deglib: Python Bindings for the Dynamic Exploration Graph

Python bindings for the high-performance C++ Dynamic Exploration Graph (DEG) library, enabling approximate nearest neighbor search (ANNS) and graph exploration with state-of-the-art recall vs. QPS trade-offs.

Installation
- From PyPI
- Build from Source
Quickstart & Examples
Concepts & Parameters
Example Projects
API Reference
Development Setup

Installation

From PyPI

pip install deglib

Build from Source

To build and install the package directly from the repository:

cd python/
python setup.py copy_build_files
pip install .

Quickstart & Examples

Basic Usage

import numpy as np
import deglib

num_samples, dims = 10_000, 128

# 1. Create random feature dataset and query vector
data = np.random.random((num_samples, dims)).astype(np.float32)
query = np.random.random(dims).astype(np.float32)

# 2. Build index directly from data (multithreaded by default)
graph = deglib.builder.build_from_data(data, edges_per_vertex=32, callback="progress")

# 3. Query top-k nearest neighbors
indices, distances = graph.search(query, k=10, eps=0.1)

print("Nearest neighbors:", indices)
print("Distances:", distances)

Graph Types & Lifecycles

All search graphs are represented by DynamicExplorationGraph, backed by one of three internal graph engines:

Fixed-Capacity Mutable (SizeBoundedGraph): Memory is preallocated for a fixed maximum capacity. Fast and memory-efficient for static/batch datasets.

space = deglib.FloatSpace.create(dims=128, metric=deglib.Metric.FP32_L2)
graph = deglib.create_empty(capacity=10_000, feature_space=space, edges_per_vertex=32)

Chunk-Allocated Mutable (DynamicGraph): Dynamically allocates memory in chunks (e.g. 1024 vertices per chunk). Ideal for streaming datasets where total capacity is unknown.
```
graph = deglib.create_dynamic_empty(feature_space=space, edges_per_vertex=32, chunk_size=1024)
```
Read-Only Deployment (ReadOnlyGraph): Stripped of mutation structures for minimal memory footprint and maximum query throughput.
```
readonly_graph = graph.to_readonly()
```

Saving and Loading Graphs

# Save mutable graph to disk
graph.save_graph("index.deg")

# Load as compact, optimized read-only graph for production search
readonly_graph = deglib.load_readonly_graph("index.deg")

# Load as dynamic graph supporting further insertions and deletions
dynamic_graph = deglib.load_dynamic_graph("index.deg")

# Load as fixed-capacity mutable graph
mutable_graph = deglib.load_mutable_graph("index.deg")

Incremental / Streaming Graph Construction

For continuous additions and removals, use GraphBuilder:

import numpy as np
import deglib
from deglib.builder import GraphBuilder, OptimizationTarget
from deglib.distances import FloatSpace, Metric

dims = 128
max_capacity = 10_000
edges_per_vertex = 32

# 1. Create feature space and empty mutable graph
space = FloatSpace.create(dims, metric=Metric.FP32_L2)
graph = deglib.create_empty(max_capacity, space, edges_per_vertex)

# 2. Initialize builder
builder = GraphBuilder(graph, optimization_target=OptimizationTarget.StreamingData, seed=42)

# 3. Add entries (individually or in batches)
labels = np.arange(100, dtype=np.uint32)
features = np.random.random((100, dims)).astype(np.float32)
builder.add_entry(labels, features)

# 4. Remove entries by external label
builder.remove_entry(42)

# 5. Build / optimize
builder.build()

Filtered Search & Candidate Reranking

from deglib.search import Filter, rerank

# Search only within allowed external labels
allowed_ids = np.array([1, 5, 10, 42, 99], dtype=np.int32)
search_filter = Filter(allowed_ids)

indices, distances = graph.search(query, k=5, eps=0.1, filter_labels=search_filter)

