wj#ZUdZddlmZddlZddlZddlZddlmZddl m Z m Z m Z m Z ddlmZddlmZmZddlmZdd lmZdd lmZmZmZmZmZmZmZdd l m!Z!ejDd Z#d dddddddddddddddddddddd d!d"d#d$d!d%d&d'd!d(d)d*d!dd+d,d!d-d.d/d!d0 Z$d1e%d2<d3d4d5d!Z&d1e%d6<d7d7dd8d9d9d:d7d7dd8d9d9d:dd7d7d8d;d;d:ddddd7dd:dd7ddd7dd:dddd8d;d;d:d8ddd8d<d8Z(d?Z)d@Z*dAZ+dBZ,dZ-dCZ.dDZ/dHdEZ0GdFdGeZ1y)Iu APEX V16 — Brain Trend Following. Migrated from V15's Braintf.py. The TRADING RULES are unchanged: - Entry only on pullbacks in zona sconto RSI 42-58 - ATR ratio >= 0.8 floor (block low-volatility / congested markets) - Capitulation candle veto (candle_strength > 1.8 against direction) - AI Chain-of-Thought entry prompt with 3 steps (qualità sconto, timing pullback, contesto macro) - Post-validation watchdog (RSI re-check, conf>=70, RR floor, C>=90% + H4 weak guardia) - Time-stop matrix per (asset, session) - Same-candle dedup in manage_exit - Struct-flip detection (LONG with new BEARISH, SHORT with new BULLISH) - Deep-discount H4 paradox guard - AI exit prompt biased toward HOLD WHAT CHANGED (orchestration only, V16-BUG-prevention): - Async-first (uses AIClient.ask_for_decision) - Returns typed EntryDecision / BrainDecision instead of dicts - Reads ctx.entry / ctx.runtime instead of init_data dict - Does NOT mutate ctx.runtime (orchestrator owns runtime state) - PA pattern reading goes through analysis.price_action (single source) - TF_ASSET_PROFILES at module top, calibrated on V15 CFD assets; futures asset symbols mapped by equivalence (MES <- US500, etc.) ) annotationsN)Optional) PASignalsPAScoreextract_pa_signalsscore_pa)tech_log_fields)AIClientextract_json_from_response) BrainBase)config_futures) BrainContext BrainDecision BrainName Direction EntryDecisionEntryEvalResult TradeAction) TP_SUGGESTED_CONSERVATIVE_MARGINzbrain.tf)g ףp= ?333333?#US500zBS&P500 micro: V16 calibrato su ATR_M5 ~6 (futures), sl_ticks 10-30)sl_range sl_min_points v15_originnote)g333333?g333333?FUS100zCNasdaq micro: V16 calibrato su ATR_M5 ~30 (futures), sl_ticks 10-36)g{Gz?g?US30z@Dow micro: V16 calibrato su ATR_M5 ~80 (futures), sl_ticks 14-44)?g333333@g @XAUUSDz8Gold micro: V16 calibrato su ATR_M5 ~2.5, sl_ticks 27-58)g@@EURUSDz#EUR/USD: SL 9-15p (V15 calibration))rrr)gffffff@g333333@GBPUSDz$GBP/USD: SL 15-26p (V15 calibration))g?g ףp= ?USDJPYz JPY: SL 25-40p (V15 calibration))g?g@USDCADz8CAD: V16 calibrato (ATR_TYPICAL 0.0008 alto vs altri FX)zAUDUSD (new in V16)z?AUD/USD: derived from 6E analog, refine in CALIBRAZIONE 5-9 may)r?zWTI (new in V16)z1Crude Oil micro: ATR_TYPICAL 0.40, sl_ticks 53-79) MESMNQMYMMGC6E6B6J6C6AMCLdictTF_ASSET_PROFILES)g @r#GENERICuFno V15 equivalent — generic conservative profile, recalibrate in V16GENERIC_PROFILEx)LONDON LONDON_NYNY_CLOSENY_LATE ASIA_EARLYASIA_LONDON_GAP) r-r.r0r1r/r,r*r+r)r2 TF_TIME_STOPgE@gM@皙?r(gI@cd|cxkrdkryd|cxkrdkryd|cxkrdkryd|cxkrdkry d |cxkrd kry y y )N r:r;r<r=rr>r?)utc_hours %/home/work/apex_v16/brain/brain_tf.py_classify_sessionrOs_HrH XK XJ XIHqL c|eZdZdZej j Zddfd ZddZ dd ddZ e ddZ e dd Z e dd Zdd Zdd Ze dd Ze ddZdd ddZxZS)BrainTFa Trend Following Brain. Async (uses AIClient). The orchestrator is responsible for: - candle-gating (calling evaluate_entry only on M5 just-closed) - populating tech with bias_data keys (bias / allowed_direction / regime / h1_compatibility / swing_data) and the technical fields (price / open / rsi / rsi_prev / rsi_h1 / rsi_h4 / atr_ratio / atr_m5_points / vwap / vwap_deviation_pct / market_structure / vol_regime / trend_maturity / candle_strength / candle_time) - applying the BrainDecision (EXIT/HOLD) and updating TradeRuntime.last_exit_eval_time from BrainDecision.metadata before persisting state. Nc^t||||_||_t |_yN)super__init__ailoggerset_warned_generic_profile)selfconfig ai_clientrX __class__s rNrVzBrainTF.