Leadtools.Dicom Namespace > DicomDataSet Class > GetValue Method : GetValue<T>(DicomElement,Boolean,Int64,T,GetValueDelegate) Method |
public T GetValue<T>( DicomElement element, bool tree, long tag, T defaultValue, GetValueDelegate getValueDelegate )
'Declaration Public Overloads Function GetValue(Of T)( _ ByVal element As DicomElement, _ ByVal tree As Boolean, _ ByVal tag As Long, _ ByVal defaultValue As T, _ ByVal getValueDelegate As GetValueDelegate _ ) As T
'Usage Dim instance As DicomDataSet Dim element As DicomElement Dim tree As Boolean Dim tag As Long Dim defaultValue As T Dim getValueDelegate As GetValueDelegate Dim value As T value = instance.GetValue(Of T)(element, tree, tag, defaultValue, getValueDelegate)
public T GetValue<T>( DicomElement element, bool tree, long tag, T defaultValue, GetValueDelegate getValueDelegate )
ObjectiveC Syntax
function Leadtools.Dicom.DicomDataSet.GetValue``1(DicomElement,Boolean,Int64,``0,GetValueDelegate)( element , tree , tag , defaultValue , getValueDelegate )
public: T^ GetValuegeneric<typename T> ( DicomElement^ element, bool tree, int64 tag, T^ defaultValue, GetValueDelegate^ getValueDelegate )
This method is used to retrieve a value from a DICOM element It is very flexible method that can be used to retrieve the value as any of the types below, regardless of the DicomVRType The caller specificies the type T of the value, and the value is converted to this type if possible. The generic type T System.Object can be any of the following:
The versions of GetValue that take a delegate can be used to retrieve ANY type, even if it is not native to DicomDataSet. The data is extracted from the value as a string passed to the provided method. The delegate is optional. Pass null if you do not want to use a delegate. Look at the example to see how to use the delegate. Below is a list of the overloads that take a delegate:
Some versions of GetValue return a reference to DicomDataSet, and return the value as an out parameter. These overloads are intended to be used by chaining them together, to make a very human readable code. See the part of the example that refers to a fluent interface to see how this is done. Below is a list of the overloads that return the type as an out parameter.
Some versions of GetValue have a parameter tag. For these versions, a search is done in the data set for an element that has this tag. Some of these overloads may also have element and tree parameters. If so, the search for tag starts at element. The search on the data set is performed as a list or tree depending on the tree parameter. For details on the element and tree parameters, see FindFirstElement
Other versions of this method do not have a tag parameter. In this case, a reference to the actual element is passed to the function, and the value of this element is returned.
All versions of this method take a defaultValue parameter. This is the value that is returned (or to which the out parameter is set) if the method cannot retrieve the actual value of the element, or if the element has no value. To see if this is the case, check the value of the property GetValueResult. For information on this method, see GetValue.
''' Public Class PersonName Private _innerArray As String() = New String(4) {String.Empty, String.Empty, String.Empty, String.Empty, String.Empty} ''' Access this person name instance as array. Index range is ''' bounded between 0 (family name) and 4 (name suffix). Default Public Property Item(ByVal index As Integer) As String Set(ByVal value As String) If Value Is Nothing OrElse Value.Length < 64 Then _innerArray(index) = Value Else Throw New DicomException("Length of new entry exceeds 64 characters.") End If End Set Get Return _innerArray(index) End Get End Property Private Const _familyNameIndex As Integer = 0 Private Const _givenNameIndex As Integer = 1 Private Const _middleNameIndex As Integer = 2 Private Const _namePrefixIndex As Integer = 3 Private Const _nameSuffixIndex As Integer = 4 ''' Access person name part family name. Public Property FamilyName() As String Set(ByVal value As String) If Value Is Nothing OrElse Value.Length < 64 Then _fullName = Nothing _innerArray(_familyNameIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_familyNameIndex) End Get End Property ''' Access person name part given name. Public Property GivenName() As