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from dataclasses import dataclass | |
from typing import Dict, Any | |
class MonitoringState: | |
cognitive_load: float | |
attention_focus: Dict[str, float] | |
processing_efficiency: float | |
error_detection: Dict[str, Any] | |
learning_progress: float | |
class MetaCognitiveMonitor: | |
def __init__(self): | |
self.current_state = MonitoringState( | |
cognitive_load=0.0, | |
attention_focus={}, | |
processing_efficiency=1.0, | |
error_detection={}, | |
learning_progress=0.0 | |
) | |
def analyze(self, current_state): | |
self._assess_cognitive_load(current_state) | |
self._track_attention_allocation(current_state) | |
self._monitor_processing_efficiency(current_state) | |
self._detect_errors(current_state) | |
self._evaluate_learning(current_state) | |
return self.current_state | |
def _assess_cognitive_load(self, current_state): | |
# Implementation for cognitive load assessment | |
pass | |
def _track_attention_allocation(self, current_state): | |
# Implementation for attention allocation tracking | |
pass | |
def _monitor_processing_efficiency(self, current_state): | |
# Implementation for processing efficiency monitoring | |
pass | |
def _detect_errors(self, current_state): | |
# Implementation for error detection | |
pass | |
def _evaluate_learning(self, current_state): | |
# Implementation for learning evaluation | |
pass | |