/// <summary>
/// Method that returns a filtered version of this species fact
/// list. The filtering is done on hosts.
/// </summary>
/// <param name="hosts">Hosts for the requested species facts.</param>
/// <returns>A filtered species fact list.</returns>
public SpeciesFactList GetSpeciesFactsByHosts(TaxonList hosts)
{
if (hosts == null)
{
throw new ArgumentException("TaxonList is null", "hosts");
}
SpeciesFactList filteredList = new SpeciesFactList();
if (this.IsNotEmpty())
{
foreach (ISpeciesFact fact in this)
{
foreach (ITaxon host in hosts)
{
if (fact.Host.Id == host.Id)
{
filteredList.Add(fact);
break;
}
}
}
}
return(filteredList);
}
/// <summary>
/// Get all taxon names for specified taxa.
/// The result is sorted in the same order as input taxa.
/// </summary>
/// <param name="userContext">The user context.</param>
/// <param name="taxa">Taxa.</param>
/// <returns>Taxon names.</returns>
public override List <TaxonNameList> GetTaxonNames(IUserContext userContext,
TaxonList taxa)
{
Hashtable allTaxonNamesUnsorted;
Int32 index;
List <TaxonNameList> allTaxonNamesSorted, allTaxonNamesNotCached;
TaxonList notCachedTaxa;
TaxonNameList taxonNames;
if (userContext.CurrentRole.IsNotNull() &&
userContext.CurrentRole.Identifier.IsNotEmpty() &&
userContext.CurrentRole.Identifier.StartsWith(Settings.Default.DyntaxaRevisionRoleIdentifier))
{
// Do not cache taxon names if user is in a revision.
allTaxonNamesSorted = base.GetTaxonNames(userContext, taxa);
}
else
{
allTaxonNamesUnsorted = new Hashtable();
notCachedTaxa = new TaxonList();
// Get already cached taxon names.
foreach (ITaxon taxon in taxa)
{
taxonNames = GetTaxonNames(taxon, userContext.Locale);
if (taxonNames.IsEmpty())
{
notCachedTaxa.Add(taxon);
}
else
{
allTaxonNamesUnsorted[taxon.Id] = taxonNames;
}
}
// Get not already cached taxon names.
if (notCachedTaxa.IsNotEmpty())
{
allTaxonNamesNotCached = base.GetTaxonNames(userContext,
notCachedTaxa);
foreach (TaxonNameList tempTaxonNames in allTaxonNamesNotCached)
{
allTaxonNamesUnsorted[tempTaxonNames[0].Taxon.Id] = tempTaxonNames;
// Cache not already cached taxon names.
SetTaxonNames(tempTaxonNames,
tempTaxonNames[0].Taxon,
userContext.Locale);
}
}
// Create sorted output.
allTaxonNamesSorted = new List <TaxonNameList>();
for (index = 0; index < taxa.Count; index++)
{
allTaxonNamesSorted.Add((TaxonNameList)(allTaxonNamesUnsorted[taxa[index].Id]));
}
}
return(allTaxonNamesSorted);
}
/// <summary>
/// Method that returns a filtered version of this
/// species fact list. The filtering is done on Taxa.
/// </summary>
/// <param name="taxa">Taxa for the requested species facts.</param>
/// <returns>A filtered species fact list.</returns>
public SpeciesFactList GetSpeciesFactsByTaxa(TaxonList taxa)
{
if (taxa == null)
{
throw new ArgumentException("TaxonList is null", "taxa");
}
SpeciesFactList filteredList = new SpeciesFactList();
if (this.IsNotEmpty())
{
foreach (ISpeciesFact fact in this)
{
foreach (ITaxon taxon in taxa)
{
if (fact.Taxon.Id == taxon.Id)
{
filteredList.Add(fact);
break;
}
}
}
}
return(filteredList);
}
/// <summary>
/// Get a copy of this taxon list.
/// </summary>
/// <returns>A copy of this taxon list</returns>
public TaxonList Clone()
{
TaxonList taxa;
taxa = new TaxonList(Optimize);
taxa.AddRange(this);
return(taxa);
}
/// <summary>
/// Remove taxa from current species fact data set scope.
