Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12345]

▼NCarna
►Nbase	Contains the core framework components
►Nmath	Provides set of math-related classes and functions
Celement_type_of	Retrieves element types of vectors and scalars. General case assumes a scalar type
Celement_type_of< Eigen::Matrix< VectorElementType, rows, cols > >	Retrieves element types of vectors and scalars. This is the specialization for vector and matrix types
CRay	Defines ray in \(D^d\) where \(D\) is the Scalar type derived from VectorType and \(d\) is dimension of VectorType
CRay3f	Defines ray in \(\mathbb R^3\)
CRayPlaneHitTest	Tests whether particular plane is hit by a Ray object
CRaySphereHitTest	Tests whether sphere in origin is hit by a Ray object
CSpan	Defines an interval \(\left[a, b\right]\) with \(a,b \in\) T
CStatistics	Holds mean and variance of an characteristic
CVectorField	Abstract definition of an \(\mathbb Z_0^3 \to T\) vector field where \(T\) is ValueType
CAggregation	Represents an aggregation, i.e. a weak reference
CAssertionFailure	Carna exception that indicates a failed assertion
CAssociation	Represents an association
CBaseBuffer	Implements OpenGL buffer objects maintenance RAII base class
CBlendFunction	Defines how alpha blending is to be performed
CBoundingBox	Defines a Geometry minimal boundary box
CBoundingSphere	Defines a Geometry minimal boundary sphere
CBoundingVolume	Represents a Geometry minimal boundary volume of simple geometric shape. The volume is centered within its local coordinate system
CBreakForDebug	Controls whether the CARNA_BREAK_FOR_DEBUG macro produces a break point or not
CBufferedHUVolume	Implements HUVolume generically for a particular VoxelType
CBufferedIntensityVolume	Implements IntensityVolume generically for a particular VoxelType
CBufferedNormalMap3D	Implements NormalMap3D generically for a particular VoxelType
CBufferedVectorFieldFormat	Maps math::VectorField implementations to Texture formats
CBufferedVectorFieldFormat< HUVolumeUInt16 >	Defines Texture format for HUVolumeUInt16
CBufferedVectorFieldFormat< IntensityVolumeUInt16 >	Defines Texture format for IntensityVolumeUInt16
CBufferedVectorFieldFormat< IntensityVolumeUInt8 >	Defines Texture format for IntensityVolumeUInt8
CBufferedVectorFieldFormat< NormalMap3DInt8 >	Defines Texture format for NormalMap3DInt8
CBufferedVectorFieldTexture	Specializes the ManagedTexture3D class s.t. the texture's data is initialized from a math::VectorField that supports a buffer method, like BufferedHUVolume and BufferedNormalMap3D do
CCamera	Represents the point-of-view and defines the 3D to 2D projection
CCameraControl	Defines interface for intuitive Camera control
CCarnaException	Base exception class that provides distinct attributes for the type (category) of the exception, a message and an optional details section
CColor	Represents a color. Objects from this class are copyable and assignable
CComposition	Represents a composition, i.e. a strong reference. This basically is a std::unique_ptr that supports the Association interface
►CFramebuffer	Maintains a framebuffer object that supports up to 8 color components simultaneously
CBinding	Acts like MinimalBinding, but checks the bound framebuffer for validity and allows rendering
CMinimalBinding	Maintains the binding of a Framebuffer in a RAII-manner
►CFrameRenderer	Defines logic for rendering frames from given scenes
CRenderTextureParams	Specifies how renderTexture is to be performed
CGeometry	Defines scene graph leafs. Instances of this class represent visible geometry that can be rendered. The way of rendering is defined by the geometry rendering stage with matching geometryType
►CGeometryFeature	Represents "components" that are aggregated by Geometry objects. Closer description is given here
CManagedInterface	Represents an acquisition of the video resources from a particular GeometryFeature. This acquisition realizes the RAII idiom
CGeometryStage	Partially implements a rendering stage that uses at least one render queue for rendering geometry from the scene graph
CGLContext	Wraps and represents an OpenGL context
CHUV	Represents values in \(\left[-1024, +3071\right]\)
