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jee-neet-benchmark / tests /test_evaluation.py
Parth1700's picture
Parth1700
Vyshnavi93920's picture
Vyshnavi93920
Duplicate from Vyshnavi93920/jee-neet-benchmark
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"""Tests for src/evaluation.py - scoring and evaluation functions."""
import sys
import os
sys.path.insert(0, os.path.join(os.path.dirname(__file__), '..', 'src'))
import pytest
from evaluation import (
calculate_single_question_score_details,
calculate_exam_scores,
calculate_max_score_for_question,
is_within_range,
)
# --- calculate_single_question_score_details ---
class TestSingleQuestionScoring:
"""Tests for individual question scoring across exam types."""
# NEET MCQ
def test_neet_correct(self):
result = calculate_single_question_score_details({
"question_id": "N001", "exam_name": "NEET",
"question_type": "MCQ_SINGLE_CORRECT",
"ground_truth": ["1"], "predicted_answer": ["1"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 4
assert result["evaluation_status"] == "correct"
def test_neet_incorrect(self):
result = calculate_single_question_score_details({
"question_id": "N002", "exam_name": "NEET",
"question_type": "MCQ_SINGLE_CORRECT",
"ground_truth": ["D"], "predicted_answer": ["B"],
"api_call_successful": True,
})
assert result["marks_awarded"] == -1
assert result["evaluation_status"] == "incorrect"
def test_neet_skipped(self):
result = calculate_single_question_score_details({
"question_id": "N003", "exam_name": "NEET",
"question_type": "MCQ_SINGLE_CORRECT",
"ground_truth": ["4"], "predicted_answer": "SKIP",
"api_call_successful": True,
})
assert result["marks_awarded"] == 0
assert result["evaluation_status"] == "skipped"
def test_api_failure_no_penalty(self):
"""API/parse failures should score 0, not -1."""
result = calculate_single_question_score_details({
"question_id": "N004", "exam_name": "NEET",
"question_type": "MCQ_SINGLE_CORRECT",
"ground_truth": ["C"], "predicted_answer": None,
"api_call_successful": False,
})
assert result["marks_awarded"] == 0
assert result["evaluation_status"] == "failure_api_or_parse"
def test_parse_failure_no_penalty(self):
"""Parse failure (api_success=True but pred=None) should score 0."""
result = calculate_single_question_score_details({
"question_id": "N005", "exam_name": "NEET",
"question_type": "MCQ_SINGLE_CORRECT",
"ground_truth": ["A"], "predicted_answer": None,
"api_call_successful": True,
})
assert result["marks_awarded"] == 0
assert result["evaluation_status"] == "failure_api_or_parse"
# JEE Main
def test_jee_main_mcq_correct(self):
result = calculate_single_question_score_details({
"question_id": "JM001", "exam_name": "JEE_MAIN",
"question_type": "MCQ_SINGLE_CORRECT",
"ground_truth": ["2"], "predicted_answer": ["2"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 4
def test_jee_main_integer_correct(self):
result = calculate_single_question_score_details({
"question_id": "JM003", "exam_name": "JEE_MAIN",
"question_type": "INTEGER",
"ground_truth": ["5"], "predicted_answer": ["5"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 4
def test_jee_main_integer_incorrect_no_penalty(self):
result = calculate_single_question_score_details({
"question_id": "JM004", "exam_name": "JEE_MAIN",
"question_type": "INTEGER",
"ground_truth": ["10"], "predicted_answer": ["8"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 0
# JEE Advanced
def test_jee_advanced_mcq_single_correct(self):
result = calculate_single_question_score_details({
"question_id": "JA001", "exam_name": "JEE_ADVANCED",
"question_type": "MCQ_SINGLE_CORRECT",
"ground_truth": ["A"], "predicted_answer": ["a"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 3 # JEE Advanced MCQ single = +3
def test_jee_advanced_mcq_multiple_all_correct(self):
result = calculate_single_question_score_details({
"question_id": "JA005", "exam_name": "JEE_ADVANCED",
"question_type": "MCQ_MULTIPLE_CORRECT",
