/// <summary>
/// Refreshes the experiment cache. THIS IS VERY EXPENSIVE.
/// CB: Actually doesn't seem much worse than UpdateExperiments()
/// </summary>
public void RefreshExperimentCache( )
{
// Init
var StartTime = DateTime.Now;
ScienceContext Sci = new ScienceContext( );
BodySituationFilter BodyFilter = new BodySituationFilter( );
// _logger.Info( "RefreshExperimentCache" );
// Quick check for things we depend on
if( ResearchAndDevelopment.Instance == null || PartLoader.Instance == null )
{
_logger.Debug( "ResearchAndDevelopment and PartLoader must be instantiated." );
AllScienceInstances = new List<ScienceInstance>( );
UpdateFilter( );
return;
}
// Temporary experiment list
var exps = new List<ScienceInstance>( );
// Unlocked experiment list
UnlockedInstrumentList.Clear( );
// Loop around all experiments
foreach( var X in Sci.Experiments )
{
var experiment = X.Key;
//_logger.Trace( experiment.experimentTitle );
// Where the experiment is possible
uint sitMask = experiment.situationMask;
uint biomeMask = experiment.biomeMask;
/* Need to look at
public bool BiomeIsRelevantWhile( ExperimentSituations situation );
public bool IsAvailableWhile( ExperimentSituations situation, CelestialBody body );
On ScienceExperiment
*/
// OrbitalScience support - where the experiment is possible
if( sitMask == 0 && Sci.Experiments[ experiment ] != null )
{
var sitMaskField = Sci.Experiments[ experiment ].GetType( ).GetField( "sitMask" );
if( sitMaskField != null )
{
sitMask = (uint)(int)sitMaskField.GetValue( Sci.Experiments[ experiment ] );
// _logger.Trace( "Setting sitMask to " + sitMask + " for " + experiment.experimentTitle );
}
if( biomeMask == 0 )
{
var biomeMaskField = Sci.Experiments[ experiment ].GetType( ).GetField( "bioMask" );
if( biomeMaskField != null )
{
biomeMask = (uint)(int)biomeMaskField.GetValue( Sci.Experiments[ experiment ] );
// _logger.Trace( "Setting biomeMask to " + biomeMask + " for " + experiment.experimentTitle );
}
}
}
List<ExperimentSituations> SituationList = Enum.GetValues( typeof( ExperimentSituations ) ).Cast<ExperimentSituations>( ).ToList<ExperimentSituations>( );
List<Body> BodyList = new List<Body>( Sci.BodyList.Values.ToList( ) );
// Check for CelestialBodyFilter
if( Sci.Experiments[ experiment ] != null )
{
// _logger.Trace( Sci.Experiments[ experiment ].experimentID );
if( CelestialBodyFilters.Filters.HasValue( Sci.Experiments[ experiment ].experimentID ) )
{
string FilterText = CelestialBodyFilters.Filters.GetValue( Sci.Experiments[ experiment ].experimentID );
BodyFilter.Filter( BodyList, SituationList, FilterText );
}
}
// Check this experiment in all biomes on all bodies
foreach( var body in BodyList )
{
if( experiment.requireAtmosphere && !body.HasAtmosphere )
continue; // If the whole planet doesn't have an atmosphere, then there's not much point continuing.
foreach( var situation in SituationList )
{
if( situation == ExperimentSituations.SrfSplashed && !body.HasOcean )
continue; // Some planets don't have an ocean for us to be splashed down in.
if( situation == ExperimentSituations.SrfLanded && !body.HasSurface )
continue; // Jool and the Sun don't have a surface.
if( ( situation == ExperimentSituations.FlyingHigh || situation == ExperimentSituations.FlyingLow ) && !body.HasAtmosphere )
continue; // Some planets don't have an atmosphere for us to fly in.
if( ( sitMask & (uint)situation ) == 0 )
continue; // This experiment isn't valid for our current situation.
