Highway Pro ARS v7.3 EA

Complete Input Handbook — all 102 fields, explained through the Highway metaphor

This handbook covers every single input field in the EA — grouped exactly as in MT4's Properties window, in the exact order they appear. Every field now carries a fixed, permanent number (001–102) baked directly into both its name and its on-screen description in MT4, so you can always find the exact same field, in the same spot, in any conversation, any recipe, and any future version of this handbook.

Table of Contents

• 0. The Ignition Lock (001)
• 1. Transmission — Gear System (002–009)
• 2. Vehicle Size (010–014)
• 3. Curb Touch Detection (015)
• 4. Quarter Level TP/SL (016)
• 5. ARS Exit Modules (017–025)
• 6. The Mixing Console (026–063)
• 7. Trading Hours (064–067)
• 8. Display (068–069)
• 9. Close All / No-TP Mode (070–072)
• 10. Rush Hour Timing (073)
• 11. Convoy Check (074–076)
• 12. Traffic Rules (077–080)
• 13. Road Construction (081–102)

0. The Ignition Lock

One single field, but the most important one in the whole handbook — everything else is meaningless if this one is set wrong.

#	Field	Default	Explanation
001	Inp001_AllowRealTrading	false	The master ignition lock for real money. Left off, the EA can only ever drive on a demo track, no matter what else is configured. Only turn this key if you have deliberately, consciously decided to let the car drive on a real road — never flip it as a side effect of testing something else, and never flip it back on without re-checking every other setting first.

1. Transmission (Gear System)

These eight fields control the car's gearbox itself — which gear it starts in, and how the guardrails (Stop Loss / Take Profit) behave for the classic Gears 1 through 7. None of this touches Gear 8/ARS, which has its own separate sections below.

#	Field	Default	Explanation
002	Inp002_CurrentGear	GEAR_8	Which gear the car starts in — Park, Reverse, 1st through 7th, or ARS (Gear 8). This is the single most consequential setting in the whole file, since it decides which strategy runs at all.
003	Inp003_StartInAutoMode	false	If true, an automatic gearbox picks the gear itself on every startup — completely overriding field 002 above. Kept false so your manually-chosen gear actually sticks. If you ever wonder why ARS "isn't starting," check this field first.
004	Inp004_BaseSL_Feet	10.0	For Gears 1–7 only: how many "Feet" of road behind the car count as the safety guardrail (Stop Loss) before a trip is called off as a loss. One Foot equals 10 pips / roughly 1 USD of price movement on most instruments.
005	Inp005_BaseTP_Feet	20.0	For Gears 1–7 only: how many Feet ahead marks the finish line (Take Profit) where the trip ends successfully.
006	Inp006_TrailingStep_Feet	3.0	Once trailing kicks in (see field 008), how many Feet behind the car the guardrail follows as it advances.
007	Inp007_BreakEven_Feet	4.0	How far ahead the car must have driven before the guardrail is pulled all the way up to the starting line — from that point on, the trip can no longer end in a loss.
008	Inp008_MinProfitToTrail	2.0	Minimum distance already driven before the trailing guardrail (field 006) starts following at all. Keep this larger than field 006 — we found out the hard way that if the trail step is bigger than this threshold, the very first guardrail placement can land behind the starting line, turning a small profit into an automatic small loss.
009	Inp009_MinSLDistance	5.0	The guardrail is never allowed closer than this many Feet to the car, regardless of what the other trailing math above suggests — a hard minimum safety clearance.

2. Vehicle Size

Controls how big each car is (position size), how many can be on the road together, and how long the garage waits between departures.

#	Field	Default	Explanation
010	Inp010_LotMode	LOT_RISK_PERCENT	Vehicle sizing mode: either every car is the same fixed size (LOT_FIXED), or each car is sized dynamically based on how much fuel — account risk — you're willing to spend on that particular trip (LOT_RISK_PERCENT).
011	Inp011_FixedLotSize	0.01	The size of the car when field 010 is set to Fixed mode.
012	Inp012_RiskPercent	10.0	The percentage of account "fuel" allowed per trip when field 010 is set to Risk Percent mode instead.
013	Inp013_MaxPositions	1	How many vehicles are allowed on the road, across everything the EA controls, at the same time.
014	Inp014_TradeCooldownMin	5	Minimum minutes the garage waits after the last car departed before it's allowed to send out the next one.

