263 lines
6.7 KiB
Perl
263 lines
6.7 KiB
Perl
#!/usr/bin/env perl
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# NOTE: Audible frequency results are currently being suppressed,
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# as the resulting IA is too long. This will be revisited when
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# better stying is available.
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use strict;
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use warnings;
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use Test::More;
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use Test::Deep;
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use DDG::Test::Goodie;
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zci answer_type => 'frequency_spectrum';
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zci is_cached => 1;
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ddg_goodie_test(
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['DDG::Goodie::FrequencySpectrum'],
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#Primary example
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'50 hz' => test_zci(
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#re(qr/radio.+SLF.+audible.+double-bass.+piano.+tuba/),
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re(qr/radio/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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#Secondary example
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'400 thz' => test_zci(
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re(qr/infrared/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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#Misc
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'1,000 hz' => test_zci(
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#re(qr/radio.+audible.+human.+voice.+viola.+violin.+guitar.+mandolin.+banjo.+piano.+saxophone.+flute.+clarinet.+oboe/),
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re(qr/radio/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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'1000000.99 hz' => test_zci(
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re(qr/radio.+MF/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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'29.1 hz' => test_zci(
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re(qr/radio.+ELF/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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#No whitespace between number and unit
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'50hz' => test_zci(
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#re(qr/radio.+SLF.+audible.+double-bass.+piano.+tuba/),
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re(qr/radio/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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'400terahertz' => test_zci(
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re(qr/infrared/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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#Mixed case
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'400 THz' => test_zci(
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re(qr/infrared/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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'1000 HZ' => test_zci(
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#re(qr/radio.+audible.+human.+voice.+viola.+violin.+guitar.+mandolin.+banjo.+piano.+saxophone.+flute.+clarinet.+oboe/),
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re(qr/radio/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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#Commas in number
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'1,000,000.99 hz' => test_zci(
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re(qr/radio.+MF/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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#Can you test with all the colours of the wind?
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'650 nm' => test_zci(
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re(qr/visible.+red/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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'610 nanometers' => test_zci(
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re(qr/visible.+orange/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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'580 nanometres' => test_zci(
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re(qr/visible.+yellow/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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'536 nanometer' => test_zci(
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re(qr/visible.+green/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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'478.1 nm' => test_zci(
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re(qr/visible.+blue/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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'380.000000000 nanometres' => test_zci(
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re(qr/visible.+violet/),
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structured_answer => {
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data => ignore(),
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templates => {
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group => 'text',
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item => 0,
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options => {
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content => 'DDH.frequency_spectrum.content'
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}
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}
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}
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),
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#Only visible light wavelengths should trigger
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'0.1 nm' => undef,
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'100 nm' => undef,
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'800 nm' => undef,
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'10000 nm' => undef,
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#Malformed frequencies/wavelengths should not trigger
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'1000.000..99 hz' => undef,
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'15 kilo hertz' => undef,
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'100,123 jiggahz' => undef,
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'hertz' => undef,
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'terahz' => undef,
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'600 nmeters' => undef,
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);
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done_testing;
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