if( body.Biomes.Any( ) && ( biomeMask & (uint)situation ) != 0 )
{
foreach( var biome in body.Biomes )
exps.Add( new ScienceInstance( experiment, new Situation( body, situation, biome ), Sci ) );
}
else
exps.Add( new ScienceInstance( experiment, new Situation( body, situation ), Sci ) );
}
}
// Can't really avoid magic constants here - Kerbin and Shores
if( ( ( sitMask & (uint)ExperimentSituations.SrfLanded ) != 0 ) && ( ( biomeMask & (uint)ExperimentSituations.SrfLanded ) != 0 ) )
{
if( Sci.Kerbin != null && Sci.KscBiomes.Count > 0 )
{
if( BodyList.Contains( Sci.BodyList[ Sci.Kerbin ] ) ) // If we haven't filtered it out
{
// _logger.Trace( "BabyBiomes " + experiment.experimentTitle + ": " + sitMask );
foreach( var kscBiome in Sci.KscBiomes ) // Ew.
exps.Add( new ScienceInstance( experiment, new Situation( Sci.BodyList[ Sci.Kerbin ], ExperimentSituations.SrfLanded, "Shores", kscBiome ), Sci ) );
}
}
}
}
// Done replace the old list with the new one
AllScienceInstances = exps;
// We need to redo the filter
UpdateFilter( );
var Elapsed = DateTime.Now - StartTime;
_logger.Trace( "RefreshExperimentCache Done - " + Elapsed.ToString( ) + "ms" );
}
/// <summary>
/// Refreshes the experiment cache. THIS IS VERY EXPENSIVE.
/// CB: Actually doesn't seem much worse than UpdateExperiments()
/// </summary>
private void RefreshExperimentCache( )
{
// Init
var StartTime = DateTime.Now;
BodySituationFilter BodyFilter = new BodySituationFilter( );
_unlockedInstruments.Clear( );
_allScienceInstances.Clear( );
//_logger.Info( "RefreshExperimentCache" );
// Quick check for things we depend on
if (ResearchAndDevelopment.Instance == null || PartLoader.Instance == null)
{
_logger.Debug("ResearchAndDevelopment and PartLoader must be instantiated.");
return;
}
// Loop around all experiments
foreach (var X in _experiments)
{
var experiment = X.Key;
//_logger.Trace( experiment.experimentTitle );
// Where the experiment is possible
uint sitMask = experiment.situationMask;
uint biomeMask = experiment.biomeMask;
/* Need to look at
* public bool BiomeIsRelevantWhile( ExperimentSituations situation );
* public bool IsAvailableWhile( ExperimentSituations situation, CelestialBody body );
* On ScienceExperiment
*/
// OrbitalScience support - where the experiment is possible
if (sitMask == 0 && _experiments[experiment] != null)
{
var sitMaskField = _experiments[experiment].GetType( ).GetField("sitMask");
if (sitMaskField != null)
{
sitMask = (uint)(int)sitMaskField.GetValue(_experiments[experiment]);
//_logger.Trace( "Setting sitMask to " + sitMask + " for " + experiment.experimentTitle );
}
if (biomeMask == 0)
{
var biomeMaskField = _experiments[experiment].GetType( ).GetField("bioMask");
if (biomeMaskField != null)
{
biomeMask = (uint)(int)biomeMaskField.GetValue(_experiments[experiment]);
//_logger.Trace( "Setting biomeMask to " + biomeMask + " for " + experiment.experimentTitle );
}
}
}
List <ExperimentSituations> SituationList = Enum.GetValues(typeof(ExperimentSituations)).Cast <ExperimentSituations>( ).ToList <ExperimentSituations>( );
List <Body> bodies = new List <Body>(_bodyList.Values.ToList( ));
// Check for CelestialBodyFilter
if (_experiments[experiment] != null)
{
//_logger.Trace( Experiments[ experiment ].experimentID );
if (CelestialBodyFilters.Filters.HasValue(_experiments[experiment].experimentID))
{
string FilterText = CelestialBodyFilters.Filters.GetValue(_experiments[experiment].experimentID);
BodyFilter.Filter(bodies, SituationList, FilterText);
}
}
// Check this experiment in all biomes on all bodies
for (int body_index = 0; body_index < bodies.Count; body_index++)
{
if (experiment.requireAtmosphere && !bodies[body_index].HasAtmosphere)
{
continue; // If the whole planet doesn't have an atmosphere, then there's not much point continuing.
