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Basis Global Emotions

Basis Global Emotions

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Overview

525.17 hours · 137,696 recordings · 54,575 series · 10,420 speakers · 108 locales

Each recording is one native speaker performing a line in a described situation according to a steer, which is an emotion (e.g. happy, frustrated) or a direction (e.g., whispering, screaming). Recordings are organized into what we call series: the same speaker reads the same line multiple times to control for speaker identity and lexical content. An emotion series has three readings (neutral, medium, full); a delivery series has two (neutral, full). Every reading of every series is included; series_id groups them and intensity orders them.

Languages

Locale Language Country Hours Recordings Series Speakers
pt-BR Portuguese Brazil 9.97 2,382 946 80
ja-JP Japanese Japan 8.84 2,322 939 73
pl-PL Polish Poland 8.49 2,168 857 88
en-US English United States 8.46 2,497 995 209
uk-UA Ukrainian Ukraine 8.30 1,938 778 88
it-IT Italian Italy 8.13 2,042 805 71
es-CL Spanish Chile 8.06 2,199 888 81
am-ET Amharic Ethiopia 7.89 2,250 915 118
bg-BG Bulgarian Bulgaria 7.85 1,922 766 97
es-MX Spanish Mexico 7.73 2,092 827 86
sr-RS Serbian Serbia 7.67 1,838 735 86
id-ID Indonesian Indonesia 7.47 1,824 722 194
cs-CZ Czech Czechia 7.38 1,999 794 131
es-PE Spanish Peru 7.31 1,940 769 125
ro-RO Romanian Romania 7.11 1,976 793 82
mg-MG Malagasy Madagascar 7.01 1,860 751 129
ka-GE Georgian Georgia 6.93 1,899 751 159
ru-BY Russian Belarus 6.85 1,658 648 70
bs-BA Bosnian Bosnia and Herzegovina 6.81 1,710 662 112
zu-ZA Zulu South Africa 6.71 2,570 1,010 144
ru-KZ Russian Kazakhstan 6.70 1,572 612 63
el-GR Greek Greece 6.66 1,875 752 120
or-IN Odia India 6.56 1,600 636 163
es-ES Spanish Spain 6.54 1,671 676 128
fr-FR French France 6.51 1,857 755 103
mk-MK Macedonian North Macedonia 6.50 1,588 622 99
es-GT Spanish Guatemala 6.39 1,687 674 117
as-IN Assamese India 6.35 1,612 651 107
sk-SK Slovak Slovakia 6.32 1,514 587 82
ko-KR Korean South Korea 6.21 1,536 598 77
ar-MA Arabic Morocco 6.18 1,580 633 52
ceb-PH Cebuano Philippines 6.13 1,426 580 98
tr-TR Turkish Turkey 6.12 1,601 643 72
mn-MN Mongolian Mongolia 5.98 1,593 641 114
ml-IN Malayalam India 5.93 1,349 537 162
uz-UZ Uzbek Uzbekistan 5.91 1,381 547 143
sl-SI Slovenian Slovenia 5.90 1,716 677 74
ms-MY Malay Malaysia 5.88 1,501 593 122
lt-LT Lithuanian Lithuania 5.83 1,502 576 87
su-ID Sundanese Indonesia 5.80 1,493 591 123
ne-NP Nepali Nepal 5.76 1,317 536 132
sq-AL Albanian Albania 5.73 1,606 650 107
es-EC Spanish Ecuador 5.73 1,381 556 68
ar-JO Arabic Jordan 5.71 1,443 572 72
hr-HR Croatian Croatia 5.66 1,377 539 98
sw-TZ Swahili Tanzania 5.64 1,276 509 122
cnr-ME Montenegrin Montenegro 5.61 1,301 507 90
sv-SE Swedish Sweden 5.47 1,371 542 117
fil-PH Filipino Philippines 5.26 1,290 517 114
az-AZ Azerbaijani Azerbaijan 5.24 1,407 561 142
es-CO Spanish Colombia 5.16 1,333 532 82
pt-PT Portuguese Portugal 5.09 1,389 538 54
hu-HU Hungarian Hungary 5.09 1,352 544 115
mr-IN Marathi India 4.96 1,213 471 88
af-ZA Afrikaans South Africa 4.89 1,284 509 99
bn-BD Bengali Bangladesh 4.73 1,113 436 136
xh-ZA Xhosa South Africa 4.64 1,652 653 101
ar-DZ Arabic Algeria 4.64 1,341 528 187
kn-IN Kannada India 4.62 1,071 420 93
en-CA English Canada 4.58 1,325 507 97
bn-IN Bengali India 4.53 1,095 429 99
lv-LV Latvian Latvia 4.51 1,125 433 78
jv-ID Javanese Indonesia 4.30 1,205 485 176
ur-PK Urdu Pakistan 4.29 1,113 450 116
es-AR Spanish Argentina 4.27 1,106 447 70
fi-FI Finnish Finland 4.24 1,109 445 74
te-IN Telugu India 4.23 906 360 132
de-DE German Germany 4.17 1,159 455 50
gu-IN Gujarati India 4.12 1,060 417 122
en-GB English United Kingdom 4.11 1,022 398 58
sw-KE Swahili Kenya 4.10 936 367 88
ar-TN Arabic Tunisia 4.08 1,339 540 163
rw-RW Kinyarwanda Rwanda 4.02 1,077 420 132
he-IL Hebrew Israel 4.01 1,043 404 78
kk-KZ Kazakh Kazakhstan 3.92 1,047 426 54
nl-NL Dutch Netherlands 3.90 1,075 415 59
hy-AM Armenian Armenia 3.86 1,047 415 95
ar-SA Arabic Saudi Arabia 3.68 927 368 43
ar-LB Arabic Lebanon 3.66 956 391 116
si-LK Sinhala Sri Lanka 3.57 1,016 401 126
ar-EG Arabic Egypt 3.54 858 340 45
es-DO Spanish Dominican Republic 3.50 911 363 105
vi-VN Vietnamese Vietnam 3.49 1,067 411 101
ta-IN Tamil India 3.44 845 325 79
hi-IN Hindi India 3.41 857 339 47
lg-UG Luganda Uganda 3.37 811 315 95
ar-LY Arabic Libya 3.27 918 373 160
et-EE Estonian Estonia 3.12 774 298 60
ky-KG Kyrgyz Kyrgyzstan 3.11 798 307 96
th-TH Thai Thailand 2.98 1,260 516 189
el-CY Greek Cyprus 2.98 843 328 98
pa-IN Punjabi India 2.73 650 254 140
nb-NO Norwegian Norway 2.59 749 292 51
om-ET Oromo Ethiopia 2.10 549 206 45
da-DK Danish Denmark 1.60 436 171 67
lo-LA Lao Laos 1.55 614 245 70
yue-HK Cantonese Hong Kong 1.44 429 164 78
sq-XK Albanian Kosovo 1.30 368 147 47
zh-TW Mandarin Taiwan 1.28 337 130 50
ak-GH Akan Ghana 1.26 344 131 87
ln-CD Lingala DR Congo 1.16 271 103 70
km-KH Khmer Cambodia 1.00 418 164 36
ps-PK Pashto Pakistan 1.00 301 112 56
so-SO Somali Somalia 1.00 283 111 73
en-AU English Australia 1.00 275 107 31
tk-TM Turkmen Turkmenistan 1.00 247 95 48
en-NZ English New Zealand 1.00 244 92 17
wo-SN Wolof Senegal 0.78 294 111 47

