In this animation pack, we have imagined what would be the set of animations needed to create a Volleyball video game. This animation pack has been designed to be the most complete set of 3D animations on the Volley-Ball theme. The entire motion capture was performed by Guillaume Fenot, a long time volleyball player. This pack contains a total of 39 unique animations. All animations are captured in motion capture at 60 FPS and retouched manually. No animation is a modified recycling of a previous one, they all correspond to a different recording.
**I specify that only the animations are sold, the 3D model is only present for aesthetic and technical purposes. In the pack, you will not find any scenery. Also I want to specify that, except exception, the fingers of the hand are not animated, but the shape of the hand is supposed to correspond to the animation in question.
List of animations :**-2 idle (with and without the cuff position)-3 serves (1 float, 1 skip, 1 spoon)-5 headstands-3 passes-one throw back animation in front of the ball-3 counters-4 animations where the player tries to catch the ball by throwing himself on the ground-4 animations where he falls to the ground after taking a powerful shot from the ball-2 smashes-3 animations where the player applauds the public, and goes under the net to change sides-an animation where the player gets up from the chair and greets the audience-3 reactions of the player after a lost point-3 reactions of the player after a point won-an animation where the player runs and does a small jump-4 movement animations
These 39 animations will all be in .C4D format.
We would like to improve and offer you the best animations possible, so we invite buyers to leave comments on this page, but also to follow us on social networks: https: //www.instagram.com/motion_cast_loic57/?hl=fr https: //www.facebook.com/profile.php? id = 100075973013840 https: //discord.gg/FPdHbAxC7n
For any request or technical problem, you can contact us directly by e-mail:motioncast.loic57@gmail.com
C4D (Cinema 4D, filesize: 36.9 MB), PDF (PDF, filesize: 36.9 MB)
