Laura Wrubel lwrubel

## captions-shift.py
#!/usr/bin/env python3

import webvtt
from datetime import datetime, timedelta
import argparse

parser = argparse.ArgumentParser(description="Shift caption start \
				     and end times in a .vtt file")
parser.add_argument("inputfile", help="input filename, must be VTT format")
parser.add_argument("outputfile", help="output filename")

## mena-serials-before.csv

          
            MMS ID
            Library
            Location
            Volume
            Issue number
            Year
            Month
            Barcode
            Note

            
              99169315803604107
              gelman
              grcmis
              1
              1
              1989
              Spring
              32882022255379

            
              99169315803604107
              gelman
              grcmis
              1
              2
              1989
              Summer
              32882022255387

            
              99169315803604107
              gelman
              grcmis
              1
              3
              1989
              Autumn
              32882022255635

            
              99169315803604107
              gelman
              grcmis
              1
              4
              1990
              Winter
              32882022255882

            
              99169315803604107
              gelman
              grcmis
              2
              1
              1990
              Spring
              32882022256138

            
              99169315803604107
              gelman
              grcmis
              2
              2
              1990
              Summer
              328820222563

            
              99169315803604107
              gelman
              grcmis
              2
              3
              1990
              Autumn
              32882022256393

            
              99169315803604107
              gelman
              grcmis
              2
              4
              1991
              Winter
              32882022256146

            
              99169315803604107
              gelman
              grcmis
              3
              1
              1991
              Spring
              32882022255890

## csv-to-ris-format.py
#!/usr/bin/env python
# To use:
# python csv-to-ris-format.py csvfile.csv risoutput.txt
#
# Assumes you have removed the header row from the csv file,
# columns are in the same order as the labels list,
# and there are no other columns in the csv.

import csv
from sys import argv

## chronam-title-counts.rb
require 'csv'

data = CSV.parse(File.read("/Users/lwrubel/projects/chronam-exploration/final-counts.csv"), {:headers => false})
count = 1788
notes = scale(:g2, :major, num_octaves: 5)
separator = 0.2

# for each line of data, play a drum beat and appropriate pitch
data.each do |line|
  puts line

## cycling-to-work.rb
# cycling to work, in a brisk cold wind
# csv file has a heartrate and altitude measurement taken each second
# piano is the heartrate, higher note is higher heartrate
# underlying synth is altitude, higher pitch is higher altitude

require 'csv'

data = CSV.parse(File.read("/Users/lwrubel/projects/datasonify/20160222-cycle-to-work.csv"))

# using pentatonic scale for heartrate

## launchpad-github.rb
# files changed in github launchpad repo (https://github.com/gwu-libraries/launchpad)
# full sonic pi code at https://gist.github.com/lwrubel/5a621aa316741ad8d315

require 'csv'

data = CSV.parse(File.read("/Users/lwrubel/projects/stg-sound/launchpad-noDmrc.csv"), {:headers => false})

use_synth :subpulse
separator = 0.15
count = 0

## plain-bob-minor.rb
# Plain Bob Minor (6 bells)

use_synth :dull_bell
bells = [:A5, :G5, :F5, :E5, :D5, :C5]

define :round do |c|
  4.times do |row|
    puts "Round #{row}"
    for i in 0..5
      play bells[i], release: 2

## plain-hunt-on-4.rb
# Plain hunt minimus (on 4)

use_synth :dull_bell
minimus = [:F5, :E5, :D5, :C5]

define :round do |c|
  4.times do |change|
    puts "Change #{change}"
    for i in 0..3
      play c[i], release: 2

## checkouts.rb
# plays one note for each day in a year of checkout data from the library
# recording at https://soundcloud.com/laurasaurus5/checkouts

require 'csv'

data = CSV.parse(File.read("/Users/lwrubel/projects/datasonify/gwtransactcounts.csv"), {:headers => true, :header_converters => :symbol})
# 7/1/2014 is a Tuesday and day 182 of the year
dailycount = 2
day = 182
	#!/usr/bin/env python3

	import webvtt
	from datetime import datetime, timedelta
	import argparse

	parser = argparse.ArgumentParser(description="Shift caption start \
	and end times in a .vtt file")
	parser.add_argument("inputfile", help="input filename, must be VTT format")
	parser.add_argument("outputfile", help="output filename")
MMS ID	Library	Location	Volume	Issue number	Year	Month	Barcode	Note
99169315803604107	gelman	grcmis	1	1	1989	Spring	32882022255379
99169315803604107	gelman	grcmis	1	2	1989	Summer	32882022255387
99169315803604107	gelman	grcmis	1	3	1989	Autumn	32882022255635
99169315803604107	gelman	grcmis	1	4	1990	Winter	32882022255882
99169315803604107	gelman	grcmis	2	1	1990	Spring	32882022256138
99169315803604107	gelman	grcmis	2	2	1990	Summer	328820222563
99169315803604107	gelman	grcmis	2	3	1990	Autumn	32882022256393
99169315803604107	gelman	grcmis	2	4	1991	Winter	32882022256146
99169315803604107	gelman	grcmis	3	1	1991	Spring	32882022255890
	#!/usr/bin/env python
	# To use:
	# python csv-to-ris-format.py csvfile.csv risoutput.txt
	#
	# Assumes you have removed the header row from the csv file,
	# columns are in the same order as the labels list,
	# and there are no other columns in the csv.

	import csv
	from sys import argv
	require 'csv'

	data = CSV.parse(File.read("/Users/lwrubel/projects/chronam-exploration/final-counts.csv"), {:headers => false})
	count = 1788
	notes = scale(:g2, :major, num_octaves: 5)
	separator = 0.2

	# for each line of data, play a drum beat and appropriate pitch
	data.each do \|line\|
	puts line
	# cycling to work, in a brisk cold wind
	# csv file has a heartrate and altitude measurement taken each second
	# piano is the heartrate, higher note is higher heartrate
	# underlying synth is altitude, higher pitch is higher altitude

	require 'csv'

	data = CSV.parse(File.read("/Users/lwrubel/projects/datasonify/20160222-cycle-to-work.csv"))

	# using pentatonic scale for heartrate
	# files changed in github launchpad repo (https://github.com/gwu-libraries/launchpad)
	# full sonic pi code at https://gist.github.com/lwrubel/5a621aa316741ad8d315

	require 'csv'

	data = CSV.parse(File.read("/Users/lwrubel/projects/stg-sound/launchpad-noDmrc.csv"), {:headers => false})

	use_synth :subpulse
	separator = 0.15
	count = 0
	# Plain Bob Minor (6 bells)

	use_synth :dull_bell
	bells = [:A5, :G5, :F5, :E5, :D5, :C5]

	define :round do \|c\|
	4.times do \|row\|
	puts "Round #{row}"
	for i in 0..5
	play bells[i], release: 2
	# Plain hunt minimus (on 4)

	use_synth :dull_bell
	minimus = [:F5, :E5, :D5, :C5]

	define :round do \|c\|
	4.times do \|change\|
	puts "Change #{change}"
	for i in 0..3
	play c[i], release: 2
	# plays one note for each day in a year of checkout data from the library
	# recording at https://soundcloud.com/laurasaurus5/checkouts

	require 'csv'

	data = CSV.parse(File.read("/Users/lwrubel/projects/datasonify/gwtransactcounts.csv"), {:headers => true, :header_converters => :symbol})
	# 7/1/2014 is a Tuesday and day 182 of the year
	dailycount = 2
	day = 182