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README.md

@@ -299,6 +299,6 @@ These metrics collectively provide a multi-dimensional view of the model’s eff
 
 
 # Summary
-Solidity LLM, despite its compact 2B parameter size, delivers standout performance in generating Solidity smart contracts. It achieved the highest compilation success rate (~83%), showcasing robust syntactic and structural understanding. Its strong OpenZeppelin compliance (~65%), though slightly behind very large models like GPT-4.5, is impressive given the scale difference, reflecting reliable use of industry-standard patterns and libraries.
-Further, Solidity LLM ranked highest in gas efficiency (~72%), producing optimized code suitable for cost-sensitive deployments. While the security score (~58%) indicates room for improvement, the model consistently generated secure-enough contracts for practical use. Its concise output (~70% LOC score) also suggests an efficient coding style, balancing brevity with completeness.
+Solidity LLM, despite its compact 2B parameter size, delivers standout performance in generating Solidity smart contracts. It achieved the highest compilation success rate (83%), showcasing robust syntactic and structural understanding. Its strong OpenZeppelin compliance (65%), though slightly behind very large models like GPT-4.5, is impressive given the scale difference, reflecting reliable use of industry-standard patterns and libraries.
+Further, Solidity LLM ranked highest in gas efficiency (72%), producing optimized code suitable for cost-sensitive deployments. While the security score (58%) indicates room for improvement, the model consistently generated secure-enough contracts for practical use. Its concise output (70% LOC score) also suggests an efficient coding style, balancing brevity with completeness.
 Overall, Solidity LLM proves to be a resource-efficient, reliable, and well-balanced model for Solidity code generation.