# Exact distance reranking across candidates
queries = np.random.random((10, dims)).astype(np.float32)
candidates = np.random.randint(0, 1000, size=(10, 50), dtype=np.uint32)
base_vectors = np.random.random((1000, dims)).astype(np.float32)

top_indices, top_distances = rerank(
    space=graph.get_feature_space(),
    queries=queries,
    candidate_indices=candidates,
    base_vectors=base_vectors,
    k_top=10,
    return_distances=True,
)

Exploratory Search & Graph Navigation

DEG supports exploratory search directly from existing vertex labels:

# Explore graph starting from entry vertex label 105
explored_labels, distances = graph.explore(entry_external_label=105, k=10, eps=0.1, include_entry=False)

Graph Optimization, Quantization & Reranking Pipeline

A complete end-to-end pipeline demonstrating FLAS pre-sorting, multithreaded graph building, RNG edge pruning, Int8 quantization, ReadOnlyGraph conversion, and deployment with Searcher for automatic query quantization and high-precision reranking:

import numpy as np
import deglib
from deglib.optimization import presort, prune_non_rng_edges, ScalarQuantizerInt8
from deglib.search import create_searcher

num_vectors, dims = 10_000, 128
data = np.random.randn(num_vectors, dims).astype(np.float32)
query = np.random.randn(dims).astype(np.float32)

# 1. Pre-sort vectors using FLAS for improved memory locality and index construction speed
perm = presort(data, metric=deglib.Metric.FP32_InnerProduct, callback="progress")
sorted_data = data[perm]

# 2. Build exploration graph on unquantized/original data
graph = deglib.builder.build_from_data(
    sorted_data,
    metric=deglib.Metric.FP32_InnerProduct,
    edges_per_vertex=32,
    callback="progress",
)

# 3. Prune redundant non-RNG edges to optimize graph topology
pruned_count = prune_non_rng_edges(graph)
print(f"Pruned {pruned_count} redundant edges.")

# 4. Fit Int8 quantizer on base dataset and quantize features for memory reduction and ultra-fast search
quantizer = ScalarQuantizerInt8()
quantizer.fit(sorted_data)
quant_int8_data = quantizer.quantize(sorted_data)
int8_space = deglib.FloatSpace.create(dims, deglib.Metric.Int8_InnerProduct)

# 5. Convert mutable graph to a compact ReadOnlyGraph equipped with the quantized features
readonly_graph = graph.to_readonly(feature_space=int8_space, custom_features=quant_int8_data)

# 6. Create high-performance Searcher equipped with base vectors for exact candidate reranking
rerank_space = deglib.FloatSpace.create(dims, deglib.Metric.FP32_InnerProduct)
searcher = create_searcher(
    graph=readonly_graph,
    quantizer=quantizer,
    refine_space=rerank_space,
    refine_data=sorted_data,
)

# 7. Query search (query is automatically quantized and top candidates are reranked)
indices, distances = searcher.search(query, k=10, eps=0.1, rerank_factor=1.5, return_distances=True)
print("Top-10 nearest neighbor indices:", indices)
print("Top-10 exact distances:", distances)

Concepts & Parameters

`OptimizationTarget`

Controls the topology optimization strategy:

OptimizationTarget.LowLID: Default for datasets with low local intrinsic dimensionality (supports multithreaded building).
OptimizationTarget.HighLID: Optimized for datasets with high local intrinsic dimensionality (supports multithreaded building).
OptimizationTarget.StreamingData: Optimized for continuous dynamic additions and deletions.

Search Parameter `eps`

The epsilon parameter expands the search priority queue during graph exploration.
Small values (e.g. eps=0.001 or eps=0.01): Faster query execution.
Higher values (e.g. eps=0.1 to eps=0.3): Higher recall rate.

