I'm a professor of mathematics at the University of North Carolina Asheville. I've also done a fair amount of consulting work over the years focusing on scientific and data visualization.
I'm happy to be part of the first Observable Ambassador's cohort.
Public
Edited
Oct 11, 2021
2 stars
IFS QuickstartIterated Function SystemsConstruction of the Serpinski triangleThe Sierpinski pedal triangleSimilarity and the Pedal TriangleDeterministic IFS algorithmsSelf-similar spiralsStochastic IFS algorithmsGeneralized Sierpinski trianglesPoly-gasketsThe Koch snowflakeBarnsley's fernIteratedFunctionSystem ClassAffineFunction ClassSimilarity transformationsThe TwindragonBox-counting dimension examplesMcMullen carpetsThe Twindragon (with boundary)Self-affine tilesTutorial on self-affine tilesA self-affine tile with holesSelf-affine tiles via polygon mergeThe Eisenstein fractionsGolden rectangle fractalsDeterministic digraph IFS algorithmsA stochastic digraph IFS algorithmMixed self-similarityFractalized squareHilbert's coordinate functionsRauzy Fractals
The Z-Curve
Also listed in…
Math
zCurveIFS = new IteratedFunctionSystem([
scale(1 / 3),
shift([1 / 3, 0])
.compose(rotate(pi / 4))
.compose(scale(Math.sqrt(2) / 6)),
reflect([1, 0], [1 / 2, 0])
.compose(shift([1 / 2, 1 / 6]))
.compose(rotate(-Math.PI / 2))
.compose(scale(1 / 3)),
shift([1 / 2, -1 / 6])
.compose(rotate(pi / 4))
.compose(scale(Math.sqrt(2) / 6)),
scale(1 / 3, [1, 0])
])
import {
shift,
scale,
rotate,
reflect,
pi
} from "@mcmcclur/affinefunction-class"
import { IteratedFunctionSystem } from "@mcmcclur/iteratedfunctionsystem-class"
Purpose-built for displays of data
Observable is your go-to platform for exploring data and creating expressive data visualizations. Use reactive JavaScript notebooks for prototyping and a collaborative canvas for visual data exploration and dashboard creation.
