Predicts the Effective Lens Position (ELP) from the Haigis formula that matchs the postoperative residual sphero-equivalent from the Subjective Refraction. It is used for constant optimization through a sequential multiple regresion that includes axial length and anterior chamber depth. This function performs the same calculation as the haigisELP function but for multiple eyes where each row represents one eye.
The Refractive Analysis is an Open Source Toolbox for Matlab developed by Rodríguez-Vallejo M for the Analysis of Vision Science Results. It is freely available for the students of our online course but you need the Matlab software to use it. Matlab software is not provided with the course.
You can enroll in the course by means of the Udemy Platform and follow the course on the same platform or through Udemy App for IOS or Android.
The course is asynchronous which means that it has no start or end date. The student can register whenever he wants and view the materials at his own pace.
After purchasing the course you will have lifetime access to the materials through the Udemy platform. This means that even if you complete the visualization of all the materials you will be able to access them again whenever you want to go over the content again or to the updates.
When you complete the visualization of all course materials, Udemy will provide you a certificate of course completion. You will not have to take any tests to obtain this certificate, only complete the viewing of the materials.
Access to our Facebook Group to keep you up to date with the latest news or to get support
Review the Terms & Conditions before to use our Apps and Courses