}
for (int situation_index = 0; situation_index < SituationList.Count; situation_index++)
{
if (SituationList[situation_index] == ExperimentSituations.SrfSplashed && !bodies[body_index].HasOcean)
{
continue; // Some planets don't have an ocean for us to be splashed down in.
}
if (SituationList[situation_index] == ExperimentSituations.SrfLanded && !bodies[body_index].HasSurface)
{
continue; // Jool and the Sun don't have a surface.
}
if ((SituationList[situation_index] == ExperimentSituations.FlyingHigh || SituationList[situation_index] == ExperimentSituations.FlyingLow) && !bodies[body_index].HasAtmosphere)
{
continue; // Some planets don't have an atmosphere for us to fly in.
}
if ((sitMask & (uint)SituationList[situation_index]) == 0)
{
continue; // This experiment isn't valid for our current situation.
}
if (bodies[body_index].Biomes.Any( ) && (biomeMask & (uint)SituationList[situation_index]) != 0)
{
for (int biome_index = 0; biome_index < bodies[body_index].Biomes.Count( ); biome_index++)
{
_allScienceInstances.Add(new ScienceInstance(experiment, new Situation(bodies[body_index], SituationList[situation_index], bodies[body_index].Biomes[biome_index]), this));
}
}
else
{
_allScienceInstances.Add(new ScienceInstance(experiment, new Situation(bodies[body_index], SituationList[situation_index]), this));
}
}
}
// Can't really avoid magic constants here - Kerbin and Shores
if (((sitMask & (uint)ExperimentSituations.SrfLanded) != 0) && ((biomeMask & (uint)ExperimentSituations.SrfLanded) != 0))
{
if (_homeWorld != null && _kscBiomes.Count > 0)
{
if (bodies.Contains(_bodyList[_homeWorld])) // If we haven't filtered it out
{
if (SituationList.Contains(ExperimentSituations.SrfLanded))
{
//_logger.Trace( "BabyBiomes " + experiment.experimentTitle + ": " + sitMask );
for (int x = 0; x < _kscBiomes.Count; x++) // Ew.
{
_allScienceInstances.Add(new ScienceInstance(experiment, new Situation(_bodyList[_homeWorld], ExperimentSituations.SrfLanded, _kscBiome, _kscBiomes[x]), this));
}
}
}
}
}
}
// var Elapsed = DateTime.Now - StartTime;
// _logger.Trace( "RefreshExperimentCache Done - " + Elapsed.ToString( ) + "ms" );
}
/// <summary>
/// Refreshes the experiment cache. THIS IS VERY EXPENSIVE.
