gpoulter

#!/usr/bin/fish

# Regularly logs the active application and window title to a CSV file.

# Project name to include in the filename.
set project "none"

# Duration in seconds of samples, sleep until timestamp divisible.
set duration 60

gpoulter

#!/usr/bin/fish
#
# Tracks window titles and records a timelapse for specified duration.
#

# Duration for running the tracker - quits after sleeping this long.
set duration "25m"

# Name of project to record in the time entries.
set project "none"

gpoulter

#!/usr/bin/fish

# Uses ffmpeg to record a timelapse video of the X11 screen.
#
# Global Flags:
# -loglevel: Verbosity
#
# Input Flags:
# -framerate: screenshots to capture per second
# -f: input format

gpoulter

#!/usr/bin/env python
"""
1) Start with a directory full of DSC_003242.jpg files from the camera.

2a) Download jhead.exe and save it as C:\jhead.exe

    http://www.sentex.net/~mwandel/jhead/

2b) Go to Start Menu, "Run..." and enter "cmd" to open a DOS box. Change
to the image directory, and run "C:\jhead.exe -nf *.jpg" so all the files look like

gpoulter

#!/usr/bin/python

"""Calculates the distribution of a weighted sum of the components of
a multivariate hypergeometric random variable, for the special case of
three components with weights -1, 0 and +1 - although the generating
function can handle any weights and number of components.  Given a
value t, it also calculates the p value of t under the null hypothesis
that it was generated as the weighted sum of the multivariate
hypergeometric variable.

gpoulter

#!/usr/bin/python
"""Convert CSV table to MindMap format

Usage: python csv_to_mm.py sometable.csv > mymap.mm

CSV format is rows representing tree leaves, e.g.:
    A1,
    A1,B1
    A1,B1,C1
    A1,B1,C2