private Boolean CreateAlarmRepeats(KACAlarm alarmToCheck, out KACAlarm alarmToAdd)
{
if (alarmToCheck.RepeatAlarm){
if (alarmToCheck.TypeOfAlarm == KACAlarm.AlarmTypeEnum.TransferModelled)
{
try
{
LogFormatted("Adding repeat alarm for ({0}->{1})", alarmToCheck.XferOriginBodyName, alarmToCheck.XferTargetBodyName);
//find the next transfer from the modelled data
KACXFerModelPoint tmpModelPoint = KACResources.lstXferModelPoints.FirstOrDefault(
m => FlightGlobals.Bodies[m.Origin].bodyName == alarmToCheck.XferOriginBodyName &&
FlightGlobals.Bodies[m.Target].bodyName == alarmToCheck.XferTargetBodyName &&
m.UT > alarmToCheck.AlarmTime.UT + alarmToCheck.AlarmMarginSecs);
if (tmpModelPoint != null)
{
KSPDateTime XferNextTargetEventTime = new KSPDateTime(tmpModelPoint.UT);
if (!alarms.Any(a => a.TypeOfAlarm == KACAlarm.AlarmTypeEnum.TransferModelled &&
a.XferOriginBodyName == alarmToCheck.XferOriginBodyName &&
a.XferTargetBodyName == alarmToCheck.XferTargetBodyName &&
a.AlarmTime.UT == tmpModelPoint.UT))
{
alarmToAdd=alarmToCheck.Duplicate(XferNextTargetEventTime.UT - alarmToCheck.AlarmMarginSecs);
return true;
}
else
{
LogFormatted("Alarm already exists, not adding repeat({0}->{1}): UT={2}", alarmToCheck.XferOriginBodyName, alarmToCheck.XferTargetBodyName, XferNextTargetEventTime.UT);
}
}
else
{
LogFormatted("Unable to find a future model data point for this transfer({0}->{1})", alarmToCheck.XferOriginBodyName, alarmToCheck.XferTargetBodyName);
}
}
catch (Exception ex)
{
LogFormatted("Unable to find a future model data point for this transfer({0}->{1})\r\n{2}", alarmToCheck.XferOriginBodyName, alarmToCheck.XferTargetBodyName, ex.Message);
}
}
else if (alarmToCheck.TypeOfAlarm == KACAlarm.AlarmTypeEnum.Apoapsis || alarmToCheck.TypeOfAlarm == KACAlarm.AlarmTypeEnum.Periapsis)
{
try
{
Vessel v = FindVesselForAlarm(alarmToCheck);
if(v == null)
{
LogFormatted("Unable to find the vessel to work out the repeat ({0})", alarmToCheck.VesselID);
}
else
{
LogFormatted("Adding repeat alarm for Ap/Pe ({0})", alarmToCheck.VesselID);
//get the time of the next node if the margin is greater than 0
Double nextApPe = Planetarium.GetUniversalTime() + v.orbit.timeToAp + (alarmToCheck.AlarmMarginSecs>0?v.orbit.period:0);
if (alarmToCheck.TypeOfAlarm == KACAlarm.AlarmTypeEnum.Periapsis)
nextApPe = Planetarium.GetUniversalTime() + v.orbit.timeToPe + +(alarmToCheck.AlarmMarginSecs > 0 ? v.orbit.period : 0);
if (!alarms.Any(a => a.TypeOfAlarm == alarmToCheck.TypeOfAlarm &&
a.AlarmTime.UT == nextApPe))
{
alarmToAdd = alarmToCheck.Duplicate(nextApPe);
return true;
}
else
{
LogFormatted("Alarm already exists, not adding repeat ({0}): UT={1}", alarmToCheck.VesselID, nextApPe);
}
alarmToAdd = alarmToCheck.Duplicate(nextApPe);
return true;
}
}
catch (Exception ex)
{
LogFormatted("Unable to add a repeat alarm ({0})\r\n{1}", alarmToCheck.VesselID, ex.Message);
}
}
else if (alarmToCheck.RepeatAlarmPeriod.UT > 0)
{
LogFormatted("Adding repeat alarm for {0}:{1}-{2}+{3}", alarmToCheck.TypeOfAlarm, alarmToCheck.Name, alarmToCheck.AlarmTime.UT, alarmToCheck.RepeatAlarmPeriod.UT);
alarmToAdd = alarmToCheck.Duplicate(alarmToCheck.AlarmTime.UT + alarmToCheck.RepeatAlarmPeriod.UT);
return true;
}
}
alarmToAdd = null;
return false;
}