CHUVolume	Defines interface to \(\mathbb N_0^3 \to \left[-1024,3071\right]\) volumetric data
CIndexBuffer	Specializes IndexBufferBase for particular IndexType
CIndexBufferBase	Maintains GL_ELEMENT_ARRAY_BUFFER object that holds the vertex indices, that interconnect the vertices to primitives. This class realizes the RAII-idiom
CIndexBufferTypeMapper	Maps index buffer element types to descriptive constants
CIndexBufferTypeMapper< uint16_t >	Maps uint16_t to IndexBufferBase::TYPE_UINT_16
CIndexBufferTypeMapper< uint32_t >	Maps uint32_t to IndexBufferBase::TYPE_UINT_32
CIndexBufferTypeMapper< uint8_t >	Maps uint8_t to IndexBufferBase::TYPE_UINT_8
CIntensityVolume	Defines interface to \(\mathbb N_0^3 \to \left[0,1\right]\) volume data
►CLog	Records log messages. The log writing is delegated to implementations of the Log::Writer interface. The default writer is an instance from Log::StdWriter class
COnShutdownListener	Defines callback interface that is invoked when the Log system is about to shut down
CStdWriter	Writes fatal and error classified log messages to std::cerr and such classified as warning or debug to std::cout
CTagScope	Enforces the log to use a specific tag for the duration of the existence of the object from this class. The CARNA_LOG_TAG_SCOPE macro is provided for convenience
CTextWriter	Abstract implementation of the Writer interface, that formats log messages along with their severity as pure ASCII character chains
CWriter	Writes log entries
CManagedMesh	Implements MeshBase class for particular VertexType and IndexType
CManagedMeshBase	Represents MeshBase object whose lifetime is managed by instances of this class. This is a format-independent abstract ManagedMesh base class
CManagedMeshInterface	Interfaces the MeshBase that a ManagedMeshBase represents
CManagedTexture3D	Represents 3D OpenGL texture object whose lifetime is managed by instances of this class
CManagedTexture3DInterface	Interfaces the Texture<3> that a ManagedTexture3D represents
►CMaterial	Specifies the shader and it's configuration that are to be used for rendering a Geometry node with a MeshRenderingStage. Custom implementations could also tweak the render state
CManagedInterface	Represents an acquisition of video resources from a particular Material. This realizes the RAII idiom
CMesh	Implements MeshBase class for particular VertexType and IndexType
CMeshBase	Format-independent abstract Mesh base class. Each mesh consists of a VertexBuffer, an IndexBuffer and a vertex array. This class realizes the RAII-idiom w.r.t. the vertex array
CMeshFactory	Creates simple predefined ManagedMesh instances
CMeshRenderingStage	Implements a geometry rendering stage that renders meshes
CMeshRenderingStageBase	Defines MeshRenderingStage class template instance invariants
CNode	Defines the inner node of a scene graph. Implements a spatial scene element that is allowed to have children, but cannot be rendered
CNodeListener	Notified by Node objects
Cnoncopyable	Objects from classes inheriting this cannot be copied
CNormalMap3D	Defines interface to \(\mathbb N_0^3 \to \left\{\vec v \middle| \left\|\vec v \in \mathbb R^3\right\|_2 \leq 1\right\}\) mapping
CPCVertex	Defines vertex that consists of the two attributes position and color
CPNVertex	Defines vertex that consists of the two attributes position and normal vector
CProjectionControl	Controls projection matrices
CPVertex	Defines simple-most vertex that only consists of a positional attribute
CQGLContextAdapter	If you're using Qt, this class template implements the abstract GLContext class as an adapter to the QGLContext class from Qt
►CRenderable	Represents a Geometry object that has been queued into a RenderQueue. The object's model-view transform has been computed in particular
CDepthOrder	Defines partial order for renderables w.r.t. to their depth in eye space
CVideoResourcesOrder	Establishes partial order for renderables s.t. geometries with such GeometryFeature instances, that do control the same video resource, are grouped together
CRenderQueue	Gathers renderable geometry nodes from scene graph and provides those in a particular order, if required
