i8ZdZddlZddlZddlmZddlmZddlmZeejjZ e dz Z e dz dz Z d e d efd Zd efd Zd ed efdZd efdZde d e fdZdddddddddddddddddZddd d!dZd ed"ed efd#Zd efd$Zed%k(reej6d&kDreej6d&ndZeeZed'ed(ed)ed*d+ed,d-ed.ed/d+ed0d-ed1edd2ed3d4d5d6ed7d8j?ed3d9xsd:eeZ ed;e d<ed=e d>d?d-eeeeZ!ed@e!dAedBe!dCedDe!dEyy)Fus EMF Brain Integration — Aggregate all three EMF layers + thalamic routing. Reads Layer 1 (earth-breath.md), Layer 2 (self-breath.md), Layer 3 (perturbation.json) on every thalamus pass and generates emergent prescription. This module is the "antenna" of ghojualamanchu — the perceptual bridge between the electromagnetic environment and the cognitive architecture. N)Path)datetime)Optionalmemorydataemf layer_namereturnct|dz }|jsd|dS|j}i}d}|jdD]o}|j }|j dr%|j dj}d||<I|sL|js]|j||<qd |d <|S) z$Read a layer's markdown output file.z.mdF)existslayerN z##z## Tr ) MEMORY_DIRr read_textsplitrstrip startswithlstripstrip)r pathcontentstate current_keylines ./home/workspace/ghojualamanchu-v3/emf/brain.py read_layerrs :,c* *D ;;=*55nnG EK d#.{{} ??4 ++e,224K!#E+  TZZ\!%E+  .E(O Lctdz }|jr*tj|j }d|d<|SddiS)zRead perturbation layer output.zperturbation_latest.jsonTr F)DATA_DIRr jsonloadsr) json_pathrs rread_perturbationr$'sI55Izz)--/0X e rbeatc*td}td}t}d}d}g}|jddrF|jdd}|jdijd d}|jd g}d }d }|jdr?|jd d } t|jddj d}d } d } |jdr?|jd d } t|jddj d} |tjj||| | |||||jddddS#t t f$rd }YwxYw#t t f$rd } YjwxYw)zq Read all three EMF layers and return aggregated EMF state. Called by thalamus on every signal pass. z earth-breathz self-breathDEADgTr F field_statemetricsamplitude_rms_dbfssources_detectedHOLDRQ@Phase Frequencyz7.83r)r(amplitude_dbfssourcesr )r% timestamp earth_phaseearth_hz self_phaseself_hzr( perturbation) rr$getfloatr ValueError IndexErrorrnow isoformat) r%earth self_breathr7r(r0r1r3r4r5r6s r aggregate_emfr@1s ~ &E]+K$&LKNG%("&&}f= %)))R8<<=QSXY""#5r:KH yyii0  UYY{F;AACAFGHJGx  __Wf5  KOOK@FFHKLG \\^--/" "&,"&&x7   J' H J' G s$',E';,E>'E;:E;>FFctdz dz }|jr6tj|j }|j dd}nd}t |}|t|dt|d|dz dS) z\ Called by thalamus on every pass. Returns EMF context for conflict resolution. rz state.json current_beatrr(r6r4) emf_readingthreshold_actionbeat_frequency) BASE_DIRr r!r"rr8r@rDabs) state_pathrr%rs rthalamic_inputrIfs F"\1J ://12yy+  C,S-?@c)ns:>? rr(c4ddddd}|j|dS)z: Map perturbation field state to thalamic action. u/alert — signal lost, check antenna connectionu%inform only — log to akashic if newu/log to perturbation.md — minor field activityu1flag for cortex attention — major perturbationsr'CALMSTIRSTORMunknown)r8)r(actionss rrDrDzs+ B7AD G ;;{I ..rsurveilTg)action cortex_skipencoding_modifierobserveFg?attendg333333?alertg?rKu)Antenna down — operate in degraded modeu#Quiet field — standard processingu,Active field — slightly elevated attentionu1Storm field — elevated encoding, full attention emf_statec |jdd}|jdd}|jdd}t|jdd|jddz }tj|td }|tjj |||||d |d |d t j|d d S)zy Generate emergent prescription from EMF state. This is what the EMF environment "prescribes" for this beat. r(r'r3r,r5r6r-r4rLrRrSrTrO) r%r2r(beat_frequency_hzr3r5 prescriptionrSrT description)r8rG PRESCRIPTIONSrr<r=PRESCRIPTION_DESCRIPTIONS)r%rXr(r3r5 beat_freqbases remergent_prescriptionras -- v6K-- v6K|V4JIMM)T2Y]]:t5TTUI   [-*? @D\\^--/"&" XM*!"56044[)L  rctdS)z&Read current EMF state for inspection.r)r@rrread_current_staterds  r__main__z=== EMF Brain State (beat z) ===zEarth: r3z @ r4z HzzSelf: r5r6zField: z | r7r0z.1fz dBFSz Sources: z, r1nonezThalamic input: rDzBeat frequency: rEz.3fzEmergent prescription: r[z Cortex skip: rSzEncoding modifier: rT)"__doc__r!syspathlibrrtypingr__file__parentrFrr strdictrr$intr@rIrDr]r^rard__name__lenargvr%rprintjoinrxeprcrrrxs  > ' '  f u $34&4222j( /# /# /"4s S!5s S %c R%c R  9 2 ; @ 4D  z"388}q03sxx{ aD  C &tfE 23 GC &'s3z?*;3 ?@ GC %&c#i.)9 => GC &'s3~+>?O+PQT*UUZ [\ IdiiN 3I >?I6J KL G  B R 234 56 R 01#6c :; G tS )B #B~$6#7 89 M"]+, -. #6 78 9:!r