"ground_truth": ["A", "C"], "predicted_answer": ["a", "c"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 4
assert result["evaluation_status"] == "correct_full"
def test_jee_advanced_mcq_multiple_partial_2_of_3(self):
result = calculate_single_question_score_details({
"question_id": "JA006", "exam_name": "JEE_ADVANCED",
"question_type": "MCQ_MULTIPLE_CORRECT",
"ground_truth": ["A", "B", "C"], "predicted_answer": ["a", "b"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 2
assert result["evaluation_status"] == "partial_2_of_3_plus"
def test_jee_advanced_mcq_multiple_partial_3_of_4(self):
result = calculate_single_question_score_details({
"question_id": "JA007", "exam_name": "JEE_ADVANCED",
"question_type": "MCQ_MULTIPLE_CORRECT",
"ground_truth": ["A", "B", "C", "D"], "predicted_answer": ["a", "b", "c"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 3
assert result["evaluation_status"] == "partial_3_of_4"
def test_jee_advanced_mcq_multiple_partial_1_of_2(self):
result = calculate_single_question_score_details({
"question_id": "JA008", "exam_name": "JEE_ADVANCED",
"question_type": "MCQ_MULTIPLE_CORRECT",
"ground_truth": ["A", "B"], "predicted_answer": ["a"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 1
assert result["evaluation_status"] == "partial_1_of_2_plus"
def test_jee_advanced_mcq_multiple_incorrect_chosen(self):
result = calculate_single_question_score_details({
"question_id": "JA009", "exam_name": "JEE_ADVANCED",
"question_type": "MCQ_MULTIPLE_CORRECT",
"ground_truth": ["A", "C"], "predicted_answer": ["a", "b"],
"api_call_successful": True,
})
assert result["marks_awarded"] == -2
assert result["evaluation_status"] == "incorrect_negative"
def test_jee_advanced_integer_with_range(self):
result = calculate_single_question_score_details({
"question_id": "JA_RANGE", "exam_name": "JEE_ADVANCED",
"question_type": "INTEGER",
"ground_truth": [["0.7", "0.8"]],
"predicted_answer": ["0.75"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 4
assert result["evaluation_status"] == "correct"
def test_jee_advanced_integer_outside_range(self):
result = calculate_single_question_score_details({
"question_id": "JA_RANGE2", "exam_name": "JEE_ADVANCED",
"question_type": "INTEGER",
"ground_truth": [["0.7", "0.8"]],
"predicted_answer": ["0.9"],
"api_call_successful": True,
})
assert result["marks_awarded"] == 0
assert result["evaluation_status"] == "incorrect"
# --- is_within_range ---
class TestIsWithinRange:
def test_within_range(self):
assert is_within_range("0.75", "0.7", "0.8") is True
def test_at_lower_bound(self):
assert is_within_range("0.7", "0.7", "0.8") is True
def test_at_upper_bound(self):
assert is_within_range("0.8", "0.7", "0.8") is True
def test_below_range(self):
assert is_within_range("0.5", "0.7", "0.8") is False
def test_above_range(self):
assert is_within_range("0.9", "0.7", "0.8") is False
def test_invalid_value(self):
assert is_within_range("abc", "0.7", "0.8") is False
# --- calculate_max_score_for_question ---
class TestMaxScore:
def test_neet_mcq(self):
assert calculate_max_score_for_question("NEET", "MCQ_SINGLE_CORRECT") == 4
def test_jee_main_mcq(self):
assert calculate_max_score_for_question("JEE_MAIN", "MCQ_SINGLE_CORRECT") == 4
def test_jee_main_integer(self):
assert calculate_max_score_for_question("JEE_MAIN", "INTEGER") == 4
def test_jee_advanced_mcq_single(self):
assert calculate_max_score_for_question("JEE_ADVANCED", "MCQ_SINGLE_CORRECT") == 3
def test_jee_advanced_mcq_multiple(self):
assert calculate_max_score_for_question("JEE_ADVANCED", "MCQ_MULTIPLE_CORRECT") == 4
def test_jee_advanced_integer(self):
assert calculate_max_score_for_question("JEE_ADVANCED", "INTEGER") == 4
def test_unknown(self):
assert calculate_max_score_for_question("UNKNOWN", "UNKNOWN") == 0
# --- calculate_exam_scores (integration) ---
class TestExamScoresIntegration:
"""Integration test using the full test dataset from evaluation.py __main__."""
