A class representing a multi-agent model that processes queries by selecting agents,
gathering their responses, integrating the outputs, and collecting feedback to adjust rules.
Attributes: |
-
agent_list
(list )
–
A list of agent objects used in the multi-agent system.
-
selector
(AgentSelector )
–
An object responsible for selecting agents based on the query.
-
integrator
(OutputIntegrator )
–
An object responsible for integrating the responses from selected agents.
-
feedback_mechanism
(FeedbackMechanism )
–
An object used to collect feedback and adjust agent behavior.
|
Source code in llamarch/patterns/multiagent_feedback/__init__.py
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71 | class MultiAgentModel:
"""
A class representing a multi-agent model that processes queries by selecting agents,
gathering their responses, integrating the outputs, and collecting feedback to adjust rules.
Attributes
----------
agent_list : list
A list of agent objects used in the multi-agent system.
selector : AgentSelector
An object responsible for selecting agents based on the query.
integrator : OutputIntegrator
An object responsible for integrating the responses from selected agents.
feedback_mechanism : FeedbackMechanism
An object used to collect feedback and adjust agent behavior.
"""
def __init__(self, agent_list):
"""
Initialize components of the multi-agent model.
Parameters
----------
agent_list : list
A list of agent objects to be used in the model.
"""
# Instantiate agents
self.agent_list = agent_list
self.selector = AgentSelector(self.agent_list)
self.integrator = OutputIntegrator()
self.feedback_mechanism = FeedbackMechanism()
async def _gather_responses(self, agent_list, query):
return await asyncio.gather(*(a.generate_response(query) for a in agent_list))
def process_query(self, query):
"""
Process a query through the multi-agent system by selecting agents,
gathering their responses, integrating the outputs, and collecting feedback.
Parameters
----------
query : str
The query to be processed by the multi-agent system.
Returns
-------
str
The unified output generated by integrating the responses from the selected agents.
"""
# Step 1: Select agents based on the query
selected_agents = self.selector.select_agents(query)
# Step 2: Each selected agent generates an output
responses = asyncio.run(self._gather_responses(selected_agents, query))
# Step 3: Integrate outputs from all agents
unified_output = self.integrator.integrate_outputs(responses)
# Step 4: Collect feedback and adjust rules as needed
feedback = f"Feedback for query '{query}': output quality needs improvement."
self.feedback_mechanism.collect_feedback(feedback)
self.feedback_mechanism.adjust_rules()
return unified_output
|
__init__(agent_list)
Initialize components of the multi-agent model.
Parameters: |
-
agent_list
(list )
–
A list of agent objects to be used in the model.
|
Source code in llamarch/patterns/multiagent_feedback/__init__.py
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37 | def __init__(self, agent_list):
"""
Initialize components of the multi-agent model.
Parameters
----------
agent_list : list
A list of agent objects to be used in the model.
"""
# Instantiate agents
self.agent_list = agent_list
self.selector = AgentSelector(self.agent_list)
self.integrator = OutputIntegrator()
self.feedback_mechanism = FeedbackMechanism()
|
process_query(query)
Process a query through the multi-agent system by selecting agents,
gathering their responses, integrating the outputs, and collecting feedback.
Parameters: |
-
query
(str )
–
The query to be processed by the multi-agent system.
|
Returns: |
-
str
–
The unified output generated by integrating the responses from the selected agents.
|
Source code in llamarch/patterns/multiagent_feedback/__init__.py
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71 | def process_query(self, query):
"""
Process a query through the multi-agent system by selecting agents,
gathering their responses, integrating the outputs, and collecting feedback.
Parameters
----------
query : str
The query to be processed by the multi-agent system.
Returns
-------
str
The unified output generated by integrating the responses from the selected agents.
"""
# Step 1: Select agents based on the query
selected_agents = self.selector.select_agents(query)
# Step 2: Each selected agent generates an output
responses = asyncio.run(self._gather_responses(selected_agents, query))
# Step 3: Integrate outputs from all agents
unified_output = self.integrator.integrate_outputs(responses)
# Step 4: Collect feedback and adjust rules as needed
feedback = f"Feedback for query '{query}': output quality needs improvement."
self.feedback_mechanism.collect_feedback(feedback)
self.feedback_mechanism.adjust_rules()
return unified_output
|