A method for configuring a digital light projector, DLP, of an augmented reality, AR, display device comprising: configuring a light source component of the DLP projector to generate a single red-green-blue color sequence repetition per image frame; identifying a color sequence of the light source component of the DLP projector ; tracking a motion of the AR display device ; and adjusting an operation of the DLP projector based on the single red-green-blue color sequence repetition, the color sequence of the light source component of the DLP projector , and the motion of the AR display device ; wherein adjusting the operation of the DLP projector further comprises: generating one repetition of the color sequence; identifying the color sequence; detecting a pose of the AR display device; predicting , based on the pose and the identified color sequence, a motion artifact; generating a counter artifact that offsets the motion artifact; and causing the DLP projector to display the counter artifact while reducing a pixel persistence time of the DLP projector from a default pixel persistence time to an adjusted pixel persistence time by controlling a digital micromirror device, DMD, of the DLP projector to light a pixel for the adjusted pixel persistence time, wherein the pixel persistence time is the time for which each pixel remains lit; characterized in that the counter artifact comprises shifting each bit plane of each color plane individually based on the adjusted pixel persistence value. configuring a light source component of the DLP projector to generate a single red-green-blue color sequence repetition per image frame; identifying a color sequence of the light source component of the DLP projector ; tracking a motion of the AR display device ; and adjusting an operation of the DLP projector based on the single red-green-blue color sequence repetition, the color sequence of the light source component of the DLP projector , and the motion of the AR display device ; wherein adjusting the operation of the DLP projector further comprises: generating one repetition of the color sequence; identifying the color sequence; detecting a pose of the AR display device; predicting , based on the pose and the identified color sequence, a motion artifact; generating a counter artifact that offsets the motion artifact; and causing the DLP projector to display the counter artifact while reducing a pixel persistence time of the DLP projector from a default pixel persistence time to an adjusted pixel persistence time by controlling a digital micromirror device, DMD, of the DLP projector to light a pixel for the adjusted pixel persistence time, wherein the pixel persistence time is the time for which each pixel remains lit; characterized in that the counter artifact comprises shifting each bit plane of each color plane individually based on the adjusted pixel persistence value. generating one repetition of the color sequence; identifying the color sequence; detecting a pose of the AR display device; predicting , based on the pose and the identified color sequence, a motion artifact; generating a counter artifact that offsets the motion artifact; and causing the DLP projector to display the counter artifact while reducing a pixel persistence time of the DLP projector from a default pixel persistence time to an adjusted pixel persistence time by controlling a digital micromirror device, DMD, of the DLP projector to light a pixel for the adjusted pixel persistence time, wherein the pixel persistence time is the time for which each pixel remains lit; characterized in that the counter artifact comprises shifting each bit plane of each color plane individually based on the adjusted pixel persistence value. <EOS>