Author Archives: Artograph

Animation History: Felix the Cat

Felix the Cat

By Robert James, Ph.D.

Sing it with me!

“Felix the Cat…the wonderful, wonderful cat…whenever he gets in a fix, he reaches into his bag of tricks…”

If you’re of a certain age, you just got very happy. You also just acquired your ear worm for the next few days.

You’re welcome.

If you’re over a certain age, you may be yelling at me right now: “You young whippersnapper! That isn’t the REAL Felix! And get offa my lawn!!”

The old codger in the audience is correct (they usually are, but we don’t like to encourage that kind of behavior…).

Felix the Cat was the biggest cartoon star of the silent era – bar none. He was the first giant balloon in the Macy’s Thanksgiving Day parade. The Yankees adopted him as their mascot in 1922. Charles Lindbergh took a Felix doll with him on his famous transatlantic flight. His image was the very first ever broadcast on television (the engineers used a cutout to practice their focusing and transmission). Not counting the later television series, over one hundred animated shorts were released, beginning with Feline Follies in 1919 (where he was called “Master Tom.”).

Where did Felix the Cat come from? Now, that’s a sticky problem. The owner of Felix the Cat, and the man whose name is always on the title card, was Pat Sullivan, who owned the animation studio which released the shorts. Some evidence exists to support that claim, including an earlier cat he had personally animated.

But most animation historians credit the primary artist for much of the series, Otto Messmer, with creating Felix. Messmer had already been doing an animated Charlie Chaplin series, and Felix resembles Chaplin’s movements and attitudes to a high degree. Messmer would also be the main force in creating Felix’s look and personality as time went on. Sullivan had little to do with the actual production of the cartoons, although he spearheaded the kind of licensing of Felix the Cat products that the Disney Studios would later turn into a commercial behemoth in the Thirties with their own characters.

Felix was revolutionary in animation not merely for his charisma and inventiveness, but also for the way in which he was drawn. First, Messmer invented a solid black body, which was later used by Disney for Mickey Mouse and other characters in his black and white shorts. Second, Felix helped move cartoons from mere strings of jokes into animating a consistent character who had human qualities (a path Disney would expand upon enormously). Leonard Maltin quotes Messmer on this issue: “I found that I could get as big a laugh with a little gesture – a wink or a twist of the tail – as I could with gags.” Third, Felix was smart. He thought his way out of situations, indicated by his famous walk, bent over, with his hands behind his back. Finally, Felix was imagination itself. Reality would bend or unbend depending on his whims. His tail could be removed and turned into almost anything.

Felix became so successful, he emerged as a star. Perhaps the best evidence of this is the 1923 cartoon, Felix in Hollywood, in which he hobnobs with Chaplin, adventure star Douglas Fairbanks, Sr., cowboy star William S. Hart, censorship czar Will Hayes, and wild-eyed comedian Ben Turpin. Disney and Warner Brothers would later turn this gimmick into a regular feature in several cartoons, sending their own characters to meet the stars of the day.

Felix had one more landmark to reach: like so many live-action silent stars, his career died out with the coming of sound. An essentially silent character reliant on visual humor, Felix’s popularity was rapidly ripped away by a certain mouse in his first appearance in an all-sound short, Steamboat Willie. Felix soon became a losing proposition in the movie theaters, but he survived in the comic strips and books for a long time before making his return to television in the Fifties.

As the song goes…”Felix the Cat…the wonderful, wonderful cat…You’ll laugh so much your sides will ache, your heart will go pitter-pat, watching Felix, the wonderful cat.”

And Poindexter, and the Professor, and the Master Cylinder…

Pardon me while I go back on nostalgia road – and stay offa my lawn!

Suggested Readings:

Michael Barrier, Hollywood Cartoons: American Animation in its Golden Age. Oxford University Press, 1999.

John Canemaker, Felix: The Twisted Tale of the World’s Most Famous Cat. Pantheon Press, 1991.

Donald Crafton, Before Mickey: The Animated Film, 1898-1928, Reprint Edition, University of Chicago Press, 1993.

Denis Gifford, American Animated Films: The Silent Era, 1897-1929, McFarland, 1990.

