A method for reconstructing a movement of an object from a sequence of movement pattern segments of a 3D computer model of the object, wherein every movement pattern segment corresponds to a different time interval of the movement and comprises at least one individual image of a movement pattern of the 3D computer model corresponding to the time interval, and wherein the object comprises at least one supporting point coupled to a radio marker, comprising: a) detecting a movement transition between an initial movement state and a final movement state of the object in a time interval of the movement based on the position data of the at least one supporting point received from the radio marker; b) selecting at least one digital movement pattern segment from a plurality of digital movement patterns of the 3D computer model stored in a database which corresponds to the movement transition, such that the selected digital movement pattern segment for the 3D computer model leads starting from the initial movement state to the final movement state for the time interval with a sufficient probability, wherein the movement patterns stored in the database are pre-defined 3D movement patterns of the 3D computer model which correspond to possible real movements of the object, wherein when selecting the detected movement transitions of the object an iterative comparison with the stored movement patterns of the 3D computer model is executed such that a hypothesis for a current movement state of the object is determined based on at least one past movement state of the object and a current transition probability which corresponds to one possible movement transition between at least two temporally successive discrete movement states of the object, wherein the current movement state and the at least one past movement state of the object form a sequence of a Markov model, wherein by selecting the at least one movement pattern segment the most probable sequence of movement states with a pre-determined Markov model and a detected sequence of movement transitions is determined in order to reconstruct the movement of the object; and c) reconstructing a processed image of the movement of the object for the time interval on a display by means of the 3D computer model using the initial movement state and the selected movement pattern segment of the 3D computer model. a) detecting a movement transition between an initial movement state and a final movement state of the object in a time interval of the movement based on the position data of the at least one supporting point received from the radio marker; b) selecting at least one digital movement pattern segment from a plurality of digital movement patterns of the 3D computer model stored in a database which corresponds to the movement transition, such that the selected digital movement pattern segment for the 3D computer model leads starting from the initial movement state to the final movement state for the time interval with a sufficient probability, wherein the movement patterns stored in the database are pre-defined 3D movement patterns of the 3D computer model which correspond to possible real movements of the object, wherein when selecting the detected movement transitions of the object an iterative comparison with the stored movement patterns of the 3D computer model is executed such that a hypothesis for a current movement state of the object is determined based on at least one past movement state of the object and a current transition probability which corresponds to one possible movement transition between at least two temporally successive discrete movement states of the object, wherein the current movement state and the at least one past movement state of the object form a sequence of a Markov model, wherein by selecting the at least one movement pattern segment the most probable sequence of movement states with a pre-determined Markov model and a detected sequence of movement transitions is determined in order to reconstruct the movement of the object; and c) reconstructing a processed image of the movement of the object for the time interval on a display by means of the 3D computer model using the initial movement state and the selected movement pattern segment of the 3D computer model.