triangulator
- noun
- /traɪˈæŋɡjʊˌleɪtər/
- Specialized
- A good triangulator can handle complex shapes and produce efficient meshes for rendering.
Examples
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Using a triangulator can improve model accuracy.
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The triangulator quickly processed the data.
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The engineer used a triangulator to generate a mesh for the 3D model.
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Before running the simulation, the software's triangulator processed the surface data.
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The software uses a triangulator to accurately divide the graphic into triangles for rendering.
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To create the simulation model, the architect relied on a triangulator to process the surface points.
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Using a triangulator, the designer can efficiently manage the detailing of complex shapes in the 3D model.
Surface Forms
Morphology
triangulator = triangulate (transparent) = triangle + ate + or
Formed by adding the agent/instrument suffix '-or' to 'triangulate' (which itself derives from 'triangle' + '-ate'), so the relation to the base verb is direct and compositional.
Etymology
Triangulator comes from tri- 'three' and angle, like triangle, with the ending -ator meaning 'one who' or a tool. So a triangulator in graphics or modelling breaks a surface into triangles to make a mesh, and the name tells you exactly what it does.