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-rw-r--r--client/index.js85
1 files changed, 50 insertions, 35 deletions
diff --git a/client/index.js b/client/index.js
index cfe5832..f78c0cc 100644
--- a/client/index.js
+++ b/client/index.js
@@ -98,7 +98,7 @@ data.load().then(lists => {
datasets['Media'].labels = mediaLines.map(l => l.slice(0, 1).map(n => (n/7).toFixed(1)))
datasets['Media'].lines = mediaLines.map(l => l.slice(1,3).map(n => Math.log10(n+1)))
datasets['Media'].onPick = () => {
- nx.offset.value = -6
+ nx.offset.value = -13
nx.multiply.value = 20
document.querySelector('#scale').value = '0'
scales.pick(0)
@@ -139,25 +139,33 @@ data.load().then(lists => {
datasets['AR-15 2016-18'].labels = ar_lines.map(a => a[2])
const schools = lists.school_shootings
- datasets['School Shootings 2016-18'] = {}
- datasets['School Shootings 2016-18'].name = 'School Shootings (2016-18)'
- datasets['School Shootings 2016-18'].pedal = true
- datasets['School Shootings 2016-18'].play_fn = play_mass_shootings
+ datasets['School Shootings 2015-18'] = {}
+ datasets['School Shootings 2015-18'].name = 'School Shootings (2015-18)'
+ datasets['School Shootings 2015-18'].pedal = true
+ datasets['School Shootings 2015-18'].play_fn = play_mass_shootings
+ datasets['School Shootings 2015-18'].onPick = () => {
+ nx.offset.value = -2
+ nx.multiply.value = 11
+ nx.pedal_tone.value = -8
+ document.querySelector('#scale').value = '0'
+ scales.pick(0)
+ }
const school_lines = schools.lines.map(l => {
if (l[gv_fields.incident_characteristics].match('Shots Fired - No Injuries')) {
return null
}
if (l[gv_fields.n_killed] + l[gv_fields.n_injured] < 4) return null
const [y, m, d] = l[gv_fields.date].split('-')
- if (parseInt(y) > 2017) return null
- const yy = (parseInt(y) - 2016) * 365
+ if (parseInt(y) > 2018) return null
+ if (parseInt(y) < 2015) return null
+ const yy = (parseInt(y) - 2015) * 365
const mm = year_days_by_month[parseInt(m)]
const dd = Math.floor(parseInt(d)) + 14
const date = Math.floor((yy + mm + dd) / 7)
// console.log(date, y, m, d)
let total = l[gv_fields.n_killed] + l[gv_fields.n_injured]
if (l[gv_fields.n_killed] === 0) {
- total = - l[gv_fields.n_injured]
+ total = l[gv_fields.n_injured] - 4
}
return [
date,
@@ -167,10 +175,10 @@ data.load().then(lists => {
l[gv_fields.n_injured],
]
}).filter(n => !!n)
- datasets['School Shootings 2016-18'].dates = school_lines.map(a => a[0])
- datasets['School Shootings 2016-18'].dates.push(school_lines.length)
- datasets['School Shootings 2016-18'].lines = [school_lines.map(a => a[1])]
- datasets['School Shootings 2016-18'].labels = school_lines.map(a => a[2])
+ datasets['School Shootings 2015-18'].dates = school_lines.map(a => a[0])
+ datasets['School Shootings 2015-18'].dates.push(school_lines.length)
+ datasets['School Shootings 2015-18'].lines = [school_lines.map(a => a[1])]
+ datasets['School Shootings 2015-18'].labels = school_lines.map(a => a[2])
const fm = lists.firearms_manufactured
datasets['Firearms Manufactured'] = {}
@@ -236,7 +244,12 @@ function play_mass_shootings(i, bounds, diff, note_time, channel="all", exportin
let notes = [], midi_notes = []
let cases = []
let timings
- let week = Math.floor((i+8)/4) % 4
+ let week = Math.floor((i)/4) % 4
+ let year = Math.floor((i - (4*4*3)) / 48) // + 2
+ console.log(year)
+ let yy = -year
+ if (year > 0) year += 1
+ let this_one = 0
// console.log(i, mass_i, dataset.dates[mass_i], channel, exporting)
while (i >= dataset.dates[mass_i] && mass_i < total) {
// console.log(i, dataset.dates[mass_i])
@@ -250,48 +263,50 @@ function play_mass_shootings(i, bounds, diff, note_time, channel="all", exportin
}
// console.log('push case', dataset.data[mass_i][mass_fields.date] + ' ' + dataset.data[mass_i][mass_fields.case])
mass_i += 1
+ this_one += 1
+ if (this_one >= 4) break
}
switch (notes.length) {
default:
case 0:
break
case 1:
- midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value, 128, channel, exporting, 0))
+ midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value + yy, 128, channel, exporting, 0))
timings = [128]
break
case 2:
- midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value, 64, channel, exporting, 0))
- midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value, 64, channel, exporting, 64))
+ midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value + yy, 64, channel, exporting, 0))
+ midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value + yy, 64, channel, exporting, 64))
