TESSELLATIONS INTRODUCTION TESSELLATIONS SHAPES WHICH FIT TOGETHER LEAVING
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TESSELLATIONS INTRODUCTION TESSELLATIONS SHAPES WHICH FIT TOGETHER LEAVING NO GAPS AND NOT OVERLAPPING OCCUR ALL AROUND US IN THE REAL WORLD
INTRODUCTION MC ESCHER DEVELOPED TESSELLATING SHAPES AS AN ART FORM BORN IN 1898 IN LEEUWARDEN, HOLLAND
Creative Thinker Effective Participator PLT Skills Independent Enquirer Reflective Learner TESSELLATIONS Self Manager Team Worker Which ones are you using? INTRODUCTION MC ESCHER BY DISTORTING BASIC SHAPES HE CHANGED THEM INTO ANIMALS, BIRDS AND OTHER FIGURES
Creative Thinker Effective Participator Independent Enquirer Reflective Learner Self Manager Team Worker Which ones are you TESSELLATIONS PLT Skills using? HOW TO MAKE AN ESCHERESQUE TESSELLATION STEP 1 STEP 2 Begin with a simple shape Change the shape of one side STEP 3 Copy this line on the opposite side STEP 4 Rotate the line and repeat it on the remaining edges STEP 5 STEP 6 STEP 7 Erase the original shape (square) Add lines inside the shape to make a picture Add colour to enhance your picture
Creative Thinker Effective Participator Independent Enquirer Reflective Learner Self Manager Team Worker Which ones are you TESSELLATIONS PLT Skills using? HOW TO MAKE AN ESCHERESQUE TESSELLATION
What shapes are used to make up the honeycomb? Can these shapes be arranged so that there are no gaps between them?
What does this have to do with tessellations? A regular tessellation is a repeating pattern of a regular polygon, which fits together exactly, leaving NO GAPS. So the bees honeycomb… is a regular tessellation of hexagons
Equilateral Triangles: Do tessellate
Squares: Do tessellate
Regular Pentagons: Don’t tessellate
Regular Hexagons: Do tessellate
Regular Octagons: Don’t tessellate:
- First fit next fit best fit worst fit
- Memory allocation policy
- Shapes that fit together
- Octagon tessellation
- Clearance fit tolerance
- Person-job fit and person-organization fit
- Plate tectonic theory evidence
- Geometric shapes and organic shapes
- Types of tessellations
- Regular polygons that tessellate
- Who is the father of tessellation
- Escher ghosts
- Polygons in nature