Colin FitzGerald

Remix this site

A side project inside my side project. Pick any palette and pair of typefaces, and the whole site changes with you. Find a combination you like better than mine? Copy the link and send it to me.

T palette F headlines B body text, on any page

Mix your own

Drag the wheel to pick a hue, then choose how the other colors relate to it. Every mix stays readable.

Or start from a palette

Light

Dark

Type

Headlines

Body text

Writing, . Written in college at Berkeley.

Prickly Pear Invitational Split Analysis

Visualizing the 400m splits of each athlete in the Men's 3000m run at the Prickly Pear Invitational.

import numpy as np 
from datascience import * 
import matplotlib.pyplot as plt 
%matplotlib inline
p3 = Table.read_table("p3.csv")
p3
Split Marc Scott (1) Grant Fisher (2) Sean McGorty (3) Joe Klecker (4) Morgan McDonald (5) Evan Jager (6) Woody Kincaid (7) Brian Barazza (8) Kieran Tuntivate (9) Biya Simbassa (10) John Reniewicki (11) Johnny Gregorek (12) Chris Derrick (13 Joey Berriatua (14)
600 63.148 64.052 64.253 64.715 64.648 64.809 64.542 63.754 64.651 63.903 63.775 63.873 64.755 63.257
1000 62.634 62.422 62.128 62.113 62.719 62.125 62.386 62.306 62.69 62.378 62.253 62.676 62.353 62.702
1400 62.755 62.221 62.336 62.32 62.542 62.415 62.658 62.535 62.502 62.451 62.894 62.542 62.658 62.743
1800 62.325 62.254 61.551 61.855 62.413 61.936 62.527 62.52 61.999 62.686 62.734 62.218 63.25 62.805
2200 60.841 60.918 60.84 60.92 61.457 61.232 62.478 61.193 62.603 61.586 62.705 61.349 64.259 63.521
2600 59.649 59.637 59.835 59.653 58.97 60.134 63.363 61.002 63.759 62.7 64.268 61.935 64.843 71.49
3000 54.627 55.556 56.051 57.357 58.769 59.514 57.395 63.534 59.76 62.303 60.217 64.277 65.555 70.306 
p3.plot("Split")
plt.xlabel("Distance (Meters)")
plt.ylabel("Split Time in Seconds")
Text(0, 0.5, 'Split Time in Seconds')

Notebook output

p3.plot("Split")
plt.xlabel("Distance (Meters)")
plt.ylabel("Split Time in Seconds")
plt.xlim(600, 1000)
plt.ylim(62, 65)
(62.0, 65.0)

Notebook output

p3.plot("Split")
plt.xlabel("Distance (Meters)")
plt.ylabel("Split Time in Seconds")
plt.xlim(1000, 1400)
plt.ylim(61.5, 63)
(61.5, 63.0)

Notebook output

p3.plot("Split")
plt.xlabel("Distance (Meters)")
plt.ylabel("Split Time in Seconds")
plt.xlim(1400, 1800)
plt.ylim(61, 63.5)
(61.0, 63.5)

Notebook output

p3.plot("Split")
plt.xlabel("Distance (Meters)")
plt.ylabel("Split Time in Seconds")
plt.xlim(1800, 2200)
plt.ylim(60, 64.5)
(60.0, 64.5)

Notebook output

p3.plot("Split")
plt.xlabel("Distance (Meters)")
plt.ylabel("Split Time in Seconds")
plt.xlim(2200, 2600)
plt.ylim(58.5, 65)
(58.5, 65.0)

Notebook output

p3.plot("Split")
plt.xlabel("Distance (Meters)")
plt.ylabel("Split Time in Seconds")
plt.xlim(2600, 3000)
plt.ylim(54, 65)
(54.0, 65.0)

Notebook output