Manually posable figure animation system and method

1. An animation system with adjustable support of posable figures, the animation system comprising:

a rotatable platform with an axis of rotation;

a plurality of posable figures for being supported by the platform along a circumference of a circle wherein each of the plurality of posable figures is selectively reconfigurable in shape;

an adjustable support for each posable figure for adjustably supporting the posable figure relative to the platform; and

an animation mechanism for being retained by the platform to cause a perceived animation of the posable figures during a rotation of the rotatable platform;

wherein the adjustable support for each posable figure permits the posable figure to be turned about a longitudinal axis, pivoted, adjusted in supported height, and moved laterally relative to the platform over a given range of lateral movement.

2. The animation system of claim 1 wherein the range of lateral movement permits bi-directional movement along the circumference of the circle along which the posable figures are supported and movement radially inward and outward relative to the axis of rotation of the platform.

3. The animation system of claim 2 wherein each adjustable support is selectively reconfigurable in shape.

4. The animation system of claim 1 wherein the animation mechanism comprises a central hub with a faceted, mirrored surface whereby the animation system is operable as a praxinoscope.

5. The animation system of claim 4 wherein the central hub is removable relative to the platform.

6. An animation system with adjustable support of posable figures, the animation system comprising:

a rotatable platform with an axis of rotation;

a plurality of posable figures for being supported by the platform along a circumference of a circle wherein each of the plurality of posable figures is selectively reconfigurable in shape;

an adjustable support for each posable figure for adjustably supporting the posable figure relative to the platform; and

an animation mechanism for being retained by the platform to cause a perceived animation of the posable figures during a rotation of the rotatable platform;

wherein each adjustable support comprises an elongate post that is reconfigurable in shape with a proximal end for retaining a posable figure, a distal end for being retained by the platform, and a reconfigurable body portion between the proximal and distal ends of the post.

7. The animation system of claim 6 wherein the elongate post of each adjustable support is plastically deformable.

8. The animation system of claim 7 wherein each posable figure is plastically deformable.

9. The animation system of claim 7 wherein the elongate post of each adjustable support comprises a plastically deformable core at least partially encased in a flexible body of material.

10. The animation system of claim 9 wherein the plastically deformable core comprises a bendable wire.

11. The animation system of claim 6 wherein each posable figure comprises a figure with a head, a torso, and appendages.

12. The animation system of claim 6 further comprising a plurality of apertures in the platform along the circumference of the circle for receiving the distal ends of the elongate posts of the adjustable supports.

13. The animation system of claim 12 further comprising a stop disposed on the elongate post of each adjustable support spaced a distance from the distal end of the elongate post.

14. The animation system of claim 6 wherein each posable figure comprises a figure with a head, a torso, and appendages and wherein each posable figure has a plastically deformable core at least partially encased in a flexible body of material.

15. The animation system of claim 14 wherein each posable figure has predetermined bending locations in the flexible body of material that encases the plastically deformable core.

16. An animation system with adjustable support of posable figures, the animation system comprising:

a rotatable platform with an axis of rotation;

a plurality of posable figures for being supported by the platform along a circumference of a circle wherein each of the plurality of posable figures is selectively reconfigurable in shape;

an adjustable support for each posable figure for adjustably supporting the posable figure relative to the platform; and

an animation mechanism for being retained by the platform to cause a perceived animation of the posable figures during a rotation of the rotatable platform;

wherein the animation mechanism comprises a drum with a plurality of spaced slots whereby the animation system is operable as a zoetrope.

17. An animation system with adjustable support of posable figures, the animation system comprising:

a rotatable platform with an axis of rotation;

a plurality of posable figures for being supported by the platform along a circumference of a circle wherein each of the plurality of posable figures is selectively reconfigurable in shape;

an adjustable support for each posable figure for adjustably supporting the posable figure relative to the platform; and

an animation mechanism for being retained by the platform to cause a perceived animation of the posable figures during a rotation of the rotatable platform;

wherein the system has first and second animation mechanisms wherein the first animation mechanism comprises a removable central hub with a faceted, mirrored surface whereby the animation system can operate as a praxinoscope when the central hub is retained by the platform and wherein the second animation mechanism comprises a removable drum with a plurality of spaced slots whereby the animation system can operate as a zoetrope when the drum is retained by the platform.

18. An animation system with adjustable support of posable figures, the animation system comprising:

a rotatable platform with an axis of rotation;

a plurality of plastically deformable, posable figures for being supported by the platform along a circumference of a circle wherein each of the plurality of posable figures is selectively reconfigurable;

an elongate post for each posable figure for adjustably supporting the posable figure relative to the platform, wherein each elongate post is deformable and selectively reconfigurable in shape, wherein each elongate post has a proximal end for retaining a posable figure, a distal end for being retained by the platform, and a reconfigurable body portion between the proximal and distal ends of the elongate post, wherein the elongate post for each posable figure permits the posable figure to be turned about a longitudinal axis, pivoted, adjusted in supported height, and moved laterally relative to the platform over a given range of lateral movement that includes bi-directional movement along the circumference of the circle along which the posable figures are supported and movement radially inward and outward relative to the axis of rotation of the platform; and

an animation mechanism for being retained by the platform to cause a perceived animation of the posable figures during a rotation of the rotatable platform.

19. The animation system of claim 18 wherein each elongate post comprises a plastically deformable core at least partially encased in a flexible body of material.

20. The animation system of claim 18 wherein each posable figure comprises a figure with a head, a torso, and appendages.

21. The animation system of claim 18 further comprising a plurality of apertures in the platform along the circumference of the circle for receiving the distal ends of the elongate posts.

22. The animation system of claim 18 wherein the animation mechanism comprises a central hub with a faceted, mirrored surface whereby the animation system is operable as a praxinoscope.