String Set(ByVal value As String) If Value Is Nothing OrElse Value.Length < 64 Then _fullName = String.Empty _innerArray(_givenNameIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_givenNameIndex) End Get End Property ''' Access person name part middle name. Public Property MiddleName() As String Set(ByVal value As String) If Value Is Nothing OrElse Value.Length < 64 Then _fullName = String.Empty _innerArray(_middleNameIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_middleNameIndex) End Get End Property ''' Access person name part name prefix. Public Property NamePrefix() As String Set(ByVal value As String) If Value Is Nothing OrElse Value.Length < 64 Then _fullName = String.Empty _innerArray(_namePrefixIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_namePrefixIndex) End Get End Property ''' Access person name part name suffix. Public Property NameSuffix() As String Set(ByVal value As String) If Value Is Nothing OrElse Value.Length < 64 Then _fullName = String.Empty _innerArray(_nameSuffixIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_nameSuffixIndex) End Get End Property Private _fullName As String = String.Empty ''' Access full person name string representation. According ''' to the DICOM standard "^" is used as separator of different ''' person name parts. Public Property FullName() As String Set(ByVal value As String) _fullName = Value If Not _fullName Is Nothing Then Dim s As String() Dim i As Integer If _fullName.Contains("^") Then s = _fullName.Split("^"c) Else s = _fullName.Split(" "c) End If i = 0 Do While i < s.Length If s(i).Length < 64 Then If i < _innerArray.Length Then _innerArray(i) = s(i) End If Else Throw New DicomException("Length of family name exceeds 64 characters.") End If i += 1 Loop Dim k As Integer = i Do While k < _innerArray.Length _innerArray(k) = String.Empty k += 1 Loop End If End Set Get If _fullName = String.Empty Then _fullName = _innerArray(0) Dim isNotNull As Boolean = _fullName <> String.Empty Dim i As Integer = 1 Do While isNotNull AndAlso i < _innerArray.Length isNotNull = _innerArray(i) <> String.Empty If isNotNull Then _fullName &= "^" & _innerArray(i) End If i += 1 Loop End If Return _fullName End Get End Property ''' Creates a new empty person name instance. Public Sub New() End Sub ''' Creates a new person name instance from specified full name. ''' All person name parts have to be separated by "^" according to ''' the DICOM standard. Public Sub New(ByVal fullNameIn As String) FullName = fullNameIn End Sub ''' Creates a new person name instance from the different person name parts. Public Sub New(ByVal familyNameIn As String, ByVal givenNameIn As String, ByVal middleNameIn As String, ByVal namePrefixIn As String, ByVal nameSuffixIn As String) FamilyName = familyNameIn GivenName = givenNameIn MiddleName = middleNameIn NamePrefix = namePrefixIn NameSuffix = nameSuffixIn End Sub ''' Return this person name instance's. Public Overrides Function ToString() As String Return FullName End Function End Class Private Sub DumpPersonName(ByVal pn As PersonName) Dim sMsg As String = String.Format("Family Name: {0}" & Constants.vbLf & "Given Name: {1}" & Constants.vbLf & "Middle Name: {2}" & _ Constants.vbLf & "Name Prefix: {3}" & Constants.vbLf & "Name Suffix: {4}", pn.FamilyName, pn.GivenName, _ pn.MiddleName, pn.NamePrefix, pn.NameSuffix) MessageBox.Show(sMsg) End Sub Public Function MyGetValueDelegate(ByVal s As String) As Object Dim pn As PersonName = New PersonName(s) MyGetValueDelegate = pn End Function Private Sub DicomDataSet_GetValueWithDelegateExample() ' Create a DicomDataSet and add a PatientName ' Dicom Spec for Value Representation PN (Person Name) ' Elements are in this order: ' * family name complex ' * given name complex ' * middle name ' * name prefix ' * name suffix. Dim ds As DicomDataSet = New DicomDataSet() ds.InsertElementAndSetValue(DicomTag.PatientName, "Smith^John^MiddleName^Mr.^III") ' Get a PersonName value of an element by specifying a tag, and using a delegate ' Use this form when the type is not native to the dataset ' The data is extracted from the field as a string and passed to the provided method. Dim pn As PersonName = Nothing Dim myDelegate As GetValueDelegate myDelegate = AddressOf MyGetValueDelegate pn = ds.GetValue(Of PersonName)(DicomTag.PatientName, Nothing, myDelegate) DumpPersonName(pn) ' Another overload, specifying parent element pn = ds.GetValue(Of PersonName)(Nothing, True, DicomTag.PatientName, Nothing, myDelegate) DumpPersonName(pn) ' Another overload, this time passing in the DICOM element instead of a tag Dim element As DicomElement = ds.FindFirstElement(Nothing, DicomTag.PatientName, True) pn = ds.GetValue(Of PersonName)(element, Nothing, myDelegate) DumpPersonName(pn) End Sub
