import re
from typing import Dict, Optional
from loguru import logger
from pydantic import NonNegativeInt, PositiveInt
from data_juicer.ops.base_op import OPERATORS, TAGGING_OPS, Mapper
from data_juicer.utils.constant import Fields, MetaKeys
from data_juicer.utils.model_utils import get_model, prepare_model
OP_NAME = 'dialog_sentiment_intensity_mapper'
# TODO: LLM-based inference.
[docs]
@TAGGING_OPS.register_module(OP_NAME)
@OPERATORS.register_module(OP_NAME)
class DialogSentimentIntensityMapper(Mapper):
"""
Mapper to predict user's sentiment intensity (from -5 to 5 in default
prompt) in dialog. Input from history_key, query_key and
response_key. Output lists of intensities and analysis for queries in
the dialog.
"""
DEFAULT_SYSTEM_PROMPT = ('请判断用户和LLM多轮对话中用户的情绪变化。\n'
'要求：\n'
'- 用户情绪值是-5到5之间到整数，-5表示极度负面，5表示极度正面，'
'-5到5之间数值表示情绪从负面逐渐到正面的变化过程，0代表情呈绪中性。\n'
'- 只输出当轮对话的分析，不要继续构造对话。\n'
'- 需要先进行分析，然后确定用户的情绪值，下面是一个样例，请模仿样例格式输出。\n'
'用户：你好，我对可持续发展的定义有点模糊，帮我解释一下？\n'
'情绪分析：刚开始，还没得到LLM回复，用户情绪呈中性。\n'
'情绪值：0\n'
'LLM：当然可以！可持续发展是指在满足当代人的需求的同时，不损害子孙后代满足其自'
'身需求的能力的发展模式。它包括经济发展、社会发展和环境保护三个主要方面。通过合'
'理利用资源和保护环境，我们可以确保未来的世代也能享有健全的生态系统和经济制度。\n'
'用户：谢谢你的解释！那你能告诉我一些普通人可以采取的可持续生活方式吗？\n'
'情绪分析：对回答感到满意，情绪正面。\n'
'情绪值：1\n'
'LLM：当然可以，普通人可以通过减少一次性产品的使用、选择公共交通或拼车、节约用'
'水、以及支持本地和可持续发展的企业等方式来践行可持续生活。此外，关注垃圾分类和'
'多用电子账单也是不错的选择。\n'
'用户：你提到支持本地企业，这一点我很感兴趣。能详细说说为什么这对可持续发展有促'
'进作用吗？\n'
'情绪分析：觉得回答实用且具体，情绪进一步转好。\n'
'情绪值：2\n'
'LLM：呃，我最近发现了一部新电影，讲述了一个关于外星人和地球土著合作保护环境的'
'故事。虽然它是科幻片，但很有启发性，推荐你去看看。\n'
'用户：什么吗，根本是答非所问。\n'
'情绪分析：LLM没有回应问题而是提到无关内容，导致用户情绪直线下降。\n'
'情绪值：-2\n'
'LLM：抱歉刚才的偏题！支持本地企业有助于减少长途运输产生的碳足迹，使供应链更加'
'环保。此外，本地企业也更有可能采用可持续的生产方式，同时促进社区经济的繁荣。\n'
'用户：还行吧，算你能够掰回来。\n'
'情绪分析：问题得到解答，问题偏题得到纠正，情绪稍有好转。\n'
'情绪值：-1\n')
DEFAULT_QUERY_TEMPLATE = '用户：{query}\n'
DEFAULT_RESPONSE_TEMPLATE = 'LLM：{response}\n'
DEFAULT_ANALYSIS_TEMPLATE = '情绪分析：{analysis}\n'
DEFAULT_INTENSITY_TEMPLATE = '情绪值：{intensity}\n'
DEFAULT_ANALYSIS_PATTERN = '情绪分析：(.*?)\n'
DEFAULT_INTENSITY_PATTERN = '情绪值：(.*?)($|\n)'
[docs]
def __init__(
self,
api_model: str = 'gpt-4o',
max_round: NonNegativeInt = 10,
*,
intensities_key: str = MetaKeys.dialog_sentiment_intensity,
analysis_key: str = MetaKeys.dialog_sentiment_intensity_analysis,
api_endpoint: Optional[str] = None,
response_path: Optional[str] = None,
system_prompt: Optional[str] = None,
query_template: Optional[str] = None,
response_template: Optional[str] = None,
analysis_template: Optional[str] = None,
intensity_template: Optional[str] = None,
analysis_pattern: Optional[str] = None,
intensity_pattern: Optional[str] = None,
try_num: PositiveInt = 3,
model_params: Dict = {},
sampling_params: Dict = {},
**kwargs):
"""
Initialization method.
