt = -10;
break;
case ForceFieldState.Initializing:
this.forceFieldState = ForceFieldState.Offline;
break;
case ForceFieldState.Charging:
case ForceFieldState.Sustaining:
this.forceFieldState = ForceFieldState.Discharging;
break;
case ForceFieldState.Discharging:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringDischarge;
this.forceFieldCharge -= ForceFieldGeneratorProperties.forceFieldMaxCharge / (float)ForceFieldGeneratorProperties.dischargeDurationInTicks;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
break;
}
}
if (this.forceFieldCharge > 0)
{
TryAbsorbIncomingProjectiles();
}
ComputeDrawingParameters();
}
// ===================== Main treatment =====================
/// <summary>
/// Adjust power consumption acording to the state.
/// Try to absorb a projectile if force field is charged.
/// </summary>
public override void Tick()
{
base.Tick();
if (this.powerComp.PowerOn)
{
switch (this.forceFieldState)
{
case ForceFieldState.Offline:
this.powerComp.powerOutputInt = -10; // Just a small energy drain so it only starts initialization when power is available.
if (PowerGridHasEnoughPower(this.properties.powerOutputDuringInitialization))
{
this.initializationElapsedTimeInTicks = 0;
this.forceFieldState = ForceFieldState.Initializing;
}
break;
case ForceFieldState.Initializing:
this.powerComp.powerOutputInt = this.properties.powerOutputDuringInitialization;
this.initializationElapsedTimeInTicks++;
if (this.initializationElapsedTimeInTicks >= this.properties.initializationDurationInTicks)
{
this.forceFieldState = ForceFieldState.Sustaining;
this.forceFieldCharge = Mathf.Max((10f / 100f) * this.properties.forceFieldMaxCharge, this.forceFieldCharge);
SoundDefOf.EnergyShield_Reset.PlayOneShot(new TargetInfo(this.Position, this.Map));
}
break;
case ForceFieldState.Sustaining:
this.powerComp.powerOutputInt = this.properties.powerOutputDuringSustain;
if ((this.forceFieldCharge < this.properties.forceFieldMaxCharge) &&
PowerGridHasEnoughPower(this.properties.powerOutputDuringCharge - this.properties.powerOutputDuringSustain))
{
this.forceFieldState = ForceFieldState.Charging;
}
break;
case ForceFieldState.Charging:
this.powerComp.powerOutputInt = this.properties.powerOutputDuringCharge;
this.forceFieldCharge += this.properties.forceFieldMaxCharge / (float)this.properties.chargeDurationInTicks;
if (this.forceFieldCharge >= this.properties.forceFieldMaxCharge)
{
this.forceFieldCharge = this.properties.forceFieldMaxCharge;
this.forceFieldState = ForceFieldState.Sustaining;
}
break;
case ForceFieldState.Discharging:
this.powerComp.powerOutputInt = this.properties.powerOutputDuringSustain;
if (PowerGridHasEnoughPower(this.properties.powerOutputDuringSustain))
{
this.forceFieldState = ForceFieldState.Sustaining;
}
else
{
this.forceFieldCharge -= this.properties.forceFieldMaxCharge / (float)this.properties.dischargeDurationInTicks;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
}
break;
}
}
else // Power is off.
{
switch (this.forceFieldState)
{
case ForceFieldState.Offline:
this.powerComp.powerOutputInt = -10;
break;
case ForceFieldState.Initializing:
this.forceFieldState = ForceFieldState.Offline;
break;
case ForceFieldState.Charging:
case ForceFieldState.Sustaining:
this.forceFieldState = ForceFieldState.Discharging;
break;
case ForceFieldState.Discharging:
this.powerComp.powerOutputInt = this.properties.powerOutputDuringSustain;
this.forceFieldCharge -= this.properties.forceFieldMaxCharge / (float)this.properties.dischargeDurationInTicks;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
break;
}
}
if (this.forceFieldCharge > 0)
{
TryAbsorbIncomingProjectiles();
}
UpdateDrawingParameters();
}
/// <summary>
/// Gets the state as a string.