How to Use

Each locale is a configuration named by its code. Install datasets[audio] and FFmpeg first.

from datasets import load_dataset

ds = load_dataset("basis-ai/basis-global-emotions", "ja-JP", split="train")
row = ds[0]
row["audio"], row["steer"], row["intensity"], row["given_line"]

Rows are recordings. Group them by series_id and order intensity as neutral, medium, full to get one speaker's readings of one line. Join speaker_id to speaker in speakers.jsonl for speaker-disjoint splits. For every locale at once, loop over the configurations or read data/*/*.parquet directly.

Dataset Structure

README.md                        this card
FIELDS.md                        every column and field
LICENSE                          the terms
dataset_info.json                statistics for the release and for every locale
locales.json                     every locale code with its language and country names
speakers.jsonl                   one row per speaker across the release
data/<language>-<COUNTRY>/       the locale's recordings as parquet shards: 16 columns, the audio bytes in `audio`

Each row has 16 columns: rank, series_id, intensity, recording_id, audio, speaker_id, locale, gender, age_band, steer, given_line, nonverbal_cues, situation, duration_s, nisqa_mos, nisqa_noise; audio carries the recording as recorded (WAV, 16-bit PCM, 48 kHz, mono). Field meanings: FIELDS.md.

Dataset Statistics

Measure Value
Hours 525.17
Recordings 137,696
Series 54,575
Speakers 10,420
Locales / languages / countries 108 / 83 / 90
Hours by declared gender men 215.8 · women 308.1 · other 1.3

Steers

Every reading of a series carries steer, the neutral reading included. Counts are series.

