Fig. 1. Illumination model of surface of object

Fig. 2. Measuring principle diagram of fringe projection binocular system

Fig. 3. Geometric diagram of three-view matching

Fig. 4. Experimental setup

Fig. 5. Precision analysis results of proposed method. (a) Measurements of standard sphere; (b) error distribution of standard spherical measurements

Fig. 6. Absolute phase of ceramic cup. (a) Ceramic cup; (b) absolute phase from left camera; (c) absolute phase from right camera; (d) phase change curve in line 560 of Fig. 6(b); (e) phase change curve in line 600 of Fig. 6(c)

Fig. 7. 3D reconstruction results of ceramic cup. (a) Reconstruction result of binocular method; (b) reconstruction result of proposed method; (c) ceramic cup 3D data height data of one row

Fig. 8. Measurement images of metallic copper component. (a) Fringe images taken with right camera; (b) absolute phase of right camera; (c) right camera phase mask; (d) fringe images taken by left camera; (e) absolute phase of left camera; (f) left camera phase mask

Fig. 9. Reconstruction result of metallic copper part. (a) Reconstruction result of binocular method; (b) reconstruction result of proposed method

Fig. 10. Reconstruction result of porcelain bottle. (a) Texture image taken by left camera; (b) texture image taken by right camera; (c) reconstruction result of binocular reconstruction (d) reconstruction result of proposed method