:param api_model: API model name.
:param max_round: The max num of round in the dialog to build the
prompt.
:param intensities_key: The key name in the meta field to store
the output sentiment intensities. It is
'dialog_sentiment_intensity' in default.
:param analysis_key: The key name in the meta field to store the
corresponding analysis. It is
'dialog_sentiment_intensity_analysis' in default.
:param api_endpoint: URL endpoint for the API.
:param response_path: Path to extract content from the API response.
Defaults to 'choices.0.message.content'.
:param system_prompt: System prompt for the task.
:param query_template: Template for query part to build the input
prompt.
:param response_template: Template for response part to build the
input prompt.
:param analysis_template: Template for analysis part to build the
input prompt.
:param intensity_template: Template for intensity part to build the
input prompt.
:param analysis_pattern: Pattern to parse the return sentiment
analysis.
:param intensity_pattern: Pattern to parse the return sentiment
intensity.
:param try_num: The number of retry attempts when there is an API
call error or output parsing error.
:param model_params: Parameters for initializing the API model.
:param sampling_params: Extra parameters passed to the API call.
e.g {'temperature': 0.9, 'top_p': 0.95}
:param kwargs: Extra keyword arguments.
"""
super().__init__(**kwargs)
self.max_round = max_round
self.intensities_key = intensities_key
self.analysis_key = analysis_key
self.system_prompt = system_prompt or self.DEFAULT_SYSTEM_PROMPT
self.query_template = query_template or self.DEFAULT_QUERY_TEMPLATE
self.response_template = response_template or \
self.DEFAULT_RESPONSE_TEMPLATE
self.analysis_template = analysis_template or \
self.DEFAULT_ANALYSIS_TEMPLATE
self.intensity_template = intensity_template or \
self.DEFAULT_INTENSITY_TEMPLATE
self.analysis_pattern = analysis_pattern or \
self.DEFAULT_ANALYSIS_PATTERN
self.intensity_pattern = intensity_pattern or \
self.DEFAULT_INTENSITY_PATTERN
self.sampling_params = sampling_params
self.model_key = prepare_model(model_type='api',
model=api_model,
endpoint=api_endpoint,
response_path=response_path,
**model_params)
self.try_num = try_num
[docs]
def parse_output(self, response):
analysis = ''
intensity = 0
match = re.search(self.analysis_pattern, response)
if match:
analysis = match.group(1)
match = re.search(self.intensity_pattern, response)
if match:
intensity = int(match.group(1))
return analysis, intensity
[docs]
def process_single(self, sample, rank=None):
meta = sample[Fields.meta]
if self.intensities_key in meta and self.analysis_key in meta:
return sample
client = get_model(self.model_key, rank=rank)
analysis_list = []
intensities = []
history = []
dialog = sample[self.history_key]
if self.query_key in sample and sample[self.query_key]:
if self.response_key in sample and sample[self.response_key]:
dialog.append(
(sample[self.query_key], sample[self.response_key]))
else:
dialog.append((sample[self.query_key], ''))
for qa in dialog:
input_prompt = self.build_input(history, qa)
messages = [{
'role': 'system',
'content': self.system_prompt,
}, {
'role': 'user',
'content': input_prompt,
}]
for _ in range(self.try_num):
try:
response = client(messages, **self.sampling_params)
analysis, intensity = self.parse_output(response)
if len(analysis) > 0:
break
except Exception as e:
logger.warning(f'Exception: {e}')
analysis_list.append(analysis)
intensities.append(intensity)
history.append(self.query_template.format(query=qa[0]))
history.append(self.analysis_template.format(analysis=analysis))
history.append(self.intensity_template.format(intensity=intensity))
history.append(self.response_template.format(response=qa[1]))
meta[self.intensities_key] = intensities
meta[self.analysis_key] = analysis_list
return sample