public void TestSeriesSplittingMREcho()
{
const int numberOfSeries = 5;
const int instancesPerSeries = 10;
List <TestDataSource> dataSources = CreateMRStudyDataSources(numberOfSeries, instancesPerSeries, "1.2.3");
StudyTree studyTree = CreateStudyTree(ConvertToSops(dataSources));
MREchoDisplaySetFactory factory = new MREchoDisplaySetFactory();
factory.SetStudyTree(studyTree);
List <IDisplaySet> allDisplaySets = new List <IDisplaySet>();
try
{
Patient patient = studyTree.Patients[0];
Study study = patient.Studies[0];
Assert.AreEqual(numberOfSeries, study.Series.Count, "There should be exactly {0} series", numberOfSeries);
Series series2 = study.Series[1];
Series series3 = study.Series[2];
MakeEchoSeries(series2);
MakeEchoSeries(series3);
foreach (Series series in study.Series)
{
Assert.AreEqual(instancesPerSeries, series.Sops.Count, "There should be exactly {0} sops", instancesPerSeries);
List <IDisplaySet> displaySets = factory.CreateDisplaySets(series);
allDisplaySets.AddRange(displaySets);
if (series == series2 || series == series3)
{
IDisplaySet displaySet = displaySets[0];
Assert.AreEqual(2, displaySets.Count, "There should be exactly 2 display sets");
Assert.AreEqual(series.Sops.Count / 2, displaySet.PresentationImages.Count, "#presentation images should be #Sops/2");
Assert.AreNotEqual(series.SeriesInstanceUid, displaySet.Descriptor.Uid, "Series UID and Display Set UID don't match");
Assert.AreEqual(typeof(MREchoDisplaySetDescriptor), displaySet.Descriptor.GetType(), "Wrong display set descriptor type");
Assert.IsTrue(displaySet.Name.Contains("Echo"), "Display Set name not correct");
ValidateEchoDisplaySet(displaySets[0], 1);
ValidateEchoDisplaySet(displaySets[1], 2);
}
else
{
Assert.AreEqual(0, displaySets.Count, "There should be no display sets");
}
}
}
finally
{
foreach (IDisplaySet displaySet in allDisplaySets)
{
displaySet.Dispose();
}
studyTree.Dispose();
}
}
public DisplaySetFactory(IModalityDisplaySetCreationOptions creationOptions)
{
_creationOptions = creationOptions;
PresentationState defaultPresentationState = new DicomPresentationState {
ShowGrayscaleInverted = creationOptions.ShowGrayscaleInverted
};
var imageFactory = (PresentationImageFactory)PresentationImageFactory;
imageFactory.DefaultPresentationState = defaultPresentationState;
_basicFactory = new BasicDisplaySetFactory(imageFactory)
{
CreateSingleImageDisplaySets = _creationOptions.CreateSingleImageDisplaySets
};
if (creationOptions.SplitMultiEchoSeries)
{
_echoFactory = new MREchoDisplaySetFactory(imageFactory);
}
if (creationOptions.SplitMultiStackSeries)
{
_multiFrameStackFactory = new MultiFrameStackDisplaySetFactory(imageFactory);
}
if (_creationOptions.SplitMixedMultiframes)
{
_mixedMultiFrameFactory = new MixedMultiFrameDisplaySetFactory(imageFactory);
}
var externalFactories = new List <IDisplaySetFactory>();
foreach (IDisplaySetFactoryProvider provider in new DisplaySetFactoryProviderExtensionPoint().CreateExtensions())
{
externalFactories.AddRange(provider.CreateDisplaySetFactories(imageFactory));
}
_externalFactories = externalFactories.AsReadOnly();
_placeholderDisplaySetFactory = new PlaceholderDisplaySetFactory();
}
public void TestSeriesSplittingMREcho()
{
const int numberOfSeries = 5;
const int instancesPerSeries = 10;
List<TestDataSource> dataSources = CreateMRStudyDataSources(numberOfSeries, instancesPerSeries, "1.2.3");