CRenderStage	Base abstract class of each rendering stage. Refer to the documentation of the rendering process
CRenderStageListener	Defines callbacks for RenderStage lifetime events
CRenderStageSequence	Represents a rendering stages sequence
CRenderState	Manages the OpenGL render state
CRenderTask	Invokes the rendering stages of the frame renderer successively
CRotatingColor	Supplies colors from a predefined, distinctive palette
CSampler	Maintains an OpenGL texture sampler object. This class realizes the RAII-idiom
CShader	Maintains an OpenGL shader object. Realizes the RAII-idiom
CShaderCompilationError	Thrown when shader compilation fails
CShaderManager	Ensures that each shader is built just once and not each time someone requests it
►CShaderProgram	Maintains an OpenGL shader program. Realizes the RAII-idiom
CFactory	Creates OpenGL shader program
CShaderUniform	Implements ShaderUniformBase class for particular ValueType
CShaderUniformBase	Type-independent abstract ShaderUniform base class
CShaderUniformType	Maps ShaderUniform value types to actually uploaded data types. This general case maps T to T
CShaderUniformType< Color >	Maps the ShaderUniform value type Color to uploaded type math::Vector4f
CSingleton	Singleton base class
CSpatial	Represents a spatial scene element. It's location is determined relatively to another spatial that is called its parent. This parent-child relationship induces the scene graph concept
CSpatialMovement	Handles the displacement of a Spatial object in a drag-&-drop like manner
CStopwatch	Implements stopwatch using the robust wallclock time from OMP that most compilers support
CTexture	Represents an OpenGL texture object. This class realizes the RAII-idiom
CTextureBase	Texture base class with dimension-independent definitions
CVertexAttribute	Declares a vertex attribute
CVertexBuffer	Specializes VertexBufferBase for particular VertexType
CVertexBufferBase	Maintains GL_ARRAY_BUFFER object that holds vertices. This class realizes the RAII-idiom
CVertexColor	Defines vertex component for colors. Usage is explained here
CVertexNormal	Defines vertex component for normal vectors. Usage is explained here
CVertexPosition	Defines vertex component for position vectors. Usage is explained here
CViewport	Defines a rendering viewport. The viewport is a property of the current OpenGL context
►CVolumeGrid	Represents a particular partitioning of volumetric data
CIntensitySelector	References the intensity volume of a given partition
CNormalSelector	References the normal map of a given partition
CVolumeSegment	Represents a single volumetric data partition
CVolumeSegmentNormalsComponent	Represents the normal map component of an VolumeSegment object
CVolumeSegmentNormalsComponent< void >	Specializes VolumeSegmentNormalsComponent when no normal maps are desired
►Nhelpers	Contains components that simplify the handling of more complex interfaces from both, base and presets
►Ndetails	Holds implementation details
►NVolumeGridHelper	Holds implementation details of Carna::helpers::VolumeGridHelper
CIntensityComponent	Defines the helpers::VolumeGridHelper component that maintains intensity volume data
CIntensityTextureFactory	Creates textures that represents base::VolumeSegment::intensities in video memory
CNormalsComponent	Defines the helpers::VolumeGridHelper component that computes and maintains normal maps
CNormalsComponent< SegmentIntensityVolumeType, void >	Specializes NormalsComponent when no normals are required
CNormalsComponentBase	Defines the NormalsComponent base class that is independent of type arguments
CNormalsTextureFactory	Creates textures that represents base::VolumeSegmentNormalsComponent::normals in video memory
CPartionining	Computes the partitioning that VolumeGridHelper uses along one dimension
CTextureManager	Provides mapping base::VolumeSegment to base::ManagedTexture3D objects in a caching manner. Uses TextureFactory to create new base::ManagedTexture3D instances when cache entry does not exist
CDefaultRenderStageOrder	Defines default rendering stages order used by FrameRendererHelper
CFrameRendererHelper	Adds rendering stages to a base::FrameRenderer object according to RenderStageOrder