Leonard Maltin, Of Mice and Magic: A History of American Animated Cartoons, Revised and Updated Version, Penguin, 1990.

Recommended Fan Website:

Press Release: LED 1000 HD Digital Art Projector

DECEMBER 5, 2014

Artograph Releases LED 1000 HD Digital Art Projector

Press Release in PDF: LED 1000 Press Release-Artograph
LED 1000 Sales and Info Flyer in PDF: LED 1000 Flyer

From the Renaissance greats to the premier fine artists of today…

The legacy of the projector as a tool for master artists reaches a new pinnacle with the LED 1000™ HD Digital Art Projector™ from Artograph.

From da Vinci to Vermeer to the Artograph DB300, now to the new LED 1000, the projector is long-recognized as a vital tool in the palette of discerning commercial and fine artists.

Artograph is pleased to announce this top-of-the-line high definition projector, custom configured for the needs of artists and crafters, is now available.

With 1000 lumens of maintenance-free LED projection, the LED 1000 HD Digital Art Projector brings greater power and brilliance, giving artists freedom to increase their productivity and artistic reach.

Twenty custom built-in GRIDS bring superior capability for layout, composition, and scaling, ready at the touch of a button on the remote. KEYSTONE adjustment gives flexible perspective control on any surface at any angle. GRAYSCALE and CONTRAST controls create unsurpassed tonal evaluation. COLOR TEMP/HUE adjustments give the artist vivid images in all lighting conditions.

Artograph is proud to bring this latest tool in our long line of successful Products for the Creative Mind® to the professional art market. The LED 1000™ HD Digital Art Projector™ is a stellar addition to the Artograph tradition of quality, reliability, and ever-greener products for the arts.

More info and specs at:

Available Images (mixture of print and web res). Click thumbnail for full size image. Right click and save image for download.


A classic art form meets 21st century technology…

For the 21st Century quilting and fabric artist, the projector is as essential a tool in the sewing box as a pincushion was in our grandmothers’ time.

Artograph is pleased to announce the LED 1000™ HD Digital Art Projector™, a state-of-the-art tool which embraces a classic fabric art form.

In quilting and other fabric arts, layout and design spring from the creativity of the designer. Now the quilter can develop a design on paper or in a computer and project the design in full scale onto pattern paper. Built-in GRIDS, and other features, aid the artist in layout, scaling, and composition.

Using the COLOR, CONTRAST, and GRAYSCALE features, a quilt designer can project a photograph and develop it into a vibrant fabric design.


Artograph was founded in Minneapolis in 1947 by three entrepreneurs, Ed Hirschoff, John Engel, and Les Kouba, who wanted to start a company that produced time-saving devices. Les Kouba, a promising wildlife artist, suggested developing a projector to help him enlarge his wildlife photos onto a canvas. Thus, the first Artograph projector was born.

Many variations were created from that first projector, but it was in 1977 when a totally new design in projectors was created that hit the commercial and graphic artist markets like a bolt of lightning. The DB300 table-top projector was an instant success and became a key tool for artists and designers for over 20 years.

As technology and the age of the computer flourished, Artograph’s focus expanded from the commercial artist and designer to include the distinctive needs of the fine artist and the crafter. A number of new projectors were introduced and the term “Artograph it!” soon became synonymous with using an art projector to save time and increase productivity.

With the development of LED technology, Artograph’s commitment to ever-greener and more energy efficient products shines in product lines designed with the artist in mind.


In the fourth century BC, Aristotle wrote about projection phenomenon, having observed the crescent-shaped images of the sun during a partial eclipse that formed on the forest ground. This fascination continued throughout the ages, until some curious inventor soon turned this magic into devices such as the Camera Obscura and the Camera Lucida. It was the artist who embraced the unique benefits of the projector which allowed them to maximize their talents.

Leonardo da Vinci left a number of his papers intact which still exist. The largest collection of these is called the Codex Atlanticus, and it covers a wide variety of subjects – including the principles of the Camera Obscura. One of the most talented artists of the 1600s, Jan Vermeer, is credited with using a Camera Obscura to help him produce his masterpieces. David Hockney, a world-famous artist in his own right, published a book in 2001, Secret Knowledge: Rediscovering the Lost Techniques of the Old Masters, in which he argued that Vermeer (and other artists, including Diego Velázquez) used a combination of optical aids to create their photorealistic effects. Hockney worked with physicist and optics expert Charles Falco to show the different devices and methods artists used before the invention of photography in the nineteenth century.