StudyTree studyTree = CreateStudyTree(ConvertToSops(dataSources));
MREchoDisplaySetFactory factory = new MREchoDisplaySetFactory();
factory.SetStudyTree(studyTree);
List<IDisplaySet> allDisplaySets = new List<IDisplaySet>();
try
{
Patient patient = studyTree.Patients[0];
Study study = patient.Studies[0];
Assert.AreEqual(numberOfSeries, study.Series.Count, "There should be exactly {0} series", numberOfSeries);
Series series2 = study.Series[1];
Series series3 = study.Series[2];
MakeEchoSeries(series2);
MakeEchoSeries(series3);
foreach (Series series in study.Series)
{
Assert.AreEqual(instancesPerSeries, series.Sops.Count, "There should be exactly {0} sops", instancesPerSeries);
List<IDisplaySet> displaySets = factory.CreateDisplaySets(series);
allDisplaySets.AddRange(displaySets);
if (series == series2 || series == series3)
{
IDisplaySet displaySet = displaySets[0];
Assert.AreEqual(2, displaySets.Count, "There should be exactly 2 display sets");
Assert.AreEqual(series.Sops.Count / 2, displaySet.PresentationImages.Count, "#presentation images should be #Sops/2");
Assert.AreNotEqual(series.SeriesInstanceUid, displaySet.Descriptor.Uid, "Series UID and Display Set UID don't match");
Assert.AreEqual(typeof(MREchoDisplaySetDescriptor), displaySet.Descriptor.GetType(), "Wrong display set descriptor type");
Assert.IsTrue(displaySet.Name.Contains("Echo"), "Display Set name not correct");
ValidateEchoDisplaySet(displaySets[0], 1);
ValidateEchoDisplaySet(displaySets[1], 2);
}
else
{
Assert.AreEqual(0, displaySets.Count, "There should be no display sets");
}
}
}
finally
{
foreach (IDisplaySet displaySet in allDisplaySets)
displaySet.Dispose();
studyTree.Dispose();
}
}
public void TestSeriesSplittingEnhancedMREcho()
{
const int numberOfSeries = 2;
const int instancesPerSeries = 3;
const int framesPerInstance = 10;
List <TestDataSource> dataSources = CreateMRStudyDataSources(numberOfSeries, instancesPerSeries, "1.2.3");
foreach (var dicomFile in dataSources.Select(d => d.File))
{
dicomFile.DataSet[DicomTags.NumberOfFrames].SetInt32(0, framesPerInstance);
if (dicomFile.DataSet[DicomTags.SeriesNumber].GetInt32(0, 0) != 2)
{
continue;
}
var dimUid = "1.2.3.4.5";
var mfdModule = new MultiFrameDimensionModuleIod(dicomFile.DataSet);
mfdModule.DimensionOrganizationSequence = new[] { new DimensionOrganizationSequenceItem {
DimensionOrganizationUid = dimUid
} };
mfdModule.DimensionIndexSequence = new[]
{
new DimensionIndexSequenceItem {
DimensionIndexPointer = DicomTags.StackId, FunctionalGroupPointer = DicomTags.FrameContentSequence, DimensionOrganizationUid = dimUid
},
new DimensionIndexSequenceItem {
DimensionIndexPointer = DicomTags.InStackPositionNumber, FunctionalGroupPointer = DicomTags.FrameContentSequence, DimensionOrganizationUid = dimUid
},
new DimensionIndexSequenceItem {
DimensionIndexPointer = DicomTags.EffectiveEchoTime, FunctionalGroupPointer = DicomTags.MrEchoSequence, DimensionOrganizationUid = dimUid
}
};
var mffgModule = new MultiFrameFunctionalGroupsModuleIod(dicomFile.DataSet);
mffgModule.PerFrameFunctionalGroupsSequence = Enumerable.Range(0, framesPerInstance).Select(i =>
{
var fg = new FunctionalGroupsSequenceItem();
ushort inStackPositionNumber = (ushort)(i % 5 + 1);
ushort echoNumber = (ushort)(i / 5 + 1);