/// The species facts in the data set are updated
/// to the new species fact data set scope.
/// </summary>
/// <param name="userContext">
/// Information about the user that makes this method call.
/// </param>
/// <param name="selection">Changed scope of the data set.</param>
public virtual void RemoveSelectionTaxa(IUserContext userContext,
TaxonList selection)
{
ISpeciesFactDataSetSelection newSelection;
newSelection = new SpeciesFactDataSetSelection();
newSelection.Taxa.Merge(selection);
RemoveSelection(userContext, newSelection);
}
/// <summary>
/// Add hosts to current species fact data set scope.
/// The species facts in the data set are updated
/// to the new species fact data set scope.
/// </summary>
/// <param name="userContext">
/// Information about the user that makes this method call.
/// </param>
/// <param name="selection">Changed scope of the data set.</param>
public virtual void AddSelectionHosts(IUserContext userContext,
TaxonList selection)
{
ISpeciesFactDataSetSelection newSelection;
newSelection = new SpeciesFactDataSetSelection();
newSelection.Hosts.Merge(selection);
AddSelection(userContext, newSelection);
}
/// <summary>
/// Gets taxa that matches the specified species observation search criteria.
/// </summary>
/// <param name="userContext">User context.</param>
/// <param name="searchCriteria">The species observation search criteria.</param>
/// <param name="coordinateSystem">Coordinate system used in geometry search criteria.</param>
/// <returns>Information about taxa.</returns>
public TaxonList GetTaxaBySearchCriteria(IUserContext userContext,
ISpeciesObservationSearchCriteria searchCriteria,
ICoordinateSystem coordinateSystem)
{
TaxonList taxa = DataSource.GetTaxaBySearchCriteria(userContext, searchCriteria, coordinateSystem);
taxa.Sort();
return(taxa);
}
/// <summary>
/// Create a species fact data set selection instance.
/// </summary>
public SpeciesFactDataSetSelection()
{
_factors = new FactorList(true);
_hosts = new TaxonList(true);
_individualCategories = new IndividualCategoryList(true);
_periods = new PeriodList(true);
_references = new ReferenceList(true);
_taxa = new TaxonList(true);
}
/// <summary>
/// Add taxon to search criteria.
/// </summary>
/// <param name="taxon">The taxon.</param>
public void Add(ITaxon taxon)
{
if (Taxa.IsNull())
{
Taxa = new TaxonList();
}
Taxa.Add(taxon);
}
/// <summary>
/// Default constructor
/// </summary>
public SpeciesFactSearchCriteria()
{
FactorDataTypes = new FactorDataTypeList();
Factors = new FactorList();
FieldSearchCriteria = new SpeciesFactFieldSearchCriteriaList();
Hosts = new TaxonList();
IndividualCategories = new IndividualCategoryList();
Periods = new PeriodList();
References = new ReferenceList();
Taxa = new TaxonList();
}
/// <summary>
/// Create a species fact data set instance.
/// </summary>
public SpeciesFactDataSet()
{
Factors = new FactorList(true);
Hosts = new TaxonList(true);
IndividualCategories = new IndividualCategoryList(true);
Periods = new PeriodList(true);
References = new ReferenceList(true);
_selection = new SpeciesFactDataSetSelection();
_selectionCopy = new SpeciesFactDataSetSelection();
SpeciesFacts = new SpeciesFactList();
Taxa = new TaxonList(true);
}
/// <summary>
/// Get all unique child taxa.
/// This method operates on current taxon tree in contrast to
/// the full taxon tree with all taxon tree nodes.
/// </summary>
/// <param name="taxonTreeNode">Current child taxon tree node.</param>
/// <param name="childTaxa">Accumulated child taxa so far.</param>
private void GetChildTaxa(ITaxonTreeNode taxonTreeNode,
TaxonList childTaxa)
{
// Add the taxon for this taxon tree node.
childTaxa.Merge(taxonTreeNode.Taxon);
if (taxonTreeNode.Children.IsNotEmpty())
{
// Add taxa for child taxon tree node.
foreach (ITaxonTreeNode childTaxonTreeNode in taxonTreeNode.Children)
{
GetChildTaxa(childTaxonTreeNode, childTaxa);
}
}
}
/// <summary>
/// Get all unique parent taxa.