CPointMarkerHelper	Simplifies the creation and maintenance of point markers
CVolumeGridHelper	Computes the partitioning of volumetric data and the corresponding normal map. Also creates scene nodes that insert the volumetric data into a scene
►CVolumeGridHelperBase	Defines type-parameters-independent VolumeGridHelper base interface
CDimensions	Specifies the dimensions of the whole dataset in millimeters
CSpacing	Specifies the spacing between two succeeding voxel centers in millimeters
►Npresets	Contains ready-to-use components that are assembled only using the core framework components
CCameraNavigationControl	Implements base::CameraControl, rotates the camera around itself and allows completely free camera movement
CCameraShowcaseControl	Implements base::CameraControl, rotates the camera around its parent node. The camera movement is bounded to the rail from its parent to its current location
CCompositionStage	Defines rendering stage that combines two other renderings either by putting them next to each other or through row-wise interleaving
CCuttingPlanesStage	Renders cutting planes of volume geometries in the scene
CDRRStage	Renders digital radiograph reconstructs of volume geometries in the scene
CDVRStage	Performs direct volume renderings of the volume geometries in the scene
CMaskRenderingStage	Renders 3D masks
CMeshColorCodingStage	Implements a simple interface for mapping frame coordinates to base::Mesh objects
CMIPLayer	Defines an intensity range and the way it is visualized by a maximum intensity projection
CMIPStage	Renders maximum intensity projections of volume geometries in the scene
COccludedRenderingStage	Renders geometry that is actually depth-occluded. The occluded geometry is rendered with reduced opacity on-top of the geometry that it is occluded by
COrthogonalControl	Controls orthogonal projection matrices, that induce box-shaped visible volume, and base::Camera objects that use such projections
CParallaxStage	Produces stereoscopic renderings
CPerspectiveControl	Controls projection matrices that induce frustum-shaped visible volume
CTransparentRenderingStage	Implements rendering stage that renders transparent meshes
CVolumeRenderingStage	Defines abstract base class for rendering stages that render volume geometries in the scene
►Ntesting	This namespace contains the test suite components
CBufferedHUVolumeTest	Unit-tests of the Carna::base::BufferedHUVolume class
CBufferedIntensityVolumeTest	Unit-tests of the Carna::base::BufferedIntensityVolume class
CBufferedNormalMap3DTest	Unit-tests of the Carna::base::BufferedNormalMap3D class
CColorTest	Unit-tests of the Carna::base::Color class
CCuttingPlanesStageTest	Module-tests of the Carna::presets::CuttingPlanesStage class
CDRRStageTest	Module-tests of the Carna::presets::DRRStage class
CDVRStageTest	Module-tests of the Carna::presets::DVRStage class
CFrameRendererHelperTest	Module-tests of the Carna::helpers::FrameRendererHelper class
CFrameRendererIntegrationTest	Integration-tests of the Carna::base::FrameRenderer class
CHUGZSceneFactory	Creates Carna::base::HUVolumeUInt16 object from HUGZ-file
CHUVTest	Unit-tests of the Carna::base::HUV class
CMaskRenderingStageIntegrationTest	Integration-tests of the Carna::presets::MaskRenderingStage class
CMaskRenderingStageTest	Module-tests of the Carna::presets::MaskRenderingStage class
CmathTest	Unit-tests of the Carna::base::math namespace
CMeshColorCodingStageTest	Module-tests of the Carna::presets::MeshColorCodingStage class
CMIPStageTest	Module-tests of the Carna::presets::MIPStage class
COpaqueRenderingStageTest	Module-tests of the Carna::presets::OpaqueRenderingStage class
CParallaxStageIntegrationTest	Integration-tests of the Carna::presets::ParallaxStage class
CPointMarkerHelperTest	Module-tests of the Carna::helpers::PointMarkerHelper class
CTransparentRenderingStageTest	Module-tests of the Carna::presets::TransparentRenderingStage class
CVolumeGridHelperTest	Unit-tests of the Carna::helpers::VolumeGridHelper class template
CVolumeGridTestUInt16	Module-tests of the Carna::base::VolumeGrid class
CVolumeGridTestUInt8	Module-tests of the Carna::base::VolumeGrid class