IDO Class List

Here are the classes, structs, unions and interfaces with brief descriptions:
BasicDefOrg_DefOrgViewerAdapter
mial::BasicDefOrg_DefOrgViewerAdapter
mial::Beh_Fitting< Type, nDims >Fit the front-most layer of a vessel crawler to the local vasculature
mial::Beh_Growing< Type, CrawlerPhysType >Add a new layer to vessel crawler
mial::Beh_Growing< Type, CrawlerPhysType >::behaviorInA structure defining the inputs for the behavior
mial::Beh_SearchForObject< Type, TInputImage, nDims >
mial::Beh_SearchForObject< Type, TInputImage, nDims >::behaviorInA structure defining the inputs for the behavior
mial::Beh_Spawning< Type, nDims >A behavior designed to spawn new vessel crawlers upon the detection of a bifurcation [1]
mial::Beh_TranslateAll< Type, nDims >
mial::Beh_TranslateAll< Type, nDims >::behaviorInA structure defining the inputs for the behavior
mial::Beh_UniformScale< Type, nDims >
mial::Beh_UniformScale< Type, nDims >::behaviorInA structure defining the inputs for the behavior
mial::Behavior< Type, nDims >Perform one or many sequences of actions
mial::Behavior< Type, nDims >::behaviorInA structure defining the inputs of a Behavior
mial::Behavior< Type, nDims >::ErrorThe error structure thrown by behaviors run method when an error is encountered
mial::Blank_DefOrgViewerAdapter
mial::ControlCenter< Type, nDims >The brain of the organism responsible for making decisions and taking action based upon their outcome
mial::Ctrl_ScheduleDriven< Type, nDims >ControlCenter that reads the schedule and peforms the listed behaviors sequentially
mial::Ctrl_SensoryDriven< Type, nDims >
mial::Ctrl_VesselCrawler< Type, nDims, CrawlerPhysType >ControlCenter that specific for vessel crawlers [1]
mial::Def_Translation< DataType, nDims, MType, VType >An example spring-mass deformation that translates the mesh
mial::Def_Translation< DataType, nDims, MType, VType >::deformationInA structure defining the inputs for the deformation
mial::Def_UniformScale< DataType, nDims, MType, VType >An example spring-mass deformation that scales the organism by increasing the rest lengths of all its springs
mial::Def_UniformScale< DataType, nDims, MType, VType >::deformationInA structure defining the inputs for the deformation
mial::Def_UniformScaleLevelSet< DataType, nDims, TDistanceImageType, MType, VType >An example level set deformation that scales the deformable organism by adding a single user-provided value to each voxel of the level set
mial::Def_UniformScaleLevelSet< DataType, nDims, TDistanceImageType, MType, VType >::deformationInA structure defining the inputs for the deformation
mial::DefOrgAdapter_VesselCrawlerA deforg adapter for vessel crawlers [1]
mial::DefOrgLayerStruct
mial::DefOrgPropertyStruct
DefOrgViewer
DefOrgViewerAdapter
mial::DefOrgViewerAdapterBase
mial::DefOrgViewerAdapterBaseTemplated< ITKPIXELTYPE, MESHDATATYPE >
mial::DefOrgViewerAdapterDynamicLoader
DefOrgViewerGUI
mial::Deformation< DataType, nDims, MType, VType >An abstract base class for deformations
mial::Deformation< DataType, nDims, MType, VType >::DefArgSetThese define the standard "hidden" argument set for a deformation that allow to manipulate the model
mial::Deformation< DataType, nDims, MType, VType >::deformationInA structure defining the inputs of a Deformation
mial::Deformation< DataType, nDims, MType, VType >::ErrorThe error structure
fftw_iodim_do_not_use_me
mial::GenerateDefOrgHelpers
mial::Geom_MeshSpatialObject< dType, nDims, MType, VType >Derived geometric class based on a spatial object
mial::Geom_VesselCrawler< dType, nDims, MType, VType >Derived geometric class based on a spatial object that includes a specific notion of layers
mial::Geom_vGeometry< dType, nDims, MType, VType >
mial::Geometric< dType, nDims, MType, VType >Topological characteristics of the organism
mial::Geometric< dType, nDims, MType, VType >::Error
mial::ImageViewerDescriptor
itk::ItkOrganism< TInputImage, TOutputImage, TExternalForceImage, DataType, nDims >A derived class that implements a deformable organism as an itk::ImageToImageFilter
itk::ItkVesselCrawler< TInputImage, TOutputImage, TExternalForceImage, DataType >A vessel crawler [1] deformable organism for the segmentation and analysis of vasculature in 3D images