Marketing, Advertising, and Graphics support:
Deb H. Rule


Sales and Retailer Ordering Information
John Davis, Sales Manager, Chief Operating Officer



LED 1000™ QuickStart – Step 5

Custom Features and Settings

1. Grid Templates/Patterns

  • The LED 1000™ has 20 grid templates/patterns built into the device to simplify the process of composition, alignment, and scaling
  • Select “Grid” on the remote; press left or right arrows to select desired grid and grid color
  • based on the projected surface
  • The grids may be projected alone as a template to aid in alignment and as a guide when painting, drawing or lettering. The grids can also be superimposed over an image to aid in alignment and composing. Load image from digital source. Push the “Grid” button on remote to select or change grids and color.

2.  Keystone Control – The LED 1000 offers both manual and auto keystone adjustment.

The keystone effect is created when the projector or the projection surface are not at right angles to each other. The image becomes slanted or distorted either vertically or horizontally.

The LED 1000 features manual keystone buttons on the remote to adjust vertical keystone (Key.S p / Key.S p). Horizontal adjustment is adjusted by turning the projector left or right until the image is square.

When set to Auto Keystone adjustment (Settings – options), the vertical adjustment is corrected automatically if the projector is tilted vertically (not the projection surface)

3. Grayscale – Color images can be adjusted to grayscale to aid in tracing and/or to evaluate tonal values

  • In “USB” mode, select “Q.Menu” g “Set Video” g using the arrow keys on the remote,
  • scroll down to “Color”; adjust the color down to zero
  • All other devices – select “Settings” g “Options” using the arrow keys on the remote, scroll down to “Grayscale” and turn “on” or “off”


4. Rotating/Flipping Images – The LED 1000™ allows you to rotate and flip images to suit your artistic requirements

  • Rotating Images – USB Mode only – when previewing an image, push “OK” to reveal menu bar at bottom of image. Use g arrow key to select Circle arrow . Push the “OK” button to rotate image.
  • Flipping/reversing images – (If using USB, push “Exit”). Push “Settings”, select “Option” arrow to and select “PJT Mode”. If only two choices are available, reverse out of PJT mode and go to “Auto Keystone” and turn to “Off”. Return to PJT mode to reveal 4 choices.

5. Digitally Enlarging Photos – (USB mode only); images can be enlarged up to 200%
using a menu selection.

  • With an USB image projected, press “OK” button to reveal menu bar at bottom of image.  Arrow down to bar and select magnifying glass symbol, push “OK” and arrow to + sign and  push “OK” to enlarge image. Depending on image size the viewing window may be moved around the image using the arrow keys.

6. Picture Wizard II – Adjusts the settings of each input to desired picture quality and standards (Exit USB mode). Select “Settings” on the remote; scroll down to “Picture Wizard II” and follow  the on-screen instructions

7. Settings – The LED 1000 offers a full array of settings to adjust image appearance. Go to  “Settings” on the remote and review all the options and experiment with all the adjustments. Remember all adjustments can be reversed and the projector can be returned to factory  defaults at any time. Go to “Settings” “Picture” and arrow down to “Picture Reset” to return to picture factory settings. For a complete reset to original factory settings go to “Options” and select “Initial Setting” and “Yes”.

Return to:
LED 1000™ HD Digital Art Projector™…

LED 1000™ QuickStart – Step 4

Install Input Source

The LED 1000™ accepts input from a variety of digital sources including PC/Mac computers, smart phones, tablets, pads, HDMI devices and USB flash drives/card readers:

LED1000 - Inputs

1. USB Drive
Using the USB port is an easy and popular source of digital images. Transfer digital images from computer (JPEG) onto a USB flash drive or use the Included Card Reader if images are installed  onto a SD card (from camera). Plug either USB devices into either USB port on the back of projector.

  • Press “Input” button on remote.
  • Toggle (using arrows on remote) to USB Flash Memory selection (far left), push “OK” on remote.
  • Select from list or toggle to folder. Select item.