Steer Series
affectionate 1,150
afraid 1,171
amused 1,626
angry 1,588
apologetic 1,574
assertive 2,440
bored 928
calm 1,236
confused 1,119
crying 1,337
curious 1,422
disappointed 1,117
disgusted 1,192
dramatic 1,899
embarrassed 1,020
encouraging 2,272
envious 947
excited 1,420
flirtatious 927
frustrated 1,360
grateful 1,109
guilty 1,034
happy 1,842
hesitant 1,723
laughing 2,890
mumbling 1,604
nostalgic 1,141
playful 2,431
proud 1,306
relieved 1,074
sad 1,441
sarcastic 1,996
screaming 264
shouting 498
singing 1,751
soothing 1,584
surprised 1,376
whispering 1,766

Non-verbal cues

Some lines ask the speaker to perform a non-verbal cue at some point in the line (e.g., sigh, scoff, tongue click, …). The cue is written inside given_line in square brackets, in the line's own language, exactly as the speaker saw it; nonverbal_cues lists the kinds of those cues in English, in order, and is empty when the line has none.

12,141 of 137,696 recordings (8.82%) have a non-verbal cue in the instructed script, across 13 cue kinds. As a reminder, given_line is what the voice actor was instructed to read, it is not a human transcription or ASR rendering.

Scripted cue Recordings
laugh 1,642
sigh 1,349
scoff 1,317
tongue click 1,070
breathe 1,061
gasp 918
groan 900
sniffle 875
sob 826
clear throat 826
whimper 766
yawn 537
cough 62

Audio

WAV, 16-bit PCM, 48 kHz, exactly as recorded, no post-hoc denoising, enhancement, loudness normalization, resampling, etc.

Audio quality

Every recording must pass minimum NISQA requirements (MOS and background-noise scores, each 1 to 5), with the exception of whisper and laughing deliveries, which instead have their own acoustic check. The minimums are 3.80 / 3.90 in every locale except kk-KZ and ko-KR (3.75 / 3.90), zh-TW (3.76 / 3.90) and hi-IN (3.80 / 3.85).

Speakers

One line per speaker in speakers.jsonl: speaker (a stable anonymous id, consistent across the locales of this release), gender, age_band, country, region, the locales the speaker appears in, and the speaker's volume in the release (recordings, series, seconds).

Transcripts

An important note is that given_line is the text the speaker was asked to read, not a transcription of the recording: a speaker may have departed from the line. Human-validated transcripts are not included in this release; they can be requested from data@withbasis.co.

Dataset Creation

Recording

Native speakers record steered reads on Basis's custom consumer applications and are paid for their contributions. The same speaker reads the same instructed line across intensity levels or a requested delivery style.

Selection

All audio was rated by native speakers from its locale. Series were then chosen by a blend of those pairwise ratings and our internal models for steer following and microphone quality, balanced across steers and genders, with at most 35 minutes per speaker and ten series per line. rank is the order of that pick within the locale according to our blended quality scores.

Consent and Privacy

Every participant agreed at signup to be recorded and to license their recordings for AI training, including resale to third parties and training of speech recognition, text-to-speech and voice-cloning systems, and waived their right of publicity for AI training. Every line is a scripted text, so no personal details are spoken. We additionally take extra effort to remove suspected minors from the release: speakers declare their age at signup, every speaker's voice is screened by an offline model that detects underage voices, and flagged speakers were reviewed by a person before shipping. Speaker identifiers are salted and stable; no names, account identifiers or contact data are in the release. Demographics are self-reported at signup and never inferred from audio.

The license is deliberately permissive, for research and commercial use alike. The Basis Data License grants a worldwide, royalty-free, perpetual license to download, store, process, annotate, modify and combine the data, and to pretrain, train, fine-tune, distill, evaluate and benchmark models on it, for research and commercial purposes. Models and results built on it are yours: you may publish, distribute, license and sell them, and operate commercial products, hosted inference services and APIs with them, with no royalties, no revenue sharing and no further permission from Basis, and no obligation to publish code, weights or methods. Two things are not allowed: reselling or redistributing the recordings themselves (or copies and derivatives that contain them), and identifying, locating or contacting speakers, impersonating a specific person, or reconstructing removed information. See LICENSE for the full terms.

Additional Information

Verification

CHECKSUMS.sha256 lists the SHA-256 of each root file; the repository's file listing shows each parquet shard's SHA-256.

Licensing

The terms are in LICENSE. Custom licenses are available on request: data@withbasis.co.

Citation

@misc{basis2026globalemotions,
  title     = {Basis Global Emotions},
  author    = {{Basis}},
  year      = {2026},
  publisher = {Hugging Face},
  url       = {https://huggingface.co/datasets/basis-ai/basis-global-emotions}
}
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