--- license: cc-by-nc-4.0 language: - en - ja - ko - zh task_categories: - text-to-speech - audio-to-audio size_categories: - 1M **🚧 Upload in progress** — the main `samelang_expressive` corpus > (≈ 4.78 M rows / **≈ 3.3 TB**) is being pushed as parquet shards. > Expect the shard count to grow over the next hours/days until each > language reaches `train-XXXXX-of-00240.parquet`. ## 🎧 Listen first — `samples_showcase` 40 randomly-picked cross-lingual sample pairs (10 per target language) from the `samelang_expressive` corpus, each paired with the *reference wav* used for voice cloning so you can A/B the timbre. This is what the HF viewer above shows by default. ```python from datasets import load_dataset ds = load_dataset("leeoxiang/multi_lingo_data", "samples_showcase", split="train") print(ds[0]["text"], ds[0]["audio"]["sampling_rate"]) ``` ## 📦 Main corpus — `samelang_expressive` (**≈ 4.78 M rows, in progress**) Same-language expansion: for every pseudo-reference (real Emilia speaker cross-cloned into the target language via `audio_prompts_expressive`), we synthesize **1000 target-language texts**, giving `1200 speakers × 4 langs × 1000 texts ≈ 4.8 M` cloned wavs. - **Shards**: `data/samelang//train-XXXXX-of-00240.parquet` (each lang → 240 shards, ≈ 5000 rows/shard) - **Row schema**: `audio` (struct{bytes, path}, auto-cast to HF `Audio` feature) + `text`, `lang`, `ref_id`, `speaker_id`, `text_id`, `duration`, `sample_rate`, `ref_audio_path`, `ref_text`, `engine`, `original_text` - **Total size (fully uploaded)**: **≈ 3.3 TB** audio, ≈ 4.78 M rows, ≈ 11 k h - **Engine**: `sglang-omni-higgs-audio-v3` with expressive relabel-based prompt (drawn from the top-quality pool per source speaker) ### Streaming (recommended for 3.3 TB) ```python from datasets import load_dataset ds = load_dataset( "leeoxiang/multi_lingo_data", "samelang_expressive", split="train", streaming=True, ) row = next(iter(ds)) print(row["lang"], row["text"][:40], row["audio"]["sampling_rate"]) ``` ### Single language ```python from datasets import load_dataset ds = load_dataset( "leeoxiang/multi_lingo_data", data_files="data/samelang/zh/train-*.parquet", split="train", streaming=True, ) ``` ### Full download ```bash hf download leeoxiang/multi_lingo_data \ --repo-type dataset \ --include 'data/samelang/**' \ --local-dir ./multi_lingo_data ``` ## Supporting configs - **`references`** — 1200 curated Emilia mono-lingual real-speaker clips. - **`audio_prompts`** — 14.4 K cross-lingual synth from Step 1 (each real Emilia speaker cloned into 4 target langs × 3 texts). - **`audio_prompts_expressive`** — same as above with expressive prompt selection; the pseudo-refs used to seed `samelang_expressive`.
Legacy detail (auto-generated by stage_audio_prompts_for_hf.py) # Multi-lingual TTS Data (leeoxiang/multi_lingo_data) Large-scale cross-lingual + same-lingual TTS corpus for training expressive multi-lingual voice-clone models. Covers 4 target languages (**en / ja / ko / zh**), synthesized by `bosonai/higgs-tts-3-4b` via sglang-omni. > **🚧 Upload in progress** — the main `samelang_expressive` corpus > (~4.78 M rows / **~3.3 TB**) is being pushed as parquet shards. > Expect the shard count to grow over the next hours/days until each > language reaches `train-XXXXX-of-00240.parquet`. ## 🎧 Listen first — `samples_showcase` 40 randomly-picked cross-lingual sample pairs (10 per target language) from the `samelang_expressive` corpus, each paired with the *reference wav* used for voice cloning so you can A/B the timbre. This is what the HF viewer above shows by default. ```python from datasets import load_dataset ds = load_dataset("leeoxiang/multi_lingo_data", "samples_showcase", split="train") print(ds[0]["text"], ds[0]["audio"]["sampling_rate"]) ``` ## 📦 Main corpus — `samelang_expressive` (**~4.78 M rows, in progress**) Same-language expansion: for every pseudo-reference (real Emilia speaker cross-cloned into the target language via `audio_prompts_expressive`), we synthesize **1000 target-language texts**, giving `1200 speakers × 4 langs × 1000 texts ≈ 4.8 M` cloned wavs. - **Shards**: `data/samelang//train-XXXXX-of-00240.parquet` (each lang → 240 shards, ~5000 rows/shard) - **Row schema**: `audio` (struct{bytes, path}, auto-cast to HF `Audio` feature) + `text`, `lang`, `ref_id`, `speaker_id`, `text_id`, `duration`, `sample_rate`, `ref_audio_path`, `ref_text`, `engine`, `original_text` - **Total size (fully uploaded)**: **~3.3 TB** audio, ~4.78 M rows, ~11 k h - **Engine**: `sglang-omni-higgs-audio-v3` with expressive relabel-based prompt (drawn from the top-quality pool per source speaker) ### Streaming (recommended for 3.3 TB) ```python from datasets import load_dataset ds = load_dataset( "leeoxiang/multi_lingo_data", "samelang_expressive", split="train", streaming=True, ) row = next(iter(ds)) print(row["lang"], row["text"][:40], row["audio"]["sampling_rate"]) ``` ### Single language ```python from datasets import load_dataset ds = load_dataset( "leeoxiang/multi_lingo_data", data_files="data/samelang/zh/train-*.parquet", split="train", streaming=True, ) ``` ### Full download ```bash hf download leeoxiang/multi_lingo_data \ --repo-type dataset \ --include 'data/samelang/**' \ --local-dir ./multi_lingo_data ``` ## Supporting configs - **`references`** — 1200 curated Emilia mono-lingual real-speaker clips. - **`audio_prompts`** — 14.4 K cross-lingual synth from Step 1 (each real Emilia speaker cloned into 4 target langs × 3 texts). - **`audio_prompts_expressive`** — same as above with expressive prompt selection; the pseudo-refs used to seed `samelang_expressive`.