__init__s(   14$rPc*tj|}||S||jvrg|jj|d|d}tj ||j %|j jj |tS)Nz [BrainTF] uL: no V15-calibrated profile — using GENERIC. Recalibrate in V16 (5-9 may).) r4getrZadd_logwarningrXsystemr6)r[symbolprofmsgs rN _profile_forzBrainTF._profile_fors $$V,  K 55 5  ( ( , ,V 4x(BCC LL {{& ""**3/rP)last_entry_eval_timechK|j}|j}|j}|dvrdnd}t|j} t|j } t|j } t|j} tt|ddxsd} tt|dds tdd Stt|d d xsd }|t|jjkr tdd S|t|jjkDr tdd St| cxkr tks@nt|j!||dd| ddtdtd|| ttS| t"kr0t|j!||dd| ddt"|t"S| t$kDr|j&}|j(}t+| t$||}|dk(r0||||kr't|j ||fdd| dd|d |S|dk(r0||||kDr't|j ||fdd!| dd"|d |St|j,}|dk(r*|d#kDr%t|j!||d$d%|dd&| S|dk(r*|d'kr%t|j!||d(d%|dd)| St|j.}|d*kr(t|j!||d+d,|dd-|d.| St|j0}t|j2}|dk(xr | xr|dkxs|dk(xr | xr|dkD}|r(t|j!||d/d0|d1|d2d3| S| r| |kr tdd45S|j5|}t7|}t9||}|j;||||| | | | ||||6 }|j<j?|d{}d7d8h}|j@| r| nd}n|jB|vrd}n| r| nd}|j@Dt|j!||d9d:|jB||jB|jD;|<S|jG|j@}|rd=|vr3t|j!||d>d?||j@xsd@ddAB|<St|j,}|jI|||| ||t|j&C}|i} |ddDk(r'dE| dF<t|jKdGd xsd | dH<t|j ||f|d|dI|tM|jKdJdt|jKdKd t|jKdLd dM| |<S|jKd=s|jKdNxsi}!tO|!t*rtQ|!jKdOdPddQndP}"tO|!t*rtQ|!jKdRd@ddAnd@}#t|j!||dStQ|jKdTdUddA|tM|jKdJd|"|#V|<S |jS|||t|dKW}$tM|jKdJd}&tQ|jKdTd\dd]}'t|jKdLd }(tY||$d^|$d_d |(|&|'id`dadK|$dbdc|(dHt|jKdGd xsd ddtQ|jKded@ddAdft|jKdfdgdhtQ|jKdhd@dd]ditQ|jKdjd@ddAdktQ|jKdld@ddAdmtQ|jKdnd@ddAdo|$dpdq|$dqdr|$drds|$dsdt|$dtdu|$dudv|$dvdw|jKdxdyiz})t|)|<S7]#tTtVf$r:}%t|j!||dXdY|%|t|dZd[|<cYd}%~%Sd}%~%wwxYww){a Evaluate a TF entry. `tech` is a TechSnapshot. Returns EntryEvalResult: - decision = EntryDecision (open) | None (no setup / rejected) - evaluated_candle_time = candle_time (float) when AI was called and either responded or returned a permanent error; None when dedup-skipped, pre-val-rejected, or AI failed transiently. - dedup_skipped = True when same-candle dedup short-circuited the AI call (no AI cost, no cache update needed). Flow: pre-val (RSI zone, ATR floor, capitulation) -> SAME-CANDLE DEDUP gate -> AI prompt with Chain-of-Thought -> post-val watchdog (RSI/conf/RR/C90+H4) -> price computation -> decision. )BUYBOTHrlSELL candle_timeris_candle_closedFNCANDLE_NOT_CLOSED)decision reject_reasoncandle_age_secondsriCANDLE_STABILIZINGCANDLE_TOO_OLD PULLBACK_ZONEzRSI .1fz outside TF zone [,])ruledetailtechrsi_prevrsi_lowrsi_high)rrVOLATILITA_BASSAz ATR ratio .2fz x < floor )r{r|r} atr_floor)candle_strengthstrength_floorpriceopenCAPITULATION_CANDLEzBearish capitulation candle zx vs BUY)r{r|r}zBullish capitulation candle z x vs SELLg@P@RSI_H4_OVERBOUGHT_TF_BUYzRSI H4 u > 65 — TF BUY rejectedgA@RSI_H4_OVERSOLD_TF_SELLu < 35 — TF SELL rejectedgffffff?H1_COMPAT_TOO_LOWz H1 compat u < 0.70 — z rejectedMACD_ACCELERATING_AGAINSTzMACD accelerando contro z (hist=z.6fu) — TF rejectedT)rr dedup_skipped) re directionbiasregimersir~ atr_ratiorr}signalsscoreprofileunknownoverload API_ERRORzAI unavailable: )r{r|r} error_kindattempts)rrevaluated_candle_timeapprovedAPI_PARSE_ERRORzAI returned malformed JSONr9)r{r|r}response_preview)resultrerrrsi_h4r entry_priceTP_BELOW_MIN_PROFITrejected_tp_too_small tp_sourcetp_price_suggestedtp_price_suggested_airD confidencesl_atr_multiplier