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''For the second experiment I select relatively less complicated pattern to test with paper and fabric. I applied the pattern on the fabric and fold step by step. As a result i find out fabric is working with paper better than cardboard and metal wires. It is easy to fold and the traces of the folded pattern gives clues for the second-third folding '' | ''For the second experiment I select relatively less complicated pattern to test with paper and fabric. I applied the pattern on the fabric and fold step by step. As a result i find out fabric is working with paper better than cardboard and metal wires. It is easy to fold and the traces of the folded pattern gives clues for the second-third folding '' | ||
''As a result producing Origami tessellations by fabric is not as easy as paper producing. I wanted to put this tessellations as an inspirational examples that paper folding that | ''As a result producing Origami tessellations by fabric is not as easy as paper producing. I wanted to put this tessellations as an inspirational examples that paper folding that I produced as a comparison between AtlasBindung-Körperbindung and other kind of binding variations.'' | ||
[[File:foldedunfolded.jpg]] | [[File:foldedunfolded.jpg]] | ||
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''Variations:'' | ''Variations:'' | ||
*The background grid consists of 3 different grid in order to locate triangles and create several sets that will contain the triangles (picked_means 1_ and not picked_means 0_) | |||
*Combination of the 3 different triangular grid gives as output sets which will be input for the dispatch command. | |||
*Dispatching 2 times gives different 4 sets | *Dispatching 2 times gives different 4 sets | ||
The patterns on the left are created by changing the sets as inputs from A to B | The patterns on the left are created by changing the sets as inputs from A to B | ||