fg.GetFunctionalGroup <FrameContentFunctionalGroup>().FrameContentSequence = new FrameContentSequenceItem {
InStackPositionNumber = inStackPositionNumber, StackId = "1", DimensionIndexValues = new uint[] { 1, inStackPositionNumber, echoNumber }
};
fg.GetFunctionalGroup <MrEchoFunctionalGroup>().MrEchoSequence = new MrEchoSequenceItem {
EffectiveEchoTime = echoNumber + 5 / 1000f
};
return(fg);
}).ToArray();
}
StudyTree studyTree = CreateStudyTree(ConvertToSops(dataSources));
MREchoDisplaySetFactory factory = new MREchoDisplaySetFactory();
factory.SetStudyTree(studyTree);
List <IDisplaySet> allDisplaySets = new List <IDisplaySet>();
try
{
Patient patient = studyTree.Patients[0];
Study study = patient.Studies[0];
Assert.AreEqual(numberOfSeries, study.Series.Count, "There should be exactly {0} series", numberOfSeries);
Series series2 = study.Series[1];
foreach (Series series in study.Series)
{
Assert.AreEqual(instancesPerSeries, series.Sops.Count, "There should be exactly {0} sops", instancesPerSeries);
List <IDisplaySet> displaySets = factory.CreateDisplaySets(series);
allDisplaySets.AddRange(displaySets);
if (series == series2)
{
Assert.AreEqual(2, displaySets.Count, "There should be exactly 4 display sets");
IDisplaySet displaySet = displaySets[0];
Assert.AreEqual(series.Sops.Count * framesPerInstance / 2, displaySet.PresentationImages.Count, "#presentation images should be #Sops/2");
Assert.AreNotEqual(series.SeriesInstanceUid, displaySet.Descriptor.Uid, "Series UID and Display Set UID don't match");
Assert.AreEqual(typeof(MREchoDisplaySetDescriptor), displaySet.Descriptor.GetType(), "Wrong display set descriptor type");
Assert.IsTrue(displaySet.Name.Contains("Echo"), "Display Set name not correct");
ValidateMultiframeEchoDisplaySet(displaySets[0], 1);
ValidateMultiframeEchoDisplaySet(displaySets[1], 2);
}
else
{
//Assert.AreEqual(0, displaySets.Count, "There should be no display sets");
}
}
}
finally
{
foreach (IDisplaySet displaySet in allDisplaySets)
{
displaySet.Dispose();
}
studyTree.Dispose();
}
}
public DisplaySetFactory(IModalityDisplaySetCreationOptions creationOptions)
{
_creationOptions = creationOptions;
PresentationState defaultPresentationState = new DicomPresentationState { ShowGrayscaleInverted = creationOptions.ShowGrayscaleInverted };
var imageFactory = (PresentationImageFactory)PresentationImageFactory;
imageFactory.DefaultPresentationState = defaultPresentationState;
_basicFactory = new BasicDisplaySetFactory(imageFactory) { CreateSingleImageDisplaySets = _creationOptions.CreateSingleImageDisplaySets };
if (creationOptions.SplitMultiEchoSeries)
_echoFactory = new MREchoDisplaySetFactory(imageFactory);
if (_creationOptions.SplitMixedMultiframes)
_mixedMultiFrameFactory = new MixedMultiFrameDisplaySetFactory(imageFactory);
var externalFactories = new List<IDisplaySetFactory>();
foreach (IDisplaySetFactoryProvider provider in new DisplaySetFactoryProviderExtensionPoint().CreateExtensions())
externalFactories.AddRange(provider.CreateDisplaySetFactories(imageFactory));
_externalFactories = externalFactories.AsReadOnly();
_placeholderDisplaySetFactory = new PlaceholderDisplaySetFactory();
}
public void TestSeriesSplittingEnhancedMREcho()
{
const int numberOfSeries = 2;
const int instancesPerSeries = 3;
const int framesPerInstance = 10;
List<TestDataSource> dataSources = CreateMRStudyDataSources(numberOfSeries, instancesPerSeries, "1.2.3");
