Method of making an animated flipbook

1. A method for making an animated flipbook, comprising:

capturing a series of individual images from a camera in electronic communication with a computer running a computer program, wherein said individual images progress chronologically through a time interval from a first individual image to a last individual image;

providing at least two sheets of paper with at least 2 individual frames on each said sheet of paper;

printing the individual images on the at least two sheets of paper in a predetermined order, with no more than one individual image printed inside each said individual frame, to produce at least two uncut sheets wherein said predetermined order allows said uncut sheets to be stacked to produce an uncut sheet lot having a top and a bottom, wherein the first individual image is on the top of the uncut sheet lot, and wherein each individual image is either on the top of the uncut sheet lot or directly beneath and adjacent to the individual image immediately preceding it chronologically, and wherein said computer program determines said predetermined order and instructs a printer to perform said printing step;

stacking said uncut sheets to produce said uncut sheet lot;

cutting said uncut sheet lot into rows of individual frames to produce at least two rowcut sheets;

stacking said rowcut sheets to produce a rowcut sheet lot having a top and a bottom, wherein the first individual image is on the top of the rowcut sheet lot, and wherein each individual image is either on top of the uncut sheet lot or directly beneath and adjacent to the individual image immediately preceding it chronologically;

cutting said rowcut sheets into said individual frames;

stacking said individual frames in chronological order to produce a frame lot, such that the individual frame containing the first individual image chronologically is on the top of said frame lot and the individual frame containing the last individual image chronologically is on the bottom of said frame lot;

binding a portion of said frame lot to produce an animated flipbook.

2. The method of claim 1 additionally comprising placing a cover over the frame lot before the binding step.

3. The method of claim 1 additionally comprising capturing said individual images over said time interval at a rate of about 10 individual images per second.

4. The method of claim 1 wherein the at least two individual images are captured from at least one panoramic photograph.

5. The method of claim 1 wherein the individual frames are rectangular in shape, having a first side length measuring about 2 inches and a second side length measuring about 3.5 inches.

6. The method of claim 1 , wherein:

said capturing further comprises capturing sixty individual images;

said providing further comprises providing five sheets of paper having twelve individual frames arranged into three rows and four columns on each sheet of paper; and

said cutting further comprises cutting said uncut sheets into rows of individual frames to produce fifteen rowcut sheets, with each rowcut sheet having four individual frames.

7. The method of claim 1 wherein:

said capturing further comprises capturing fifty individual images;

said providing further comprises providing five sheets of paper having ten individual frames arranged into five rows and two columns on each sheet of paper; and

said cutting further comprises cutting said five uncut sheets into rows of individual frames to produce twenty five rowcut sheets, with each rowcut sheet having two individual frames.