/// This method operates on current taxon tree in contrast to
/// the full taxon tree with all taxon tree nodes.
/// </summary>
/// <param name="taxonTreeNode">Current parent taxon tree node.</param>
/// <param name="parentTaxa">Accumulated parent taxa so far.</param>
private void GetParentTaxa(ITaxonTreeNode taxonTreeNode,
TaxonList parentTaxa)
{
// Add the taxon for this taxon tree node.
parentTaxa.Merge(taxonTreeNode.Taxon);
if (taxonTreeNode.Parents.IsNotEmpty())
{
// Add taxa for parent taxon tree node.
foreach (ITaxonTreeNode parentTaxonTreeNode in taxonTreeNode.Parents)
{
GetParentTaxa(parentTaxonTreeNode, parentTaxa);
}
}
}
/// <summary>
/// Remove factors, hosts, individual categories, periods or
/// taxa from current species fact data set scope.
/// The species facts in the data set are updated
/// to the new species fact data set scope.
/// </summary>
/// <param name="userContext">
/// Information about the user that makes this method call.
/// </param>
/// <param name="selection">Changed scope of the data set.</param>
public virtual void RemoveSelection(IUserContext userContext,
ISpeciesFactDataSetSelection selection)
{
FactorList factors;
IndividualCategoryList individualCategories;
PeriodList periods;
ReferenceList references;
TaxonList hosts, taxa;
// Check arguments.
selection.CheckNotNull("selection");
// Update selection with existing scope.
factors = new FactorList();
factors.Merge(_selection.Factors);
factors.Remove(selection.Factors);
selection.Factors = factors;
hosts = new TaxonList();
hosts.Merge(_selection.Hosts);
hosts.Remove(selection.Hosts);
selection.Hosts = hosts;
individualCategories = new IndividualCategoryList();
individualCategories.Merge(_selection.IndividualCategories);
individualCategories.Remove(selection.IndividualCategories);
selection.IndividualCategories = individualCategories;
periods = new PeriodList();
periods.Merge(_selection.Periods);
periods.Remove(selection.Periods);
selection.Periods = periods;
references = new ReferenceList();
references.Merge(_selection.References);
references.Remove(selection.References);
selection.References = references;
taxa = new TaxonList();
taxa.Merge(_selection.Taxa);
taxa.Remove(selection.Taxa);
selection.Taxa = taxa;
// Update species fact data set.
UpdateSelection(userContext, selection);
}
/// <summary>
/// Get all unique child taxa.
/// This method operates on current taxon tree in contrast to
/// the full taxon tree with all taxon tree nodes.
/// </summary>
/// <returns>All child taxa.</returns>
public virtual TaxonList GetChildTaxa()
{
TaxonList childTaxa;
childTaxa = new TaxonList(true);
if (Children.IsNotEmpty())
{
// Add taxa for child taxon tree node.
foreach (ITaxonTreeNode childTaxonTreeNode in Children)
{
GetChildTaxa(childTaxonTreeNode, childTaxa);
}
}
childTaxa.Sort();
return(childTaxa);
}
/// <summary>
/// Get all unique parent taxa.
/// This method operates on current taxon tree in contrast to
/// the full taxon tree with all taxon tree nodes.
/// </summary>
/// <returns>All parent taxa.</returns>
public virtual TaxonList GetParentTaxa()
{
TaxonList parentTaxa;
parentTaxa = new TaxonList(true);
if (Parents.IsNotEmpty())
{
// Add taxa for parent taxon tree node.
foreach (ITaxonTreeNode parentTaxonTreeNode in Parents)
{
GetParentTaxa(parentTaxonTreeNode, parentTaxa);
}
}
parentTaxa.Sort();
return(parentTaxa);
}
/// <summary>
/// Get all unique taxa in this species fact list.
