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result = evaluator.evaluate(
    eval_templates="numeric_similarity",
    inputs={
        "expected": "The Eiffel Tower is a famous landmark in Paris, built in 1889 for the World's Fair. It stands 324 meters tall.",
        "output": "The Eiffel Tower, located in Paris, was built in 1889 and is 324 meters high."
    },
    model_name="turing_flash"
)

print(result.eval_results[0].output)
print(result.eval_results[0].reason)
Input
Required InputTypeDescription
expectedstringReference content with the expected numeric value.
outputstringModel-generated content containing the numeric prediction.
Output
FieldDescription
ResultReturns a score representing the normalized difference between the numeric values.
ReasonProvides a detailed explanation of the numeric similarity assessment.

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Purpose of Numeric Similarity Eval

  • It evaluate the accuracy of numerical values in model-generated outputs.
  • Unlike semantic or lexical metrics which can overlook numeric discrepancies, Numeric Similarity ensures that numeric correctness is measured explicitly.