/// </summary>
public string GetStateAsString(ForceFieldState state)
{
string stateAsString = "";
switch (state)
{
case ForceFieldState.Offline:
stateAsString = "offline";
break;
case ForceFieldState.Initializing:
stateAsString = "initializing";
break;
case ForceFieldState.Charging:
stateAsString = "charging";
break;
case ForceFieldState.Sustaining:
stateAsString = "sustaining";
break;
case ForceFieldState.Discharging:
stateAsString = "discharging";
break;
}
return (stateAsString);
}
public void TreatStandardProjectile(ProjectileWithAngle projectileWithAngle)
{
this.forceFieldCharge -= projectileWithAngle.projectile.def.projectile.damageAmountBase;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
projectileWithAngle.projectile.Destroy();
ActivateMatrixAbsorbtionEffect(projectileWithAngle.projectile.ExactPosition);
}
public void TreatExplosiveProjectile(ProjectileWithAngle projectileWithAngle)
{
if (this.forceFieldCharge < ForceFieldGeneratorProperties.explosiveRepelCharge)
{
// Force field charge is too low to repell an explosive.
return;
}
this.forceFieldCharge -= ForceFieldGeneratorProperties.explosiveRepelCharge;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
Projectile deflectedProjectile = ThingMaker.MakeThing(projectileWithAngle.projectile.def) as Projectile;
GenSpawn.Spawn(deflectedProjectile, projectileWithAngle.projectile.Position);
float rebounceAngleInDegrees = (180f - projectileWithAngle.incidentAngle);
float rebounceAngleInRadians = (float)(rebounceAngleInDegrees * Math.PI / 180f);
float rebounceVectorMagnitude = Rand.Range(1.5f, 3.5f);
Vector3 rebounceVector = new Vector3(0f, 0f, 0f);
float xSign = +1f;
float zSign = +1f;
Thing projectileLauncher = ReflectionHelper.GetInstanceField(typeof(Projectile), projectileWithAngle.projectile, "launcher") as Thing;
if (projectileLauncher == null)
{
Log.Warning("M&Co. ForceField mod: projectileLauncher is null!");
return;
}
if (this.Rotation == Rot4.North)
{
if (projectileWithAngle.projectile.Position.x >= projectileLauncher.Position.x)
{
xSign = +1f;
}
else
{
xSign = -1f;
}
zSign = +1f;
}
else if (this.Rotation == Rot4.East)
{
if (projectileWithAngle.projectile.Position.z >= projectileLauncher.Position.z)
{
zSign = +1f;
}
else
{
zSign = -1f;
}
xSign = +1f;
}
else if (this.Rotation == Rot4.South)
{
if (projectileWithAngle.projectile.Position.x >= projectileLauncher.Position.x)
{
xSign = +1f;
}
else
{
xSign = -1f;
}
zSign = -1f;
}
else // West.
