I. variations on the hydrangea fractal
II. tessellations
sine wave [me]
hydrangea/clover
naval shell [tomoko fuse]
square weave
triphilia backlit
clover variation
magic ball
herringbone corrugation
flattened clovers
triphilia II
square weave 2
3-layer hydrangea
star puff tessellation
spread hexagons
triangle weave
post-it spread hexagons
triangles
5x clover field
combo tri/hex
7 triangles
hydrangea earrings
III. additional models
frequently asked questionsare they all folded from a single sheet?
- yes, except the tico
starhow long does it take to fold?
- most models on this page
took an average of one hour to fold, but the hydrangeas took 5-9 hours in totalwhat paper do you use?
- printer paper, regular origami paper, and even
sticky notes for less complex models, and sandwich paper for more complex modelshow do you learn origami?
- internet research and practicewhen were these folded?
- 2019 to present
check out these origami artists that inspire me:陳曉 (chen xiao)the plant psychologist (brandon wong)arsenikoomkamiya satoshitomoko fuseeric gjerde & ilan garibimorisue kei
math behind the hydrangeas : fractals and geometric sequencesFor the 9-tiled, 6 layer hydrangea: the relationship between the number of bases creased, y, and the grid size, x, can be modeled byy = (1/144)x^2 + (5/9)x + (1/9)Individual hydrangea units are perfect fractals consisting of squares rotated 45° and set inside the previous square. Therefore, the perimeter of each subsequent square is represented byan = (sqrt2/2) to the (n-1)where n is the layer number and an is the perimeter.
computational origami : a branch of
computer science involving modeling origami with algorithmsResources to lean
more:Robert J. Lang
Origami
Tomohiro Tachi
Amanda Ghassei's Origami Simulator
Xinyi LiuSoftware I use to draw, model,
and
simulate crease patterns: Oriedita






![miku [陳曉]](images/miku.jpg)
![tico star [maria sinayskaya]](images/ticoStar.jpg)
![blm letters [jo nakashima]](images/blm.jpg)