/// public class PersonName { private string[] _innerArray = new string[5] {string.Empty, string.Empty, string.Empty, string.Empty, string.Empty }; /// Access this person name instance as array. Index range is /// bounded between 0 (family name) and 4 (name suffix). public string this[int index] { set { if (value == null || value.Length < 64) _innerArray[index] = value; else throw new DicomException("Length of new entry exceeds 64 characters."); } get { return _innerArray[index]; } } private const int _familyNameIndex = 0; private const int _givenNameIndex = 1; private const int _middleNameIndex = 2; private const int _namePrefixIndex = 3; private const int _nameSuffixIndex = 4; /// Access person name part family name. public string FamilyName { set { if (value == null || value.Length < 64) { _fullName = null; _innerArray[_familyNameIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_familyNameIndex]; } } /// Access person name part given name. public string GivenName { set { if (value == null || value.Length < 64) { _fullName = string.Empty; _innerArray[_givenNameIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_givenNameIndex]; } } /// Access person name part middle name. public string MiddleName { set { if (value == null || value.Length < 64) { _fullName = string.Empty; _innerArray[_middleNameIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_middleNameIndex]; } } /// Access person name part name prefix. public string NamePrefix { set { if (value == null || value.Length < 64) { _fullName = string.Empty; _innerArray[_namePrefixIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_namePrefixIndex]; } } /// Access person name part name suffix. public string NameSuffix { set { if (value == null || value.Length < 64) { _fullName = string.Empty; _innerArray[_nameSuffixIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_nameSuffixIndex]; } } private string _fullName = string.Empty; /// Access full person name string representation. According /// to the DICOM standard "^" is used as separator of different /// person name parts. public string FullName { set { _fullName = value; if (_fullName != null) { string[] s; int i; if (_fullName.Contains("^")) s = _fullName.Split('^'); else s = _fullName.Split(' '); for (i = 0; i < s.Length; i++) { if (s[i].Length < 64) { if(i<_innerArray.Length) _innerArray[i] = s[i]; } else throw new DicomException("Length of family name exceeds 64 characters."); } for (int k = i; k < _innerArray.Length; k++) _innerArray[k] = string.Empty; } } get { if (_fullName == string.Empty) { _fullName = _innerArray[0]; bool isNotNull = _fullName != string.Empty; int i = 1; while (isNotNull && i < _innerArray.Length) { isNotNull = _innerArray[i] != string.Empty; if (isNotNull) _fullName += "^" + _innerArray[i]; i++; } } return _fullName; } } /// Creates a new empty person name instance. public PersonName() { } /// Creates a new person name instance from specified full name. /// All person name parts have to be separated by "^" according to /// the DICOM standard. public PersonName(string fullName) { FullName = fullName; } /// Creates a new person name instance from the different person name parts. public PersonName(string familyName, string givenName, string middleName, string namePrefix, string nameSuffix) { FamilyName = familyName; GivenName = givenName; MiddleName = middleName; NamePrefix = namePrefix; NameSuffix = nameSuffix; } /// Return this person name instance's. public override string ToString() { return FullName; } } void DumpPersonName(PersonName pn) { String sMsg = string.Format("Family Name: {0}\nGiven Name: {1}\nMiddle Name: {2}\nName Prefix: {3}\nName Suffix: {4}", pn.FamilyName, pn.GivenName, pn.MiddleName, pn.NamePrefix, pn.NameSuffix); MessageBox.Show(sMsg); } private void DicomDataSet_GetValueWithDelegateExample() { // Create a DicomDataSet and add a PatientName // Dicom Spec for Value Representation PN (Person Name) // Elements are in this order: // * family name complex // * given name complex // * middle name // * name prefix // * name suffix. DicomDataSet ds = new DicomDataSet(); ds.InsertElementAndSetValue(DicomTag.PatientName, "Smith^John^MiddleName^Mr.