@pytest.fixture
def test_results(self):
return [
{"question_id": "N001", "subject": "Physics", "exam_name": "NEET", "question_type": "MCQ_SINGLE_CORRECT", "ground_truth": ["1"], "predicted_answer": ["1"], "api_call_successful": True},
{"question_id": "N002", "subject": "Physics", "exam_name": "NEET", "question_type": "MCQ_SINGLE_CORRECT", "ground_truth": ["D"], "predicted_answer": ["B"], "api_call_successful": True},
{"question_id": "N003", "subject": "Chemistry", "exam_name": "NEET", "question_type": "MCQ_SINGLE_CORRECT", "ground_truth": ["4"], "predicted_answer": "SKIP", "api_call_successful": True},
{"question_id": "N004", "subject": "Chemistry", "exam_name": "NEET", "question_type": "MCQ_SINGLE_CORRECT", "ground_truth": ["C"], "predicted_answer": None, "api_call_successful": False},
{"question_id": "N005", "subject": "Botany", "exam_name": "NEET", "question_type": "MCQ_SINGLE_CORRECT", "ground_truth": ["A"], "predicted_answer": None, "api_call_successful": True},
{"question_id": "JM001", "subject": "Maths", "exam_name": "JEE_MAIN", "question_type": "MCQ_SINGLE_CORRECT", "ground_truth": ["2"], "predicted_answer": ["2"], "api_call_successful": True},
{"question_id": "JM002", "subject": "Maths", "exam_name": "JEE_MAIN", "question_type": "MCQ_SINGLE_CORRECT", "ground_truth": ["C"], "predicted_answer": ["a"], "api_call_successful": True},
{"question_id": "JM003", "subject": "Physics", "exam_name": "JEE_MAIN", "question_type": "INTEGER", "ground_truth": ["5"], "predicted_answer": ["5"], "api_call_successful": True},
{"question_id": "JM004", "subject": "Physics", "exam_name": "JEE_MAIN", "question_type": "INTEGER", "ground_truth": ["10"], "predicted_answer": ["8"], "api_call_successful": True},
{"question_id": "JM005", "subject": "Chemistry", "exam_name": "JEE_MAIN", "question_type": "INTEGER", "ground_truth": ["7"], "predicted_answer": None, "api_call_successful": True},
{"question_id": "JA001", "subject": "Maths", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_SINGLE_CORRECT", "ground_truth": ["A"], "predicted_answer": ["a"], "api_call_successful": True},
{"question_id": "JA002", "subject": "Maths", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_SINGLE_CORRECT", "ground_truth": ["B"], "predicted_answer": ["C"], "api_call_successful": True},
{"question_id": "JA003", "subject": "Physics", "exam_name": "JEE_ADVANCED", "question_type": "INTEGER", "ground_truth": ["12"], "predicted_answer": ["12"], "api_call_successful": True},
{"question_id": "JA004", "subject": "Physics", "exam_name": "JEE_ADVANCED", "question_type": "INTEGER", "ground_truth": ["0"], "predicted_answer": ["1"], "api_call_successful": True},
{"question_id": "JA005", "subject": "Chemistry", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_MULTIPLE_CORRECT", "ground_truth": ["A", "C"], "predicted_answer": ["a", "c"], "api_call_successful": True},
{"question_id": "JA006", "subject": "Chemistry", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_MULTIPLE_CORRECT", "ground_truth": ["A", "B", "C"], "predicted_answer": ["a", "b"], "api_call_successful": True},
{"question_id": "JA007", "subject": "Chemistry", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_MULTIPLE_CORRECT", "ground_truth": ["A", "B", "C", "D"], "predicted_answer": ["a", "b", "c"], "api_call_successful": True},
{"question_id": "JA008", "subject": "Chemistry", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_MULTIPLE_CORRECT", "ground_truth": ["A", "B"], "predicted_answer": ["a"], "api_call_successful": True},
{"question_id": "JA009", "subject": "Chemistry", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_MULTIPLE_CORRECT", "ground_truth": ["A", "C"], "predicted_answer": ["a", "b"], "api_call_successful": True},
{"question_id": "JA010", "subject": "Chemistry", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_MULTIPLE_CORRECT", "ground_truth": ["A", "C"], "predicted_answer": ["b", "d"], "api_call_successful": True},
{"question_id": "JA011", "subject": "Chemistry", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_MULTIPLE_CORRECT", "ground_truth": ["A", "C"], "predicted_answer": "SKIP", "api_call_successful": True},
{"question_id": "JA012", "subject": "Maths", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_MULTIPLE_CORRECT", "ground_truth": ["A"], "predicted_answer": ["a"], "api_call_successful": True},
{"question_id": "JA013", "subject": "Physics", "exam_name": "JEE_ADVANCED", "question_type": "MCQ_MULTIPLE_CORRECT", "ground_truth": ["A", "B", "C"], "predicted_answer": ["a", "d"], "api_call_successful": True},
]
def test_overall_score(self, test_results):
summary = calculate_exam_scores(test_results)
# NEET: 4-1+0+0+0=3, JEE Main MCQ: 4-1=3, JEE Main INT: 4+0+0=4,
# JEE Adv MCQ Single: 3-1=2, JEE Adv INT: 4+0=4,
# JEE Adv MCQ Multi: 4+2+3+1-2-2+0+4-2=8 => Total=24
assert summary["overall_score"] == 24
def test_overall_counts(self, test_results):
summary = calculate_exam_scores(test_results)
assert summary["overall_correct_full"] == 7
assert summary["overall_partial_correct"] == 3
assert summary["overall_incorrect_choice"] == 8
assert summary["overall_skipped"] == 2
assert summary["overall_api_parse_failures"] == 3
def test_section_scores(self, test_results):
summary = calculate_exam_scores(test_results)
sections = summary["section_breakdown"]
assert sections["Physics"]["score"] == 9 # (4-1)+(4+0)+(4+0)-2
assert sections["Chemistry"]["score"] == 6 # (0+0)+(0)+(4+2+3+1-2-2+0)
assert sections["Botany"]["score"] == 0 # parse fail = 0
assert sections["Maths"]["score"] == 9 # (4-1)+(3-1)+4
def test_empty_results(self):
summary = calculate_exam_scores([])
assert "error" in summary