Hahnlein, Felix; Li, Changjian; Mitra, Niloy J; Bousseau, Adrien; (2022) CAD2Sketch: Generating Concept Sketches from CAD Sequences. ACM Transactions on Graphics , 41 (6) , Article 279. 10.1145/3550454.3555488.

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Abstract

Concept sketches are ubiquitous in industrial design, as they allow designers to quickly depict imaginary 3D objects. To construct their sketches with accurate perspective, designers rely on longstanding drawing techniques, including the use of auxiliary construction lines to identify midpoints of perspective planes, to align points vertically and horizontally, and to project planar curves from one perspective plane to another. We present a method to synthesize such construction lines from CAD sequences. Importantly, our method balances the presence of construction lines with overall clutter, such that the resulting sketch is both well-constructed and readable, as professional designers are trained to do. In addition to generating sketches that are visually similar to real ones, we apply our method to synthesize a large quantity of paired sketches and normal maps, and show that the resulting dataset can be used to train a neural network to infer normals from concept sketches.1

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