^III"); // Get a PersonName value of an element by specifying a tag, and using a delegate // Use this form when the type is not native to the dataset // The data is extracted from the field as a string and passed to the provided method. PersonName pn = null; pn = ds.GetValue<PersonName>( DicomTag.PatientName, null, delegate(string data) { PersonName t = new PersonName(data); return t; } ); DumpPersonName(pn); // Another overload, specifying parent element pn = ds.GetValue<PersonName>( null, true, DicomTag.PatientName, null, delegate(string data) { PersonName t = new PersonName(data); return t; } ); DumpPersonName(pn); // Another overload, this time passing in the DICOM element instead of a tag DicomElement element = ds.FindFirstElement(null, DicomTag.PatientName, true); pn = ds.GetValue<PersonName>( element, null, delegate(string data) { PersonName t = new PersonName(data); return t; } ); DumpPersonName(pn); }
public class PersonName { private string[] _innerArray = new string[5] {string.Empty, string.Empty, string.Empty, string.Empty, string.Empty }; /// Access this person name instance as array. Index range is /// bounded between 0 (family name) and 4 (name suffix). public string this[int index] { set { if (value == null || value.Length < 64) _innerArray[index] = value; else throw new DicomException("Length of new entry exceeds 64 characters."); } get { return _innerArray[index]; } } private const int _familyNameIndex = 0; private const int _givenNameIndex = 1; private const int _middleNameIndex = 2; private const int _namePrefixIndex = 3; private const int _nameSuffixIndex = 4; /// Access person name part family name. public string FamilyName { set { if (value == null || value.Length < 64) { _fullName = null; _innerArray[_familyNameIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_familyNameIndex]; } } /// Access person name part given name. public string GivenName { set { if (value == null || value.Length < 64) { _fullName = string.Empty; _innerArray[_givenNameIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_givenNameIndex]; } } /// Access person name part middle name. public string MiddleName { set { if (value == null || value.Length < 64) { _fullName = string.Empty; _innerArray[_middleNameIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_middleNameIndex]; } } /// Access person name part name prefix. public string NamePrefix { set { if (value == null || value.Length < 64) { _fullName = string.Empty; _innerArray[_namePrefixIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_namePrefixIndex]; } } /// Access person name part name suffix. public string NameSuffix { set { if (value == null || value.Length < 64) { _fullName = string.Empty; _innerArray[_nameSuffixIndex] = value; } else throw new DicomException("Length of family name exceeds 64 characters."); } get { return _innerArray[_nameSuffixIndex]; } } private string _fullName = string.Empty; /// Access full person name string representation. According /// to the DICOM standard "^" is used as separator of different /// person name parts. public string FullName { set { _fullName = value; if (_fullName != null) { string[] s; int i; if (_fullName.Contains("^")) s = _fullName.Split('^'); else s = _fullName.Split(' '); for (i = 0; i < s.Length; i++) { if (s[i].Length < 64) { if (i < _innerArray.Length) _innerArray[i] = s[i]; } else throw new DicomException("Length of family name exceeds 64 characters."); } for (int k = i; k < _innerArray.Length; k++) _innerArray[k] = string.Empty; } } get { if (_fullName == string.Empty) { _fullName = _innerArray[0]; bool isNotNull = _fullName != string.Empty; int i = 1; while (isNotNull && i < _innerArray.Length) { isNotNull = _innerArray[i] != string.Empty; if (isNotNull) _fullName += "^" + _innerArray[i]; i++; } } return _fullName; } } /// Creates a new empty person name instance. public PersonName() { } /// Creates a new person name instance from specified full name. /// All person name parts have to be separated by "^" according to /// the DICOM standard. public PersonName(string fullName) { FullName = fullName; } /// Creates a new person name instance