mercurial.spectral.modalities module

Sensory modality definitions and energy hierarchy (SPECTRAL A.1.1).

class mercurial.spectral.modalities.Modality(value)

Bases: Enum

All sensory modalities recognized in SPECTRAL.

AFFECTIVE = 'affective'

AGENCY = 'agency'

AUDITORY = 'auditory'

CHRONOCEPTIVE = 'chronoceptive'

DPR = 'dpr'

ELECTROCEPTIVE = 'electroceptive'

GUSTATORY = 'gustatory'

INTEROCEPTIVE = 'interoceptive'

MAGNETOCEPTIVE = 'magnetoceptive'

NOCICEPTIVE = 'nociceptive'

OLFACTORY = 'olfactory'

PROPRIOCEPTIVE = 'proprioceptive'

TACTILE = 'tactile'

THERMOCEPTIVE = 'thermoceptive'

VESTIBULAR = 'vestibular'

VISUAL = 'visual'

class mercurial.spectral.modalities.ModalityEnergyHierarchy(steepness: float = 5.0, spatial_points: int = 10)

Bases: object

Manages energy thresholds and manifestation probabilities.

Methods

activation_time(modality, pattern_power)	τ_act = τ_0 + ΔE / P_bias Using log-energy difference as proxy for ΔE.
update_field_evolution(dt, pattern_energy, ...)	Call this each simulation step to evolve quantum fields.

dominant_modality
manifestation_probability

__init__(steepness: float = 5.0, spatial_points: int = 10)

steepness: logistic slope factor (higher = sharper transition)

activation_time(modality: Modality, pattern_power: float) → float

τ_act = τ_0 + ΔE / P_bias Using log-energy difference as proxy for ΔE.

dominant_modality(pattern_energy: float, pattern_entropy: float) → Modality

manifestation_probability(modality: Modality, pattern_energy: float, pattern_entropy: float) → float

update_field_evolution(dt: float, pattern_energy: float, pattern_coherence: float)

Call this each simulation step to evolve quantum fields.

class mercurial.spectral.modalities.ModalitySpec(name: mercurial.spectral.modalities.Modality, log_energy_threshold: float, baseline_latency: float, coupling_coefficient: float)

Bases: object

baseline_latency: float

coupling_coefficient: float

log_energy_threshold: float

name: Modality