Methods and systems for providing lens fabrication design capable of compensating for higher order aberrations

An electronic device, comprising:

• one or more processors;
• and
• memory storing instructions, which, when executed by the one or more processors, cause the one or more processors to:
• receive information representing a profile of a contact lens capable of compensating for lower order aberrations of an eye of a patient;
• access information representing higher order aberrations of the eye of the patient, wherein the information representing higher order aberrations of the eye of the patient includes information identifying alignment of the higher order aberrations of the eye of the patient relative to the profile of the contact lens capable of compensating for the lower order aberrations of the eye of the patient;
• generate information representing a profile of a contact lens capable of compensating for the lower order aberrations and the higher order aberrations of the eye of the patient based on the information representing the profile of the contact lens capable of compensating for the lower order aberrations of the eye of the patient and the information representing the higher order aberrations of the eye of the patient;
• and
• provide the information representing the profile of the contact lens capable of compensating for the lower order aberrations and the higher order aberrations of the eye of the patient, for fabrication of the contact lens capable of compensating for the lower order aberrations and the higher order aberrations of the eye of the patient.

A computer readable storage medium storing one or more programs for execution by one or more processors, the one or more programs including instructions for:

• receiving information representing a profile of a contact lens capable of compensating for lower order aberrations of an eye of a patient;
• accessing information representing higher order aberrations of the eye of the patient, wherein the information representing higher order aberrations of the eye of the patient includes information identifying alignment of the higher order aberrations of the eye of the patient relative to the profile of the contact lens capable of compensating for the lower order aberrations of the eye of the patient;
• generating information representing a profile of a contact lens capable of compensating for the lower order aberrations and the higher order aberrations of the eye of the patient based on the information representing the profile of the contact lens capable of compensating for the lower order aberrations of the eye of the patient and the information representing the higher order aberrations of the eye of the patient;
• and
• providing the information representing the profile of the contact lens capable of compensating for the lower order aberrations and the higher order aberrations of the eye of the patient, for fabrication of the contact lens capable of compensating for the lower order aberrations and the higher order aberrations of the eye of the patient.