2. SD Card Reader (same as USB)
Insert SD memory card into multi-card reader; insert multi-card reader into USB port.

3. HDMI Devices (2 ports available)
Using included HDMI cable, the LED 1000™ can be connected to a PC, MAC, smart phone,  tablet/pad, HD receiver, DVD player, VCR or other external devices. If the device does not have a  HDMI port, an appropriate adapter may be purchased at an electronic supplier or use AV or Component connection.

  • If device is not immediately recognized, Press “Input” button on remote.
  • Toggle to HDMI1 or HDMI2 selection, push “OK” on remote.

4. Composite/Component Devices

5. Refer to manual for attaching Optical Audio and LAN devices.


LED 1000™ QuickStart Step Five…

LED 1000™ QuickStart – Step 3

Using Your LED 1000™

LED1000-on-tripod1. Mount LED 1000™ onto a tripod or a sturdy, hard platform near a power outlet (DO
NOT block vents on projector).

2. Connect power supply cord into the back of projector (AC in) and into nearby outlet.

3. Point LED 1000™ toward desired surface.

4. Press red power button on remote or lighted power button on top of projector.

5. Focus – Rotate lens focus ring.

6. Follow initial setup – Select language and internet settings (if available).

7. Attach digital source – See Step Four for further information.

8. Adjust image size by moving projector nearer or farther from projection surface and refocusing.


LED 1000™ QuickStart Step Four…

LED 1000™ QuickStart – Step 1

Review Package Contents:

Included accessories

1. LED 1000™ (PF80A) HD Digital Art Projector™

2. Remote control with two AAA batteries

3. Power cord 4. HDMI cable

5. Composite cable

6. Component cable

7. Multi-card USB card reader

8. Storage bag

9. Owner’s Manual (English)

10.  CD Manual (Please note that the CD manual  page numbers may vary from included printed manual)

LED 1000™ QuickStart Step Two…

Artograph Home

How STRONG is the LightPad LED lightbox by Artograph?

After we drove over this LED LightPad lightbox by Artograph SIX times, tested it to be sure it still worked perfectly and was effectively undamaged, we then took it to the roof of our 2-story building and threw it into the parking lot.

Our engineer on the roof, Stefan, said later he had actually tried to have it land flat by throwing it like a Frisbee. But, as you see in the video, the LightPad hit a pothole on a corner and bounced — a very thorough impact test! Again, the LightPad was undamaged. The solid aluminum frame was not dented nor distorted it any way, and the acrylic lightbox surface was perfectly intact.

After all that we went back to a test we’d done many times before: Standing on a LightPad to show how strong it is. Then lightly jumping on it. Yes, those were takes one and two. Next came Take 3 and our engineer wasn’t messing around anymore. Full power jumping impact on the surface of the LightPad resulted in no damage, no dents. We wiped the gravel from the parking lot off of it, and put the LightPad back into service where we’d been using it. Don’t miss How STRONG is the LightPad LED light box by Artograph: Jumping Test video!

And take a peak at Lou Ferrigno’s How STRONG is the LightPad LED light box by Artograph: Smash Test! on our YouTube Channel!

Obviously, we don’t recommend you try these sort of tests yourself (*Do Not Attempt! You will void your warranty!), but you can be confident your LightPad by Artograph is engineered and built for strength and durability to last a lifetime.

Animation History: John Bray and Assembly Line Animation

John Bray, the Art of Theft, and Assembly Line Animation

By Robert James, Ph.D.

Not every innovator is the kind of person you’d want to invite home to dinner to meet the family.

Take John Randolph Bray, who founded the very first animation studio in America. Robert Osborne from Turner Classic Movies has called him the “Henry Ford of American animation,” as he was the very first to organize an assembly line to mass-produce cartoons. Winsor McCay produced his animation initially by himself, then with a single assistant. But Bray realized he would never be able to turn a profit without rapidly increasing his output.

Bray also decided he needed whatever McCay was bringing to animation, so he pretended to be a reporter and interviewed McCay, then proceeded to patent the original techniques McCay had developed, in Bray’s own name. The patent was eventually rejected, but Bray went right on putting out animation product from his Bray Studios from 1913 to 1928, when he began to be outclassed and pushed out of the cartoon business by his competition, especially by a guy named Walt Disney.

