patterns edge systems

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Patterns, Pattern Application, & Edge Courtesy of Bear Kaufmann

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Design from pattens to details.

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Page 1: Patterns Edge Systems

Patterns,Pattern Application,

& Edge

Courtesy of Bear Kaufmann

Page 2: Patterns Edge Systems

Concentric Patterns

Page 3: Patterns Edge Systems

Concentric:Growth

Tree Rings

Page 4: Patterns Edge Systems

Concentric:Growth Through Accretion

Agate

Page 5: Patterns Edge Systems

Too

Hot

Too

Cold

You

Are

Here

Solar System: Not To Scale

Concentric:Radiating & Diffusing Energy

Page 6: Patterns Edge Systems

Radial Patterns

Lupine - Lupinus polyphyllus

Page 7: Patterns Edge Systems

Spiral Patterns

Medusa’s Head Cactus - Euphorbia caput-medusae

Page 8: Patterns Edge Systems

Spirals:For Growth

Tide Pool

Page 9: Patterns Edge Systems

Spirals in 3D:Helixes

Chayote Squash - Sechium edule

Page 10: Patterns Edge Systems

The SpiralNote that each new square has a side which is as long as the sum of the latest two square's sides.

Page 11: Patterns Edge Systems

A M B

• The line AB is divided at point M so that the ratio of the two parts, the smaller MB to the larger AM is the same as the ratio of the larger part AM to the whole AB.

One Way to Understand It

Page 12: Patterns Edge Systems

Phi•1.6180339887498948482045868343656381177203091798057628621354486227052604628189044970720720418939113748475408807538689175212663386222353693179318006076672635433389086595939582905638322661319928290267880675208766892501711696207032221043216269548626296313614438149758701220340805887954454749246185695…

Page 13: Patterns Edge Systems

Oak Tree - Quercus spp.

Spirals in 3D:Helixes

Page 14: Patterns Edge Systems

Argentinian Coast

Spirals:Turbulent Flow

earthobservatory.nasa.gov

Page 15: Patterns Edge Systems

Interlocking Spirals:von Karman vortex streets

earthobservatory.nasa.gov

Page 16: Patterns Edge Systems

Ideas for Application

Page 17: Patterns Edge Systems

Ideas for Application

Page 18: Patterns Edge Systems

Ideas for Application

Page 19: Patterns Edge Systems

Interlocking Spirals

Page 20: Patterns Edge Systems

Spirals in TimeDisturbance

Wave Patterns

Page 21: Patterns Edge Systems

Spirals in TimeDisturbance

Wave Patterns

Page 22: Patterns Edge Systems

Turbulence

Page 23: Patterns Edge Systems

Streamlines

earth.google.com

Alaska

Page 24: Patterns Edge Systems

Effects of Flow

Page 25: Patterns Edge Systems

Flow

Page 26: Patterns Edge Systems

Crenulations

Page 27: Patterns Edge Systems

Crenulations:Maximize Edge

Page 28: Patterns Edge Systems

Crenulations:Maximize Edge

Page 29: Patterns Edge Systems

Crenulations:Habitat

Page 30: Patterns Edge Systems

Surface Area to Volume

Page 31: Patterns Edge Systems

Bucky

Page 32: Patterns Edge Systems

Fractals:fractus = part

Page 33: Patterns Edge Systems

Fractals:systems inside systems

patterns within patterns

Page 34: Patterns Edge Systems

Measuring Coastline:Mandelbrot, Fractals, and Edge

earth.google.com

“Clouds are not spheres, mountains are not cones, coastlines are not circles, and bark is not smooth, nor does lightning

travel in a straight line.”-Benoît B. Mandelbrot

Page 35: Patterns Edge Systems

Edible Fractals

Page 36: Patterns Edge Systems

Fractals:Spirals

Page 37: Patterns Edge Systems

Edge

The interface between two ecosystems represents a third, more complex,

system which combines both.

Page 38: Patterns Edge Systems

Gradients:the rate of transition

Pressure

Temperature

Acidity

Elevation

& other properties

Page 39: Patterns Edge Systems

Branches & Networks

Grape Leaf

Page 40: Patterns Edge Systems

Branches

Fennel

Page 41: Patterns Edge Systems

Leaves and Branching• Leaves are also found in groups of Fibonacci numbers.

• Branching plants always branch off into groups of Fibonacci numbers.

Page 42: Patterns Edge Systems

Beech Tree

Branching:Dendritic

Page 43: Patterns Edge Systems

Low Diffusion

Low Friction

Higher Diffusion

High Friction

Most Diffusion

For

Least Friction

Branches:For Diffusion and Accumulation

Page 44: Patterns Edge Systems

Branches:oldest oaks have 8 orders

Page 45: Patterns Edge Systems

Branches:Watersheds and Tributaries

Oakland Hills - Digital Elevation Model

Page 46: Patterns Edge Systems

Branches:Water Flow

Jordan earthobservatory.nasa.gov

Page 47: Patterns Edge Systems

Networks

Page 48: Patterns Edge Systems

earthobservatory.nasa.gov

Page 49: Patterns Edge Systems

Centralized Decentralized

Network Topology

Adapted from Linked by A. Barabàsi