rr_multiplier)r{r|r} ai_confidence ai_sl_atrai_rr_multiplierrejection_details rule_failed UNSPECIFIED(r| AI_REJECTEDreasonzAI did not approve)r{r|r}rai_rule_failedai_rejection_detail)rerr}sl_atrPRICE_COMPUTATION_ERRORzcannot compute prices: atr_m5_points)r{r|r}rzTF setup approvedr7rsl_pricebrainTFrrr_multiplier_aitp_rationale_ai tp_rationalerisk_multiplierr!key_riskstep_1step_1_qualita_scontostep_2step_2_timing_pullbackstep_3step_3_contesto_macro sl_ticks_usedsl_ticks_post_clamp clamp_active sl_floored sl_min_tickssl_price_ai_raw sl_ticks_presl_floored_or_cappedprofile_originr?)rrrtp_pricerr rationalemetadata)-rallowed_directionrfloatrr~rrgetattrboolrr\candle_close_delay_secondscandle_max_age_seconds RSI_TF_LOW RSI_TF_HIGH_rejectATR_RATIO_FLOORCAPITULATION_STRENGTHrrr3rh1_compatibilitymacd_deceleratingmacd_hist_lastrhrr_build_entry_promptrWask_for_decisiontextrr_parse_ai_json_post_validater`int isinstancestr_compute_sl_onlyKeyError ValueErrorr)*r[rer} bias_datarjrallowedrrrr~rrroageropncommonr h1_compat macd_decel macd_hist macd_againstrrrpromptrespTRANSIENT_KINDS ai_eval_tsr rejection extra_fieldsrdai_rule ai_detailpcerrrrrs* rNevaluate_entryzBrainTF.evaluate_entrysn 4$..#55++#*o#=%6 / ./  4 45mQ ? D1E GD"4e<="-@ GD"6<CD t{{==> >"-A  t{{99: :"-=  c0[0"DLL s3i(&!!*3/@B -9-  ;*>>"T  ##F+$T*),))YT&h)+weW * WW--f55 %j1 99 9D+$J __ /J(3J 99 "IK-doo->?# & '1 $$TYY/61"I,=7&*iio2t%< & '1 t{{#''djj)(   !#L|44,C [)8=JJ3S9@S9 45#%I"1il"%fjjq&A"B#FJJ/BC$HI%*6::os+K%L #'1  zz*%/06BBHRSUW[H\c"&& >?DboG;Eb$;OBFF8R01$37UWI"IMvzz(4HIJ4CP"%fjjq&A"B#*(1 &'1   &&#V$789 'B"L!45  8-@AB4CH  OS!AB =) ^*!#bl#&6(vzz:NPS/T/[X[)\  "c&**^R*H&I$3&O  "eFJJ7H#,N&O c&**Z*D&Eds&Kc&**5Lb*Q&RSWTW&Xc&**5Mr*R&STXUX&Yc&**5Lb*Q&RSWTW&X b)>&?b&8b&6b&8""+<(=#$>(:%&'+A(B'(!gkk,&D) >",  W6z*% "I,E4QC8")$"F & '1  sDPb2a#Jb2'!a&Fb2&b/5/b*$b/%b2*b//b2c2|jdsy|dk(rt|cxkr tks ndd|ddfS|dk(rt|cxkr tks ndd|dd fSt|jd d }|tkrd d |dtdfSt |jdd}t |jdd} |dk\r*|dk(xr|dk\xs |dk(xr|dk} | sdd|d|dd|fS|jddt df\} } | |cxkr| ksndd|dd | dd!| dd"|fS| d krd#d$| d%fSd&| cxkrd'ks nd(d$| dd)fSt |jd*dxsd} | d kDr|dk(xr| |kDxs |dk(xr| |k}|rt jj|i}t |jd+d}t |jd,d}|d kDr|d kDrd-tz }|dk(r | |z |z}n|| z |z}td tt||z }||z}|t jz }|t jkr7d.d/| d0|d1|d2d3t jd2d4|d2d5t jd2d6 fSy)7z Returns (rule, detail) if AI output should be rejected; None if OK. AI is unreliable. We re-check the same hard rules even if AI approved (V15 lesson learned). rNrl POST_VAL_RSIzAI approved with RSI rxz outside TF BUY zonernz outside TF SELL zonerr POST_VAL_CONFz confidence z% < z% floorrrirZ-7POST_VAL_C90_H4Cz % but H4 RSI .0fz against rinfPOST_VAL_SL_RANGEzsl_atr_multiplier .3fz out of profile sl_range [ryz] for POST_VAL_RR_MISSINGzrr_multiplier z not positiveg(\?gq= ףp?POST_VAL_RR_RANGEz+ outside advisory prompt-range [0.17, 0.67]r tick_size tick_valuer!rzAI tp_suggested= → u% ticks post-15%-margin → gross/ct $ru − commission $z = net/ct $z < $z threshold) r`rrrMIN_CONFIDENCErcfg_fut ASSETS_MAPrmaxroundCOMMISSION_PER_CONTRACT_USDTP_MIN_NET_PROFIT_USD)rrerrrrrrsl_multrr_multdir_oksl_lowsl_high tp_suggestedcoherentspecrrscale tp_dist_posttp_tickstp_grosstp_nets rNrzBrainTF._post_validate?s zz*%  zS'GK'G"+C94HIK K   c(H[(H"+C94IJL LL!45  &#!*T.1AIK K  #6<= ?C89  e#527f$52 )J<}VCL )UWW"++j3e 2EF',W,'( 6s|1WSMxAB B a<)$WI];= ='4''$WSM2012 2VZZ(? q=Z!^"BBE E)(4{(Be'K (3l(Be'K "1c% y0H*I&JKH'*4H%(K(KKF = ==1.