Bray deserves at least partial credit for implementing one original idea: the shift from paper to celluloid as the primary material used in producing animation.

Bray also deserves credit for hiring and training an entire generation of animators, many of whom went on to far greater work elsewhere. Among those who worked at the Bray Studios were Walter Lantz, later to create Woody Woodpecker; the Fleischer Brothers, who founded their own studio, the main rival to Disney and home to Ko-Ko the Clown, Betty Boop, Popeye, and Superman; Paul Terry, who later put out Terrytoons, Heckle and Jeckle, and Mighty Mouse; and Gregory La Cava, who moved on to live action directing and made the immortal screwball comedy classic, My Man Godfrey, with William Powell and Carole Lombard. However immoral he may have been, Bray had an eye for talent.

Bray’s production began with a mixture of live action and animation now known as The Artist’s Dream (also billed as The Dachshund and the Sausage). Bray had not yet switched to cel animation, using instead multiple copies of the backgrounds, on which the animated dog was penciled directly onto the pre-drawn copies, which were then scraped to remove the conflicting part of the background. I found the piece to be amusing, as the animator keeps leaving the room; during his absence, the dog moves and devours the sausages. When the animator returns, he is puzzled to discover his drawing has changed, and has to fix it, and the cycle repeats. The ending is explosive – literally – and highly derivative of Winsor McCay’s How a Mosquito Operates. The quality of the animation is more like line drawings for children’s books than the less detailed work done later on the assembly line cartoons. Bray clearly had a gifted chief assistant, Earl Hurd, who was instrumental in moving away from paper to the use of cels for animation, which became the industry standard.


Hurd himself patented the process of combining translucent paper with transparent celluloid, which could then be placed on background drawings and photographed. Hurd thus combined the best of all the methods previously tried – full drawings, paper, and cels – into a faster, more efficient means of animation (another early animator, Raoul Barré, had previously used celluloid and pegs to hold the drawings in place, which also contributed to the basic methods of studio animation for the next half century).

Light boxes were also incorporated during this time period to facilitate seeing the multiple layers simultaneously and allowing the animators to become even more efficient. Hurd was hired by Bray shortly after he received his patent, which allowed Bray to run the first animation studio capable of delivering regular product. Hurd was most famous for his character Bobby Bumps, which Bray began putting out as a series.

Bobby Bumps was a Buster Brown clone about a boy and his dog who get into – and out of – trouble.  Bobby Bumps at the Circus is a typical entry in the series. Bobby and his dog pump water for an elephant, but the trainer keeps switching elephants on them – so he gets a bath. Simple stuff, with word balloons instead of the usual title cards. Mild violence, milder puns, and some slapstick are what we see – and in that, Bobby Bumps is a better predictor of most cartoons from the next century than Winsor McCay’s more charming Gertie the Dinosaur.


Max Fleischer and his brother Dave remain famous today for their own studio’s creations, but Max had known Bray since he was a teenager retouching photographs for Bray in the art department at the Brooklyn Daily Bugle. In 1917, Fleischer ran into Bray at Paramount – and Bray hired him for his team (Bray had a distribution contract with Paramount at the time). Fleischer had patented his own method of animation, using live action film that was shown, frame by frame, through a kind of movie-and-light box combination. The artist could then trace each individual frame for the main character, thus creating a very realistic piece of animation. Fleischer called it rotoscoping, and the method has been used occasionally ever since (in the modern era, Ralph Bakshi employed it extensively in his 1978 installment in his unfinished version of the Lord of the Rings). Dave would put on a clown suit, and Max would film him for their Out of the Inkwell series, featuring Ko-Ko the Clown and a live-action Max who would draw him on-screen. The Fleischers soon left Bray, taking Ko-Ko with them to start their own studio, but Bray had brought them their first national attention. One of the best of the series from when they were still with Bray is The Clown’s Little Brother. Winsor McCay’s influence is clear from the beginning, with the artist’s hand drawing Ko-Ko, much as McCay had illustrated the figures in his first cartoon, Little Nemo, and with the emphasis on the likeability of the main character, as with McCay and his dinosaur Gertie. Dave also interacts with the little clown as McKay had with Gertie. Ko-Ko’s little brother is coming to visit, delivered by the mailman in a package.

