public JournalScan(JObject evt) : base(evt, JournalTypeEnum.Scan)
{
ScanType = evt["ScanType"].Str();
BodyName = evt["BodyName"].Str();
BodyID = evt["BodyID"].IntNull();
StarType = evt["StarType"].StrNull();
DistanceFromArrivalLS = evt["DistanceFromArrivalLS"].Double();
nAge = evt["Age_MY"].DoubleNull();
nStellarMass = evt["StellarMass"].DoubleNull();
nRadius = evt["Radius"].DoubleNull();
nAbsoluteMagnitude = evt["AbsoluteMagnitude"].DoubleNull();
Luminosity = evt["Luminosity"].StrNull();
nRotationPeriod = evt["RotationPeriod"].DoubleNull();
nOrbitalPeriod = evt["OrbitalPeriod"].DoubleNull();
nSemiMajorAxis = evt["SemiMajorAxis"].DoubleNull();
nEccentricity = evt["Eccentricity"].DoubleNull();
nOrbitalInclination = evt["OrbitalInclination"].DoubleNull();
nPeriapsis = evt["Periapsis"].DoubleNull();
nAxialTilt = evt["AxialTilt"].DoubleNull();
Rings = evt["Rings"]?.ToObjectProtected <StarPlanetRing[]>(); // may be Null
nTidalLock = evt["TidalLock"].Bool();
TerraformState = evt["TerraformState"].StrNull();
if (TerraformState != null && TerraformState.Equals("Not Terraformable", StringComparison.InvariantCultureIgnoreCase)) // EDSM returns this, normalise to journal
{
TerraformState = String.Empty;
}
PlanetClass = evt["PlanetClass"].StrNull();
Atmosphere = evt["Atmosphere"].StrNull();
if (Atmosphere == null || Atmosphere.Length == 0) // Earthlikes appear to have empty atmospheres but AtmosphereType
{
Atmosphere = evt["AtmosphereType"].StrNull();
}
if (Atmosphere != null)
{
Atmosphere = Atmosphere.SplitCapsWordFull();
}
AtmosphereID = Bodies.AtmosphereStr2Enum(Atmosphere, out AtmosphereProperty);
Volcanism = evt["Volcanism"].StrNull();
VolcanismID = Bodies.VolcanismStr2Enum(Volcanism, out VolcanismProperty);
nMassEM = evt["MassEM"].DoubleNull();
nSurfaceGravity = evt["SurfaceGravity"].DoubleNull();
nSurfaceTemperature = evt["SurfaceTemperature"].DoubleNull();
nSurfacePressure = evt["SurfacePressure"].DoubleNull();
nLandable = evt["Landable"].BoolNull();
ReserveLevelStr = evt["ReserveLevel"].Str();
if (IsStar)
{
StarTypeID = Bodies.StarStr2Enum(StarType);
if (nRadius.HasValue && nSurfaceTemperature.HasValue)
{
HabitableZoneInner = DistanceForBlackBodyTemperature(315);
HabitableZoneOuter = DistanceForBlackBodyTemperature(223);
}
}
else if (PlanetClass != null)
{
PlanetTypeID = Bodies.PlanetStr2Enum(PlanetClass);
// Fix naming to standard and fix case..
PlanetClass = System.Threading.Thread.CurrentThread.CurrentCulture.TextInfo.
