internal static void Update(Vessel vessel, bool inner_belt, bool outer_belt, bool magnetosphere)
{
if (!Utils.IsVessel(vessel))
{
return;
}
if (!states.ContainsKey(vessel.id))
{
states.Add(vessel.id, new List <VesselRadiationFieldStatus>());
}
// also update the global radiation field status
GlobalRadiationFieldStatus bd = KerbalismContracts.Instance.BodyData(vessel.mainBody);
var statesForVessel = states[vessel.id];
VesselRadiationFieldStatus state = statesForVessel.Find(s => s.bodyIndex == vessel.mainBody.flightGlobalsIndex);
if (state == null)
{
statesForVessel.Add(new VesselRadiationFieldStatus(vessel.mainBody, inner_belt, outer_belt, magnetosphere));
}
else
{
if (state.inner_belt != inner_belt)
{
state.inner_crossings++;
bd.inner_crossings++;
}
if (state.outer_belt != outer_belt)
{
state.outer_crossings++;
bd.outer_crossings++;
}
if (state.magnetosphere != magnetosphere)
{
state.magneto_crossings++;
bd.magneto_crossings++;
}
state.inner_belt = inner_belt;
state.outer_belt = outer_belt;
state.magnetosphere = magnetosphere;
}
for (int i = listeners.Count - 1; i >= 0; i--)
{
listeners[i](vessel, state);
}
}
internal static bool InField(RadiationFieldType f, VesselRadiationFieldStatus state)
{
switch (f)
{
case RadiationFieldType.INNER_BELT: return(state.inner_belt);
case RadiationFieldType.OUTER_BELT: return(state.outer_belt);
case RadiationFieldType.MAGNETOPAUSE: return(state.magnetosphere);
case RadiationFieldType.ANY:
return(state.inner_belt || state.outer_belt || state.magnetosphere);
}
return(false);
}
private void RunCheck(Vessel v, VesselRadiationFieldStatus state)
{
if (state == null || targetBody == null || state.bodyIndex != targetBody.flightGlobalsIndex)
{
return;
}
var bd = KerbalismContracts.Instance.BodyData(targetBody);
if (bd == null)
{
return;
}
switch (field)
{
case RadiationFieldType.INNER_BELT: crossed_count = bd.inner_crossings; break;
case RadiationFieldType.OUTER_BELT: crossed_count = bd.outer_crossings; break;
case RadiationFieldType.MAGNETOPAUSE: crossed_count = bd.magneto_crossings; break;
}
var result = ParameterState.Incomplete;
if (crossings_min > 0 && crossed_count >= crossings_min)
{
result = ParameterState.Complete;
}
if (crossings_max > 0 && crossed_count > crossings_max)
{
result = ParameterState.Failed;
}
GetTitle();
SetState(result);
}
private void RunCheck(Vessel v, VesselRadiationFieldStatus state)
{
CheckVessel(v);
}