mial::LevelSetDeformation< DataType, nDims, TDistanceImageType, MType, VType >This class extends the basic deformation class with specific functionality for level set systems
mial::LevelSetDeformation< DataType, nDims, TDistanceImageType, MType, VType >::DefArgSetA customized argument set
itk::Org_EulerSchedule< TInputImage, TOutputImage, TExternalForceImage, DataType, nDims >A derived class that implements an itkOrganism that posses built in Phys_Euler and Ctrl_Schedule layers, along with corresponding behaviors and deformations
itk::Org_LevelSetSchedule< TInputImage, TOutputImage, TExternalForceImage, DataType, nDims >A derived class that implements an itkOrganism that posses built in Phys_LevelSet and Ctrl_Schedule layers, along with corresponding behaviors and deformations
mial::Organism< DataType, nDims >The abstract base container class that houses and connects all layers of the deformable organism
mial::OrganismScheduler
mial::OutputImageDescriptorStruct
mial::Phys_Euler< DataType, TGradientImage, nDims, MType, VType >A derived physics class capable of carrying out deformations of a spring mass system
mial::Phys_Euler< DataType, TGradientImage, nDims, MType, VType >::Error
mial::Phys_LevelSet< DataType, InputImageType, nDims, MType, VType >A derived physics class capable of carrying out deformations of a spring mass system
mial::Phys_VesselCrawlerEuler< DataType, TGradientImage, nDims, MType, VType >A derived physics class capable of carrying out deformations of a layered spring mass system
mial::Phys_VesselCrawlerEuler< DataType, TGradientImage, nDims, MType, VType >::Error
mial::Physics< Type, nDims, MType, VType >Simluates the deformation dynamics, thereby, modifying actual positions of nodes belonging to the organism
mial::Physics< Type, nDims, MType, VType >::ErrorA structure containing error information that should be filled and thrown whenever an error in the simulation occurs
mial::Sense_AvgIntensity< DataType, TInputImage, nDims >Derived sensory class for computing image AvgIntensity
mial::Sense_AvgIntensity< DataType, TInputImage, nDims >::sensorIn
mial::Sense_AvgIntensity< DataType, TInputImage, nDims >::sensorOut
mial::Sense_Gradient< DataType, TInputImage, TGradientImage, nDims >Derived sensory class for computing image gradient
mial::Sense_Gradient< DataType, TInputImage, TGradientImage, nDims >::sensorIn
mial::Sense_Gradient< DataType, TInputImage, TGradientImage, nDims >::sensorOut
mial::Sense_HessianBased< DataType, TInputImage, TGradientImage, nDims >Derived sensory class for computing the next location a crawler should grow to [1]. i.e. the centroid of the current vessel infront of the crawler's leading most layer
mial::Sense_HessianBased< DataType, TInputImage, TGradientImage, nDims >::In
mial::Sense_HessianBased< DataType, TInputImage, TGradientImage, nDims >::Out
mial::Sense_ProjectiveSpherical< DataType, TInputImage, TGradientImage, nDims >Derived sensory class for computing the next location a crawler should grow to [1]. i.e. the centroid of the current vessel infront of the crawler's leading most layer
mial::Sense_ProjectiveSpherical< DataType, TInputImage, TGradientImage, nDims >::In
mial::Sense_ProjectiveSpherical< DataType, TInputImage, TGradientImage, nDims >::Out
mial::Sense_SenseToGrow< DataType, TInputImage, nDims >Derived sensory class for computing the next location a crawler should grow to [1]. i.e. the centroid of the current vessel infront of the crawler's leading most layer
mial::Sense_SenseToGrow< DataType, TInputImage, nDims >::In
mial::Sense_SenseToGrow< DataType, TInputImage, nDims >::Out
mial::SensorSensors provide the organism with its view of the world
mial::Sensor::sensorInA structure defining the inputs of a sensor
mial::Sensor::sensorOutA structure defining the output of a sensor
mial::SOViewerDescriptor
mial::SpatialObjectDescriptorStruct
mial::SpringMassDeformation< DataType, nDims, MType, VType >This class extends the basic deformation class with specific functionality for spring mass systems
mial::SpringMassDeformation< DataType, nDims, MType, VType >::DefArgSetA customized argument set
mial::UnixOS
mial::VistVTKCellsClass< MESHTYPE >
VistVTKCellsClass
vtkDefOrgViewerWithKW
mial::vtkDefOrgViewerWithKWState
vtkFlRenderWindowInteractor
vtkGenerateDefOrgDialog
vtkImageImport
vtkMyCallback
mial::WindowsOS

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