3. Curb Touch Detection

This single field tunes how sensitively Gears 1–7 detect their entry trigger — the "curb touch" moment.

#	Field	Default	Explanation
015	Inp015_CurbTouchTolerance	5	How close (in tics — the smallest price unit MT4 tracks) the car must get to the curb/sidewalk edge before it counts as an actual "curb touch" and triggers an entry attempt for Gears 1–7.

4. Quarter Level TP/SL

A single switch that changes how Gears 1–7 aim their guardrail and finish line.

#	Field	Default	Explanation
016	Inp016_UseQuarterLevelTPSL	false	For Gears 1–7: instead of the fixed Feet distances in section 1, aim the guardrail and finish line at the nearest round, structurally meaningful road marker (a Quarter Level — e.g. every 25 USD for gold) instead. Gear 8/ARS has its own, separate Quarter Level exit (field 021) — this field does not affect ARS.

5. ARS Exit Modules (Gear 8 only)

Gear 8/ARS deliberately opens every trip with no Stop Loss and no Take Profit — these nine fields are the only things standing between "no exit at all" and "an automatically managed exit." All default to off except field 025 (Bounce), which is a deliberate exception.

#	Field	Default	Explanation
017	Inp017_G8_UseTrailingLock	false	Module 1 on/off. Watches the highest floating profit reached so far on a trip and closes it automatically if profit falls back too far from that peak.
018	Inp018_G8_TrailStartUSD	2.0	Profit (USD) the trip must first reach before Module 1's trailing watch even begins paying attention.
019	Inp019_G8_TrailBufferUSD	1.0	How far profit is allowed to fall back from its peak before Module 1 ends the trip.
020	Inp020_G8_TrailMinResultUSD	1.0	A hard floor on top of the two fields above: Module 1 may never auto-close a trip below this result, even if the peak/buffer math would otherwise suggest it — this is the fix for a real bug we found where a peak that only briefly touched the start threshold could let the math close a trade at a small loss. Manual closes (CLOSE ALL / CLOSE LONG / CLOSE SHORT / COLLECT) are never affected by this floor — it only limits Module 1's own automatic behavior.
021	Inp021_G8_UseQuarterExit	false	Module 2 on/off. Ends the trip once the car reaches the next round road marker (Quarter Level) in its favor.
022	Inp022_G8_UseTrendBreakExit	false	Module 3 on/off. Ends the trip if the bigger-picture road (M30/H1/H4) is no longer unanimously heading the direction it was when the trip began — regardless of current profit or loss. Gated by the Candle Freshness guard (field 024).
023	Inp023_G8_UseReversalFlip	false	Module 4 on/off. If a brand-new, fully-formed opposite pullback pattern appears, this ends the current trip AND immediately sends a new car the other way in one motion. Also gated by field 024, and by the Mixing Console's Flip Threshold (field 028) if the Mixer is on.
024	Inp024_G8_CandleFreshnessSec	45	How many seconds a newly-opened M5-or-larger road segment must "settle" before Modules 3 and 4 trust its color at all. This exists because we observed real false alarms right after a timeframe switch, when a color reading can briefly flicker before stabilizing.
025	Inp025_G8_UseBounce	true	The only ARS module defaulting to on. Governs the two "Bounce" windows, :15:00–:16:00 and :45:00–:46:00 server time, where signals were observed to be unreliable. true = deliberately drive the opposite of the computed direction during these windows (applies separately to both a fresh entry and a Module 4 flip). false = refuse to drive at all during these windows instead. The windows themselves are always watched — this field only decides which of the two responses happens, it cannot switch the window-watching off entirely.

6. The Mixing Console (Gear 8 only)

Thirty-eight fields, but don't let the count intimidate you — they break down into a simple, repeating pattern: a master switch and two scoring thresholds, then nine independent "gauges" (each with its own on/off switch, a point value, and sometimes a couple of measurement settings), and finally one separate volatility veto that isn't a gauge at all. Every gauge is off by default; the whole console is inert until field 026 is switched on.

