mirror of
https://github.com/open-thought/reasoning-gym.git
synced 2026-04-19 12:58:07 +00:00
5d7fbac0ad
* math prompt improvements * ignore brackets in complex_arithmetic results * improve additional instruction in prompt of polynomial_equations * more strict tests for score_answer in polynomial_equations * simplify special reward handling * fix test_intermediate_integration * fix sokoban dataset * add common dataset score_answer consistency test
53 lines
1.7 KiB
Python
53 lines
1.7 KiB
Python
import pytest
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from reasoning_gym.utils import compute_decimal_reward, extract_answer, format_number
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def test_extract_answer():
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assert extract_answer("This is a text. <final_answer>1234</final_answer>", tag_name="final_answer") == "1234"
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# ignore whitespaces
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assert extract_answer("This is a text. <answer>\n1234 </answer>", tag_name="answer", strip=True) == "1234"
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def test_format_number():
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# Test integers
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assert format_number(42) == "42"
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assert format_number(42.0) == "42"
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# Test decimals
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assert format_number(3.14) == "3.14"
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assert format_number(3.10) == "3.1"
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assert format_number(3.00) == "3"
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# Test with max_decimals (rounding)
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assert format_number(3.14159, max_decimals=4, round_if_needed=True) == "3.1416"
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# Test with trailing zeros
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assert format_number(5.5000) == "5.5"
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# Test error cases
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with pytest.raises(ValueError):
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format_number(3.14159, max_decimals=2)
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def test_compute_decimal_reward():
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# Test exact matches
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assert compute_decimal_reward("42", "42") == 1.0
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assert compute_decimal_reward("3.14", "3.14") == 1.0
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# Test with commas
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assert compute_decimal_reward("1,000", "1000") == 1.0
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assert compute_decimal_reward("1,000", "1000", strip_commas=False) < 1.0
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# Test with sign, leading zeros, and trailing decimals
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assert compute_decimal_reward("+0001,000.00", "1000") == 1.0
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# Test partial matches
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assert compute_decimal_reward("The answer is 42", "42") < 1.0
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assert compute_decimal_reward("The answer is 42", "42") > 0.01
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# Test invalid answers
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assert compute_decimal_reward(None, "42") == 0.0
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assert compute_decimal_reward("", "42") == 0.0
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assert compute_decimal_reward("not a number", "42") == 0.0
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