/// </summary>
/// <returns>All unique taxa in this species fact list.</returns>
public TaxonList GetTaxa()
{
TaxonList taxa;
taxa = new TaxonList();
if (this.IsNotEmpty())
{
foreach (ISpeciesFact speciesFact in this)
{
if (speciesFact.Taxon.IsNotNull())
{
taxa.Merge(speciesFact.Taxon);
}
}
taxa.Sort();
}
return(taxa);
}
/// <summary>
/// Reset species fact data set to no species facts.
/// This method is used when species fact data set selection
/// does not contain both factors and taxa.
/// </summary>
/// <param name="selection">
/// Scope of the data set is defined by this
/// species fact data set selection.
/// </param>
private void Reset(ISpeciesFactDataSetSelection selection)
{
Factors = new FactorList(true);
Factors.Merge(selection.Factors);
Hosts = new TaxonList(true);
Hosts.Merge(selection.Hosts);
IndividualCategories = new IndividualCategoryList(true);
IndividualCategories.Merge(selection.IndividualCategories);
Periods = new PeriodList(true);
Periods.Merge(selection.Periods);
References = new ReferenceList(true);
References.Merge(selection.References);
SpeciesFacts = new SpeciesFactList(true);
Taxa = new TaxonList();
Taxa.Merge(selection.Taxa);
// Save selection information.
_selection = (ISpeciesFactDataSetSelection)(selection.Clone());
_selectionCopy = (ISpeciesFactDataSetSelection)(selection.Clone());
}
/// <summary>
/// Get all unique hosts in this species fact list.
/// </summary>
/// <returns>All unique hosts in this species fact list.</returns>
public TaxonList GetHosts()
{
TaxonList hosts;
hosts = new TaxonList();
if (this.IsNotEmpty())
{
foreach (ISpeciesFact speciesFact in this)
{
if (speciesFact.Host.IsNotNull() &&
speciesFact.Host.Id != (Int32)(TaxonId.Life))
{
hosts.Merge(speciesFact.Host);
}
}
hosts.Sort();
}
return(hosts);
}
/// <summary>
/// Get taxa with specified ids.
/// </summary>
/// <param name="userContext">User context.</param>
/// <param name="taxonIds">Taxon ids</param>
/// <returns>Taxa with specified ids.</returns>
public override TaxonList GetTaxa(IUserContext userContext,
List <Int32> taxonIds)
{
ITaxon taxon;
List <Int32> notFoundTaxonIds;
TaxonList foundTaxa, notFoundTaxa, taxa;
if (userContext.CurrentRole.IsNotNull() &&
userContext.CurrentRole.Identifier.IsNotEmpty() &&
userContext.CurrentRole.Identifier.StartsWith(Settings.Default.DyntaxaRevisionRoleIdentifier))
{
// Do not cache taxa if user is in a revision.
taxa = base.GetTaxa(userContext, taxonIds);
}
else
{
// Get cached taxa.
foundTaxa = new TaxonList(true);
notFoundTaxa = null;
notFoundTaxonIds = new List <Int32>();
foreach (Int32 taxonId in taxonIds)
{
taxon = GetTaxon(taxonId, userContext.Locale);
if (taxon.IsNull())
{
notFoundTaxonIds.Add(taxonId);
}
else
{
foundTaxa.Add(taxon);
}
}
// Get taxa from data source.
if (notFoundTaxonIds.IsNotEmpty())
{
notFoundTaxa = base.GetTaxa(userContext, notFoundTaxonIds);
foundTaxa.Merge(notFoundTaxa);
taxa = new TaxonList(true);
foreach (Int32 taxonId in taxonIds)
{
taxa.Add(foundTaxa.Get(taxonId));
}
}
else
{
taxa = foundTaxa;
}
// Save taxa in cache.
if (notFoundTaxa.IsNotEmpty())
{
foreach (ITaxon tempTaxon in notFoundTaxa)
{
SetTaxon(tempTaxon, userContext.Locale);
}
}
}
return(taxa);
}
/// <summary>
/// Update information about which factors, hosts,
/// individual categories, periods, references and taxa
/// that are used in the species facts.
/// </summary>
/// <param name="userContext">
/// Information about the user that makes this method call.
/// </param>
/// <param name="selection">
/// Scope of the data set is defined by this
/// species fact data set selection.