6.1 — Master Switch and Thresholds

#	Field	Default	Explanation
026	Inp026_Mix_UseMixer	false	Turns the entire Mixing Console on or off. Off (default) means every field below this point is completely inert — ARS behaves exactly as it did before this feature was built.
027	Inp027_Mix_EntryThreshold	3	The minimum total score, added up across every active gauge below, needed before a new Trend Trade is allowed to actually depart.
028	Inp028_Mix_FlipThreshold	3	The same idea, but for Module 4's Reversal Flip specifically — kept as its own separate number since flipping an existing position is arguably a bigger decision than opening a fresh one, and you may want a stricter (or looser) bar for it.

6.2 — Gauge 1: Curve Memory (ZigZag alternation)

Reads the Compass/ZigZag calculation already built into the indicator. After a confirmed peak ("Zig"), a trough ("Zag") is statistically expected next, and vice versa — this gauge checks whether that expectation lines up with the direction you're about to drive.

#	Field	Default	Explanation
029	Inp029_Mix_UseCurveMemory	false	Gauge 1 on/off.
030	Inp030_Mix_WeightCurveMemory	2	Points awarded toward the score when Gauge 1 fires.

6.3 — Gauge 2: Sidewalk Proximity (pedestrian zone)

Reads the inner-lane boundary already computed by the indicator. If price has already drifted off the normal lane onto the sidewalk on the side against your intended direction, a U-turn back toward you is considered more likely.

#	Field	Default	Explanation
031	Inp031_Mix_UseSidewalk	false	Gauge 2 on/off.
032	Inp032_Mix_WeightSidewalk	2	Points awarded toward the score when Gauge 2 fires.

6.4 — Gauge 3: Mileage Streak (candle-series consistency)

Checks whether the last few road segments — not just the current one — have all pointed the same way, as a simple measure of trend consistency over time rather than a single snapshot.

#	Field	Default	Explanation
033	Inp033_Mix_UseMileageStreak	false	Gauge 3 on/off.
034	Inp034_Mix_WeightMileageStreak	1	Points awarded toward the score when Gauge 3 fires.
035	Inp035_Mix_MileageStreakBars	2	How many consecutive bars on the timeframe below must all agree on direction for the streak to count.
036	Inp036_Mix_MileageStreakTF	PERIOD_H1	Which timeframe the streak in field 035 is measured on.

6.5 — Gauge 4: Rush Hour Bonus (:00 / :30 timing preference)

Rewards trades that fall close to the top of the hour or the half-hour, based on the observation that these moments tend to carry more decisive, purposeful moves than random in-between times.

#	Field	Default	Explanation
037	Inp037_Mix_UseRushHourBonus	false	Gauge 4 on/off.
038	Inp038_Mix_WeightRushHourBonus	1	Points awarded toward the score when Gauge 4 fires.
039	Inp039_Mix_RushHourWindowSec	90	How many seconds after a fresh :00 or :30 still counts as "rush hour" for this gauge's purposes.

6.6 — Gauge 5: Road Steepness (trend strength)

Checks not just whether the road is colored consistently, but whether the incline is actually strong — using the same underlying calculation traders know as ADX.

#	Field	Default	Explanation
040	Inp040_Mix_UseSteepness	false	Gauge 5 on/off.
041	Inp041_Mix_WeightSteepness	1	Points awarded toward the score when Gauge 5 fires.
042	Inp042_Mix_SteepnessPeriod	14	Measurement period (in bars) the steepness reading is calculated over.
043	Inp043_Mix_SteepnessMinLevel	25.0	The minimum steepness reading required before this gauge awards its points.

6.7 — Gauge 6: Engine Overheat (extreme-move filter)

Warns against joining a move that has already run too far, too fast, in your intended direction — the same underlying idea traders know as RSI overbought/oversold.

#	Field	Default	Explanation
044	Inp044_Mix_UseEngineOverheat	false	Gauge 6 on/off.
045	Inp045_Mix_WeightEngineOverheat	1	Points awarded toward the score when Gauge 6 fires.
046	Inp046_Mix_OverheatPeriod	14	Measurement period (bars) for the overheat reading.
047	Inp047_Mix_OverheatHighMark	70.0	Above this reading, driving further uphill is considered overheated, and Gauge 6 will not award points for a long trip.
048	Inp048_Mix_OverheatLowMark	30.0	Below this reading, driving further downhill is considered overheated, and Gauge 6 will not award points for a short trip.

6.8 — Gauge 7: Road Edge (stretched-range filter)

A second, differently-calculated way of asking the same kind of question as Gauge 6: has price already stretched to the outer edge of its normal recent range? Built on the same math traders know as Bollinger Bands.

