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from collections import defaultdict |
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from dataclasses import dataclass |
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from typing import Dict, List |
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import numpy as np |
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import pandas as pd |
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from datasets import load_dataset |
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from content import PLOT_1_TITLE, PLOT_2_TITLE, PLOT_3_TITLE, PLOT_4_TITLE |
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from utils import make_clickable_model |
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from visualizations import ( |
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get_bootstrap_result, |
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switch_model_a_b, |
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visualize_battle_count, |
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visualize_bootstrap_scores, |
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visualize_pairwise_win_fraction, |
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visualize_rating_count, |
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) |
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KOALA_LINK = "https://huggingface.co/TheBloke/koala-13B-HF" |
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VICUNA_LINK = "https://huggingface.co/HuggingFaceH4/stable-vicuna-13b-2904" |
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OASST_LINK = "https://huggingface.co/OpenAssistant/oasst-sft-4-pythia-12b-epoch-3.5" |
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DOLLY_LINK = "https://huggingface.co/databricks/dolly-v2-12b" |
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MODEL_PAGE = "https://huggingface.co/models" |
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def make_clickable_model_elo(model_name): |
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link = "" |
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if model_name == "dolly-12b": |
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link = DOLLY_LINK |
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elif model_name == "vicuna-13b": |
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link = VICUNA_LINK |
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elif model_name == "koala-13b": |
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link = KOALA_LINK |
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elif model_name == "oasst-12b": |
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link = OASST_LINK |
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else: |
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link = MODEL_PAGE |
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return f'<a target="_blank" href="{link}" style="color: var(--link-text-color); text-decoration: underline;text-decoration-style: dotted;">{model_name}</a>' |
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@dataclass |
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class EloEvalResult: |
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model: str |
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gpt_4_all: int |
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human_all: int |
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human_instruct: int |
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human_code_instruct: int |
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tie_allowed: bool |
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def to_dict(self): |
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base_model = f"{self.model}" |
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data_dict = {} |
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data_dict["Model"] = make_clickable_model_elo(base_model) |
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data_dict["GPT-4 (all)"] = self.gpt_4_all |
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data_dict["Human (all)"] = self.human_all |
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data_dict["Human (instruct)"] = self.human_instruct |
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data_dict["Human (code-instruct)"] = self.human_code_instruct |
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return data_dict |
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def create_eval_df(df, tie_allowed): |
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responses = [] |
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for _, row in df.iterrows(): |
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if row["status"] == "canceled": |
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continue |
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rating = row["response"]["annotations"]["Preference"] |
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if rating == "NaN": |
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continue |
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scores = row["response"]["responses"] |
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if any(s["Preference"] == "" for s in scores): |
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continue |
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response = { |
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"id": row["task_id"], |
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"prompt": row["params"]["templateVariables"]["prompt"], |
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"model_a": row["params"]["templateVariables"]["modela"], |
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"model_b": row["params"]["templateVariables"]["modelb"], |
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"response_a": row["params"]["templateVariables"]["response1"], |
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"response_b": row["params"]["templateVariables"]["response2"], |
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"rating": int(rating), |
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"ratings": [np.array([s["Preference"] for s in scores], dtype=np.int32)], |
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} |
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if tie_allowed: |
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response["win"] = ( |
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"model_a" |
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if response["rating"] < 4 |
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else "model_b" |
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if response["rating"] > 5 |
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else "tie" |
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) |
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else: |
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response["win"] = "model_a" if response["rating"] < 5 else "model_b" |
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responses.append(response) |
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return pd.DataFrame(responses) |
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def create_eval_df_for_gpt(df, tie_allowed): |
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responses = [] |
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for _, row in df.iterrows(): |
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response = { |
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"id": row["review_id"], |
