imagedataapi.uxf 9.35 KB
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<?xml version="1.0" encoding="UTF-8" standalone="no"?>
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bg=#729fcf
*ImageData*
--
_dimensionality: size_t
_size: svec3
_numChannels: size_t
--
positionToIndex(svec3): size_t
indexToPosition(size_t): svec3
getWorldBounds()
getRepresentation&lt;T&gt;(performConversion: bool)</panel_attributes>
    <additional_attributes/>
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bg=#729fcf
*/AbstractData/*
--
--
/clone()/
/getLocalMemoryFootprint()/
/getVideoMemoryFootprint()/
/getTypeAsString()/</panel_attributes>
    <additional_attributes/>
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*/AbstractImageRepresentation/*
--
--
/clone()/</panel_attributes>
    <additional_attributes/>
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bg=#e9b96e
*ImageRepresentationDisk*
--
_url: string
_offset: size_t
_type: WeaklyTypedPointer::BaseType
_endianess
_stride: svec3
--
_create(parent, url, type, ...)_
getWeaklyTypedPointer()</panel_attributes>
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bg=#e9b96e
/*ImageRepresentationLocal*/
--
_baseType: WeaklyTypedPointer::BaseType
--
_create(parent, weaklyTypedPointer)_
/getWeaklyTypedPointer()/
/getElementNormalized(...): float/
/setElementNormalized(..., value: float)/
/getElementNormalizedLinear(...): float/
/setElementNormalizedLinear(..., value: float)/
getNormalizedIntensityRange(): Interval&lt;float&gt;</panel_attributes>
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*ImageRepresentationGL*
--
_texture: Texture*
--
_create(parent, texture)_
_create(parent, weaklyTypedPointer)_
bind(shader, textureUnit, ...)
getWeaklyTypedPointerCopy()
getWeaklyTypedPointerConvert(dataType)</panel_attributes>
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bg=#c17d11
transparency=40
template=RepresentationType
*ScopedRepresentation*
/RepresentationType::ScopedRepresentation/
/&lt;&lt;Proxy&gt;&gt;/
--
dh: DataHandle
data: ImageData*
representation: RepresentationType*
--
ScopedRepresentation(dataContainer, name)
operator-&gt;(): RepresentationType*</panel_attributes>
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template=Basetype, Numchannels, Dim
*GenericImageRepresentationItk*
--
_itkImage: ItkImageType::Pointer
--
_create(parent, itkImage: ItkImageType::Pointer)_
getWeaklyTypedPointer()</panel_attributes>
    <additional_attributes/>
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bg=#e9b96e
template=Basetype, Numchannels
*GenericImageRepresentationLocal*
--
_data: ElementType*
--
_create(parent, data: ElementType*)_
getElement(...): ElementType
setElement(..., value: ElementType)
getImageData(): ElementType*</panel_attributes>
    <additional_attributes/>
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bg=#75507b
transparency=40
template=DataType
*ScopedTypedData*
/&lt;&lt;Proxy&gt;&gt;/
--
dh: DataHandle
data: DataType*
--
ScopedRepresentation(dataContainer, name)
operator-&gt;(): DataType*</panel_attributes>
    <additional_attributes/>
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*DataHandle*
--
--
DataHandle(data: AbstractData*)
getData(): AbstractData*</panel_attributes>
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    <panel_attributes>/ITK Module/
bg=#cccccc</panel_attributes>
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m1=*
m1pos=-20,10
m2=1
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r1=_representations
r1pos=10,20
r2=_parent
r2pos=10,-20</panel_attributes>
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DataHandles act as shared pointer for AbstractData in DataContainers. They ensure correct life time management in the multithreaded CAMPVis environment.</panel_attributes>
    <additional_attributes/>
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Image representations contain the actual image data. Conversion between different representations is automatically and transpraently handled by CAMPVis. Just request the representation type you need from your ImageData obejct.</panel_attributes>
    <additional_attributes/>
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ImageData acts only as a descriptor for an image and does not contain any image data itself.</panel_attributes>
    <additional_attributes/>
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ScopedTypedData&lt;T&gt; act as transparent proxy class to automatically retreive data from a DataContainer with a certain name and type.</panel_attributes>
    <additional_attributes/>
  </element>
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transparency=40
Works similar to ScopedTypedData&lt;T&gt; but additionally retreives the given image representation type from the DataContainer. 
Access it through RepresentationType::ScopedRepresentation</panel_attributes>
    <additional_attributes/>
  </element>
</diagram>