from the different person name parts. public PersonName(string familyName, string givenName, string middleName, string namePrefix, string nameSuffix) { FamilyName = familyName; GivenName = givenName; MiddleName = middleName; NamePrefix = namePrefix; NameSuffix = nameSuffix; } /// Return this person name instance's. public override string ToString() { return FullName; } } void DumpPersonName(PersonName pn) { String sMsg = string.Format("Family Name: {0}\nGiven Name: {1}\nMiddle Name: {2}\nName Prefix: {3}\nName Suffix: {4}", pn.FamilyName, pn.GivenName, pn.MiddleName, pn.NamePrefix, pn.NameSuffix); Debug.WriteLine(sMsg); } private void DicomDataSet_GetValueWithDelegateExample() { // Create a DicomDataSet and add a PatientName // Dicom Spec for Value Representation PN (Person Name) // Elements are in this order: // * family name complex // * given name complex // * middle name // * name prefix // * name suffix. DicomDataSet ds = new DicomDataSet(); ds.InsertElementAndSetValue(DicomTag.PatientName, "Smith^John^MiddleName^Mr.^III"); // Get a PersonName value of an element by specifying a tag, and using a delegate // Use this form when the type is not native to the dataset // The data is extracted from the field as a string and passed to the provided method. PersonName pn = null; pn = ds.GetValue<PersonName>( DicomTag.PatientName, null, delegate(string data) { PersonName t = new PersonName(data); return t; } ); DumpPersonName(pn); // Another overload, specifying parent element pn = ds.GetValue<PersonName>( null, true, DicomTag.PatientName, null, delegate(string data) { PersonName t = new PersonName(data); return t; } ); DumpPersonName(pn); // Another overload, this time passing in the DICOM element instead of a tag DicomElement element = ds.FindFirstElement(null, DicomTag.PatientName, true); pn = ds.GetValue<PersonName>( element, null, delegate(string data) { PersonName t = new PersonName(data); return t; } ); DumpPersonName(pn); }
Public Class PersonName Private _innerArray As String() = New String(4) {String.Empty, String.Empty, String.Empty, String.Empty, String.Empty } ''' Access this person name instance as array. Index range is ''' bounded between 0 (family name) and 4 (name suffix). Public Default Property Item(ByVal index As Integer) As String Set If Value Is Nothing OrElse Value.Length < 64 Then _innerArray(index) = Value Else Throw New DicomException("Length of new entry exceeds 64 characters.") End If End Set Get Return _innerArray(index) End Get End Property Private Const _familyNameIndex As Integer = 0 Private Const _givenNameIndex As Integer = 1 Private Const _middleNameIndex As Integer = 2 Private Const _namePrefixIndex As Integer = 3 Private Const _nameSuffixIndex As Integer = 4 ''' Access person name part family name. Public Property FamilyName() As String Set If Value Is Nothing OrElse Value.Length < 64 Then _fullName = Nothing _innerArray(_familyNameIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_familyNameIndex) End Get End Property ''' Access person name part given name. Public Property GivenName() As String Set If Value Is Nothing OrElse Value.Length < 64 Then _fullName = String.Empty _innerArray(_givenNameIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_givenNameIndex) End Get End Property ''' Access person name part middle name. Public Property MiddleName() As String Set If Value Is Nothing OrElse Value.Length < 64 Then _fullName = String.Empty _innerArray(_middleNameIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_middleNameIndex) End Get End Property ''' Access person name part name prefix. Public Property NamePrefix() As String Set If Value Is Nothing OrElse Value.Length < 64 Then _fullName = String.Empty _innerArray(_namePrefixIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_namePrefixIndex) End Get End Property ''' Access person name part name suffix. Public Property NameSuffix() As String Set If Value Is Nothing OrElse Value.Length < 64 Then _fullName = String.Empty _innerArray(_nameSuffixIndex) = Value Else Throw New DicomException("Length of family name exceeds 64 characters.") End If End Set Get Return _innerArray(_nameSuffixIndex) End Get End Property Private _fullName As String = String.Empty ''' Access full person name string representation. According ''' to the DICOM standard "^" is used as separator of different ''' person