Simple method for generating evaluation data for scene flow algorithms - Jang, I.Y; Lim, H.S; An, S.C (Electronics letters, 2019)
Keywords: 3D geometry; barycentric coefficients; colour images; colour information; computational geometry; dense scene; depth images; evaluation data generation; flow maps; flow vector; graphical space; ground truth scene flow; Image and vision processing and display technology; image colour analysis; image resolution; motion estimation; natural motion generation; nonrigid motion generation; rendering (computer graphics); rigid motion generation; scene flow algorithms; scene flow estimation; scene flow map; scene flow testing; surface deformation; z‐buffer algorithm; scene flow testing; graphical space; computational geometry; surface deformation; scene flow estimation; scene flow algorithms; barycentric coefficients; flow maps; motion estimation; ground truth scene flow; dense scene; image colour analysis; rendering (computer graphics); z-buffer algorithm; rigid motion generation; image resolution; flow vector; 3D geometry; colour information; depth images; evaluation data generation; natural motion generation; nonrigid motion generation; scene flow map; colour images