public void DetachCounterfireShellstar(ShellstarInfo shellstar)
{
if (shellstar == null || !_counterfire.Contains(shellstar))
{
throw new ArgumentException(Resources.ShellstarModel_DetachCounterfireShellstar_InvalidOrNull, "shellstar");
}
}
private void BuildInertialSegments(ShellstarInfo shellstarInfo, float driftDistance, FiringSolution firingSolution, bool isMissile)
{
float currentDistance = 0;
bool roundUp = false;
// CG shells can be fired at range 0. For this case we add a single segment.
if ((int)driftDistance == 0 && firingSolution.AimAdjustment != AimAdjustment.NoShot && !isMissile)
{
shellstarInfo.ImpulseTrack.Add(new ImpulseTrackElement
{
Range = 0,
IsBurning = false
});
return;
}
// Ex 1: Drift distance = 20; RoC = 4; currentDistance = 20 is satisfies condition, 24 doesn't.
// Ex 2: Drift distance = 17; RoC = 4; currentDistance = 20 is satisfies condition, 24 doesn't.
while (driftDistance - currentDistance > -firingSolution.RoC)
{
var impulseData = new ImpulseTrackElement
{
Range = (int)Math.Min(currentDistance, driftDistance),
IsBurning = false
};
shellstarInfo.ImpulseTrack.Add(impulseData);
currentDistance += roundUp ?
(float)Math.Ceiling(firingSolution.RoC) :
(float)Math.Floor(firingSolution.RoC);
roundUp = !roundUp;
}
}
protected virtual void OnCounterfireUpdated(ListAction action, ShellstarInfo affectedShellstar)
{
var handler = CounterfireUpdated;
if (handler != null)
{
handler(action, affectedShellstar);
}
}
public void AttachCounterfireShellstar(ShellstarInfo shellstar)
{
if (shellstar == null || _counterfire.Contains(shellstar))
{
throw new ArgumentException(Resources.ShellstarModel_AttachCounterfireShellstar_InvalidOrNull, "shellstar");
}
_counterfire.Add(shellstar);
OnCounterfireUpdated(ListAction.Added, shellstar);
}
public ShellstarModel(ShellstarInfo shellstar, TurnData timeOfLaunch, IEvasionInfoModel evasionInfo)
{
ValidateShellstar(shellstar);
_shellstar = shellstar;
_counterfire = new List <ShellstarInfo>();
_evasionInfo = evasionInfo;
TimeOfLaunch = timeOfLaunch;
}
private void AssignImpulseInformation(ShellstarInfo shellstarInfo, TurnData startingImpulse)
{
// Need to advance it, so we make a copy.
var currentImpulse = startingImpulse.DeepCopy();
for (int i = 0; i < shellstarInfo.ImpulseTrack.Count; i++)
{
shellstarInfo.ImpulseTrack[i].Impulse = currentImpulse;
currentImpulse = currentImpulse.GetNextImpulse();
}
}
private static void ValidateShellstar(ShellstarInfo shellstar)
{
if (shellstar == null)
{
throw new ArgumentNullException("shellstar");
}
if (shellstar.ImpulseTrack == null || shellstar.ImpulseTrack.Count == 0)
{
throw new ArgumentException(Resources.ShellstarModel_ValidateShellstar_ImpusleTrackNullOrEmpty, "shellstar");
}
}
private void BuildAccelerationSegments(ShellstarInfo shellstarInfo, int targetDistance, MissileAccelerationData accelData)
{
for (int i = 0; i < accelData.BurnDuration; i++)
{
int range = i < accelData.BurnDuration - 1 ?
(int)(Math.Floor(accelData.ImpulseData[i + 1].Range)) :
targetDistance;
var impulseData = new ImpulseTrackElement
{
Range = range,
IsBurning = true
};
shellstarInfo.ImpulseTrack.Add(impulseData);
}
}
public ShellstarInfo BuildShellstarInfo(int targetDistance, TurnData startingImpulse, FiringSolution firingSolution, MissileAccelerationData missileAcceleration)
{
if (firingSolution == null)
{
throw new ArgumentNullException("firingSolution", "Firing solution is needed to calculate shellstar data.");
}
int dmg50,
dmg100,
dmg200;
_projectileDamageTable.GetDamages(firingSolution.RoC, out dmg50, out dmg100, out dmg200);
var result = new ShellstarInfo
{
RoC = firingSolution.RoC,
Dmg50 = dmg50,
Dmg100 = dmg100,
Dmg200 = dmg200,
};
float inertialFlightDistance = (missileAcceleration != null) ?
// Burnout range rounded down.
(float)Math.Floor(targetDistance - missileAcceleration.BurnDistance) :
targetDistance;
BuildInertialSegments(result, inertialFlightDistance, firingSolution, missileAcceleration != null);
if (missileAcceleration != null)
{
BuildAccelerationSegments(result, targetDistance, missileAcceleration);
}
result.ImpulseTrack.Reverse();
AssignImpulseInformation(result, startingImpulse);
return(result);
}
public ShellstarModel(ShellstarInfo shellstar, TurnData timeOfLaunch)
: this(shellstar, timeOfLaunch, new EvasionInfoModel())
{
}