public AimTemplateTreeInferenceNode(
string label,
int itemNumber,
string explanatoryText,
int minCardinality,
int maxCardinality,
bool shouldDisplay,
string groupLabel,
StandardValidTerm questionType,
bool hasConfidence,
List<AimTemplateTreeAllowedTerm> allowedTerms,
string id)
: base(label,
itemNumber,
explanatoryText,
minCardinality,
maxCardinality,
shouldDisplay,
groupLabel,
questionType,
id)
{
HasConfidence = hasConfidence;
AllowedTerms = allowedTerms;
// Because the constructor isn't called during deserialization
Initialize(new StreamingContext());
}
public AimTemplateTreeCalculationNode(
string label,
int itemNumber,
string explanatoryText,
int minCardinality,
int maxCardinality,
bool shouldDisplay,
string groupLabel,
StandardValidTerm questionType,
bool noMoreQuestions,
string nextId,
List <AimTemplateTreeCalculationType> calculationTypes,
string id) :
base(
label,
itemNumber,
explanatoryText,
minCardinality,
maxCardinality,
shouldDisplay,
groupLabel,
questionType,
id)
{
NoMoreQuestions = noMoreQuestions;
NextId = nextId;
CalculationTypes = calculationTypes;
}
public AimTemplateTreeAnatomicEntityCharacteristicNode(
string label,
int itemNumber,
string explanatoryText,
int minCardinality,
int maxCardinality,
bool shouldDisplay,
string groupLabel,
StandardValidTerm questionType,
bool hasConfidence,
List <CharacteristicQuantificationAllowedTerm> characteristicQuantificationAllowedTerms,
string id) :
base(
label,
itemNumber,
explanatoryText,
minCardinality,
maxCardinality,
shouldDisplay,
groupLabel,
questionType,
id)
{
HasConfidence = hasConfidence;
CharacteristicQuantificationAllowedTerms = characteristicQuantificationAllowedTerms;
// Because the constructor isn't called during deserialization
Initialize(new StreamingContext());
}
public AimTemplateTreeCalculationNode(
string label,
int itemNumber,
string explanatoryText,
int minCardinality,
int maxCardinality,
bool shouldDisplay,
string groupLabel,
StandardValidTerm questionType,
bool noMoreQuestions,
string nextId,
List<AimTemplateTreeCalculationType> calculationTypes,
string id)
: base(label,
itemNumber,
explanatoryText,
minCardinality,
maxCardinality,
shouldDisplay,
groupLabel,
questionType,
id)
{
NoMoreQuestions = noMoreQuestions;
NextId = nextId;
CalculationTypes = calculationTypes;
}
public AimTemplateTreeGeometricShapeNode(
string label,
int itemNumber,
string explanatoryText,
int minCardinality,
int maxCardinality,
bool shouldDisplay,
string groupLabel,
StandardValidTerm questionType,
bool noMoreQuestions,
string nextId,
string id,
GeometricShapes geometricShape) :
base(
label,
itemNumber,
explanatoryText,
minCardinality,
maxCardinality,
shouldDisplay,
groupLabel,
questionType,
id)
{
NoMoreQuestions = noMoreQuestions;
NextId = nextId;
GeometricShape = geometricShape;
}
public override bool Equals(object obj)
{
if (obj == null || !(obj is StandardValidTerm))
{
return(false);
}
StandardValidTerm validTerm = (StandardValidTerm)obj;
return((StandardCodeSequence == null
? validTerm.StandardCodeSequence == null
: StandardCodeSequence.Equals(validTerm.StandardCodeSequence)) &&
(StandardValidTerms == null
? validTerm.StandardValidTerms == null
: CollectionUtils.Equal <StandardValidTerm>(StandardValidTerms, validTerm.StandardValidTerms, true)));
}
/// <summary>
/// Recursively traverses given <paramref name="validTerm"/> and appends Code Meanings to the given <paramref name="sb"/>.
/// This effectively flattens <paramref name="validTerm"/> to a string.
/// </summary>
/// <param name="validTerm">Standard Valid Term to traverse</param>
/// <param name="sb">String Builder that receives the values</param>
public static StringBuilder ToStringBuilder(StandardValidTerm validTerm, StringBuilder sb)
{
if (validTerm == null || sb == null)
{
return(sb);
}
if (sb.Length > 0)
{
sb.Append(" ");
}
sb.Append(validTerm.StandardCodeSequence.CodeMeaning);
// Traverse the tree in-order
foreach (StandardValidTerm standardValidTerm in validTerm.StandardValidTerms)
{
ToStringBuilder(standardValidTerm, sb);
}
return(sb);
}
protected AimTemplateTreeNode(
string label,
int itemNumber,
string explanatoryText,
int minCardinality,
int maxCardinality,
bool shouldDisplay,
string groupLabel,
StandardValidTerm questionType,
string id)
{
Label = label;
ItemNumber = itemNumber;
ExplanatoryText = explanatoryText;
MinCardinality = minCardinality;
MaxCardinality = maxCardinality;
ShouldDisplay = shouldDisplay;
GroupLabel = groupLabel;
QuestionType = questionType;
NodeId = id;
}
protected AimTemplateTreeNode(
string label,
int itemNumber,
string explanatoryText,
int minCardinality,
int maxCardinality,
bool shouldDisplay,
string groupLabel,
StandardValidTerm questionType,
string id)
{
Label = label;
ItemNumber = itemNumber;
ExplanatoryText = explanatoryText;
MinCardinality = minCardinality;
MaxCardinality = maxCardinality;
ShouldDisplay = shouldDisplay;
GroupLabel = groupLabel;
QuestionType = questionType;
NodeId = id;
}
public AimDetails(string annotationUid, string annotationSeriesUid, string name, TemplateTree.StandardValidTerm typeCode, DateTime creattionDateTime,
IList <TemplateTree.StandardValidTerm> anatomicEntities, IList <TemplateTree.StandardValidTerm> imagingObservations, string comment,
string dicomStudyInstanceUid, string dicomSeriesInstanceUid, bool isImageAnnotation, PersonInfo personInfo, TemplateTree.UserInfo userInfo)
{
Platform.CheckForEmptyString(annotationUid, "annotationUid");
Platform.CheckForEmptyString(name, "name");
Platform.CheckForNullReference(typeCode, "TypeCode");
_annotationUid = annotationUid;
_annotationSeriesUid = annotationSeriesUid;
_name = name;
_typeCode = typeCode;
_creattionDateTime = creattionDateTime;
_anatomicEntities = anatomicEntities;
_imagingObservations = imagingObservations;
_comment = comment;
_dicomStudyInstanceUid = dicomStudyInstanceUid;
_dicomSeriesInstanceUid = dicomSeriesInstanceUid;
_isImageAnnotation = isImageAnnotation;
_personInfo = personInfo;
_userInfo = userInfo;
}
public static bool IsNullStandardTerm(StandardValidTerm validTerm)
{
return(validTerm == null || IsNullCodeSequence(validTerm.StandardCodeSequence));
}
