A system for optimizing a clinical implementation of an ophthalmic lens, wherein the ophthalmic lens is indicated for treating at least one condition of a set of eyes, comprising: a simulator provided by at least one processor that is adapted to model the ophthalmic lens in at least one of a plurality of eye models having at least first characteristics, wherein said simulator is adapted to output a first outcome of the ophthalmic lens in the at least one of said plurality of eye models, and wherein said at least one eye model is indicative of the at least one condition of the set of eyes; wherein the at least one processor is adapted to receive at least one clinical input comprising at least second characteristics of a clinical eye associated with the clinical implementation, wherein the second characteristics are at least substantially equivalent to the first characteristics, and a second outcome indicative of the clinical implementation of the ophthalmic lens; and the system further comprising: a comparator instantiated by the at least one processor that is adapted to compare the first outcome and the second outcome, wherein comparing the first outcome and the second outcome comprises comparing differences between the first outcome and the second outcome to a predetermined tolerance threshold; wherein if the differences between the first outcome and the second outcome are not within the predetermined tolerance threshold the processor is adapted to optimize the at least one of a plurality of eye models to bring the differences within the predetermined tolerance threshold and then use the optimized at least one of a plurality of eye models to optimize the ophthalmic lens to a second ophthalmic lens using the optimized at least one of a plurality of eye models. a simulator provided by at least one processor that is adapted to model the ophthalmic lens in at least one of a plurality of eye models having at least first characteristics, wherein said simulator is adapted to output a first outcome of the ophthalmic lens in the at least one of said plurality of eye models, and wherein said at least one eye model is indicative of the at least one condition of the set of eyes; wherein the at least one processor is adapted to receive at least one clinical input comprising at least second characteristics of a clinical eye associated with the clinical implementation, wherein the second characteristics are at least substantially equivalent to the first characteristics, and a second outcome indicative of the clinical implementation of the ophthalmic lens; and the system further comprising: a comparator instantiated by the at least one processor that is adapted to compare the first outcome and the second outcome, wherein comparing the first outcome and the second outcome comprises comparing differences between the first outcome and the second outcome to a predetermined tolerance threshold; wherein if the differences between the first outcome and the second outcome are not within the predetermined tolerance threshold the processor is adapted to optimize the at least one of a plurality of eye models to bring the differences within the predetermined tolerance threshold and then use the optimized at least one of a plurality of eye models to optimize the ophthalmic lens to a second ophthalmic lens using the optimized at least one of a plurality of eye models. a comparator instantiated by the at least one processor that is adapted to compare the first outcome and the second outcome, wherein comparing the first outcome and the second outcome comprises comparing differences between the first outcome and the second outcome to a predetermined tolerance threshold; wherein if the differences between the first outcome and the second outcome are not within the predetermined tolerance threshold the processor is adapted to optimize the at least one of a plurality of eye models to bring the differences within the predetermined tolerance threshold and then use the optimized at least one of a plurality of eye models to optimize the ophthalmic lens to a second ophthalmic lens using the optimized at least one of a plurality of eye models.