A system for enhancing visualization of an original image of an eye, the system comprising: a visualization module having a photosensor; a controller in communication with the visualization module and having a processor and tangible, non-transitory memory on which instructions are recorded; wherein execution of the instructions causes the controller to: convert an output of the visualization module to a first pixel cloud in a first color space; map the first pixel cloud to a second pixel cloud in a second color space; identify at least one selected zone in the second pixel cloud, the at least one selected zone being a portion of the eye for which visual enhancement is desired; move the at least one selected zone from an original location to a modified location in the second color space, the modified location being a mirror image of the original location along a respective axis in the second color space; update the second pixel cloud in the second color space to obtain a modified second pixel cloud; transform the modified second pixel cloud in the second color space to a third pixel cloud in the first color space; and form an enhanced image of the eye based in part on the modified second pixel cloud, the enhanced image providing selective visual enhancement in the at least one selected zone. a visualization module having a photosensor; a controller in communication with the visualization module and having a processor and tangible, non-transitory memory on which instructions are recorded; wherein execution of the instructions causes the controller to: convert an output of the visualization module to a first pixel cloud in a first color space; map the first pixel cloud to a second pixel cloud in a second color space; identify at least one selected zone in the second pixel cloud, the at least one selected zone being a portion of the eye for which visual enhancement is desired; move the at least one selected zone from an original location to a modified location in the second color space, the modified location being a mirror image of the original location along a respective axis in the second color space; update the second pixel cloud in the second color space to obtain a modified second pixel cloud; transform the modified second pixel cloud in the second color space to a third pixel cloud in the first color space; and form an enhanced image of the eye based in part on the modified second pixel cloud, the enhanced image providing selective visual enhancement in the at least one selected zone. convert an output of the visualization module to a first pixel cloud in a first color space; map the first pixel cloud to a second pixel cloud in a second color space; identify at least one selected zone in the second pixel cloud, the at least one selected zone being a portion of the eye for which visual enhancement is desired; move the at least one selected zone from an original location to a modified location in the second color space, the modified location being a mirror image of the original location along a respective axis in the second color space; update the second pixel cloud in the second color space to obtain a modified second pixel cloud; transform the modified second pixel cloud in the second color space to a third pixel cloud in the first color space; and form an enhanced image of the eye based in part on the modified second pixel cloud, the enhanced image providing selective visual enhancement in the at least one selected zone.