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import argparse
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from scoring.assessment_engine import AssessmentEngine
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def main(args):
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assessment_engine = AssessmentEngine("logs/lxh",args.openai_key)
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assessment_engine.eval_result_diff("0416_DoRA_generated_predictions.csv")
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# assessment_engine.eval_result("output-npt-sft-1-0.95-0.5-1.2.json", "json")
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# synthesis_rouge_score = 0.30358589506467687
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# print("微调模型ROUGE分数：", synthesis_rouge_score)
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# original_rouge_score = 0.26004000118452175
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# print("原模型ROUGE分数：", original_rouge_score)
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# synthesis_acc_score = 2.768
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# print("微调模型准确性分数：", synthesis_acc_score)
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# original_acc_score = 2.724
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# print("原模型准确性分数：", original_acc_score)
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# synthesis_fluency_score = 2.098
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# print("微调模型流畅度分数：", synthesis_fluency_score)
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# original_fluency_score = 2.236
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# print("原模型流畅度分数：", original_fluency_score)
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# synthesis_diff_score = 2.278
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# print("微调模型优于原模型分数：", synthesis_diff_score)
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#
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# synthesis_score = (synthesis_rouge_score * 100 + synthesis_acc_score * 100/4 + synthesis_fluency_score * 100/3
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# + synthesis_diff_score * 100/3 ) / 4
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# original_synthesis_score = (original_rouge_score * 100 + original_acc_score * 100/4 +
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# original_fluency_score * 100/3 + 66 ) / 4
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#
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# print("综合评分：", synthesis_score)
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# print("原模型综合评分：", original_synthesis_score)
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if __name__ == "__main__":
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parser = argparse.ArgumentParser()
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parser.add_argument("--openai_key", type=str, default="xxx")
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user_args = parser.parse_args()
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main(user_args)
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