Author Affiliations
1School of Engineering, Anhui Agricultural University, Hefei, Anhui 230036, China2Anhui Province Engineering Laboratory of Intelligent Agricultural Machinery and Equipment, Hefei, Anhui 230036, Chinashow less
Fig. 1. Principle diagram of fringe order correction algorithm
Fig. 2. Simulated images. (a) Ih2(x,y);(b) Il2(x,y);(c) ϕh(x,y);(d) kh(x,y);(e) ML(x,y);(f) kL(x,y);(g) kc(x,y);(h) Φh(x,y)
Fig. 3. Fringe order images by different algorithms. (a) Traditional dual-frequency algorithm; (b) proposed correction algorithm
Fig. 4. Simulated results by different algorithms. (a) Traditional dual-frequency algorithm; (b) proposed correction algorithm
Fig. 5. Experimental results of sphere. (a) Ih2(x,y); (b) Il2(x,y); (c) ϕh(x,y); (d) kh(x,y); (e) ML(x,y); (f) kL(x,y); (g) kc(x,y); (h) Φh(x,y)
Fig. 6. Reconstruction results of sphere by different algorithms. (a) Traditional dual-frequency algorithm; (b) proposed correction algorithm
Fig. 7. Experimental results of Doraemon model. (a) Ih2(x,y); (b) Il2(x,y); (c) ϕh(x,y); (d) kh(x,y); (e) ML(x,y); (f) kL(x,y); (g) kc(x,y); (h) Φh(x,y)
Fig. 8. Reconstruction results of Doraemon model by different algorithms. (a) Traditional dual-frequency algorithm; (b) proposed correction algorithm
Fig. 9. Reconstruction results of sculpture model by different algorithms. (a) Traditional dual-frequency algorithm; (b) proposed correction algorithm