Abstract: A method for operating a light-based driver assistance system of a motor vehicle, wherein via at least one headlight of the motor vehicle, a light distribution is projected onto the roadway in front of the motor vehicle. The light distribution produces a lane marking, the width of which is essentially equal to the vehicle width of the motor vehicle and the course of which corresponds to a predicted lane course when the motor vehicle is driving. The method steps are carried out continuously when driving through a curve: predicting the lane course when driving through the curve, determining the point of intersection of the inner lane boundary with the light field limitation of a light field projectable onto the roadway when driving through the curve, setting a distal boundary of the lane marking, and projecting a light distribution onto the roadway in front of the motor vehicle.

Abstract: A method is provided for projecting a guide line onto a road surface. An anticipated trajectory of the motor vehicle is calculated from the speed and steering angle of the motor vehicle. A guide line is projected onto a road surface in front of the motor vehicle. The guide line indicates the anticipated travel path. Whether the motor vehicle is starting a curve is detected based on the steering angle. The guide line contains the shape of a first clothoid in at least a first segment when it is detected that the motor vehicle is starting to travel in a curve.

Abstract: Method is provided for performing an animation with a lighting device having a plurality of light sources. An animation is described in a description language that describes at least parts of the animation as movement of an animation object in at least one spatial dimension in a virtual coordinate system. The animation described in the description language is interpreted by a control device controlling the plurality of light sources such that the light sources perform the animation.

Abstract: Method is provided for performing an animation with a lighting device having a plurality of light sources. An animation is described in a description language that describes at least parts of the animation as movement of an animation object in at least one spatial dimension in a virtual coordinate system. The animation described in the description language is interpreted by a control device controlling the plurality of light sources such that the light sources perform the animation.

Abstract: An apparatus is provided for generating first computer-readable instructions and second computer-readable instructions. The second computer-readable instructions are permanently stored on a memory means. The second computer-readable instructions are adapted to cause a processing means to display a virtual object on a display means. The virtual object comprises a plurality of illumination sources, each of which is capable of being displayed in an on-state and an off-state. The processing means also receives animation data via an input means, which animation data comprises information about an order in which the illumination sources are to be displayed in the on-state and off-state. The processing means also automatically generates the first computer-readable instructions using the information from the animation data.