An individual dribbling control strategy for virtual humans combining kinetic animation and lightweight physics

In this paper, a virtual human dribbling strategy is proposed to realize the programmed animation of virtual human dribbling. First, the dribbling interactive elements are extracted and their shapes, sizes and positions are planned. Then the balls are attributed and divided. Also, the dominant of the ball trajectory is configured to a specific virtual human to solve the control problem of the ball movement curve in the virtual environment. Finally, according to the division of dribbling behavior, the states of the feet and the ball are analyzed and calculated under different behaviors, and the action transition of the virtual human is carried out through two basic actions to solve the number of action limitation, and combined with ball curve to realize the virtual human dribbling behavior strategy. And the actions are verified by the ”Cuju” virtual environment, which confirms the feasibility of individual dribbling of the virtual human.