|nE'j)))1#7++2+N+Ns*ST''-cl3 ' = =cB* N rPctj|}t|d}t|d}t|j}tt |ddxsd}|dkr t d||ztjz} t| |z } tjj|d} tjj|d} t| t| | } | |z}|dk(r||z }|| |zz }n ||z}|| |zz}| dkDxr| | k}id t||d t||d|d|d |d t| |d zdt||d zd| d| d| d| d| | k7d|d| dt||d| | k7S)uD Compute SL price + tick diagnostics from sl_atr_multiplier. TP variante γ: TP is finalized post-sizing by orchestrator via tp_resolver.resolve_tp_price; this Brain step only fixes SL. Logic: sl_distance_pre = atr_m5_points * sl_atr * SL_SAFETY_MULT sl_ticks_pre = round(sl_distance_pre / tick_size) sl_ticks_post = clamp(sl_ticks_pre, [MIN_SL_TICKS, MAX_SL_TICKS]) sl_distance_post = sl_ticks_post * tick_size sl_price = entry ∓ sl_distance_post (BUY: -, SELL: +) Returns dict with entry_price, sl_price, sl_atr, sl ticks/distances, clamp_active. NO TP fields (resolved later). Raises: KeyError if symbol unknown. ValueError if atr_m5_points missing or non-positive. rdigitsrrirz-atr_m5_points missing or non-positive in techi'rlrrrsl_distance_pre_clampsl_distance_post_clampsl_ticks_pre_clamprr sl_max_ticksrrrrr)rrrrrrrSL_SAFETY_MULTr MIN_SL_TICKSr` MAX_SL_TICKSrmin)rerr}rr!rr(r atr_pointssl_distance_prersl_minsl_max sl_ticks_postsl_distance_postrrrs rNrzBrainTF._compute_sl_onlys)6!!&)${+, T(^$DJJ' 74#>E#F ?LM M$v-0F0FF_y89 %%))&!4%%))&&9FC f$=> (94  "%55H)\I-EFO"%55H)\I-EFO aZ9L6$9  eK&@ uXv'>  z  y  v  $u_fqj'I   %u-=vz'J  !|  "}  v  v  |}'D  z |! " u_f'E# $ #} 'D%  rPc | d\} } t| | zdz d}| jdd}t|j}t|j}|j }|j }t|j}|j}t|j}|j}t|j}t|j}|j}t|j }|j"}t|j$}|j&}|dk(xr||kDxs |dk(xr||k}||kDrdn||krd nd } tt)|d dxsd}!|!dkDr:t*j,j/|!t*j0j2 }"n7t*j,j5t*j0j2}"|"j7d }#|"j8}$d|$cxkrdkr nnd\}%}&nAd|$cxkrdkr nnd\}%}&n-d|$cxkrdkr nnd\}%}&nd|$cxkrdkr nnd\}%}&nd\}%}&d}'d|vrd}(n d|vrd}(nd}(|dkDrd})n |dkrd})nd})|d k\rd!}*n |d"k\rd#}*nd$}*|rd%nd&}+g},|j:r|,j=d'|j>r|,j=d(|j@r|,j=d)|jBr|,j=d*|jDr|,j=d+|jFr|,j=d,|jHr|,j=d-|jJr|,j=d.|jLr#|,j=d/|jNxsd0d1|,rd2jQ|,nd3}-|jNxsd3}.|dk(xr| jRdk(xs|dk(xr| jRdk(}/|/rd4}0n| jRd5vrd6}0nd7}0|dk(xr |jTxs|dk(xr |jV}1|jXxsi}2|2jd8d9}3|3r|2jd:d;nd<}4|3r|2jd=dd>nd;}5|2jd?d}6|d"k\rd@}7n |dAk\rd7}7ndB}7t|jZ}8t\j^j|i}9t|9jdCdD}:ta|$};tbj|ij|;td}|=dkDr|>|=z ndF}?|ds|:dtd|?dd@ddAd‘|AdÑ|8ds|:dtdđ|dő|dƑ|ds|:dtdǑ|4dȑ|5dɑ|dzdʑ|%dˑ|&d̑|dhd͑|dk(rdndϛdБ|dё| jndґ| jRd| jldhdӑ|dzdԑ|d|1dՑ|d֑|dב|jjdؑ|dhdّ|dڑ|4dۑ|5dܑtvdݑ| dOd2| dOdޑ|8ds|:dtdߑ|8ds|:dtdAd|Ad|Adtvd|d|dOdS)u0 V17 narrative entry prompt. Espone TUTTI i campi del TechSnapshot al modello, organizzati in sei sezioni narrative: 1. Contesto mercato (sessione/liquidità, regime, bias, news) 2. Storia del prezzo (narrativa naturale) 3. Segnali esaurimento pullback (checklist tecnica) 4. Contesto strutturale (swing, EMA50 H1, anti-revenge) 5. Profilo rischio (range SL meccanico, candle metadata) 6. Domanda esplicita + Chain of Thought 3-step Invarianti rispetto a V16: - Chain of Thought 3-step (qualità sconto / timing / macro) - Confidence floor MIN_CONFIDENCE (=70) - SL profile range mapping (sl_atr_multiplier ∈ profile.sl_range) V17 transitional bridge: - JSON output mantiene il contratto V16 (`step_1/2/3`, `risk_multiplier`, `rr_multiplier` ∈ [0.17, 0.67]) — pipeline downstream (evaluate_entry / _post_validate / tp_resolver) NON cambia in questo commit. - Aggiunto `tp_price_suggested` (livello TP assoluto basato su VWAP/swing/EMA50) accanto a `rr_multiplier`. Per ora viene loggato; downstream lo consumerà nei commit V17 successivi (margine conservativo 15% applicato in pipeline). rr*rKrrrlrnz in risalitazancora in discesafermoro)tzz %H:%M UTCrF)ASIAbassarG)EUROPAmedia)zOVERLAP EU-USAalta)USAr@)zPOST-USAr<uTnessun evento HIGH a calendario imminente (filtro news in orchestrator già passato)BULLISH rialzistaBEARISH ribassistalateralesoprasottosurpulitorCnormaledebole decelerando accelerandohammer shooting_starbull_engulfingbear_engulfingpiercing dark_cloud morning_star evening_stardoji(std), NESSUNOfavorrCrEadverseneutro swing_foundF swing_typezN/Az NON TROVATO swing_pricez.5f swing_indexz pro-trend?z contro-trendr(rrirr#g333333?r/r!u$ ⚠️ 6J INVERTED QUOTE: 6J quote z.7fu ≡ USDJPY r uZ. Movimento opposto: 6J↑ = yen forte = USDJPY↓. BUY 6J ≡ SELL USDJPY (yen rafforza).rzFS&P 500 micro: momentum forte, breakout trade-able, target swing high.uGNasdaq micro: ad alta volatilità, candele ampie, target livello tondo.u5Dow micro: meno volatile di MNQ, swing più ordinato.zFGold micro: spike-prone, range giornaliero ampio. Target conservativo.zICrude Oil micro: direzionale con inversioni rapide. Target su VWAP/swing.zrsi_prev = pullback finito; SELL: rsi entry; SELL: < entry). • `rr_multiplier` (LEGACY V16, ancora consumato da tp_resolver): frazione del RISCHIO REALE in dollari, range [0.17, 0.67]. tp_usd_target = rr_multiplier × sl_usd_actual Mappatura confidence → rr_multiplier: 70-74%: 0.17 – 0.33 (TP molto vicino, alta probabilità hit) 75-79%: 0.33 – 0.50 (TP medio) 80-84%: 0.50 – 0.67 (TP ambizioso) 85%+ : 0.67 (max) Filosofia APEX "WR > RR": frazione conservativa, target raggiungibile intraday su Topstep no-overnight. Hard clamp [0.10, 0.80] applicato dall'orchestrator come defense-in-depth. Velocità di hit TP per la sessione corrente (u , liquidità u): adatta sia tp_price_suggested sia rr_multiplier alla probabilità che il prezzo raggiunga il target intraday. CHAIN OF THOUGHT (3 step obbligatori — sintetizza in `reason`): STEP 1 — QUALITÀ DELLO SCONTO: RSI z : vicino a 4258u = sconto OTTIMO, vicino al lato opposto della zona = sconto DEBOLE. STEP 2 — TIMING ESAURIMENTO PULLBACK: bouncing=z, volume_weak=z, PA dominant=z ), VWAP z%, absorption pro zK. 2+ segnali = +10%, 3+ = +15%, tutti = +20%. Absorption AVVERSA a u> = -10%. STEP 3 — CONTESTO MACRO + LIVELLI: H1 struct=z , trend_mat=z , RSI H4=z, divergence=z, swing=@u. trend_mat>5 = -10%, divergence contro = -15%. ═══ CRITERI APPROVAZIONE ═══ approved=true SOLO se: 1) confidence finale >= u 2) STEP 1 non è "DEBOLE" 3) STEP 2 non è "PREMATURO" (>=1 segnale esaurimento) 4) STEP 3 non è "SFAVOREVOLE" 5) sl_atr_multiplier in [z] 6) rr_multiplier in [0.17, 0.67] (mapping confidence sopra) 7) tp_price_suggested coerente con la direzione (BUY: > entry z; SELL: < entry z4) 8) tp_price_suggested entro max_reachable_ticks=u) ticks dal prezzo (BUY: ≤ entry + u3×tick_size; SELL: ≥ entry − u>×tick_size) ═══ REJECTION CODES (rule_failed quando approved=false) ═══ - "STEP1_DEBOLE" : sconto RSI insufficiente - "STEP2_PREMATURO" : pullback non esaurito (no bouncing/volume_weak/PA) - "STEP3_SFAVOREVOLE" : macro/H4/divergence/trend_mat contro - "CONFIDENCE_FLOOR" : conf < u - "ABSORPTION_AGAINST" : absorption avversa alla direction - "ANTI_REVENGE" : SL recenti senza pattern + volume_weak + RSI ottimale - "TP_BEYOND_MAX_REACHABLE": tp_price_suggested oltre max_reachable_ticks (time-budget insufficiente) - "OTHER" : altri motivi (specifica in detail) Quando approved=true → rule_failed="NONE", detail="ok". ═══ OUTPUT JSON (RISPETTA L'ORDINE) ═══ { "step_1_qualita_sconto": "OTTIMO/BUONO/DEBOLE: ...", "step_2_timing_pullback": "OTTIMO/BUONO/PREMATURO: ...", "step_3_contesto_macro": "FAVOREVOLE/NEUTRO/SFAVOREVOLE: ...", "approved": true, "confidence": 75, "direction": "z4", "risk_multiplier": 1.0, "sl_atr_multiplier": u, "rr_multiplier": 0.50, "tp_price_suggested": 0.0, "tp_rationale": "max 25 parole — livello tecnico + frazione $rischio", "key_risk": "rischio principale del setup", "reason": "max 8 parole, no virgolette", "rejection_details": {"rule_failed": "NONE", "detail": "ok"} } )   7427a 8 6\\//s||7G7G/HF\\%%cll&6&67Fook2  ??&5 #L) & 2 &7 #L) 6 B &> #L) 6 B &3 #L)&9 #L)  9   $J & %J#J a<I \II  "K # #K"K&0]m $& ;; 4 4X >    4 4_ E    4 45E F    4 45E F == 4 4Z @ ?? 4 4\ B    4 4^ D    4 4^ D 99  5)@5(A!C D2?dii .Y 3) %  @U^^y%@ B & @U^^y%@  H ^^5 5 HH %  8T%8%8 ; & 9T%9%9  %299]E24<%))L%0-4> 0 $((;4;< gdOSAHSI 6?!m 1 -3!% (F(L"MN T>3?!3CC,.L7 S7IJ&s+,LM  M\\J[^QQFZA   #f LM N IIe334A ii 7 78EI 74)=sCJsK jjjj!j"- j.<j=F;jGjjj,_j-jj/j0'?'j&@'j(;)j()j(%T?)j(+<)j(=C8)j(D)j* +j* #+j*$-++j*.0+j*1:#+j*?A+j*BN+j*O+j,#|-j,$,-j,-7<-j,89-j,:G-j,H-j4&2Tt<5j4=5j:)M;j:*;j<+O=j<,=j>#^^,?j>-5?j>6;^^C4H?j>IP?j>QYz?j>Z]?j>^g\g?j>h!?j@"+ Aj@,.Aj@/8[Aj@9#AjB$-+CjB.0CjB1<}CjB=CjD*1)<)Y[jZ?[j\(-]j\.]j^$C_j^)._j^/;^_j^<_j` $223aj`4;aj`<@;N;N:Oaj`Pajb$cjb%9cjbCLa-UY8Zcjb[cjdT]`aTa79+amvzmbiELaMMOPgijejdj ejj 8kjj"kjj#*++l3"?!@kjjADkjjELKKPVWYDZC[kjj\kjl$CLmjl).mjl/6c]mjl;BmjlCImjlNmjn@H)(7;RPojnQojrSMsjr"sjtCLujt!ujvCLwjv!wjxCLyjx!yj~II;j~j@!=/ 23Aj@4AjBs#CjB$CjD$$EjD% EjJ (KjJKjJ LKjJ!$KjJ%8#8KjJ9KjL -12MjL3c-BOjNCOjR//SjR0;SjV/yjX0kjj?kjl mjl!)mjl*/(kr|jAdddi S|jB}|jD}||k(}d}| tFk\r|r d|vrd|vrd }|s d|vrd|vrd }|jH}|xr|dkxs | xr|dkD}tK|}tM||}|jO||||||| }|jPjS|ddd{}|jT.|jAd|jVdd |jVd! S|jY|jT}|rd"|vr|jAd#dd$i Sd%d&| |||r|ndd'}t[|j#d"r/|j't]|j#d(d)dd*| St7d+t]|j#d(d,dd*|S7w)-aO TF exit management. Bias toward HOLD (V15 philosophy). Order: 1. Time-stop (only if P&L <= 0): EXIT. 2. Same-candle dedup: HOLD without AI call. 3. Build exit prompt (with struct-flip / deep-discount notes). 4. Call AI (deterministic). 5. Map exit_now=true -> EXIT, false -> HOLD, error -> HOLD default. Brain does NOT mutate runtime. The orchestrator must read BrainDecision.metadata["evaluated_candle_time"] (when set) and update TradeRuntime.last_exit_eval_time before persisting state. ruTime Stop TF — r zm/zm (rZ time_stop)triggersession)rrzTP u% — partial 50% TF + SL→BEauto_partial_50T)rset_be_after_partialbe_price progress_pct)actionrrroustessa candela già analizzatardedupFrErCK)rrrstruct_unchangedstruct_flipped deep_discountrir) max_tokenswhereNz AI error (u) — hold defaultai_error)rrexit_nowu"AI malformed JSON — hold default ai_malformedr ai_exit_eval)rrrrrrrzAI exitr7HOLDzAI hold)/entryruntimetech_nowrerrrlvaluenet_profit_usd minutes_openrrrUTCrrOrBr`r_exitrTF_AUTO_PARTIAL_PROGRESS_PCT partial_done_round_to_tickrrrrr PARTIAL_50rlast_exit_eval_time_holdr}market_structure_at_entrySTRUCT_FLIP_GRACE_MINrsi_h4_at_entryrr_build_exit_promptrWrrrrrr)r[rrrtr}reris_long net_profitrrMr ts_thresholdprogressrro struct_nowstruct_at_entryrrrrrrrrrmetas rNrzBrainTF._manage_exit_logics  [[||OO y}}222&&  <<##CGG,11#H-#''377 -  ?||;::*<*r|j5d2| j@r|j5d3| jBr|j5d4| jDr#|j5d5| jFxsd6d7|rd+j-|nd8} d9}!|jHrVt| jJ}"| r |"|jLz |jHz d:z}!n|jL|"z |jHz d:z}!tNjPjS|jTi}#tW|#jSd;d}$dj-gd<|jTd=| d>|jXdd?