#	Field	Default	Explanation
049	Inp049_Mix_UseRoadEdge	false	Gauge 7 on/off.
050	Inp050_Mix_WeightRoadEdge	1	Points awarded toward the score when Gauge 7 fires.
051	Inp051_Mix_RoadEdgePeriod	20	Measurement period (bars) for the "normal range."
052	Inp052_Mix_RoadEdgeWidth	2.0	How many standard deviations wide the "normal range" is considered to be.

6.9 — Gauge 8: Brake Lights (reversal candle pattern)

Looks for a simple, well-known reversal candle — a bullish or bearish engulfing pattern — on the most recently closed bar, in your favor.

#	Field	Default	Explanation
053	Inp053_Mix_UseBrakeLights	false	Gauge 8 on/off.
054	Inp054_Mix_WeightBrakeLights	1	Points awarded toward the score when Gauge 8 fires.

6.10 — Gauge 9: Cloud Cover (Ichimoku)

Checks whether price is clearly flying above or below the Ichimoku cloud bank in your intended direction — "Ichimoku" literally translates to "cloud" in Japanese, which is where this gauge's name comes from.

#	Field	Default	Explanation
055	Inp055_Mix_UseCloudCover	false	Gauge 9 on/off.
056	Inp056_Mix_WeightCloudCover	1	Points awarded toward the score when Gauge 9 fires.
057	Inp057_Mix_CloudFastLine	9	The cloud's fast (Tenkan) line period.
058	Inp058_Mix_CloudBaseLine	26	The cloud's base (Kijun) line period.
059	Inp059_Mix_CloudFarSpan	52	The cloud's far (Senkou Span B) period.

6.11 — Storm Warning (veto, not a point gauge)

This one is different from all nine gauges above: it doesn't add points, it can block a trade outright, regardless of how good the score is — like a storm warning telling every car to pull over, no matter how good the road looks. Built on the same math traders know as ATR (Average True Range).

#	Field	Default	Explanation
060	Inp060_Mix_UseStormWarning	false	The Storm Warning veto on/off.
061	Inp061_Mix_StormPeriod	14	Measurement period (bars) for the storm reading.
062	Inp062_Mix_StormTimeframe	PERIOD_H1	Which timeframe the storm reading is measured on.
063	Inp063_Mix_StormSensitivity	1.5	A "storm" is declared whenever the current reading exceeds its own recent 20-bar average multiplied by this number. Higher = only truly extreme volatility trips the veto; lower = more cautious, trips more easily.

7. Trading Hours

Four fields that define the garage's opening hours for new departures. Trips already on the road are always still managed, regardless of these hours.

#	Field	Default	Explanation
064	Inp064_TradingStartHour	9	The garage doesn't open, and no new trip departs, before this hour (server clock).
065	Inp065_TradingStartMinute	16	The minute within the start hour above.
066	Inp066_TradingEndHour	21	The garage stops sending out new trips from this hour onward.
067	Inp067_TradingEndMinute	35	The minute within the end hour above.

8. Display

Two fields, neither of which affects any trading decision — purely cosmetic, safe to change at any time.

#	Field	Default	Explanation
068	Inp068_LocalTimeOffsetHours	-1	Adjusts the on-chart dashboard clock from the garage's server time to your own local time. Display only — never affects when the garage actually opens or closes (that's fields 064–067, always server time).
069	Inp069_ShowDashboardComment	false	Shows or hides the on-chart dashboard text entirely. Display only.

9. Close All / No-TP Mode

These three fields are about Gears 1–7's relationship with the CLOSE ALL button and account-wide auto-close — they do not affect Gear 8/ARS, which already has no TP by design.

#	Field	Default	Explanation
070	Inp070_NoTP_UseCloseAllInstead	false	For Gears 1–7: skip the normal finish line (Take Profit) entirely, relying on the CLOSE ALL button or the auto-close threshold (field 072) to end trips instead. A wide, catastrophe-only guardrail (field 071) still stays in place as a last-resort safety net.
071	Inp071_SafetyNetSL_Feet	50.0	How wide that catastrophe-only guardrail is, when field 070 is on.
072	Inp072_CloseAllProfitThreshold	0.0	Automatically calls every car on the entire account back to the garage once total floating profit reaches this amount — not just this EA's own trades. 0 disables this; the manual CLOSE ALL button remains available regardless.

