# Copyright 2024-2025 AI Whisperers (https://github.com/Ai-Whisperers)
#
# Licensed under the PolyForm Noncommercial License 1.0.0
# See LICENSE file in the repository root for full license text.
#
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"""Geometry module for hyperbolic and p-adic operations.

This module provides geoopt-backed implementations of hyperbolic geometry
operations, providing numerical stability and optimized performance.

Key components:
- PoincareBall: Manifold operations via geoopt
- Stable exp/log maps with automatic edge-case handling
- RiemannianAdam optimizer support
"""

from .poincare import (ManifoldParameter, ManifoldTensor, PoincareModule,
                       RiemannianAdam, RiemannianSGD,
                       create_manifold_parameter, create_manifold_tensor,
                       exp_map_zero, get_manifold, get_riemannian_optimizer,
                       lambda_x, log_map_zero, mobius_add, parallel_transport,
                       poincare_distance, poincare_distance_matrix,
                       project_to_poincare)
from .holographic_poincare import (
    BoundaryPoint,
    HolographicLoss,
    HolographicPoincareManifold,
    HolographicProjection,
)

__all__ = [
    # Core Poincare operations
    "get_manifold",
    "poincare_distance",
    "poincare_distance_matrix",
    "project_to_poincare",
    "exp_map_zero",
    "log_map_zero",
    "mobius_add",
    "lambda_x",
    "parallel_transport",
    "PoincareModule",
    "create_manifold_parameter",
    "create_manifold_tensor",
    "get_riemannian_optimizer",
    "ManifoldParameter",
    "ManifoldTensor",
    "RiemannianAdam",
    "RiemannianSGD",
    # Holographic extensions
    "HolographicPoincareManifold",
    "HolographicProjection",
    "HolographicLoss",
    "BoundaryPoint",
]