/// </param>
/// <param name="speciesFacts">Species facts.</param>
private void UpdateScope(IUserContext userContext,
ISpeciesFactDataSetSelection selection,
SpeciesFactList speciesFacts)
{
Factors = new FactorList(true);
Factors.AddRange(selection.Factors);
Hosts = new TaxonList(true);
Hosts.AddRange(selection.Hosts);
IndividualCategories = new IndividualCategoryList(true);
IndividualCategories.AddRange(selection.IndividualCategories);
Periods = new PeriodList(true);
Periods.AddRange(selection.Periods);
References = new ReferenceList(true);
Taxa = new TaxonList(true);
Taxa.AddRange(selection.Taxa);
if (speciesFacts.IsNotEmpty())
{
foreach (ISpeciesFact speciesFact in speciesFacts)
{
Factors.Merge(speciesFact.Factor);
if (speciesFact.HasHost)
{
Hosts.Merge(speciesFact.Host);
}
IndividualCategories.Merge(speciesFact.IndividualCategory);
if (speciesFact.HasPeriod)
{
Periods.Merge(speciesFact.Period);
}
if (speciesFact.HasReference)
{
References.Merge(speciesFact.Reference);
}
Taxa.Merge(speciesFact.Taxon);
}
}
// Set default values if no values are entered.
if (Hosts.IsEmpty())
{
Hosts.Add(CoreData.TaxonManager.GetTaxon(userContext, TaxonId.Life));
}
if (IndividualCategories.IsEmpty())
{
IndividualCategories.Add(CoreData.FactorManager.GetDefaultIndividualCategory(userContext));
}
if (Periods.IsEmpty())
{
Periods.AddRange(CoreData.FactorManager.GetPeriods(userContext));
}
// Sort all lists.
Factors.Sort();
Hosts.Sort();
IndividualCategories.Sort();
Periods.Sort();
References.Sort();
Taxa.Sort();
}
/// <summary>
/// Creates a TaxonRelations tree from a taxon relations list.
/// </summary>
/// <param name="userContext">The user context.</param>
/// <param name="taxonRelations">Taxon relations.</param>
/// <param name="taxa">Taxa list. Use this if you want to be able to find isolated nodes (taxon).</param>
/// <param name="relationTaxonMustBeValid">If true only relations to valid taxon is added for Validproperties.</param>
/// <returns>A Taxon relations tree.</returns>
public static TaxonRelationsTree CreateTaxonRelationsTree(
IUserContext userContext,
TaxonRelationList taxonRelations,
TaxonList taxa,
bool relationTaxonMustBeValid = false)
{
DateTime today = DateTime.Now;
Dictionary <int, ITaxonRelationsTreeNode> treeNodesDictionary = new Dictionary <int, ITaxonRelationsTreeNode>();
TaxonRelationsTree tree = new TaxonRelationsTree();
tree.AllTreeEdgesDictionary = new Dictionary <int, List <ITaxonRelationsTreeEdge> >();
tree.AllTreeEdges = new List <ITaxonRelationsTreeEdge>();
tree.AllTreeNodes = new List <ITaxonRelationsTreeNode>();
tree.NotUsedTreeEdges = new List <ITaxonRelationsTreeEdge>();
tree.OriginalTaxonRelationList = taxonRelations;
tree.OriginalTaxaList = taxa;
tree.TreeNodes = new List <ITaxonRelationsTreeNode>();
tree.TreeEdges = new List <ITaxonRelationsTreeEdge>();
tree.TreeNodesWithoutEdges = new List <ITaxonRelationsTreeNode>();
foreach (ITaxonRelation taxonRelation in taxonRelations)
{
ITaxonRelationsTreeNode parentNode;
ITaxonRelationsTreeNode childNode;
if (!treeNodesDictionary.ContainsKey(taxonRelation.ParentTaxon.Id))
