The wavefront aberration of the human′s eye, which was described by Zernike polynomials coefficients,was measured by the subjective Ray-tracing wavefront sensor. Then the Gullstrand-Le Grand eye model was chosen as the original configuration. The medical corneal topography was used to measure the corneal anterior and posterior surfaces and high order aspheric function was chosen to fit the corneal surfaces. The depths among each components of the eye were measured with ultrasonic technology. And taking the Zernike coefficients as the merit function in the optical design software Zemax, we optimize the lens′s shape which was defined with the Zernike Fringe sag surface. At last, the individual eye model was established. The wavefront aberration calculated from the model was exactly equal to the data measured with ray-tracing technology.