name parts. Public Property FullName() As String Set _fullName = Value If Not _fullName Is Nothing Then Dim s As String() Dim i As Integer If _fullName.Contains("^") Then s = _fullName.Split("^"c) Else s = _fullName.Split(" "c) End If i = 0 Do While i < s.Length If s(i).Length < 64 Then If i < _innerArray.Length Then _innerArray(i) = s(i) End If Else Throw New DicomException("Length of family name exceeds 64 characters.") End If i += 1 Loop Dim k As Integer = i Do While k < _innerArray.Length _innerArray(k) = String.Empty k += 1 Loop End If End Set Get If _fullName = String.Empty Then _fullName = _innerArray(0) Dim isNotNull As Boolean = _fullName <> String.Empty Dim i As Integer = 1 Do While isNotNull AndAlso i < _innerArray.Length isNotNull = _innerArray(i) <> String.Empty If isNotNull Then _fullName &= "^" & _innerArray(i) End If i += 1 Loop End If Return _fullName End Get End Property ''' Creates a new empty person name instance. Public Sub New() End Sub '' Creates a new person name instance from specified full name. '' All person name parts have to be separated by "^" according to '' the DICOM standard. Public Sub New(ByVal fullNameParam As String) FullName = fullNameParam End Sub '' Creates a new person name instance from the different person name parts. Public Sub New(ByVal familyNameParam As String, _ ByVal givenNameParam As String, _ ByVal middleNameParam As String, _ ByVal namePrefixParam As String, _ ByVal nameSuffixParam As String) FamilyName = familyNameParam GivenName = givenNameParam MiddleName = middleNameParam NamePrefix = namePrefixParam NameSuffix = nameSuffixParam End Sub ''' Return this person name instance's. Public Overrides Function ToString() As String Return FullName End Function End Class Private Sub DumpPersonName(ByVal pn As PersonName) Dim sMsg As String = String.Format("Family Name: {0}" _ & Constants.vbLf _ & "Given Name: {1}" _ & Constants.vbLf _ & "Middle Name: {2}" _ & Constants.vbLf _ & "Name Prefix: {3}" _ & Constants.vbLf _ & "Name Suffix: {4}", _ pn.FamilyName, _ pn.GivenName, _ pn.MiddleName, _ pn.NamePrefix, _ pn.NameSuffix) Debug.WriteLine(sMsg) End Sub Private Function GetValueDelegate(ByVal data As String) As PersonName Dim t As PersonName = New PersonName(data) Return t End Function Private Sub DicomDataSet_GetValueWithDelegateExample() ' Create a DicomDataSet and add a PatientName ' Dicom Spec for Value Representation PN (Person Name) ' Elements are in this order: ' * family name complex ' * given name complex ' * middle name ' * name prefix ' * name suffix. Dim ds As DicomDataSet = New DicomDataSet() ds.InsertElementAndSetValue(DicomTag.PatientName, "Smith^John^MiddleName^Mr.^III") ' Get a PersonName value of an element by specifying a tag, and using a delegate ' Use this form when the type is not native to the dataset ' The data is extracted from the field as a string and passed to the provided method. Dim pn As PersonName = Nothing pn = ds.GetValue(Of PersonName)(DicomTag.PatientName, Nothing, AddressOf GetValueDelegate) DumpPersonName(pn) ' Another overload, specifying parent element pn = ds.GetValue(Of PersonName)(Nothing, True, DicomTag.PatientName, Nothing, AddressOf GetValueDelegate) DumpPersonName(pn) ' Another overload, this time passing in the DICOM element instead of a tag Dim element As DicomElement = ds.FindFirstElement(Nothing, DicomTag.PatientName, True) pn = ds.GetValue(Of PersonName)(element, Nothing, AddressOf GetValueDelegate) DumpPersonName(pn) End Sub
Target Platforms: Windows 7, Windows Vista SP1 or later, Windows XP SP3, Windows Server 2008 (Server Core not supported), Windows Server 2008 R2 (Server Core supported with SP1 or later), Windows Server 2003 SP2
DicomDataSet Class
DicomDataSet Members
Overload List
GetValue
GetBinaryValue(DicomElement,Byte[],Int32,Int32) Method
GetBinaryValue(DicomElement,Int32) Method
GetByteValue(DicomElement,Int32,Int32) Method
GetShortValue(DicomElement,Int32,Int32) Method
GetLongValue(DicomElement,Int32,Int32) Method
GetIntValue(DicomElement,Int32,Int32) Method
GetFloatValue(DicomElement,Int32,Int32) Method
GetDoubleValue(DicomElement,Int32,Int32) Method
GetStringValue Method
GetAgeValue(DicomElement,Int32,Int32) Method
GetDateValue(DicomElement,Int32,Int32) Method
GetTimeValue(DicomElement,Int32,Int32) Method
GetDateTimeValue(DicomElement,Int32,Int32) Method
GetConvertValue Method