timings = [64, 64]
break
case 3:
- midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value, 43, channel, exporting, 0))
- midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value, 43, channel, exporting, 43))
- midi_notes.push(play_note( norm(notes[2], min, max) * nx.multiply.value, 42, channel, exporting, 85))
+ midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value + yy, 43, channel, exporting, 0))
+ midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value + yy, 43, channel, exporting, 43))
+ midi_notes.push(play_note( norm(notes[2], min, max) * nx.multiply.value + yy, 42, channel, exporting, 85))
timings = [43, 43 ,42]
break
case 4:
- midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value, 32, channel, exporting, 0))
- midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value, 32, channel, exporting, 32))
- midi_notes.push(play_note( norm(notes[2], min, max) * nx.multiply.value, 32, channel, exporting, 64))
- midi_notes.push(play_note( norm(notes[3], min, max) * nx.multiply.value, 32, channel, exporting, 96))
+ midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value + yy, 32, channel, exporting, 0))
+ midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value + yy, 32, channel, exporting, 32))
+ midi_notes.push(play_note( norm(notes[2], min, max) * nx.multiply.value + yy, 32, channel, exporting, 64))
+ midi_notes.push(play_note( norm(notes[3], min, max) * nx.multiply.value + yy, 32, channel, exporting, 96))
timings = [32, 32, 32, 32]
break
case 5:
- midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value, 22, channel, exporting, 0))
- midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value, 21, channel, exporting, 22))
- midi_notes.push(play_note( norm(notes[2], min, max) * nx.multiply.value, 21, channel, exporting, 43))
- midi_notes.push(play_note( norm(notes[3], min, max) * nx.multiply.value, 32, channel, exporting, 64))
- midi_notes.push(play_note( norm(notes[4], min, max) * nx.multiply.value, 32, channel, exporting, 96))
+ midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value + yy, 22, channel, exporting, 0))
+ midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value + yy, 21, channel, exporting, 22))
+ midi_notes.push(play_note( norm(notes[2], min, max) * nx.multiply.value + yy, 21, channel, exporting, 43))
+ midi_notes.push(play_note( norm(notes[3], min, max) * nx.multiply.value + yy, 32, channel, exporting, 64))
+ midi_notes.push(play_note( norm(notes[4], min, max) * nx.multiply.value + yy, 32, channel, exporting, 96))
timings = [22, 21, 21, 32, 32]
break
case 6:
- midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value, 22, channel, exporting, 0))
- midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value, 21, channel, exporting, 22))
- midi_notes.push(play_note( norm(notes[2], min, max) * nx.multiply.value, 21, channel, exporting, 43))
- midi_notes.push(play_note( norm(notes[3], min, max) * nx.multiply.value, 22, channel, exporting, 64))
- midi_notes.push(play_note( norm(notes[4], min, max) * nx.multiply.value, 21, channel, exporting, 86))
- midi_notes.push(play_note( norm(notes[5], min, max) * nx.multiply.value, 21, channel, exporting, 107))
+ midi_notes.push(play_note( norm(notes[0], min, max) * nx.multiply.value + yy, 22, channel, exporting, 0))
+ midi_notes.push(play_note( norm(notes[1], min, max) * nx.multiply.value + yy, 21, channel, exporting, 22))
+ midi_notes.push(play_note( norm(notes[2], min, max) * nx.multiply.value + yy, 21, channel, exporting, 43))
+ midi_notes.push(play_note( norm(notes[3], min, max) * nx.multiply.value + yy, 22, channel, exporting, 64))
+ midi_notes.push(play_note( norm(notes[4], min, max) * nx.multiply.value + yy, 21, channel, exporting, 86))
+ midi_notes.push(play_note( norm(notes[5], min, max) * nx.multiply.value + yy, 21, channel, exporting, 107))
timings = [22, 21, 21, 22, 21, 21]
break
case 7:
@@ -370,7 +385,7 @@ function play_mass_shootings(i, bounds, diff, note_time, channel="all", exportin
timings = [11, 11, 10, 11, 11, 10, 11, 11, 10, 11, 11, 10]
break
}
- const pedal_freq = scales.current().index(nx.pedal_tone.value + week, nx.octave.value)
+ const pedal_freq = scales.current().index(nx.pedal_tone.value - week + 4 - year, nx.octave.value)
pedal_note = get_midi_note_for_frequency(pedal_freq)
if (!exporting) {
kalimba.play(pedal_freq, -12)
generated by cgit v1.2.3-70-g09d2 (git 2.51.0) at 2025-12-10 04:47:58 +0000