| Plural | delaunays |
delaunay triangulation
Delaunay-triangulation
delaunay triangulations
Delaunay-triangulationer
constrained delaunay triangulation
konstateret Delaunay-triangulation
delaunay graph
Delaunay-graf
delaunay tetrahedralization
Delaunay-tetrahedralisering
3d delaunay
3D Delaunay
delaunay mesh
Delaunay-mesh
delaunay refinement
Delaunay-afprøvning
generalized delaunay
generaliseret Delaunay
delaunay tessellation
Delaunay-tesselering
the delaunay triangulation creates a mesh of triangles that maximizes the minimum angle.
Delafay-triangulationen opretter et gitter af trekanter, der maksimerer den mindste vinkel.
researchers use delaunay triangulation to reconstruct 3d surfaces from scattered data points.
Forskere bruger Delafay-triangulation til at rekonstruere 3D-overflader fra spredte datapunkter.
the delaunay refinement algorithm improves mesh quality by adding points strategically.
Delafay-afstumpningsalgoritmen forbedrer gitterkvaliteten ved at tilføje punkter strategisk.
a delaunay tetrahedralization extends the 2d triangulation concept to three-dimensional space.
En Delafay-tetraedrisering udvider konceptet med 2D-triangulation til tre dimensioner.
computational geometry relies heavily on delaunay methods for mesh generation.
Beregning geometri afhænger stærkt af Delafay-metoder til gittergenerering.
the delaunay graph maintains connectivity between points without crossing edges.
Delafay-grafen vedligeholder forbindelser mellem punkter uden at krydse kanter.
geometric modeling software often implements delaunay tessellation for mesh creation.
Geometrisk modelleringssoftware implementerer ofte Delafay-tesselering til gitteroprettelse.
delaunay properties ensure that no point lies inside the circumcircle of any triangle.
Delafay-egenskaber garanterer, at intet punkt ligger inden for omskrevne cirkel af nogen trekant.
scientists apply delaunay triangulation in geographic information systems for terrain analysis.
Videnskabsmænd anvender Delafay-triangulation i geografiske informationssystemer til terrænanalyse.
the incremental delaunay algorithm builds the triangulation by inserting points one at a time.
Den inkrementelle Delafay-algoritme bygger triangulationen ved at indsætte punkter én ad gangen.
computer graphics rendering uses delaunay subdivision to create adaptive level-of-detail meshes.
Computergrafik rendering bruger Delafay-division til at skabe adaptive detaljegradsgitter.
medical imaging applications use delaunay reconstruction to generate anatomical models.
Medicinsk billeddiagnostik anvender Delafay-rekonstruktion til at generere anatomi modeller.
the constrained delaunay triangulation handles boundary conditions and interior features.
Den begrænsede Delafay-triangulation håndterer randbetingelser og indre funktioner.
delaunay mesh generation is essential for finite element analysis in engineering.
Delafay-gittergenerering er afgørende for endelig elementanalyse i ingeniørvidenskab.
delaunay triangulation
Delaunay-triangulation
delaunay triangulations
Delaunay-triangulationer
constrained delaunay triangulation
konstateret Delaunay-triangulation
delaunay graph
Delaunay-graf
delaunay tetrahedralization
Delaunay-tetrahedralisering
3d delaunay
3D Delaunay
delaunay mesh
Delaunay-mesh
delaunay refinement
Delaunay-afprøvning
generalized delaunay
generaliseret Delaunay
delaunay tessellation
Delaunay-tesselering
the delaunay triangulation creates a mesh of triangles that maximizes the minimum angle.
Delafay-triangulationen opretter et gitter af trekanter, der maksimerer den mindste vinkel.
researchers use delaunay triangulation to reconstruct 3d surfaces from scattered data points.
Forskere bruger Delafay-triangulation til at rekonstruere 3D-overflader fra spredte datapunkter.
the delaunay refinement algorithm improves mesh quality by adding points strategically.
Delafay-afstumpningsalgoritmen forbedrer gitterkvaliteten ved at tilføje punkter strategisk.
a delaunay tetrahedralization extends the 2d triangulation concept to three-dimensional space.
En Delafay-tetraedrisering udvider konceptet med 2D-triangulation til tre dimensioner.
computational geometry relies heavily on delaunay methods for mesh generation.
Beregning geometri afhænger stærkt af Delafay-metoder til gittergenerering.
the delaunay graph maintains connectivity between points without crossing edges.
Delafay-grafen vedligeholder forbindelser mellem punkter uden at krydse kanter.
geometric modeling software often implements delaunay tessellation for mesh creation.
Geometrisk modelleringssoftware implementerer ofte Delafay-tesselering til gitteroprettelse.
delaunay properties ensure that no point lies inside the circumcircle of any triangle.
Delafay-egenskaber garanterer, at intet punkt ligger inden for omskrevne cirkel af nogen trekant.
scientists apply delaunay triangulation in geographic information systems for terrain analysis.
Videnskabsmænd anvender Delafay-triangulation i geografiske informationssystemer til terrænanalyse.
the incremental delaunay algorithm builds the triangulation by inserting points one at a time.
Den inkrementelle Delafay-algoritme bygger triangulationen ved at indsætte punkter én ad gangen.
computer graphics rendering uses delaunay subdivision to create adaptive level-of-detail meshes.
Computergrafik rendering bruger Delafay-division til at skabe adaptive detaljegradsgitter.
medical imaging applications use delaunay reconstruction to generate anatomical models.
Medicinsk billeddiagnostik anvender Delafay-rekonstruktion til at generere anatomi modeller.
the constrained delaunay triangulation handles boundary conditions and interior features.
Den begrænsede Delafay-triangulation håndterer randbetingelser og indre funktioner.
delaunay mesh generation is essential for finite element analysis in engineering.
Delafay-gittergenerering er afgørende for endelig elementanalyse i ingeniørvidenskab.
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