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Phenakistoscope

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Claire Coffy Saint-Jalm

The Phenakistoscope was invented in 1832 by Belgian physicist Joseph Plateau. It is a predecessor to the flipbook and is used to create cyclical animations. To make a Phenakistoscope, you will need stiff paper, drawing paper, drawing tools, scissors, and a mirror. You draw two concentric circles divided into 10 equal sections, draw an evolving sequence of images in the sections of the inner circle, and glue it inside the outer circle with a central hole to spin the device and view the animation in a mirror.

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Phenakistoscope By Flavie and 遺鞄鉛看辿
introduction The 束 Phenakistoscope 損 was invented in 1832 by a Belgian physicist Joseph Plateau. It is the predecessor of the flipbook, and the best way to make this animation is cyclical.
You will need : Stiff paper Drawing paper A drawing compass A protractor A pencil A thumbtack A ruler Scissors A mirror
Steps 1. Draw a circle with your compass in the center of the stiff paper, as big as you can. 2. Then thanks to a protactor, draw lines which divide this circle in ten equal parts, therefore 36 degrees per angle. 3. With a pair of scissors, cut the circle, then make slots which will measure half of the radius.
4. On another piece of paper, draw a circle which will have a radius which measures half of first circles radius. 5. Remake, the same angles as the first time. In each triangle draw a sketch of anything you want that evolves as it goes along. 6. Once the drawings are done, cut the small circle and glue it in the middle of the first one. 7. Make a hole at the centre of the circles with a thumbtack which will help you to animate the drawings.
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Phenakistoscope

  • 2. introduction The 束 Phenakistoscope 損 was invented in 1832 by a Belgian physicist Joseph Plateau. It is the predecessor of the flipbook, and the best way to make this animation is cyclical.
  • 3. You will need : Stiff paper Drawing paper A drawing compass A protractor A pencil A thumbtack A ruler Scissors A mirror
  • 4. Steps 1. Draw a circle with your compass in the center of the stiff paper, as big as you can. 2. Then thanks to a protactor, draw lines which divide this circle in ten equal parts, therefore 36 degrees per angle. 3. With a pair of scissors, cut the circle, then make slots which will measure half of the radius.
  • 5. 4. On another piece of paper, draw a circle which will have a radius which measures half of first circles radius. 5. Remake, the same angles as the first time. In each triangle draw a sketch of anything you want that evolves as it goes along. 6. Once the drawings are done, cut the small circle and glue it in the middle of the first one. 7. Make a hole at the centre of the circles with a thumbtack which will help you to animate the drawings.