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"prompt": row["question"], |
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"model_a": row["model1"], |
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"model_b": row["model2"], |
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"response_a": row["answer1"], |
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"response_b": row["answer2"], |
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"rating": row["score"][0], |
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} |
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if tie_allowed: |
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response["win"] = ( |
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"model_a" |
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if response["rating"] < 4 |
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else "model_b" |
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if response["rating"] > 5 |
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else "tie" |
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) |
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else: |
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response["win"] = "model_a" if response["rating"] < 5 else "model_b" |
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responses.append(response) |
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return pd.DataFrame(responses) |
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def compute_elo(df, k=32, scale=400, base=10, initial_rating=1000): |
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rating = defaultdict(lambda: initial_rating) |
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for _, model_a, model_b, win in df[["model_a", "model_b", "win"]].itertuples(): |
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ra = rating[model_a] |
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rb = rating[model_b] |
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ea = 1 / (1 + base ** ((rb - ra) / scale)) |
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eb = 1 / (1 + base ** ((ra - rb) / scale)) |
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if win == "model_a": |
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sa = 1 |
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elif win == "model_b": |
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sa = 0 |
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elif win == "tie" or win == "tie (bothbad)": |
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sa = 0.5 |
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else: |
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raise Exception(f"unexpected vote {win}") |
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rating[model_a] += k * (sa - ea) |
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rating[model_b] += k * (1 - sa - eb) |
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return rating |
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def convert_rating_from_float_to_int(df): |
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return {model: int(rating) for model, rating in compute_elo(df).items()} |
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def get_elo_results(df_instruct, df_code_instruct, tie_allowed): |
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df_all = pd.concat([df_instruct, df_code_instruct]) |
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df_gpt_4 = load_dataset( |
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"gpt_4_evals/data/", |
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split="train", |
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revision="e007baaf6e505731c08a0bc1a833a1f8f8cb8846", |
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).to_pandas() |
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dfs = [df_instruct, df_code_instruct, df_all] |
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elo_ratings = [ |
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convert_rating_from_float_to_int(create_eval_df(df, tie_allowed=tie_allowed)) |
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for df in dfs |
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] |
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gpt_4_elo_ratings = convert_rating_from_float_to_int( |
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create_eval_df_for_gpt(df_gpt_4, tie_allowed=tie_allowed) |
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) |
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elo_ratings.append(gpt_4_elo_ratings) |
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results = [ |
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EloEvalResult( |
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model=model_name, |
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gpt_4_all=elo_ratings[3][model_name], |
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human_all=elo_ratings[2][model_name], |
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human_instruct=elo_ratings[0][model_name], |
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human_code_instruct=elo_ratings[1][model_name], |
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tie_allowed=tie_allowed, |
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) |
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for model_name in elo_ratings[0].keys() |
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] |
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return results |
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def get_elo_results_dicts(df_instruct, df_code_instruct, tie_allowed) -> List[Dict]: |
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eval_results = get_elo_results(df_instruct, df_code_instruct, tie_allowed) |
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return [r.to_dict() for r in eval_results] |
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def get_elo_plots(df_instruct, df_code_instruct, tie_allowed): |
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df_instruct = create_eval_df(df_instruct, tie_allowed=tie_allowed) |
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df_code_instruct = create_eval_df(df_code_instruct, tie_allowed=tie_allowed) |
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df_all = pd.concat([df_instruct, df_code_instruct]) |
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game = df_all[["model_a", "model_b", "win"]] |
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game_switch = switch_model_a_b(game) |
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plot_1 = visualize_pairwise_win_fraction(game_switch, PLOT_1_TITLE) |
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plot_2 = visualize_battle_count(game_switch, PLOT_2_TITLE) |
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BOOTSTRAP_ROUNDS = 1000 |
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if "bootstrap_elo_lu" not in globals(): |
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bootstrap_elo_lu = get_bootstrap_result( |
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game_switch, compute_elo, BOOTSTRAP_ROUNDS |
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) |
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plot_3 = visualize_bootstrap_scores(bootstrap_elo_lu, PLOT_3_TITLE) |
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plot_4 = visualize_rating_count(game, PLOT_4_TITLE) |
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return plot_1, plot_2, plot_3, plot_4 |
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