What’s fascinating is in the comparison between the more realistic Ko-Ko, and the less realistic kid brother, who moves much more like characters would in most future cartoons, emphasizing the impossible which animation made believable. The Fleischers would indulge in this kind of experimentation throughout their careers, which Bray helped them begin.


For the first decade of its existence, the Bray Studio became the industry leader, providing hundreds of animated cartoons to theaters.  Bray himself tried to wipe out any competition through lawsuits, intimidation, and cheap product. The cartoons are often more like moving comic strips than the smoother, more radical animation developed in the Twenties. The animation is crude at best. But they were everywhere, and seen by more people than almost any other animated shorts during the period. By the early Twenties, though, Bray had lost his battle to control animation in America, and driven off Earl Hurd, Max and Dave Fleischer, and others to studios more welcoming – and more profitable. While his output continued for a few more years, his influence practically disappeared.

Sometimes, people do get what they deserve.

Bray eventually turned away from animation into educational shorts – and we all know how thrilling those were back in high school! He spent the rest of his long life producing those shorts until 1963, while the studio itself stayed open almost up until his death in 1978 at the age of 99.

Suggested Reading:

Michael Barrier, Hollywood Cartoons: American Animation in its Golden Age. Oxford University Press, 1999.

Donald Crafton, Before Mickey: The Animated Film, 1898-1928, Reprint Edition, University of Chicago Press, 1993.

Denis Gifford, American Animated Films: The Silent Era, 1897-1929, McFarland, 1990.

Leonard Maltin, Of Mice and Magic: A History of American Animated Cartoons, Revised and Updated Version, Penguin, 1990.

Animation History: Winsor McCay and Gertie

The Father of American Animation: Winsor McCay and Gertie the Dinosaur

by Robert James, Ph.D.

So who doesn’t love dinosaurs?

For a century now, American animators have used dinosaurs to entrance the eyes and minds of audiences. As a child, the dinosaurs in Walt Disney’s Fantasia left me with a love of Igor Stravinsky’s The Rites of Spring. The tyrannosaurus rex and stegosaurus from stop-motion animator Willis O’Brien’s King Kong still thrill me every bit as much as that big ape does. O’Brien’s disciple Ray Harryhausen brought more wonderful dinosaurs to life in One Million Years B.C. and The Valley of Gwangi, which are still very impressive. I’d rather be eaten by one of Harryhausen’s creatures than by the slick CGI work in Jurassic Park.

Heck, I’d rather be eaten by Dino from The Flintstones. My children probably feel the same way about Don Bluth’s kid dinosaurs from The Land Before Time franchise.

Well, not about getting eaten by them. They’re not that enthusiastic.

Winsor McCay 1906

Winsor McCay 1906

But the father of them all, and a man who deserves to be known as the father of American animation, is Winsor McCay, whose creation Gertie the Dinosaur was the very first dinosaur to be on the big screen.

McCay was one of those enormously important innovators who create whole new art forms. As important as Walt Disney and Chuck Jones are in the history of animation as the ultimate masters of the form, McCay was the man who brought together many of the technical innovations that animators still use today, as well as being the first to create characters with whom audiences fell in love.

Granted, McCay is not the first animator, American or otherwise (James Stuart Blackton and Émile Cohl tried the form sooner). But animation historian Michael Barrier, the author of the indispensible Hollywood Cartoons, calls McCay “the first American animator of consequence” because he “made films that people wanted to see.” McCay had already been instrumental in helping to originate the comic strip in newspapers. To this day, his Little Nemo in Slumberland has to be seen to be believed in all its baroque majesty.

McCay was also famous on the vaudeville circuit, where he supplemented his income as a cartoonist by doing what are still called “chalk talks.” With a large easel and a crayon, McCay would draw caricatures of audience members, or transform one picture into another while he kept up a comic patter. One of his favorite routines was based on Shakespeare’s monologue about “The Seven Ages of Man” from As You Like It. McCay would recite the famous lines “All the world’s a stage / And all the men and women merely players” while he drew the faces of a man and a woman – and then aged the pictures until he reached the final lines. McCay was a very popular entertainer, but every vaudeville act needed a new gimmick now and then to keep things fresh.

