A display system (200; 400; 1800; 2600) comprising: a frame and an eye-tracking camera affixed to the frame; a wearable display (208; 1802; 2500) coupled to the frame and comprising a stacked waveguide assembly comprising a plurality of stacked display color waveguides, each display color waveguide of the plurality of display color waveguides configured to output a different color; non-transitory data storage (232; 1808) configured to store a plurality of chromatic calibrations for the display, each chromatic calibration in the plurality of chromatic calibrations associated with a calibration position within the display; a hardware processor (224; 228; 450; 1808; 2510; 2610) in communication with the eye-tracking camera, the display, and the non-transitory data storage, the hardware processor programmed to: determine, based on information from the eye-tracking camera, an eye position, relative to the display, of the user of the display, wherein the determined eye position indicates a position within the display that the user is looking at; access, based at least partly on the determined eye position, one or more of the plurality of chromatic calibrations, wherein the accessed one or more of the plurality of calibrations comprises a chromatic calibration associated with a calibration position that is closest to the position within the display that the user is looking at; calculate, based at least in part on the one or more of said plurality of chromatic calibrations accessed based on the determined eye position, a correction to apply to the display to at least partially correct a chromatic imperfection of the display; and apply the correction to the display. a frame and an eye-tracking camera affixed to the frame; a wearable display (208; 1802; 2500) coupled to the frame and comprising a stacked waveguide assembly comprising a plurality of stacked display color waveguides, each display color waveguide of the plurality of display color waveguides configured to output a different color; non-transitory data storage (232; 1808) configured to store a plurality of chromatic calibrations for the display, each chromatic calibration in the plurality of chromatic calibrations associated with a calibration position within the display; a hardware processor (224; 228; 450; 1808; 2510; 2610) in communication with the eye-tracking camera, the display, and the non-transitory data storage, the hardware processor programmed to: determine, based on information from the eye-tracking camera, an eye position, relative to the display, of the user of the display, wherein the determined eye position indicates a position within the display that the user is looking at; access, based at least partly on the determined eye position, one or more of the plurality of chromatic calibrations, wherein the accessed one or more of the plurality of calibrations comprises a chromatic calibration associated with a calibration position that is closest to the position within the display that the user is looking at; calculate, based at least in part on the one or more of said plurality of chromatic calibrations accessed based on the determined eye position, a correction to apply to the display to at least partially correct a chromatic imperfection of the display; and apply the correction to the display. determine, based on information from the eye-tracking camera, an eye position, relative to the display, of the user of the display, wherein the determined eye position indicates a position within the display that the user is looking at; access, based at least partly on the determined eye position, one or more of the plurality of chromatic calibrations, wherein the accessed one or more of the plurality of calibrations comprises a chromatic calibration associated with a calibration position that is closest to the position within the display that the user is looking at; calculate, based at least in part on the one or more of said plurality of chromatic calibrations accessed based on the determined eye position, a correction to apply to the display to at least partially correct a chromatic imperfection of the display; and apply the correction to the display.