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Axiom DC CTX is a multi-timeframe, multi-source, multi-ticker Donchian Channel stack. It draws up to ten independently configured Donchian slots on a single overlay chart and folds the enabled ones into a weighted ble...

Axiom DC CTX

Introduction

This page exists to put one correct chart in front of you and walk you through verifying it behaves the way the rest of the manual says it does. If you skip the verification drills at the end, you will eventually hit...

Quick Start

Every knob in Axiom DC CTX belongs to one of three groups: the ten per-slot **primary** groups (`DC 01` through `DC 10`), the **Blended DC** group, and the ten per-slot **power-user** groups (`DC 01 PU` through `DC 10...

Settings

This page is the single reference for what every visible element on the chart *is* and how it moves. Most misreads of this tool are misreads of one of three things: what the basis smoothing actually smooths, how hidde...

Visuals & Logic

The alerts in Axiom DC CTX are deliberately narrow. They fire on computed conditions about the basis trend and about alignment across enabled slots. There are no channel-touch alerts, no breakout alerts, no squeeze al...

Alerts

Most of the useful judgment you will make with Axiom DC CTX comes down to one per-slot switch: `On Bar Close?`. This page is here because that switch is the difference between a chart that respects what happened and a...

MTF & Repainting

This is not a disclaimer page. It is a working frame for what to trust in Axiom DC CTX, what to verify before you rely on it, and what never to assume. Everything below is something the tool does (or deliberately does...

Limitations & Trust Boundaries

Five setups are consistent with how Axiom DC CTX is designed to be used. Four traps are consistent with how readers have actually hurt themselves with it. This page walks both. Each workflow is written end-to-end so y...

Workflows

When something looks wrong with Axiom DC CTX, it usually belongs to one of three categories: a configuration surprise (you did something you did not remember doing), documented behavior (the tool is doing what it is s...

Troubleshooting

This page exists for the reader who has read the rest of the pack and still wants to know *why* three specific mechanics are shaped the way they are. It is a trust-deepener, not a reverse-engineering guide. Nothing be...

For the Geeks

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Strategies

Most trading ideas die untested. The thesis lives in your head — a crossover filtered by volume, a mean reversion entry gated on volatility, an exit ladder that scales out in thirds — and it stays there because the di...

Axiom Strategy Lab Pro

This page walks you through your first honest run of Axiom Strategy Lab Pro — from adding the script to your chart through the first checkpoint where you can confirm the engine is reading your rules the way you intend...

Before you get lost in individual fields, understand the shape of the machine. Strategy Lab is not a pile of isolated conditions. It is a small state system:

Rules & Risk

Every number in the Properties and Inputs tabs shapes your results. Some shape them a lot. This page groups settings by how much they affect what the strategy tester reports, so you can focus your attention where it m...

Every expression you write in the YAML references named values called tokens. The engine refreshes the entire token map on every bar before evaluating any of your expressions. When you write `PRICE_NOW > 50000`, the e...

Default Tokens

Every condition in your YAML — every gate, trigger, activation, cancellation, and price calculation — is an expression. This page documents the complete expression language: what you can write, how it evaluates, and w...

Expression Reference

This page documents the fields the Strategy Lab accepts in each YAML section, what each field does, and the shape of the strategy model those fields create.

YAML Reference

This page gives you four complete long-side strategy configurations, from simple to complex. They are not trade recommendations. They are bench tests you can paste, run, question, and take apart until the Strategy Lab...

Teaching Examples

This page is about what the strategy tester actually does when it evaluates your rules — and where the gap between its simulation and real trading can mislead you. If you only read one page after the quick start, make...

Backtesting & Realism

This page covers what TradingView alerts can and cannot do when attached to Axiom Strategy Lab Pro, and where the gap between the strategy tester's simulation and real-world execution creates risk you need to understa...

Alerts & Automation

Optimization in this context means changing your strategy's parameters — setup conditions, entry triggers, exit levels, allocation sizes, confirmation counts, cooldown bars — and observing how the results change. That...

Optimization

This is a repeatable routine for building, testing, and iterating on strategies in Axiom Strategy Lab Pro. It is not a workflow for one specific kind of strategy — it is a discipline that applies to every strategy you...