ToTitleCase(PlanetClass.ToLower()).Replace("Ii ", "II ").Replace("Iv ", "IV ").Replace("Iii ", "III ");
}
else
{
PlanetTypeID = EDPlanet.Unknown;
}
JToken mats = (JToken)evt["Materials"];
if (mats != null)
{
if (mats.Type == JTokenType.Object)
{
Materials = mats?.ToObjectProtected <Dictionary <string, double> >();
}
else
{
Materials = new Dictionary <string, double>();
foreach (JObject jo in mats)
{
Materials[(string)jo["Name"]] = jo["Percent"].Double();
}
}
}
JToken atmos = (JToken)evt["AtmosphereComposition"];
if (atmos != null)
{
if (atmos.Type == JTokenType.Object)
{
AtmosphereComposition = atmos?.ToObjectProtected <Dictionary <string, double> >();
}
else
{
AtmosphereComposition = new Dictionary <string, double>();
foreach (JObject jo in atmos)
{
AtmosphereComposition[(string)jo["Name"]] = jo["Percent"].Double();
}
}
}
JToken composition = evt["Composition"];
if (composition != null)
{
PlanetComposition = new Dictionary <string, double>();
foreach (JProperty jp in composition)
{
PlanetComposition[jp.Name] = (double)jp.Value;
}
}
EstimatedValue = CalculateEstimatedValue();
if (evt["Parents"] != null)
{
Parents = new List <BodyParent>();
foreach (JObject parent in evt["Parents"])
{
JProperty prop = parent.Properties().First();
Parents.Add(new BodyParent {
Type = prop.Name, BodyID = prop.Value.Int()
});
}
}
// EDSM bodies fields
IsEDSMBody = evt["EDDFromEDSMBodie"].Bool(false); // Bodie? Who is bodie? Did you mean Body Finwen ;-)
JToken discovery = evt["discovery"];
if (discovery != null)
{
EDSMDiscoveryCommander = discovery["commander"].StrNull();
EDSMDiscoveryUTC = discovery["date"].DateTimeUTC();
}
}
public JournalScan(JObject evt) : base(evt, JournalTypeEnum.Scan)
{
BodyName = evt["BodyName"].Str();
StarType = evt["StarType"].StrNull();
DistanceFromArrivalLS = evt["DistanceFromArrivalLS"].Double();
nAge = evt["Age_MY"].DoubleNull();
nStellarMass = evt["StellarMass"].DoubleNull();
nRadius = evt["Radius"].DoubleNull();
nAbsoluteMagnitude = evt["AbsoluteMagnitude"].DoubleNull();
nRotationPeriod = evt["RotationPeriod"].DoubleNull();
nOrbitalPeriod = evt["OrbitalPeriod"].DoubleNull();
nSemiMajorAxis = evt["SemiMajorAxis"].DoubleNull();
nEccentricity = evt["Eccentricity"].DoubleNull();
nOrbitalInclination = evt["OrbitalInclination"].DoubleNull();
nPeriapsis = evt["Periapsis"].DoubleNull();
Rings = evt["Rings"]?.ToObject <StarPlanetRing[]>();
nTidalLock = evt["TidalLock"].Bool();
TerraformState = evt["TerraformState"].StrNull();
if (TerraformState != null && TerraformState.Equals("Not Terraformable", StringComparison.InvariantCultureIgnoreCase)) // EDSM returns this, normalise to journal
{
TerraformState = String.Empty;
}
PlanetClass = evt["PlanetClass"].StrNull();
Atmosphere = evt["Atmosphere"].StrNull();
if (Atmosphere == null || Atmosphere.Length == 0) // Earthlikes appear to have empty atmospheres but AtmosphereType
{
Atmosphere = evt["AtmosphereType"].StrNull();
}
if (Atmosphere != null)
{
Atmosphere = Atmosphere.SplitCapsWordFull();
}
AtmosphereID = Bodies.AtmosphereStr2Enum(Atmosphere, out AtmosphereProperty);
Volcanism = evt["Volcanism"].StrNull();
VolcanismID = Bodies.VolcanismStr2Enum(Volcanism, out VolcanismProperty);
nMassEM = evt["MassEM"].DoubleNull();
nSurfaceGravity = evt["SurfaceGravity"].DoubleNull();
nSurfaceTemperature = evt["SurfaceTemperature"].DoubleNull();
nSurfacePressure = evt["SurfacePressure"].DoubleNull();
nLandable = evt["Landable"].BoolNull();
ReserveLevelStr = evt["ReserveLevel"].Str();
if (IsStar)
{
StarTypeID = Bodies.StarStr2Enum(StarType);
if (nRadius.HasValue && nSurfaceTemperature.HasValue)
{
HabitableZoneInner = DistanceForBlackBodyTemperature(315);
HabitableZoneOuter = DistanceForBlackBodyTemperature(223);
}
}
else if (PlanetClass != null)
{
PlanetTypeID = Bodies.PlanetStr2Enum(PlanetClass);
// Fix naming to standard and fix case..
PlanetClass = System.Threading.Thread.CurrentThread.CurrentCulture.TextInfo.
ToTitleCase(PlanetClass.ToLower()).Replace("Ii ", "II ").Replace("Iv ", "IV ").Replace("Iii ", "III ");
}
else
{
PlanetTypeID = EDPlanet.Unknown;
}
JToken mats = (JToken)evt["Materials"];
if (mats != null)
{
if (mats.Type == JTokenType.Object)
{
Materials = mats?.ToObject <Dictionary <string, double> >();
}
else
{
Materials = new Dictionary <string, double>();
foreach (JObject jo in mats)
{
Materials[(string)jo["Name"]] = jo["Percent"].Double();
}
}
}
IsEDSMBody = evt["EDDFromEDSMBodie"].Bool(false);
}
