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import numpy as np
import json
import pandas as pd
QUES_TYPES = ['MCQ','MCQ(multiple)','Integer','Numeric']
models = [
"Random",
"GPT3_normal",
"GPT3.5_normal",
"GPT4_normal",
"GPT4_CoT",
'GPT4_CoT_self_refine',
"GPT4_CoT+OneShot",
"GPT4_CoT+SC@8"
]
def get_aggregate(answers, question_type, single_threshold=None, multiple_threshold=None):
# Pass optional \tau_{single} and \tau_{multiple} parameters if needed for evaluation under risk.
if question_type == 'MCQ(multiple)' or question_type == 'MCQ':
letter_to_idx = {'A': 0, 'B': 1, 'C': 2, 'D': 3, 'None': 4}
idx_to_letter = {0: 'A', 1: 'B', 2: 'C', 3: 'D', 4: 'None'}
abcd = [0,0,0,0,0]
for ans in answers:
if ans == 'None':
abcd[letter_to_idx[ans]] += 1
else:
for c in ans:
abcd[letter_to_idx[c]] += 1
if question_type == 'MCQ':
abcd = abcd[:-1]
answer = idx_to_letter[np.argmax(abcd)]
if single_threshold is not None:
answer = answer if abcd[np.argmax(abcd)]/len(answers) >= single_threshold else "None"
else:
if multiple_threshold is not None:
options_selected = [idx_to_letter[x] for x in range(len(abcd)) if abcd[x] >= len(answers)*multiple_threshold and idx_to_letter[x] != 'None']
else:
options_selected = [idx_to_letter[x] for x in range(len(abcd)) if abcd[x] >= len(answers)/2 and idx_to_letter[x] != 'None']
if len(options_selected) == 0:
answer = "None"
else:
answer = ''.join(sorted(options_selected))
else: # For integer and numeric answers, choose the most common response(other than None)
while "None" in answers:
answers.remove("None")
if len(answers) == 0:
answers = ["None"]
unique, counts = np.unique(answers, return_counts=True)
answer = unique[np.argmax(counts)]
return answer
def compute_score(gold, resp, question_type, year):
assert question_type in QUES_TYPES
if question_type == 'MCQ(multiple)':
gold = set([c for c in ['A', 'B', 'C', 'D'] if c in gold])
resp = set([c for c in ['A', 'B', 'C', 'D'] if c in resp])
if resp == gold :
return 1.0
else:
if len(resp-gold) == 0:
return 0.25*len(resp)
return 0.0 # If response contains something not in the gold set, give 0
elif question_type == 'MCQ':
gold = set([c for c in ['A', 'B', 'C', 'D'] if c in gold])
resp = set([c for c in ['A', 'B', 'C', 'D'] if c in resp])
return int(gold == resp)
else:
if resp == "None":
return 0.0
g, r = float(gold), float(resp)
return int(abs(g-r) <= 0.01)
def construct_responses_table():
responses = {}
for model in models:
if "SC@" in model:
pass
elif "Random" == model:
pass
else:
responses[model] = json.load(open(f"data/responses/{model}_responses/responses.json"))
dataset = json.load(open('data/dataset.json'))
extracts = {
"Type": [],
"Index": [],
"Description": [],
"Subject": [],
"Gold": [],
}
for model in models:
if "Random" == model:
continue
else:
extracts[f'{model}'] = []
for i, q in enumerate(dataset):
extracts['Type'].append(q['type'])
extracts['Index'].append(q['index'])
extracts['Description'].append(q['description'])
extracts['Subject'].append(q['subject'])
extracts['Gold'].append(q['gold'])
for model in models:
if "SC@" in model:
continue
elif "Random" == model:
continue
else:
try:
assert q['question'] == responses[model][i]['question']
except:
print(q['question'])
breakpoint()
print(responses[model][i]['question'])
breakpoint()
try:
extracts[f'{model}'].append(responses[model][i]['extract'])
except:
print(extracts)
if "GPT4_CoT+SC" in model:
num_responses = int(model.split("@")[1])
for i, q in enumerate(dataset):
sc_responses = json.load(open('data/responses/GPT4_CoT+SC_responses/responses.json'))
resp = sc_responses[i]
answers = [resp['GPT4_CoT+SC_response']['choices'][k]['extract'] for k in range(num_responses)]
answer = get_aggregate(answers, resp['type'])
extracts[f'{model}'].append(answer)
pd.DataFrame(extracts).to_csv('results/extracts.csv', index=False)
return pd.read_csv('results/extracts.csv',dtype=str)
responses = construct_responses_table()
output = []
for i, response in responses.iterrows():
out = {}
out["Type"] = response["Type"]
out["Index"] = response["Index"]
out["Description"] = response["Description"]
out["Subject"] = response["Subject"]
gold = response["Gold"]
out["Gold"] = gold
if response["Type"] == "MCQ":
out["Random"] = 0.25
elif response["Type"] == "MCQ(multiple)":
num_ans = len(gold)
if num_ans == 1:
out["Random"] = 0.0625
elif num_ans == 2:
out["Random"] = 0.09375
elif num_ans == 3:
out["Random"] = 0.203125
elif num_ans == 4:
out["Random"] = 0.5
else:
out["Random"] = 0
for model in models:
if model == "Random":
continue
resp = response[f"{model}"]
if not isinstance(resp, str):
resp = "None"
out[f"{model}"] = resp
out[f'{model}'] = compute_score(gold,resp,out["Type"],out["Description"])
out[f'Max'] = 1
output.append(out)
df = pd.DataFrame()
df['Type'] = [x['Type'] for x in output]
df['Index'] = [x['Index'] for x in output]
df['Description'] = [x['Description'] for x in output]
df['Subject'] = [x['Subject'] for x in output]
df['Gold'] = [x['Gold'] for x in output]
df['Random'] = [x['Random'] for x in output]
for model in models:
df[f"{model}"] = [
x.get(f"{model}", "None") for x in output]
df[f"{model}"] = [x.get(f"{model}", 0) for x in output]
df.to_csv(f"results/scores.csv", index=False)
modes = ['overall', 'type_wise', 'subject_wise']
for mode in modes:
col_dict = {}
for model in models:
col_dict[f'{model}'] = ['mean']
if mode != 'overall':
col_dict[f'{models[0]}'].insert(0,'count')
if mode == 'overall':
grouped_multiple = df.agg(col_dict)
elif mode == 'type_wise':
grouped_multiple = df.groupby(['Type']).agg(col_dict)
elif mode == 'subject_wise':
grouped_multiple = df.groupby(['Subject']).agg(col_dict)
if mode != 'overall':
grouped_multiple.columns = ['count'] + models
grouped_multiple = grouped_multiple.reset_index()
grouped_multiple = grouped_multiple.round(3)
grouped_multiple.to_csv(f"results/aggregated_scores_{mode}.csv", index=False)
print("Done!") |