10. Rush Hour Timing

One field, feeding the Quiet Street / Rush Hour distinction used by Gears 1–7's curb-touch logic (not to be confused with Gauge 4's :00/:30 Rush Hour Bonus in the Mixing Console, which is a different, separate concept despite the similar name).

#	Field	Default	Explanation
073	Inp073_RushHourWindowMin	10	How wide, in minutes, the Rush Hour / Quiet Street windows are — this decides whether a curb touch for Gears 1–7 gets read as a U-turn (reversal) or a continuation (drive on).

11. Convoy Check

Three fields controlling an independent second confirmation group used from Gear 4 upward.

#	Field	Default	Explanation
074	Inp074_UseConvoyCheck	true	For Gear 4 and above: require a second, independent group of vehicles (USDCHF/USDDKK, the "Convoy") to also confirm the direction before departing.
075	Inp075_ConvoyTimeframe	PERIOD_M5	Which timeframe the Convoy's own direction is read from.
076	Inp076_DriveWithConvoy	true	true = require driving together with the Convoy's direction; false = require driving deliberately against it instead.

12. Traffic Rules

Four fields, general road-safety filters that apply broadly across gears.

#	Field	Default	Explanation
077	Inp077_UseSpreadFilter	true	Refuses to depart if the toll-gate fee (spread) is too high right now.
078	Inp078_MaxSpreadPoints	50	The toll-fee ceiling used by field 077.
079	Inp079_UseSessionBarrier	false	An additional session-based road barrier that can block departures at certain times, independent of the Trading Hours in section 7.
080	Inp080_TradeEUUS_Cross	true	Allows or disallows trading through the European/US session border crossing specifically.

13. Road Construction (advanced)

These 22 settings control the Highway curve itself — the road's underlying shape, sensitivity, and how far back it looks on each timeframe, plus a handful of display and instrument-detection settings that ride along in the same section. Changing the curve-math fields mid-session changes how the EA "sees" trend and curb-touch entirely, so treat the first half of this table with noticeably more caution than everything above.

#	Field	Default	Explanation
081	Inp081_CompassSens	12	Sensitivity of the ZigZag Compass (the same calculation Gauge 1 in the Mixing Console reads) — how significant a swing must be before it's marked as a genuine turn rather than noise.
082	Inp082_MinDistSigns	3	Minimum spacing required between two road signs (ZigZag pivots) before a new one is allowed to appear.
083	Inp083_TurnThreshold	5.0	How sharp a turn must be, in absolute terms, before the Compass registers it at all.
084	Inp084_CurveType	2	Which mathematical curve shape the road itself is drawn with.
085	Inp085_LaneWidth	2.0	How wide the normal driving lane is.
086	Inp086_Smoothing	3	How much the road's curve is smoothed out, reducing small jitters at the cost of slightly more lag.
087	Inp087_SidewalkSep	0.5	How far the sidewalk (the pedestrian zone Gauge 2 in the Mixing Console reads) sits beyond the normal lane edge.
088	Inp088_HwLenM1	90	How many bars back the road is drawn on the M1 timeframe.
089	Inp089_HwLenM5	45	Same, for M5.
090	Inp090_HwLenM15	38	Same, for M15.
091	Inp091_HwLenM30	35	Same, for M30.
092	Inp092_HwLenH1	24	Same, for H1.
093	Inp093_HwLenH4	16	Same, for H4.
094	Inp094_HwLenD1	12	Same, for D1.
095	Inp095_ShowDash	true	Shows or hides the indicator's own multi-timeframe dashboard boxes. Display only.
096	Inp096_DashPos	2	Which chart corner the dashboard sits in. Display only.
097	Inp097_DashUpdate	5	How often, in seconds, the dashboard refreshes. Display only.
098	Inp098_AmpelPos	1	Which chart corner the traffic-light panel sits in. Display only.
099	Inp099_AutoHighPrice	true	Automatically detects whether the instrument trades at a "high" price level (which affects the road-marker step size), instead of you having to set it manually.
100	Inp100_PriceThresh	100.0	The manual price threshold used instead, when field 099's auto-detection is switched off.
101	Inp101_CustomStep	0.0	A fully custom road-marker step size. 0 means "use the automatic default instead."
102	Inp102_MagicNumber	0	The EA's own license-plate number, so it can always tell its own cars apart from anyone else's — including its own cars from a previous timeframe, which is why this now stays fixed to the symbol only. 0 means "auto-generate one."