/// CB: Actually doesn't seem much worse than UpdateExperiments()
/// </summary>
public void RefreshExperimentCache( )
{
// Init
var StartTime = DateTime.Now;
ScienceContext Sci = new ScienceContext( );
BodySituationFilter BodyFilter = new BodySituationFilter( );
// _logger.Info( "RefreshExperimentCache" );
// Quick check for things we depend on
if (ResearchAndDevelopment.Instance == null || PartLoader.Instance == null)
{
_logger.Debug("ResearchAndDevelopment and PartLoader must be instantiated.");
AllScienceInstances = new List <ScienceInstance>( );
UpdateFilter( );
return;
}
// Temporary experiment list
var exps = new List <ScienceInstance>( );
// Unlocked experiment list
UnlockedInstrumentList.Clear( );
// Loop around all experiments
foreach (var X in Sci.Experiments)
{
var experiment = X.Key;
//_logger.Trace( experiment.experimentTitle );
// Where the experiment is possible
uint sitMask = experiment.situationMask;
uint biomeMask = experiment.biomeMask;
/* Need to look at
* public bool BiomeIsRelevantWhile( ExperimentSituations situation );
* public bool IsAvailableWhile( ExperimentSituations situation, CelestialBody body );
* On ScienceExperiment
*/
// OrbitalScience support - where the experiment is possible
if (sitMask == 0 && Sci.Experiments[experiment] != null)
{
var sitMaskField = Sci.Experiments[experiment].GetType( ).GetField("sitMask");
if (sitMaskField != null)
{
sitMask = (uint)(int)sitMaskField.GetValue(Sci.Experiments[experiment]);
// _logger.Trace( "Setting sitMask to " + sitMask + " for " + experiment.experimentTitle );
}
if (biomeMask == 0)
{
var biomeMaskField = Sci.Experiments[experiment].GetType( ).GetField("bioMask");
if (biomeMaskField != null)
{
biomeMask = (uint)(int)biomeMaskField.GetValue(Sci.Experiments[experiment]);
// _logger.Trace( "Setting biomeMask to " + biomeMask + " for " + experiment.experimentTitle );
}
}
}
List <ExperimentSituations> SituationList = Enum.GetValues(typeof(ExperimentSituations)).Cast <ExperimentSituations>( ).ToList <ExperimentSituations>( );
List <Body> BodyList = new List <Body>(Sci.BodyList.Values.ToList( ));
// Check for CelestialBodyFilter
if (Sci.Experiments[experiment] != null)
{
// _logger.Trace( Sci.Experiments[ experiment ].experimentID );
if (CelestialBodyFilters.Filters.HasValue(Sci.Experiments[experiment].experimentID))
{
string FilterText = CelestialBodyFilters.Filters.GetValue(Sci.Experiments[experiment].experimentID);
BodyFilter.Filter(BodyList, SituationList, FilterText);
}
}
// Check this experiment in all biomes on all bodies
foreach (var body in BodyList)
{
if (experiment.requireAtmosphere && !body.HasAtmosphere)
{
continue; // If the whole planet doesn't have an atmosphere, then there's not much point continuing.
}
foreach (var situation in SituationList)
{
if (situation == ExperimentSituations.SrfSplashed && !body.HasOcean)
{
continue; // Some planets don't have an ocean for us to be splashed down in.
}
if (situation == ExperimentSituations.SrfLanded && !body.HasSurface)
{
continue; // Jool and the Sun don't have a surface.
}
if ((situation == ExperimentSituations.FlyingHigh || situation == ExperimentSituations.FlyingLow) && !body.HasAtmosphere)
{
continue; // Some planets don't have an atmosphere for us to fly in.
}
if ((sitMask & (uint)situation) == 0)
{
continue; // This experiment isn't valid for our current situation.
}
if (body.Biomes.Any( ) && (biomeMask & (uint)situation) != 0)
{
foreach (var biome in body.Biomes)
{
exps.Add(new ScienceInstance(experiment, new Situation(body, situation, biome), Sci));
}
}
else
{
exps.Add(new ScienceInstance(experiment, new Situation(body, situation), Sci));
}
}
}
// Can't really avoid magic constants here - Kerbin and Shores
if (((sitMask & (uint)ExperimentSituations.SrfLanded) != 0) && ((biomeMask & (uint)ExperimentSituations.SrfLanded) != 0))
{
if (Sci.Kerbin != null && Sci.KscBiomes.Count > 0)
{
if (BodyList.Contains(Sci.BodyList[Sci.Kerbin])) // If we haven't filtered it out
{
// _logger.Trace( "BabyBiomes " + experiment.experimentTitle + ": " + sitMask );
foreach (var kscBiome in Sci.KscBiomes) // Ew.
{
exps.Add(new ScienceInstance(experiment, new Situation(Sci.BodyList[Sci.Kerbin], ExperimentSituations.SrfLanded, "Shores", kscBiome), Sci));
}
}
}
}
}
// Done replace the old list with the new one
AllScienceInstances = exps;
// We need to redo the filter
UpdateFilter( );
var Elapsed = DateTime.Now - StartTime;
_logger.Trace("RefreshExperimentCache Done - " + Elapsed.ToString( ) + "ms");
}