Instructions to use AETHORIA-AI/TR-HASH-Tokenizer-32K-Agentic with libraries, inference providers, notebooks, and local apps. Follow these links to get started.
- Libraries
- Transformers
How to use AETHORIA-AI/TR-HASH-Tokenizer-32K-Agentic with Transformers:
# Load model directly from transformers import AutoModel model = AutoModel.from_pretrained("AETHORIA-AI/TR-HASH-Tokenizer-32K-Agentic", device_map="auto") - Notebooks
- Google Colab
- Kaggle
TR-HASH Tokenizer 32K Agentic
Fresh 32,000-ID ByteLevel BPE tokenizer for the new TR-HASH agentic pretraining line. It was trained on a balanced, filtered 2B-token sample:
| Bucket | Retained tokens |
|---|---|
| General | 1,199,999,967 |
| Agentic | 799,999,922 |
| Total | 1,999,999,889 |
The general slice combines DCLM, FineWeb-Edu and Cosmopedia. The agentic
slice combines Stack-Edu, filtered FineWeb-Edu, FineMath and InfiWebMath.
Exact source quotas, record counts and input SHA-256 digests are recorded in
selection_manifest.json.
Properties
- Vocabulary size: exactly 32,000 IDs, including special tokens
- Model: ByteLevel BPE
- Declared model context: 2,048 tokens
- Training format:
tr_hash_agentic_reasoning - Native chat template with reasoning and tool-use markers
The 20 reserved IDs are:
0 <|begin|> 10 <|tool_result_start|>
1 <|end|> 11 <|tool_result_end|>
2 <|pad|> 12 <|plan_start|>
3 <|unk|> 13 <|plan_end|>
4 <|system|> 14 <|memory_start|>
5 <|user|> 15 <|memory_end|>
6 <|assistant|> 16 <|think_start|>
7 <|end_of_turn|> 17 <|think_end|>
8 <|tool_call_start|> 18 <|final_start|>
9 <|tool_call_end|> 19 <|final_end|>
Usage
from transformers import AutoTokenizer
tokenizer = AutoTokenizer.from_pretrained(
"AETHORIA-AI/TR-HASH-Tokenizer-32K-Agentic"
)
prompt = tokenizer.apply_chat_template(
[{"role": "user", "content": "Plan, execute, and verify the task."}],
tokenize=False,
add_generation_prompt=True,
)
With add_generation_prompt=True, the template ends with
<|assistant|><|think_start|>.
Fixed-suite tokenizer benchmark
The reproducible suite in benchmark_tiktoken.json covers English, French,
code, JSON/tool payloads, mathematics and complex emoji sequences. Counts do
not include automatic BOS/EOS insertion.
Natural text, code, JSON, math and emoji
| Encoding | Vocabulary | Tokens | Characters/token |
|---|---|---|---|
| TR-HASH Agentic 32K | 32,000 | 520 | 2.815 |
r50k_base |
50,257 | 532 | 2.752 |
cl100k_base |
100,277 | 459 | 3.190 |
o200k_base |
200,019 | 418 | 3.502 |
TR-HASH uses 2.3% fewer tokens than r50k_base on this suite. The modern
100K and 200K tiktoken vocabularies compress natural text better, at the cost
of much larger embedding tables.
Including native TR-HASH agentic markers
| Encoding | Tokens | Characters/token |
|---|---|---|
| TR-HASH Agentic 32K | 586 | 3.215 |
r50k_base |
681 | 2.767 |
cl100k_base |
581 | 3.243 |
o200k_base |
540 | 3.489 |
Native one-token control markers make TR-HASH 14.0% shorter than r50k_base
and within 0.9% of cl100k_base on the combined suite. o200k_base remains
8.5% shorter. These are fixed-suite measurements, not universal compression
claims.
Exact encode/decode round-trips pass for every category, including accented French, emoji, flags, skin tones, zero-width-joiner families and all 20 native markers.
pip install tokenizers tiktoken
python benchmark_tiktoken.py . --output benchmark_tiktoken.json
Compatibility
This is a new tokenizer, not an extension of
AETHORIA-AI/TR-HASH-Tokenizer-32K. Token IDs were relearned from scratch.
It is therefore incompatible with all existing TR-HASH checkpoints and with
the previously tokenized 200B corpus.
Use it only for models pretrained from scratch on text retokenized with this exact tokenizer revision. Do not resize, migrate or pair an existing TR-HASH checkpoint with this vocabulary.
Integrity
agentic_tokenizer_manifest.json records the format, vocabulary size,
special-token IDs and tokenizer-training contract. selection_manifest.json
records the selected source material and its SHA-256 lineage.
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