{
if (projectileWithAngle.projectile.Position.z >= projectileLauncher.Position.z)
{
zSign = +1f;
}
else
{
zSign = -1f;
}
xSign = -1f;
}
rebounceVector = new Vector3(xSign * rebounceVectorMagnitude * (float)Math.Sin(rebounceAngleInRadians), 0f, zSign * rebounceVectorMagnitude * (float)Math.Cos(rebounceAngleInRadians));
TargetInfo rebounceCell = new TargetInfo((projectileWithAngle.projectile.ExactPosition + rebounceVector).ToIntVec3());
deflectedProjectile.Launch(this, projectileWithAngle.projectile.ExactPosition, rebounceCell);
projectileWithAngle.projectile.Destroy();
ActivateMatrixAbsorbtionEffect(projectileWithAngle.projectile.ExactPosition);
}
public void TreatRocketProjectile(ProjectileWithAngle projectileWithAngle)
{
float rocketAbsorbtionCost = ForceFieldGeneratorProperties.forceFieldMaxCharge * ForceFieldGeneratorProperties.rocketAbsorbtionProportion;
if (this.forceFieldCharge > rocketAbsorbtionCost)
{
this.forceFieldCharge -= rocketAbsorbtionCost;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
SoundInfo soundInfo = SoundInfo.InWorld(projectileWithAngle.projectile.Position, MaintenanceType.None);
SoundDefOf.Thunder_OnMap.PlayOneShot(soundInfo);
GenExplosion.DoExplosion(projectileWithAngle.projectile.Position, 1.9f, DamageDefOf.Flame, null, null, null);
projectileWithAngle.projectile.Destroy();
ActivateMatrixAbsorbtionEffect(projectileWithAngle.projectile.ExactPosition);
}
else
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
}
// ===================== Main treatment =====================
public override void Tick()
{
base.Tick();
if (this.powerComp.PowerOn)
{
switch (this.forceFieldState)
{
case ForceFieldState.Offline:
this.powerComp.powerOutputInt = -10;
if (((this.powerComp.PowerNet.CurrentEnergyGainRate() / CompPower.WattsToWattDaysPerTick) >= -ForceFieldGeneratorProperties.powerOutputDuringInitialization)
|| (this.powerComp.PowerNet.CurrentStoredEnergy() > 0))
{
this.initializationElapsedTimeInTicks = 0;
this.forceFieldState = ForceFieldState.Initializing;
}
break;
case ForceFieldState.Initializing:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringInitialization;
this.initializationElapsedTimeInTicks++;
if (this.initializationElapsedTimeInTicks >= ForceFieldGeneratorProperties.initializationDurationInTicks)
{
this.forceFieldState = ForceFieldState.Charging;
this.forceFieldCharge = (10f / 100) * ForceFieldGeneratorProperties.forceFieldMaxCharge;
}
break;
case ForceFieldState.Charging:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringCharge;
this.forceFieldCharge += ForceFieldGeneratorProperties.forceFieldMaxCharge / (float)ForceFieldGeneratorProperties.chargeDurationInTicks;
if (this.forceFieldCharge >= ForceFieldGeneratorProperties.forceFieldMaxCharge)
{
this.forceFieldCharge = ForceFieldGeneratorProperties.forceFieldMaxCharge;
this.forceFieldState = ForceFieldState.Sustaining;
}
break;
case ForceFieldState.Sustaining:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringSustain;
if (this.forceFieldCharge < ForceFieldGeneratorProperties.forceFieldMaxCharge)
{
this.forceFieldState = ForceFieldState.Charging;
}
break;
case ForceFieldState.Discharging:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringDischarge;
if ((this.powerComp.PowerNet.CurrentEnergyGainRate() / CompPower.WattsToWattDaysPerTick) >= -ForceFieldGeneratorProperties.powerOutputDuringCharge)
{
this.forceFieldState = ForceFieldState.Charging;
}
else
{
this.forceFieldCharge -= ForceFieldGeneratorProperties.forceFieldMaxCharge / (float)ForceFieldGeneratorProperties.dischargeDurationInTicks;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
}
break;
}
}
else // Power is off.
{
switch (this.forceFieldState)
{
case ForceFieldState.Offline:
this.powerComp.powerOutputInt = -10;
break;
case ForceFieldState.Initializing:
this.forceFieldState = ForceFieldState.Offline;
break;
case ForceFieldState.Charging:
case ForceFieldState.Sustaining:
this.forceFieldState = ForceFieldState.Discharging;
break;
case ForceFieldState.Discharging:
this.powerComp.powerOutputInt = ForceFieldGeneratorProperties.powerOutputDuringDischarge;
this.forceFieldCharge -= ForceFieldGeneratorProperties.forceFieldMaxCharge / (float)ForceFieldGeneratorProperties.dischargeDurationInTicks;
if (this.forceFieldCharge <= 0)
{
this.forceFieldCharge = 0;
this.forceFieldState = ForceFieldState.Offline;
}
break;
}
}
if (this.forceFieldCharge > 0)
{
TryAbsorbIncomingProjectiles();
}
ComputeDrawingParameters();
}
