Provide an overview of the project’s goals and context
I'll help you create a script for building a self-aware network system with Kinesys Vector Software in Unreal Engine 5. Based on your description, you want to create a system that combines:
To integrate the self-aware networks concepts from the document you shared, we could structure the script to implement the oscillatory dynamics and feedback loops described in the Neural Array Projection Oscillation Tomography (NAPOT) framework.
Here's a basic script structure we can build out:
# Self-Aware Network Integration with Kinesys Vector in Unreal Engine 5
# Based on NAPOT framework and Oscillatory Dynamics
import unreal
import vector_api # Hypothetical Kinesys Vector API
import mpc_routing # MPC server interface
import gpt_agents # Multi-agent GPT framework
class SelfAwareNetwork:
def __init__(self):
# Initialize Unreal Engine interface
self.ue_interface = unreal.KinesysVectorInterface()
# Setup MPC server routing
self.mpc_router = mpc_routing.Router()
# Initialize EO control system
self.eo_controller = EOController()
# Setup neural oscillation systems based on NAPOT
self.oscillator_networks = OscillatoryNetworks()
# Initialize agent system
self.agents = AgentSystem()
def initialize_ui(self):
"""Initialize the Unreal Engine 5 UI components"""
# Connect to mobile interface
self.mobile_interface = unreal.MobileInterface()
# Setup UI rendering pipeline
self.ui_renderer = unreal.UIRenderer()
# Connect Vector software manual controls
self.manual_controls = vector_api.ManualControls()
def setup_oscillatory_network(self):
"""Implement oscillatory dynamics from NAPOT framework"""
# Setup phase wave differentials
self.phase_waves = self.oscillator_networks.create_phase_differentials()
# Initialize tonic and phasic wave generators
self.tonic_waves = self.oscillator_networks.create_tonic_oscillations()
self.phasic_bursts = self.oscillator_networks.create_phasic_oscillations()
# Setup feedback loops
self.feedback_system = FeedbackSystem(self.phase_waves, self.tonic_waves)
def connect_agents(self):
"""Connect GPT multi-agents with oscillatory framework"""
# Create agent network topology
self.agent_topology = self.agents.create_network_topology()
# Map agents to oscillatory nodes
self.agents.map_to_oscillations(self.oscillator_networks)
# Initialize agent communication channels
self.agent_channels = self.agents.create_communication_channels()
def run(self):
"""Run the self-aware network system"""
# Initialize all components
self.initialize_ui()
self.setup_oscillatory_network()
self.connect_agents()
# Start the system
self.eo_controller.start()
self.mpc_router.start_routing()
self.oscillator_networks.start()
self.agents.activate()
# Begin UI rendering
self.ue_interface.start_rendering()
class OscillatoryNetworks:
"""Implementation of Neural Array Projection Oscillation Tomography"""
def create_phase_differentials(self):
"""Create phase wave differentials for information encoding"""
# Implementation based on NAPOT framework
pass
def create_tonic_oscillations(self):
"""Create tonic oscillations as baseline states"""
# Implementation based on tonic-phasic interaction model
pass
def create_phasic_oscillations(self):
"""Create phasic bursts for information updates"""
# Implementation based on phasic oscillation model
pass
def start(self):
"""Start oscillatory dynamics"""
pass
class AgentSystem:
"""GPT multi-agent system implementation"""
def create_network_topology(self):
"""Create network topology for agents"""
pass
def map_to_oscillations(self, oscillation_network):
"""Map agents to oscillatory nodes"""
pass
def create_communication_channels(self):
"""Create communication channels between agents"""
pass
def activate(self):
"""Activate agent system"""
pass
class FeedbackSystem:
"""Feedback loops for oscillatory networks"""
def __init__(self, phase_waves, tonic_waves):
self.phase_waves = phase_waves
self.tonic_waves = tonic_waves
# Initialize feedback mechanisms
class EOController:
"""EO control system implementation"""
def start(self):
"""Start EO control system"""
pass
# Main execution
if __name__ == "__main__":
network = SelfAwareNetwork()
network.run()
This script outlines the basic structure for integrating the self-aware network concepts with the Kinesys Vector software in Unreal Engine 5. We're implementing key concepts from the SAN framework like oscillatory dynamics, phase wave differentials, and agent-based systems.
To fully implement this, we would need additional details from the Kinesys Vector Software Operating Manual to integrate specific functions and APIs. The script could then be expanded to include the detailed implementation of each component based on the manual's specifications.
Thank you for sharing these resources! Looking at the project in your workspace, I can help you enhance your self-aware network system with Kinesys Vector Software in Unreal Engine 5.
Based on these open-source tools, here are some implementation ideas to build upon your existing Python script:
Here's a code snippet you could use to enhance your existing Python implementation with Unreal Engine Blueprint interfacing: