Method for Resolution-Optimized Control of Lighting Module for Motor Vehicle Light

Method for resolution-optimized control of a light module () for a motor vehicle light (), wherein the light module () is designed to emit segmented light distribution with individually controllable light segments (), wherein the light module () comprises a deflection unit (), with which a native resolution of the light module () can be visually increased by at least temporary beam deflection by means of the deflection unit (), wherein the light module is controlled in such a way that in a first time range (T), a first low-resolution image (A) is emitted by the light module (), wherein in the first time range (T), the first low-resolution image (A) is recurrently deflected by means of the deflection unit () in such a way that the first low-resolution image (A) is at least partially visually superimposed on itself in the first time range (T).