AISHE Highway Pro ARS — Complete Input Handbook · all 102 fields, catalog-numbered 001–102 · companion to the Example Settings / Recipes document

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AISHE Highway Pro ARS

Example Settings / Recipes — ready-to-try starting points for the Gear 8 / ARS Mixing Console

These are starting points, not proven answers. None of them have been backtested against real data yet — they're reasonable first guesses to make experimentation easier, built directly from what we've discussed and observed together so far. Try one, watch it for a while, then adjust.

Numbering: every field carries a fixed, permanent, EA-wide catalog number (001–102), baked directly into both its variable name and its on-screen description in MT4 — the same number everywhere, in this document, in the Complete Input Handbook, and in MT4's own Inputs list. See the Complete Input Handbook for the full explanation of every field.

All recipes assume Gear 8 / ARS is already active (field 002 = GEAR_8, field 003 = false) and that you are on a demo account (field 001 = false).

Recipe 1 — "Bare Minimum" (Mixer off entirely)

The simplest possible baseline: pure pullback entries, no mixer, no extra gauges, no storm veto. This is exactly what ARS has been doing throughout all of our testing so far — every trade you've already seen came from this configuration. Useful purely as a reference point to compare every other recipe against.

#	Field	Value
026	Inp026_Mix_UseMixer	false

Every other Mixing Console field (027–063) is irrelevant while 026 is off — you don't need to touch any of them for this recipe.

Recipe 2 — "Your Own Manual Habits"

Built directly from your own description of what you actually watch for in practice: ZigZag alternation, sidewalk proximity, and the :00/:30 timing preference — with the storm warning added as a safety net, since your 15-point drawdown day is exactly the kind of situation it's meant to catch.

#	Field	Value
026	Inp026_Mix_UseMixer	true
027	Inp027_Mix_EntryThreshold	3
029	Inp029_Mix_UseCurveMemory	true
030	Inp030_Mix_WeightCurveMemory	2
031	Inp031_Mix_UseSidewalk	true
032	Inp032_Mix_WeightSidewalk	2
037	Inp037_Mix_UseRushHourBonus	true
038	Inp038_Mix_WeightRushHourBonus	1
060	Inp060_Mix_UseStormWarning	true
063	Inp063_Mix_StormSensitivity	1.5

The scoring math: three gauges are active, worth 2 + 2 + 1 = 5 points maximum. With the threshold at field 027 = 3, at least two of the three gauges must agree for a trade to fire — Curve Memory alone (2) or Sidewalk alone (2) is not enough by itself; either needs Rush Hour Bonus (1) added on top, or the two 2-point gauges need to agree with each other.

Recipe 3 — "Storm Shelter Only"

Isolates the Storm Warning by itself, with absolutely nothing else changed — the cleanest possible way to see its effect in isolation, exactly as we agreed to prioritize testing it first before anything else.

#	Field	Value
026	Inp026_Mix_UseMixer	true
027	Inp027_Mix_EntryThreshold	0
060	Inp060_Mix_UseStormWarning	true
061	Inp061_Mix_StormPeriod	14
062	Inp062_Mix_StormTimeframe	PERIOD_H1
063	Inp063_Mix_StormSensitivity	1.5

The scoring math: with every gauge switched off, the score is always exactly 0. A threshold of 0 (field 027) means that score always clears the bar — so the only thing that can still stop a trade here is the Storm Warning veto (fields 060–063). This is deliberately a pure isolation test: any difference you observe versus Recipe 1 can only be attributed to the storm veto, nothing else.

Recipe 4 — "Strict Trend Confirmation"

Asks "is this actually a strong, consistent trend?" from four different angles at once, and requires all four to agree. Noticeably stricter than Recipe 2 — expect fewer trades, but each one backed by more independent confirmation.