{
parentNode = new TaxonRelationsTreeNode(taxonRelation.ParentTaxon);
tree.TreeNodes.Add(parentNode);
tree.AllTreeNodes.Add(parentNode);
treeNodesDictionary.Add(taxonRelation.ParentTaxon.Id, parentNode);
}
parentNode = treeNodesDictionary[taxonRelation.ParentTaxon.Id];
if (!treeNodesDictionary.ContainsKey(taxonRelation.ChildTaxon.Id))
{
childNode = new TaxonRelationsTreeNode(taxonRelation.ChildTaxon);
tree.TreeNodes.Add(childNode);
tree.AllTreeNodes.Add(childNode);
treeNodesDictionary.Add(taxonRelation.ChildTaxon.Id, childNode);
}
childNode = treeNodesDictionary[taxonRelation.ChildTaxon.Id];
ITaxonRelationsTreeEdge treeEdge = new TaxonRelationsTreeEdge(parentNode, childNode, taxonRelation);
tree.AllTreeEdges.Add(treeEdge);
// Start DyntaxaTree.AllTreeEdgesDictionary
if (!tree.AllTreeEdgesDictionary.ContainsKey(parentNode.Taxon.Id))
{
tree.AllTreeEdgesDictionary.Add(parentNode.Taxon.Id, new List <ITaxonRelationsTreeEdge>());
}
tree.AllTreeEdgesDictionary[parentNode.Taxon.Id].Add(treeEdge);
if (!tree.AllTreeEdgesDictionary.ContainsKey(childNode.Taxon.Id))
{
tree.AllTreeEdgesDictionary.Add(childNode.Taxon.Id, new List <ITaxonRelationsTreeEdge>());
}
tree.AllTreeEdgesDictionary[childNode.Taxon.Id].Add(treeEdge);
// End DyntaxaTree.AllTreeEdgesDictionary
bool isMain = taxonRelation.IsMainRelation;
bool isValid = taxonRelation.ValidFromDate <= today && today <= taxonRelation.ValidToDate;
if (parentNode.AllEdges == null)
{
parentNode.AllEdges = new List <ITaxonRelationsTreeEdge>();
}
parentNode.AllEdges.Add(treeEdge);
if (parentNode.AllChildEdges == null)
{
parentNode.AllChildEdges = new List <ITaxonRelationsTreeEdge>();
}
parentNode.AllChildEdges.Add(treeEdge);
if (childNode.AllEdges == null)
{
childNode.AllEdges = new List <ITaxonRelationsTreeEdge>();
}
childNode.AllEdges.Add(treeEdge);
if (childNode.AllParentEdges == null)
{
childNode.AllParentEdges = new List <ITaxonRelationsTreeEdge>();
}
childNode.AllParentEdges.Add(treeEdge);
if (isMain && isValid && ((relationTaxonMustBeValid && parentNode.Taxon.IsValid && childNode.Taxon.IsValid) || !relationTaxonMustBeValid))
// vet inte om taxonen måste vara valid...
{
if (parentNode.ValidMainChildren == null)
{
parentNode.ValidMainChildren = new List <ITaxonRelationsTreeEdge>();
}
parentNode.ValidMainChildren.Add(treeEdge);
if (childNode.ValidMainParents == null)
{
childNode.ValidMainParents = new List <ITaxonRelationsTreeEdge>();
}
childNode.ValidMainParents.Add(treeEdge);
tree.TreeEdges.Add(treeEdge);
}
else if (isMain && !isValid)
{
if (parentNode.NonvalidMainChildren == null)
{
parentNode.NonvalidMainChildren = new List <ITaxonRelationsTreeEdge>();
}
parentNode.NonvalidMainChildren.Add(treeEdge);
if (childNode.NonvalidMainParents == null)
{
childNode.NonvalidMainParents = new List <ITaxonRelationsTreeEdge>();
}
childNode.NonvalidMainParents.Add(treeEdge);
tree.TreeEdges.Add(treeEdge);
}
else if (!isMain && isValid && ((relationTaxonMustBeValid && parentNode.Taxon.IsValid && childNode.Taxon.IsValid) || !relationTaxonMustBeValid))
// vet inte om taxonen måste vara valid...