Supported Metrics & Data Types

Metric.FP32_L2: Euclidean distance (np.float32)
Metric.FP32_InnerProduct: Inner product / cosine distance (np.float32)
Metric.Uint8_L2: 8-bit unsigned integer Euclidean distance (np.uint8)
Metric.Uint8_InnerProduct: 8-bit unsigned integer inner product (np.uint8)
Metric.FP16_L2: 16-bit half-precision Euclidean distance (np.uint16)
Metric.FP16_InnerProduct: 16-bit half-precision inner product (np.uint16)
Metric.EVP_InnerProduct: Quantized Extreme Value Property bit-packed vectors (np.uint8)
Metric.Int8_InnerProduct: 8-bit signed integer inner product (np.int8)
Metric.Int8_L2: 8-bit signed integer Euclidean distance (np.int8)

API Reference

For a complete overview of all Python modules, classes, and function signatures, see API.md or the Official Documentation.

Example Projects

Ready-to-run example scripts with visual progress and evaluation are located in the examples/ directory:

examples/knng/: k-NN graph construction benchmark using EVP quantization and FP16 reranking (SISAP 2026 Challenge Task 1).
examples/mips/: Maximum Inner Product Search (MIPS) benchmark using $(d+1)$-dimensional $L_2$ transformation, FLAS pre-sorting, and SIMD FP16 inner products (SISAP 2026 Challenge Task 2).
examples/static_data/: Static dataset indexing and ANNS benchmark.
examples/vibe/: VIBE benchmark for modern embedding datasets with scalar quantization and interactive Plotly visualizations.
examples/dynamic_data/: Dynamic streaming additions and deletions.
examples/sliding_window/: Sliding window continuous update benchmark against CleANN.

Development Setup

If you want to contribute, modify C++ bindings, run tests, or build release packages:

# 1. Setup virtual environment and dependencies (using uv)
cd python/
uv venv
uv pip install setuptools==83.0.0 pybind11==3.0.4 build==1.5.0 wheel==0.48.0
uv run python setup.py copy_build_files

# 2. Install in editable mode
uv pip install -e . --no-build-isolation --verbose

# 3. Run test suite
uv run pytest

# 4. Format code
uv run ruff format .

# 5. Build distribution packages (sdist and binary wheels)
uv run python -m build

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deglib 0.2.4

deglib: Python Bindings for the Dynamic Exploration Graph

Table of Contents

Installation

From PyPI

Build from Source

Quickstart & Examples

Basic Usage

Graph Types & Lifecycles

Saving and Loading Graphs

Incremental / Streaming Graph Construction

Filtered Search & Candidate Reranking

Exploratory Search & Graph Navigation

Graph Optimization, Quantization & Reranking Pipeline

Concepts & Parameters

OptimizationTarget

Search Parameter eps

Supported Metrics & Data Types

API Reference

Example Projects

Development Setup

Project links

Key dates

Owner

2 maintainers

Credits

GitHub Statistics

Requires

Provides Extra

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`OptimizationTarget`

Search Parameter `eps`

Algorithm	Hash digest
SHA256	`e90a0ffb9087c41c1544d0fb008e11922abdcc0e1aeb458ad832f74213461cd2`
MD5	`eacd2113614cf95914a1524e82b9330a`
BLAKE2b-256	`94ffe46bf8703b87017aa4e404b04f6a5e76eeb15c5fcb6ce83353d8d625cdf9`

Algorithm	Hash digest
SHA256	`ce8ab9245911c4139bd7e57565a97037b9f5a530df55018ab85e5a5c18d51e35`
MD5	`2aa56354efeac564f768ad05138f0a86`
BLAKE2b-256	`5c765e918a2094c90d4fd56e915e34394094f75442ff8976b492467435390603`

Algorithm	Hash digest
SHA256	`5f8ed0b7b42230cec123bed0af42138795dca3f04c2e2d573610f96dea744aa4`
MD5	`544145da119339acdb1cf0381cb7d4c7`
BLAKE2b-256	`9298d34383d85dd52cf846bad9aef74a43876b45a303d54faa308e8d8756503a`

Algorithm	Hash digest
SHA256	`065fc6e18046d6a93096577ae2b1a2fb485a3f7c5eed88213b6f3b9755689108`
MD5	`31085522e1c46972dcf877ce09279e88`
BLAKE2b-256	`4c5db5147a9aa6f7c7607ce08c74fc45d9f90903b9736cd7b383334be8fe19ad`