#	Field	Value
026	Inp026_Mix_UseMixer	true
027	Inp027_Mix_EntryThreshold	4
033	Inp033_Mix_UseMileageStreak	true
034	Inp034_Mix_WeightMileageStreak	1
035	Inp035_Mix_MileageStreakBars	2
036	Inp036_Mix_MileageStreakTF	PERIOD_H1
040	Inp040_Mix_UseSteepness	true
041	Inp041_Mix_WeightSteepness	1
043	Inp043_Mix_SteepnessMinLevel	25.0
044	Inp044_Mix_UseEngineOverheat	true
045	Inp045_Mix_WeightEngineOverheat	1
055	Inp055_Mix_UseCloudCover	true
056	Inp056_Mix_WeightCloudCover	1

The scoring math: four gauges, worth 1 point each = 4 points maximum. Threshold field 027 = 4 means every single one must fire — deliberately maxed out, to explore the "fewer but higher-conviction" end of the spectrum. If this turns out to fire too rarely to be useful, the first thing to try is dropping the threshold to 3, allowing exactly one disagreement.

Recipe 5 — "Everything Loosely Combined"

Turns on all nine gauges, but sets a threshold that's low relative to the maximum possible score — so a trade can still fire even if most gauges disagree, as long as a handful of the highest-weighted ones line up. Useful mainly for observing how often each individual gauge actually fires in real conditions, without the hard blocking effect of Recipe 4.

#	Field	Value
026	Inp026_Mix_UseMixer	true
027	Inp027_Mix_EntryThreshold	4
029	Inp029_Mix_UseCurveMemory	true
031	Inp031_Mix_UseSidewalk	true
033	Inp033_Mix_UseMileageStreak	true
037	Inp037_Mix_UseRushHourBonus	true
040	Inp040_Mix_UseSteepness	true
044	Inp044_Mix_UseEngineOverheat	true
049	Inp049_Mix_UseRoadEdge	true
053	Inp053_Mix_UseBrakeLights	true
055	Inp055_Mix_UseCloudCover	true
060	Inp060_Mix_UseStormWarning	true
—	All Weight... fields (030, 032, 034, 038, 041, 045, 050, 054, 056)	leave at defaults (2 for Curve Memory and Sidewalk, 1 for everything else)

The scoring math: maximum possible score with every gauge's default weight = 2+2+1+1+1+1+1+1+1 = 11 points. A threshold of 4 (field 027) is a relatively low bar against that maximum of 11 — most trades will still need at least two or three gauges agreeing, but nowhere near all nine.

This recipe exists mainly to observe and learn, not necessarily to trade on long-term. With nine separate live calculations running on every single signal check, it's also by far the heaviest recipe computationally.

Recipe 6 — "Flip Only" (leave fresh entries alone)

A different kind of recipe: instead of gating new trades, this one only makes Module 4's Reversal Flip stricter, leaving Trend Trade entries completely untouched. Useful if you're satisfied with how often ARS enters, but want more confirmation before it flips an existing position.

#	Field	Value
023	Inp023_G8_UseReversalFlip	true
026	Inp026_Mix_UseMixer	true
027	Inp027_Mix_EntryThreshold	0
028	Inp028_Mix_FlipThreshold	3
029	Inp029_Mix_UseCurveMemory	true
030	Inp030_Mix_WeightCurveMemory	2
044	Inp044_Mix_UseEngineOverheat	true
045	Inp045_Mix_WeightEngineOverheat	1

The scoring math: field 027 = 0 means fresh Trend Trade entries pass unconditionally, exactly like Recipe 1. But field 028 = 3, evaluated against the same two active gauges (2 + 1 = 3 points maximum), means a flip needs both gauges to agree — a much stricter bar than an entry gets under this recipe.

Suggested order to actually try these

Step	Recipe	What you learn
1	Recipe 1 — Bare Minimum	Your existing baseline — you already have real data for this one
2	Recipe 3 — Storm Shelter Only	Does the volatility veto alone reduce the size of the big drawdown days?
3	Recipe 2 — Your Own Manual Habits	Does formalizing your existing manual judgment actually help, or hurt?
4	Recipe 6 — Flip Only	Does a stricter flip bar reduce the false-flip problem we found earlier, without slowing down entries?
5	Recipe 4 — Strict Trend Confirmation	What happens at the very strict, low-frequency end of the spectrum?
6	Recipe 5 — Everything Loosely Combined	Broad exploration once you have a feel for how each individual gauge behaves on its own

AISHE Highway Pro ARS — Example Settings / Recipes · companion to the Complete Input Handbook (fields 001–102)