{
if (parentNode.ValidSecondaryChildren == null)
{
parentNode.ValidSecondaryChildren = new List <ITaxonRelationsTreeEdge>();
}
parentNode.ValidSecondaryChildren.Add(treeEdge);
if (childNode.ValidSecondaryParents == null)
{
childNode.ValidSecondaryParents = new List <ITaxonRelationsTreeEdge>();
}
childNode.ValidSecondaryParents.Add(treeEdge);
tree.TreeEdges.Add(treeEdge);
}
else if (!isMain && !isValid)
{
if (parentNode.NonvalidSecondaryChildren == null)
{
parentNode.NonvalidSecondaryChildren = new List <ITaxonRelationsTreeEdge>();
}
parentNode.NonvalidSecondaryChildren.Add(treeEdge);
if (childNode.NonvalidSecondaryParents == null)
{
childNode.NonvalidSecondaryParents = new List <ITaxonRelationsTreeEdge>();
}
childNode.NonvalidSecondaryParents.Add(treeEdge);
tree.TreeEdges.Add(treeEdge);
}
else
{
tree.NotUsedTreeEdges.Add(treeEdge);
if (parentNode.NotUsedEdges == null)
{
parentNode.NotUsedEdges = new List <ITaxonRelationsTreeEdge>();
}
parentNode.NotUsedEdges.Add(treeEdge);
if (childNode.NotUsedEdges == null)
{
childNode.NotUsedEdges = new List <ITaxonRelationsTreeEdge>();
}
childNode.NotUsedEdges.Add(treeEdge);
}
}
if (taxa != null)
{
foreach (var taxon in taxa)
{
if (!treeNodesDictionary.ContainsKey(taxon.Id))
{
var node = new TaxonRelationsTreeNode(taxon);
treeNodesDictionary.Add(taxon.Id, node);
tree.AllTreeNodes.Add(node);
tree.TreeNodesWithoutEdges.Add(node);
}
}
}
// todo - find all root nodes.
if (treeNodesDictionary.Count > 0)
{
ITaxonRelationsTreeNode rootNode;
// Try to set Biota as root node
if (treeNodesDictionary.TryGetValue(0, out rootNode))
{
tree.Root = rootNode;
}
// Else try set parameter taxon as root
else if (taxa != null && taxa.Count == 1)
{
if (treeNodesDictionary.TryGetValue(taxa[0].Id, out rootNode))
{
tree.Root = rootNode;
}
}
}
tree.TreeNodeDictionary = treeNodesDictionary;
return(tree);
}
/// <summary>
/// Method that returns a filtered version of this species fact list. The filtering is done on several parameters.
/// </summary>
/// <param name="individualCategories">Individual categories for the requested species facts.</param>
/// <param name="periods">Periods for the requested species facts.</param>
/// <param name="hosts">Hosts for the requested species facts.</param>
/// <param name="taxa">Taxa for the requested species facts.</param>
/// <param name="factors">Factors for the requested species facts.</param>
/// <returns>A species fact list.</returns>
public SpeciesFactList GetSpeciesFacts(IndividualCategoryList individualCategories,
PeriodList periods,
TaxonList hosts,
TaxonList taxa,
FactorList factors)
{
SpeciesFactList filteredList = new SpeciesFactList();
if (this.IsNotEmpty())
{
foreach (ISpeciesFact fact in this)
{
bool go = true;
if (fact.IndividualCategory != null)
{
if ((individualCategories != null) && (individualCategories.Count > 0))
{
if (!individualCategories.Exists(fact.IndividualCategory))
{
go = false;
}
}
}
if (go)
{
if (fact.Period != null)
{
if ((periods != null) && (periods.Count > 0))
{
if (!periods.Exists(fact.Period))
{
go = false;
}
}
}
}
if (go)
{
if (fact.Host != null)
{
// For the time being we only accept species facts that dont have a host.
go = false;
//if ((hosts != null) && (hosts.Count > 0))
//{
// if (!hosts.Exists(fact.Host))
// go = false;
//}
}
}
if (go)
{
if (fact.Taxon != null)
{
if ((taxa != null) && (taxa.Count > 0))
{
if (!taxa.Exists(fact.Taxon))
{
go = false;
}
}
}
}
if (go)
{
if (fact.Factor != null)
{
if ((factors != null) && (factors.Count > 0))
{
if (!factors.Exists(fact.Factor))
{
go = false;
}
}
}
}
if (go)
{
filteredList.Add(fact);
}
}
}
return(filteredList);
}