|jHd|$d@dA|jLd|$d@dB|!dCdD|jZd|$d@dE|j"dF|ddG|ddH|jdI|j\dJ|rdKndLdM|j^d dN|jXddO|dP| jJd|$d@dQ|dd| dd| |z ddR|dd| dd| |z ddS|dd|dd||z ddT|dU| jdV|jdW|dX| j`dY| jbd dZ| jdd[| jfrd\ndLd]| jhrd^nd_d`| jjda|j&db|jlddc|dd| de|jnddf|jpddg| dhdi|dj| dhd|dk|jrrdlndmdn|jrdo| d|rd\ndLdp| j(dq| j*dr| jtd ds| dt| jvd|$d@du|dCdv|dw| dx|rdynddzS){uE V17 narrative anti-hallucination exit prompt (TF). Default conservativo = HOLD (V15 philosophy preservata). Quattro sezioni narrative: 1. Contesto entry originale (snapshot al fill) 2. Situazione attuale (numeri reali aggiornati: P&L, prezzo, RSI M5/H1/H4, struttura now vs entry, ATR, MACD, divergenza, sessione) 3. Price action attuale (PA dominant, favor/adverse, volume, absorption, candle strength, VWAP deviation, pattern attivi) 4. Domanda rigida + regole anti-allucinazione Anti-hallucination guardrails (V17): - Risposta SOLO con i numeri/flag forniti — niente livelli/swing inventati, nessuna speculazione su candele non elencate - Se incerto → HOLD (default) - EXIT richiede ALMENO 2 segnali confluenti oggettivi citati nel `reason`. Single-signal exits sono rifiutati a priori. Specifici V16 preservati: - struct_flipped (con grace period) → 🚨 alert in sez. 2 - deep_discount H4 paradox → h4_rule dedicato in sez. 2 - VWAP trend-confirmed flag → labellato in sez. 3 - Paradosso struttura against-trend deliberato → nota in sez. 2 Output JSON invariato: {"exit_now": bool, "reason": str}. LONGSHORTu 🚨 STRUTTURA INVERTITA CONTRO roruG. Il trend che supportava il TF è terminato — segnale forte di EXIT.reuC⚠️ PARADOSSO STRUTTURA: entry against-trend deliberato (compat=rz) approvato a Cu1%. Struttura INVARIATA → NON è motivo di exit.zStruttura H1 INVARIATA: z. Non motivo di exit.zStruttura H1 CAMBIATA: z'. Va valutata insieme ad altri segnali.zDEEP DISCOUNT (H4 entry rxzi): IGNORA livello assoluto < 35. EXIT solo se H4 era salito >35 post-entry e ora ricaduto, o sceso sotto rfr rkzi): IGNORA livello assoluto > 65. EXIT solo se H4 era sceso <65 post-entry e ora risalito, o salito sopra riu9 ⚠️ Crollo H4 significativo — possibile inversione.u8 ⚠️ Rally H4 significativo — possibile inversione.zRSI H4: entry u → ora rhz+.1frxg?gɿztrend confermatoznon confermatorCrEr]r^r_r`r[rgrPrQrRrSrTrUrVrWrXrYrZr\ridr(uSei un gestore di posizioni Trend Following. Valuta SOLO la full exit. Default conservativo = HOLD. Rispondi SOLO con JSON valido — zero testo fuori dal JSON. ═══ 1. CONTESTO ENTRY ORIGINALE ═══ z trade z aperto z minuti fa. Entry rlz, SL z (distanza dal prezzo attuale rnz%), TP z. Confidence originale: z%. RSI M5 entry: z, RSI H4 entry: z. Struttura H1 al fill: z. Regime al fill: z. Deep Discount: rvrju. NOTA: Partial close gestito dal Router/Orchestrator. Qui valuti SOLO la FULL EXIT. ═══ 2. SITUAZIONE ATTUALE ═══ P&L netto : $z Tempo aperto : z m (sessione z) Prezzo attuale : u& RSI multi-TF (entry → ora): M5: z) H1: z) H4: rwz Struttura H1 ora : z Struttura H1 entry :  z Trend Maturity : z candele H1 ATR Ratio : zx Vol Regime : z Vol Spike : riz MACD : rNrOz Divergenza : uB ═══ 3. PRICE ACTION ATTUALE ═══ PA dominante : rprqrmz Bullish/Bearish : z / z FAVOR 5z : z ADVERSE z Volume : rrrsrtz) Absorption pro z (BUY_ABS=ruz) Candle Strength : z$x (1.0 = media) Pattern attivi : z VWAP intra-day : z VWAP deviation : z% (u) ═══ 4. DOMANDA RIGIDA — ANTI-ALLUCINAZIONE ═══ Basandoti SOLO sui dati oggettivi sopra: il prezzo si sta muovendo CONTRO il trade u con struttura cambiata? EXIT solo se almeno 