An optical measurement method for determining 3D coordinates of a multiplicity of measurement points of a measurement object surface, comprising the steps of - illuminating the measurement object surface with a pattern sequence of different patterns (2a, 2b) using a projector, - recording an image sequence of a plurality of individual images of the measurement object surface, which is illuminated with the pattern sequence, using a camera system, and - determining the 3D coordinates of the measurement points by evaluating the image sequence, wherein a succession of brightness values is ascertained for identical measurement points of the measurement object surface in the respective images of the image sequence, characterized in that - during the recording of the image sequence at least during the exposure times of individual images of the image sequence, translational and/or rotational accelerations - of the projector, - of the camera system and/or - of the measurement object are measured with at least such a measurement rate that during the exposure times of the respective individual images of the image sequence in each case a plurality of values, in particular a multiplicity of values, for the accelerations are captured, and - movements of the projector, of the camera system and/or of the measurement object, which provoke camera shake and/or motion blur in the respective individual images of the image sequence and occur during the exposure times of the respective individual images of the image sequence, are algorithmically taken into consideration in the determination of the 3D coordinates on the basis of the measured accelerations, wherein in dependence on the measured accelerations, compensation and/or correcting of camera shake and/or motion blur, which are caused by movements of the projector, of the camera system and/or of the measurement object occurring during the exposure times of the respective individual images of the image sequence, take place respectively in the individual images of the image sequence, and - during the entire operation of recording the image sequence or a plurality of image sequences, the accelerations are measured and the information obtained by the evaluation of the individual images with respect to the 3D coordinates of the measurement points are joined together in a computational manner using the measured accelerations. - illuminating the measurement object surface with a pattern sequence of different patterns (2a, 2b) using a projector, - recording an image sequence of a plurality of individual images of the measurement object surface, which is illuminated with the pattern sequence, using a camera system, and - determining the 3D coordinates of the measurement points by evaluating the image sequence, wherein a succession of brightness values is ascertained for identical measurement points of the measurement object surface in the respective images of the image sequence, - during the recording of the image sequence at least during the exposure times of individual images of the image sequence, translational and/or rotational accelerations - of the projector, - of the camera system and/or - of the measurement object - movements of the projector, of the camera system and/or of the measurement object, which provoke camera shake and/or motion blur in the respective individual images of the image sequence and occur during the exposure times of the respective individual images of the image sequence, are algorithmically taken into consideration in the determination of the 3D coordinates on the basis of the measured accelerations, wherein in dependence on the measured accelerations, compensation and/or correcting of camera shake and/or motion blur, which are caused by movements of the projector, of the camera system and/or of the measurement object occurring during the exposure times of the respective individual images of the image sequence, take place respectively in the individual images of the image sequence, and - during the entire operation of recording the image sequence or a plurality of image sequences, the accelerations are measured and the information obtained by the evaluation of the individual images with respect to the 3D coordinates of the measurement points are joined together in a computational manner using the measured accelerations.