And that’s where Gertie the Dinosaur lumbers into the picture in 1914.

Winsor McCay 1911

Winsor McCay 1911

McCay had already made a cartoon version of his famous Little Nemo in 1911, releasing it to both movie theaters and then using it in his vaudeville act. The original idea came from his son playing with flipbooks, in which a child rifles the pages of a book rapidly with his finger, thus causing the individual drawings to appear to be in motion. McCay realized the same principle could be used on separate film frames. McCay proceeded to use four thousand pieces of rice paper for his original cartoon, inventing the idea of numbering each drawing to maintain the sequencing. He mounted the rice paper on cardboard to facilitate shooting, then used a rotary machine to flip the cards so he could check the animation (another innovation, which can be seen in the short). When the black and white release proved successful, McCay then hand-tinted the frames to further reproduce the look of the original Little Nemo comic. Little Nemo is still worth watching, from the quaint ridicule that meets with McCay’s announcement that he can make pictures move to the somewhat silly behind the scenes creation of the cartoon. The animation itself only lasts about four minutes, and is largely a demonstration of stretching and squashing two of the characters at the behest of Nemo. The ending is more charming, as Nemo and the Princess are carried away in the mouth of a friendly dragon, which has become a kind of throne.


McCay decided to try another short for his vaudeville act the next year, going for the gross-out with How a Mosquito Operates. The mosquito is rendered with comic exaggeration, but with realistic details. McCay provides the insect with a personality and a narrative, unlike Little Nemo, which really didn’t tell a story as McCay relied on the fame of the characters and the novelty. A man tries to sleep; a mosquito enters, and proceeds to drink its fill (until the gruesome end). McCay made six thousand drawings this time; the final scene was hand-tinted in red. McCay introduced the idea of repeated cycles of animation loops, an economically necessary step for someone animating by themselves, but one which has been used ever since to cut corners. Nothing like How a Mosquito Operates had been seen before. With its success, McCay was emboldened to go all out with a new idea: Gertie the Dinosaur.


McCay realized that he could not produce longer, more elaborate animations without assistance, so he brought in an assistant, John A. Fitzsimmons, to draw the backgrounds. McCay then produced one of the critical techniques in animation by doing the transitional points of animation (called key frames) first, to help lay out the overall action of the cartoon. He then went back and did what is called “inbetweening” or “tweening.” In the future, animation studios would use secondary artists to do these intermediary drawings, so as to allow their master animators to focus on the creative aspects of animation. McCay also invented the use of registration marks in the corners of the paper, so as to help maintain stability of the image when the actual photography took place (the paper and marks were later replaced as an industry practice with animation cels with registration pegs to do the same stabilization more effectively). With these new tools and Fitzsimmons, McCay was able to create Gertie the Dinosaur, his most innovative, interactive, and enduring cartoon.

McCay would enter the stage, cracking a whip, and calling forth Gertie. The cartoon would then roll, and McCay would put Gertie through her various “tricks” as if she were real and he was her trainer. McCay also inserted himself into the cartoon, thus combining live action and animation (imitated by the Fleischer brothers in their Out of the Inkwell series and by Walt Disney in his Alice in Wonderland silents). The version we still have is the one released later in movie theaters, with a frame story largely cloned from the one that introduced Little Nemo three years earlier, and McCay’s patter reproduced by title cards. Walt Disney and his animators produced a loving recreation of the vaudeville version in 1955 for his television show Disneyland, with the help of McCay’s son Robert. Today, a large version of Gertie acts as an ice cream stand in Disney World. In the cartoon, Gertie eats pretty much everything she can. She’d probably eats the ice cream too. On reflection, I’d rather eat the ice cream too, than get eaten by Gertie. I’d probably give the poor thing indigestion.


Suggested Reading:

Michael Barrier, Hollywood Cartoons: American Animation in its Golden Age. Oxford University Press, 1999.

John Canemaker, Winsor McCay: His Life and Art (Revised ed.). Abrams Books, 2005.

Winsor McCay, The Best of Little Nemo in Slumberland. Edited by Richard Marschall. Stewart, Tabori & Chang, 1997.

Photos from Wiki Commons