public ExperimentInfo(ScienceExperiment stockDef, ConfigNode expInfoNode)
{
// if we have a custom "KERBALISM_EXPERIMENT" definition for the experiment, load it, else just use an empty node to avoid nullrefs
if (expInfoNode == null)
{
expInfoNode = new ConfigNode();
}
this.stockDef = stockDef;
ExperimentId = stockDef.id;
// We have some custom handling for breaking ground ROC experiments
IsROC = ExperimentId.StartsWith("ROCScience");
if (IsROC)
{
Title = "ROC: " + stockDef.experimentTitle; // group ROC together in the science archive (sorted by Title)
}
else
{
Title = stockDef.experimentTitle;
}
// A new bool field was added in 1.7 for serenity : applyScienceScale
// if not specified, the default is `true`, which is the case for all non-serenity science defs
// serenity ground experiments and ROCs have applyScienceScale = false.
// for ground experiment, baseValue = science generated per hour
// for ROC experiments, it doesn't change anything because they are all configured with baseValue = scienceCap
if (this.stockDef.applyScienceScale)
{
DataSize = this.stockDef.baseValue * this.stockDef.dataScale;
}
else
{
DataSize = this.stockDef.scienceCap * this.stockDef.dataScale;
}
// load the included experiments ids in a string array, we will populate the list after
// all ExperimentInfos are created. (can't do it here as they may not exist yet)
includedExperimentsId = expInfoNode.GetValues("IncludeExperiment");
UnlockResourceSurvey = Lib.ConfigValue(expInfoNode, "UnlockResourceSurvey", false);
SampleMass = Lib.ConfigValue(expInfoNode, "SampleMass", 0.0);
IsSample = SampleMass > 0.0;
if (IsSample)
{
// make sure we don't produce NaN values down the line because of odd/wrong configs
if (DataSize <= 0.0)
{
Lib.Log(ExperimentId + " has DataSize=" + DataSize + ", your configuration is broken!", Lib.LogLevel.Warning);
DataSize = 1.0;
}
MassPerMB = SampleMass / DataSize;
}
else
{
MassPerMB = 0.0;
}
// Patch stock science def restrictions as BodyAllowed/BodyNotAllowed restrictions
if (!(expInfoNode.HasValue("BodyAllowed") || expInfoNode.HasValue("BodyNotAllowed")))
{
if (IsROC)
{
// Parse the ROC definition name to find which body it's available on
// This rely on the ROC definitions having the body name in the ExperimentId
foreach (CelestialBody body in FlightGlobals.Bodies)
{
if (ExperimentId.IndexOf(body.name, StringComparison.OrdinalIgnoreCase) != -1)
{
expInfoNode.AddValue("BodyAllowed", body.name);
break;
}
}
}
// parse the stock atmosphere restrictions into our own
if (stockDef.requireAtmosphere)
{
expInfoNode.AddValue("BodyAllowed", "Atmospheric");
}
else if (stockDef.requireNoAtmosphere)
{
expInfoNode.AddValue("BodyNotAllowed", "Atmospheric");
}
}
ExpBodyConditions = new BodyConditions(expInfoNode);
foreach (string virtualBiomeStr in expInfoNode.GetValues("VirtualBiome"))
{
if (Enum.IsDefined(typeof(VirtualBiome), virtualBiomeStr))
{
VirtualBiomes.Add((VirtualBiome)Enum.Parse(typeof(VirtualBiome), virtualBiomeStr));
}
else
{
Lib.Log("Experiment definition `{0}` has unknown VirtualBiome={1}", Lib.LogLevel.Warning, ExperimentId, virtualBiomeStr);
}
}
IgnoreBodyRestrictions = Lib.ConfigValue(expInfoNode, "IgnoreBodyRestrictions", false);
uint situationMask = 0;
uint biomeMask = 0;
uint virtualBiomeMask = 0;
// if defined, override stock situation / biome mask
if (expInfoNode.HasValue("Situation"))
{
foreach (string situation in expInfoNode.GetValues("Situation"))
{
string[] sitAtBiome = situation.Split(new char[] { '@' }, StringSplitOptions.RemoveEmptyEntries);
if (sitAtBiome.Length == 0 || sitAtBiome.Length > 2)
{
continue;
}
ScienceSituation scienceSituation = ScienceSituationUtils.ScienceSituationDeserialize(sitAtBiome[0]);
if (scienceSituation != ScienceSituation.None)
{
situationMask += scienceSituation.BitValue();
if (sitAtBiome.Length == 2)
{
if (sitAtBiome[1].Equals("Biomes", StringComparison.OrdinalIgnoreCase))
{
biomeMask += scienceSituation.BitValue();
}
else if (sitAtBiome[1].Equals("VirtualBiomes", StringComparison.OrdinalIgnoreCase) && VirtualBiomes.Count > 0)
{
virtualBiomeMask += scienceSituation.BitValue();
}
}
}
else
{
Lib.Log("Experiment definition `{0}` has unknown situation : `{1}`", Lib.LogLevel.Warning, ExperimentId, sitAtBiome[0]);
}
}
}
else
{
situationMask = stockDef.situationMask;
biomeMask = stockDef.biomeMask;
}
if (situationMask == 0)
{
Lib.Log("Experiment definition `{0}` : `0` situationMask is unsupported, patching to `BodyGlobal`", Lib.LogLevel.Message, ExperimentId);
situationMask = ScienceSituation.BodyGlobal.BitValue();
HasDBSubjects = false;
}
else
{
HasDBSubjects = !Lib.ConfigValue(expInfoNode, "IsGeneratingSubjects", false);
}
string error;
uint stockSituationMask;
uint stockBiomeMask;
if (!ScienceSituationUtils.ValidateSituationBitMask(ref situationMask, biomeMask, out stockSituationMask, out stockBiomeMask, out error))
{
Lib.Log("Experiment definition `{0}` is incorrect :\n{1}", Lib.LogLevel.Error, ExperimentId, error);
}
SituationMask = situationMask;
BiomeMask = biomeMask;
VirtualBiomeMask = virtualBiomeMask;
stockDef.situationMask = stockSituationMask;
stockDef.biomeMask = stockBiomeMask;
}
private static bool MaskHasSituation(uint mask, ScienceSituation situation)
{
return((mask & situation.BitValue()) != 0);
}
public static bool IsVirtualBiomesRelevantForExperiment(this ScienceSituation situation, ExperimentInfo experiment)
{
return((experiment.VirtualBiomeMask & situation.BitValue()) != 0);
}
public static bool IsAvailableForExperiment(this ScienceSituation situation, ExperimentInfo experiment)
{
return((experiment.SituationMask & situation.BitValue()) != 0);
}
