Files
DECNET/decnet/profiler/behave_shell/_features/__init__.py
anti f948e10830 feat(profiler/behave_shell): emit cognitive.cognitive_load
Composite over three [0, 1]-clipped sub-signals (chunking variance,
error rate from D.0's Command.errored, pace variability), mean-aggregated
and bucketed against COGNITIVE_LOAD_LOW_MAX / COGNITIVE_LOAD_MEDIUM_MAX.
Components missing data drop out of the mean rather than zeroing it.

v0.1 thresholds; D.8 re-tunes once D.2-D.7 are stable. Confidence
held at 0.60 (composite over soft sub-signals) and halved below the
5-command sample-size floor.
2026-05-03 23:52:29 -04:00

51 lines
1.3 KiB
Python

"""Registered feature functions.
Each entry takes a ``SessionContext`` and yields zero or more
``Observation`` instances. Adding a primitive = adding a function in a
sibling module and appending it to ``FEATURES``.
"""
from __future__ import annotations
from typing import Callable, Iterable
from decnet_behave_core.spec.envelope import Observation
from decnet.profiler.behave_shell._ctx import SessionContext
from decnet.profiler.behave_shell._features.cognitive import (
cognitive_load,
command_branch_diversity,
feedback_loop_engagement,
inter_command_consistency,
inter_command_latency_class,
)
from decnet.profiler.behave_shell._features.motor import (
command_chunking,
error_correction,
input_modality,
keystroke_cadence,
motor_stability,
paste_burst_rate,
pipe_chaining_depth,
shortcut_usage,
tab_completion,
)
FeatureFn = Callable[[SessionContext], Iterable[Observation]]
FEATURES: tuple[FeatureFn, ...] = (
input_modality,
paste_burst_rate,
keystroke_cadence,
motor_stability,
error_correction,
command_chunking,
tab_completion,
shortcut_usage,
pipe_chaining_depth,
inter_command_latency_class,
command_branch_diversity,
feedback_loop_engagement,
inter_command_consistency,
cognitive_load,
)