CashFlow, A Visualization Framework for 3D Flow - Studierstube ...

network, 39OpenDX, 15sink, 13source, 13VTK, 7, 18nodes of, 18DataAccessmap, 57node, 40Design pattern, 69chain–of–responsibility, 17strategy, 60directlinking, 70volume rendering, 6directed acyclic graph (DAG), 13DirectX, 15fan–in & fan–outdirected acyclic graph, 13SoMapperNode, 94VTK, 18FEM, 39, 74finite element methode, 4, 74fieldconnection, 17, 68model library, [Mor03], 83network graph, 17Filter node, 39final image, 7, 41flowfield topology, 19steady, 22unsteady, 22fourier volume rendering, 37general grid iterator, 83geometric primitives, 67Gouraud–shading, see [Gou71], 117GPU, 31, 32graphic processing unit, see GPU32Grid node, 40gridscurvilinear, 110hybrid g., 59iterator, 49, 67, 83, 113rectilinear, 107representation of, 83structured g., 59type of, 59unstructured g., 59hybrid grid, 59implicit linking, 43, 103indirect reference, 43, 65, 104interpolationconstant, 115cubic, 22, 115linear, 115point, 63, 111trilinear, 37Inventor,IRIX , 16,Open, 16IRIX Explorer, see [Exp71], 3IRIX Inventor, 16iso–surface extraction, 61, 94out–of–core, 28iteratorfor grids, 49, 83, 113for virtual array, 48, 80for virtual arrays, 53general grid, 83non–regular grid, 83regular grid, 83keysabsolute address, 104relative address, 104unique, 104LICLine Integral Convolution, 30Line Integral Convolution, 30linkingdirect, 70implicit, 43, 103Loader node, 39magnetic resonance imaging, 39magnetic resonance tomography, 74Mapper node, 40142