foreach (var dicomFile in dataSources.Select(d => d.File))
{
dicomFile.DataSet[DicomTags.NumberOfFrames].SetInt32(0, framesPerInstance);
if (dicomFile.DataSet[DicomTags.SeriesNumber].GetInt32(0, 0) != 2) continue;
var dimUid = "1.2.3.4.5";
var mfdModule = new MultiFrameDimensionModuleIod(dicomFile.DataSet);
mfdModule.DimensionOrganizationSequence = new[] {new DimensionOrganizationSequenceItem {DimensionOrganizationUid = dimUid}};
mfdModule.DimensionIndexSequence = new[]
{
new DimensionIndexSequenceItem {DimensionIndexPointer = DicomTags.StackId, FunctionalGroupPointer = DicomTags.FrameContentSequence, DimensionOrganizationUid = dimUid},
new DimensionIndexSequenceItem {DimensionIndexPointer = DicomTags.InStackPositionNumber, FunctionalGroupPointer = DicomTags.FrameContentSequence, DimensionOrganizationUid = dimUid},
new DimensionIndexSequenceItem {DimensionIndexPointer = DicomTags.EffectiveEchoTime, FunctionalGroupPointer = DicomTags.MrEchoSequence, DimensionOrganizationUid = dimUid}
};
var mffgModule = new MultiFrameFunctionalGroupsModuleIod(dicomFile.DataSet);
mffgModule.PerFrameFunctionalGroupsSequence = Enumerable.Range(0, framesPerInstance).Select(i =>
{
var fg = new FunctionalGroupsSequenceItem();
ushort inStackPositionNumber = (ushort) (i%5 + 1);
ushort echoNumber = (ushort) (i/5 + 1);
fg.GetFunctionalGroup<FrameContentFunctionalGroup>().FrameContentSequence = new FrameContentSequenceItem {InStackPositionNumber = inStackPositionNumber, StackId = "1", DimensionIndexValues = new uint[] {1, inStackPositionNumber, echoNumber}};
fg.GetFunctionalGroup<MrEchoFunctionalGroup>().MrEchoSequence = new MrEchoSequenceItem {EffectiveEchoTime = echoNumber + 5/1000f};
return fg;
}).ToArray();
}
StudyTree studyTree = CreateStudyTree(ConvertToSops(dataSources));
MREchoDisplaySetFactory factory = new MREchoDisplaySetFactory();
factory.SetStudyTree(studyTree);
List<IDisplaySet> allDisplaySets = new List<IDisplaySet>();
try
{
Patient patient = studyTree.Patients[0];
Study study = patient.Studies[0];
Assert.AreEqual(numberOfSeries, study.Series.Count, "There should be exactly {0} series", numberOfSeries);
Series series2 = study.Series[1];
foreach (Series series in study.Series)
{
Assert.AreEqual(instancesPerSeries, series.Sops.Count, "There should be exactly {0} sops", instancesPerSeries);
List<IDisplaySet> displaySets = factory.CreateDisplaySets(series);
allDisplaySets.AddRange(displaySets);
if (series == series2)
{
Assert.AreEqual(2, displaySets.Count, "There should be exactly 4 display sets");
IDisplaySet displaySet = displaySets[0];
Assert.AreEqual(series.Sops.Count*framesPerInstance/2, displaySet.PresentationImages.Count, "#presentation images should be #Sops/2");
Assert.AreNotEqual(series.SeriesInstanceUid, displaySet.Descriptor.Uid, "Series UID and Display Set UID don't match");
Assert.AreEqual(typeof (MREchoDisplaySetDescriptor), displaySet.Descriptor.GetType(), "Wrong display set descriptor type");
Assert.IsTrue(displaySet.Name.Contains("Echo"), "Display Set name not correct");
ValidateMultiframeEchoDisplaySet(displaySets[0], 1);
ValidateMultiframeEchoDisplaySet(displaySets[1], 2);
}
else
{
//Assert.AreEqual(0, displaySets.Count, "There should be no display sets");
}
}
}
finally
{
foreach (IDisplaySet displaySet in allDisplaySets)
displaySet.Dispose();
studyTree.Dispose();
}
}