System and method for generating stereoscopic 3D multimedia works from 2D input material

1. A method for generating a stereoscopic 3D multimedia work from at least one item of 2D input material, comprising the steps of:

(a) accessing computer storage wherein is stored at least one stereoscopic 3D theme, each of said at least one stereoscopic 3D themes having a predetermined number of 2D placeholders associated therewith;

(b) receiving a selection from a user of at least one stereoscopic 3D theme from among said at least one stored stereoscopic 3D themes, said selected stereoscopic 3D theme having a plurality of 2D placeholders associated therewith;

(c) selecting at least two 2D digital media items;

(d) assigning each of said at least two selected 2D digital media items to a different one of said plurality of 2D placeholders associated with said selected stereoscopic 3D theme;

(e) creating a stereoscopic 3D multimedia work from said selected stereoscopic 3D theme and said assigned at least two selected 2D digital media items;

(f) selecting at least one stereoscopic 3D nature effect for application to said selected stereoscopic 3D theme;

(g) applying said selected stereoscopic 3D nature effect to said selected stereoscopic 3D theme, thereby generating said stereoscopic 3D multimedia work;

(h) displaying said stereoscopic 3D multimedia work on a stereoscopic 3D display device.

2. The method according to claim 1 , wherein each of said at least one stereoscopic 3D nature effect is selected from the group consisting of a falling snow effect, a rain effect, a fog effect, and a wind effect.

3. The method according to claim 1 , wherein step (d) comprises the step of randomly assigning each of said at least two selected 2D digital media items to a different one of said plurality of 2D placeholders associated with said selected stereoscopic 3D theme.

4. The method according to claim 1 , wherein step (d) comprises the step of assigning in a sequential order each of said at least two selected 2D digital media items to a different one of said plurality of 2D placeholders associated with said selected stereoscopic 3D theme.

5. The method according to claim 1 , wherein each of said at least two 2D media items is selected from a group consisting of a 2D image and a 2D video.

6. The method according to claim 1 , wherein step (c) comprises the step of requiring the user to select at least two 2D digital media items.

7. A method for performing a stereoscopic 3D multimedia work, comprising the steps of:

(a) providing a plurality of stereoscopic 3D themes;

(b) selecting a stereoscopic 3D theme from among said plurality of stereoscopic 3D themes, said selected stereoscopic 3D theme having a plurality of 2D placeholders associated therewith;

(c) selecting a plurality of 2D digital media items;

(d) adapting a format of each of said selected plurality of 2D images to a format compatible with selected stereoscopic 3D theme;

(e) automatically inserting said selected 2D digital media items into said placeholders of said selected stereoscopic 3D theme;

(f) generating said stereoscopic 3D multimedia work from said selected stereoscopic 3D theme and said inserted 2D digital media items;

(g) selecting at least one stereoscopic 3D nature effect for application to said selected stereoscopic 3D theme;

(h) applying said selected stereoscopic 3D nature effect to said selected stereoscopic 3D theme, thereby creating said stereoscopic 3D multimedia work;

(i) storing said stereoscopic 3D multimedia work in a computer readable format;

(j) accessing said stored stereoscopic 3D multimedia work; and,

(k) performing said accessed stereoscopic 3D multimedia work on a stereoscopic 3D device for at least one user.

8. The method according to claim 7 , wherein step (d) comprises the steps of:

(i) determining a file type of each of said selected 2D digital media items,

(ii) determining at least one graphical parameter of each of said selected 2D media items,

(iii) determining at least one graphical requirement of said selected stereoscopic 3D theme corresponding to each of said determined graphical parameter of each of said selected 2D media items, and,

(iv) changing at least one of said at least one graphical parameter of said each of said selected 2D media items to match said corresponding determined graphical requirement of said selected stereoscopic 3D theme.

9. The method according to claim 8 wherein said at least one of said graphical parameter of said selected 2D digital media item is selected from a group consisting of a resolution, a file size, a pixel size, a pixel density, and a video bit rate.

10. A method for generating a 3D multimedia work, comprising the steps of:

(a) selecting a plurality of 2D digital media items;

(b) selecting a stereoscopic 3D theme;

(c) adapting a format of each of said selected 2D media items to a 2D format compatible with said selected stereoscopic 3D theme;

(d) selecting a style for said selected stereoscopic 3D theme;

(e) modifying said selected stereoscopic 3D theme according to said selected style;

(f) choosing at least one 3D object for insertion into said selected stereoscopic 3D theme;

(g) inserting said chosen at least one 3D object into said selected stereoscopic 3D theme;

(h) positioning said selected at least one stereoscopic 3D object in said selected stereoscopic 3D theme;

(i) selecting at least one stereoscopic 3D nature effect for application to said selected stereoscopic 3D theme;

(j) applying said selected stereoscopic 3D nature effect to said selected stereoscopic 3D theme;

(k) identifying at least one 2D placeholder within said selected stereoscopic 3D theme;

(l) automatically inserting said selected plurality of 2D digital media items into said determined placeholders of said selected stereoscopic 3D theme;

(m) rendering said stereoscopic multimedia work using said plurality of 2D digital media items and selected stereoscopic 3D theme, thereby generating said 3D multimedia work; and,

(n) displaying at least a portion of said 3D multimedia work for a user.

11. The method according to claim 10 , wherein each of said at least one stereoscopic 3D object is an inanimate object.

12. The method according to claim 10 , wherein said selected 3D effect is a full screen effect.

13. The method according to claim 10 , wherein each of said at least one stereoscopic 3D nature effect is selected from a group consisting of a falling snow effect, a rain effect, a fog effect, and a wind effect.

14. A method for generating a stereoscopic 3D theme, comprising the steps of:

(a) selecting a style;

(b) selecting a theme associated with said style;

(c) selecting a 2D placeholder;

(d) positioning said 2D placeholder in the selected theme;

(e) performing steps (c) and (d) at least once, thereby selecting at least one 2D placeholder;

(f) selecting a stereoscopic 3D object;

(g) positioning the stereoscopic 3D object in the selected theme;

(h) performing steps (f) and (g) at least twice, thereby selecting at least two stereoscopic 3D objects;

(i) applying a stereoscopic 3D effect to said selected theme and to said at least one positioned 2D placeholders and said at least two positioned 3D objects to generate said stereoscopic 3D theme;

(j) selecting at least one stereoscopic 3D nature effect for application to said selected stereoscopic 3D theme;

(k) applying said selected stereoscopic 3D nature effect to said selected stereoscopic 3D theme, thereby generating said stereoscopic 3D theme;

(l) storing said stereoscopic 3D theme in a computer readable medium.

15. The method according to claim 14 , wherein each of said at least one stereoscopic 3D nature effect is selected from the group consisting of a falling snow effect, a rain effect, a fog effect, and a wind effect.