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In the current implementation, embeddings for recent thoughts are recomputed each time the _analyze_patterns method is called. This can lead to unnecessary performance overhead, especially when the same thoughts are analyzed multiple times.
Suggested Improvement
To enhance performance, it is suggested to cache the embeddings for recent thoughts. This can be achieved by storing the embeddings in a thought_history attribute, which will prevent the need to recompute them repeatedly.
Proposed Solution
Introduce a caching mechanism within the _analyze_patterns method:
Fixes#69
commit message: Implement LRU caching for embeddings to improve performance and maintainability
The commit adds LRU caching for embeddings using Python's built-in @lru_cache decorator. This change:
Adds a new cached _get_embedding method to avoid redundant embedding calculations
Refactors _analyze_thought_coherence and _analyze_patterns to use the cached method
Removes manual embedding caching logic in favor of Python's built-in LRU implementation
Improves performance by caching up to 100 most recently used embeddings
Makes the code more maintainable and thread-safe
The changes reduce code complexity while maintaining the same functionality and improving performance through efficient caching.
Description
In the current implementation, embeddings for recent thoughts are recomputed each time the
_analyze_patterns
method is called. This can lead to unnecessary performance overhead, especially when the same thoughts are analyzed multiple times.Suggested Improvement
To enhance performance, it is suggested to cache the embeddings for recent thoughts. This can be achieved by storing the embeddings in a
thought_history
attribute, which will prevent the need to recompute them repeatedly.Proposed Solution
Introduce a caching mechanism within the
_analyze_patterns
method:This change will ensure that embeddings are computed only once and reused in subsequent calls, thus improving the efficiency of the method.
Action Items
I created this issue for @leonvanbokhorst from #68 (comment).
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