Files
qdrant/lib/edge/python/examples/mmr-query.py
T
Roman Titovandgenerall 0e7727c2fe Implement __repr__ for Qdrant Edge types (#7695)
* Refactor `PyUpdateOperation` constructors

* Add default parameters to `PyVectorDataConfig::new`

* Add `Repr` trait and `WriteExt` helper

* Implement `__repr__` for config types

* fixup! Implement `__repr__` for config types

Use `Copy` instead of `Clone`

* fixup! Implement `__repr__` for config types

Add basic test

* Implement `__repr__` for `PyPointId`

* Implement `__repr__` for `PyVector`

* Implement `__repr__` for `PyVectorInternal`

* Implement `__repr__` for `PyPayload`

* Implement `__repr__` for `PyValue`

* Implement `__repr__` for `PyPoint`

* Implement `__repr__` for `PyPointVectors`

* Implement `__repr__` for `PyRecord`

* Move `PyScoredPoint` into a separate file

* Implement `__repr__` for `PyScoredPoint`

* Cleanup examples

* fixup! Implement `__repr__` for `PyScoredPoint`

* Move `PyOrderValue` into separate file

* Add `PyScoredPoint::order_value`

* Implement `pyclass_repr` proc-macro attribute

* Implement `__repr__` for config types using `pyclass_repr` attribute

* Implement `__repr__` for `PySparseVector` using `pyclass_repr` attribute

* Implement `__repr__` for `PyPoint` using `pyclass_repr` attribute

* Implement `__repr__` for `PyPointVectors` using `pyclass_repr` attribute

* Implement `__repr__` for `PyRecord` using `pyclass_repr` attribute

* Implement `__repr__` for `PyScoredPoint` using `pyclass_repr` attribute

* Minor fixes and cleanups

* fixup! Minor fixes and cleanups

* rollback copy for quantization config

* rollback copy for quantization config

---------

Co-authored-by: generall <andrey@vasnetsov.com>
2025-12-18 17:28:22 +01:00

22 lines
398 B
Python

from qdrant_edge import *
from common import *
shard = load_new_shard()
fill_dummy_data(shard)
result = shard.query(QueryRequest(
prefetches = [],
query = Mmr([6.0, 9.0, 4.0, 2.0], None, 0.9, 100),
filter = None,
score_threshold = None,
limit = 10,
offset = 0,
params = None,
with_vector = True,
with_payload = True,
))
for point in result:
print(point)