2 segnali oggettivi confluenti confermano inversione. Se incerto → HOLD. Non ipotizzare, non speculare — usa SOLO i numeri forniti. Esempi di segnali oggettivi citabili dal contesto sopra: - struttura H1 CAMBIATA contro la direzione (sez. 2, struct_note) - RSI H4 delta significativo contro (sez. 2, h4_rule) - PA dominante ADVERSE con forza > 1.5x (sez. 3) - pattern reversal contrario attivo + candle strength > 1.8x (sez. 3) - divergenza confermata + MACD decelerando (sez. 2) - VWAP deviation contraria + vol_regime HIGH (sez. 2 + 3) - candela gigante contraria (candle_strength > 2.5x) + vol_spike (sez. 3) REGOLE OPERATIVE: • Rispondi SOLO con i dati forniti — non inventare livelli, swing, pattern non elencati, né target ipotetici • Se incerto → HOLD (default conservativo) • EXIT richiede ALMENO 2 segnali confluenti oggettivi (citali nel reason) • Single-signal exits sono RIFIUTATI a priori (es. "RSI estremo" da solo, "VWAP contro" da solo, "struct invariata" da sola → HOLD) • Paradosso struttura: se entry era against-trend deliberato (vedi nota sez. 2), struttura invariata NON è motivo di exit uJ• Deep discount: ignora livello assoluto H4, applica solo h4_rule sez. 2u ═══ OUTPUT (SOLO JSON) ═══ { "exit_now": false, "reason": "max 12 parole — cita dati specifici (es. 'struct flip H1 + RSI H4 -18 + adverse PA 1.7x')" } )    4 4_ E    4 45E F    4 45E F == 4 4Z @ ?? 4 4\ B    4 4^ D    4 4^ D 99  5)@5(A!C D2?dii .Y    DJJ'G&75;L;LLsR $~~75;L;LLsR !!%%ellB7TXXh*+TTT  T  T !\ T "* T +-//#)> T ? T 6(! $T%*T+0..6(! )DTET*$/T07T8=~~axq[6QTRT001T2TcT#T$0"4T5T667T8TT)T3@T(JTKT$$$S)%T$*%T&//#&'T&'4'T&5<9'T&='T(**QvhaK()T())T.C/T./T.)-/T..0/T.1;\0I$/O/T.P/T0C1T01T0)-1T0.01T01;\0I$/O1T0P1T2C3T23T2)-3T2.03T21;\0I$/O3T2P3T4 5T4 5T8,,-9T8.9T:667;T:8;T< =T<=T@%%&AT@'ATB..%CTB&CTD//"ETD#ETF..$d3GTF4GTH$(#9#9-}MITHNITJ//"KTJ#KTP^^$QTP%-QTP.3^^C,@QTPAHQTPIQzQTPRUQTPV`T`QTPaQTR((-STR.1STR271D1DS0ISTRJ STT AUTTUTT%+UTT& UTV a.WTVWTV'-WTV(WTX")!4!4X)DYTXESYTXT[SfSfRgYTXhYTZ|[TZ[TZ'2dt<[TZ=[T\#112]T\3>]T\?C>R>R=S]T\T]T^))#._T^/_T`!MaT`"aTdYYqk*eTd+eTfdOgTf$'gTf(2lgTf3 gTn oTnoTZTaOfhi[TZj[TT rPc~ tjt|S#tjtf$rYywxYwrT)jsonloadsr JSONDecodeError TypeError)rs rNrzBrainTF._parse_ai_jsons9 ::8>? ?$$i0  s  <<)r}c Rit||}|j/ |jjj d |d|||d|ytjd|||||y#t$r7|jj j d|d|d|d|d| YywxYw) u Emit a structured "entry_rejected" event and return None. Every reject path passes through here. Fields (rule + caller- provided numerics) end up in brain_log.jsonl for post-mortem analytics — esp. CALIBRAZIONE 5-9 mag where we need to histogram skip causes and inspect ATR/RR distributions on real trades. V18 12-mag — `tech` opzionale: se passato, i campi RADAR (rsi_m5/rsi_h4/h1_compat/macd_hist/pattern/atr_ratio/bias/...) vengono auto-popolati via `tech_log_fields(tech)`. Eventuali valori in `fields` hanno precedenza sui campi auto-derivati. Args: rule: short stable code for the rejection cause (e.g. "PULLBACK_ZONE", "POST_VAL_TP_RANGE"). detail: human-readable explanation, max ~200 chars. tech: TechSnapshot per arricchimento dashboard. **fields: rule-specific numerics (rsi_threshold, sl_distance_*, ...). Nr)rerrr{rz [TF reject]  roz fields=z"[TF reject] %s %s %s: %s fields=%s)entry_rejected) r rX brain_logwriteAttributeErrorrdinforbdebug)r[rerr{r|r}fields merged_fieldss rNrzBrainTF._rejects<rBsM6#  3@&*Aw$4& ]  ( ^  &[  $!S  $!>  $!?  &!;  $!S  $.Z  $+L k:4:|Zs 6s 6s 6s 6s 6# 7# 7# 7# 7# 7/ d4   $~i~rP