Operating Checklist

When Strategy Lab refuses to trade, goes quiet, or produces something different than you expected, start with the boring evidence. The diagnostics table, state tokens, and position tokens usually tell the story before...

This page is for the moment when "the YAML looks right" is no longer enough. It explains the engine model underneath the fields: state machines, token registration, expression evaluation, order identity, OCA behavior,...

Strategy Lab diagnostics are the messages the engine shows when it cannot safely run your YAML, or when it can run but wants you to notice something about the way a rule behaved.

Diagnostics & Error Codes

Short definitions for Strategy Lab terms used across the manual.

Glossary

Quick answers to the questions that come up first. Each answer points to the page where the fuller explanation lives.

Indicators

Axiom Stoch Osc STR is a multi-slot, multi-timeframe, optionally multi-ticker stacked stochastic oscillator with a weighted blend and four optional blended structure features. It renders a read. It does not fire entri...

Axiom Stoch Osc STR

This page is for the reader who just added Axiom Stoch Osc STR to a chart and wants a sober first-session read before touching any settings. If you already use Stoch Osc Base, the first half will be familiar; skip to...

This page is for the reader who is about to change an input and wants to know what that change costs and what it buys. Inputs are ranked by how much they change the read, not by their order in the settings panel. Tier...

This page is for the reader who wants a working mental model of what is on the pane and what makes each piece move. It is longer than the Quick Start because the pane has five kinds of objects on it and because the mo...

Visuals and Logic

This page is for the reader who is wiring this indicator into an alert-driven workflow — a systematic operator, or a discretionary trader who wants a notification to pull them back to the chart. Sixteen alert conditio...

This page is for the reader about to change an `On Bar Close?` setting, or the reader who has already changed one and wants to verify they did not introduce a silent problem. Multi-timeframe tooling sits at the inters...

MTF and Repainting

This page is for the reader who wants to know where the instrument stops being useful and where it stops being honest. Trust boundaries are not disclaimers; they are part of the instrument. If you cannot name where a...

Limitations and Trust Boundaries

This page is for the reader who already knows the pane and wants to know how to use it. Three patterns are described below. Each is a way a committed trader can actually run the indicator — not a trade setup and not a...

This page is for the reader who is looking at something on the pane that does not match what they expected. Each row below starts with a symptom — the thing you see or do not see — and walks to a likely cause, a verif...

This page is for the reader who wants the mechanical picture behind the visuals — the pipeline at the slot level, the weighted-mean blend, the four structure features as constructions, and the timing model that keeps...

Ten stochastic slots on one pane. Each slot has its own source, its own higher timeframe, its own optional ticker, its own K and D smoothing choices, and its own repaint switch. On top of the slots, a weighted blend y...

Axiom Stoch Osc CTX

This page is the shortest honest path from an empty chart to a first legal reading of Axiom Stoch Osc CTX. It does not teach stochastic oscillators. It assumes you already read them and are here to get the workbench d...

This page is the working reference for every knob Axiom Stoch Osc CTX exposes. It is the longest page in the pack, and on purpose — the wider workbench is the entire reason this trim exists, and a too-short settings p...

The pane is where the work gets done. Everything else in the pack — the settings, the alerts, the workflows — exists to shape what this page is about: how to read the lines honestly, at two different depths, without g...

Read this page before you wire the first alert. The alerts in Axiom Stoch Osc CTX are deliberate in a way that will surprise readers who are used to common retail indicators, and wiring them without reading the rules...

This page exists because multi-timeframe tools, as a category, have a bad reputation — earned, in most cases, by products that quietly smuggle future information into a past bar, paint a picture that survives the back...

This is the page the rest of the pack circles back to. Every honest indicator has places where it will mislead a careless reader, and a wider workbench like this one has more of them, not fewer. The point of this page...

This page is scenario-first. The other pages in the pack explain the instrument; this one shows the instrument in use. Each workflow below is a complete configuration you can copy on Monday morning, a reading discipli...

Most of what looks like a defect on this indicator turns out to be a setting interacting with another setting, or a behavior the instrument was specifically built to expose rather than hide. The point of this page is...

This page is for the reader who wants enough mental model of the pipeline to trust what the rest of the manual claims. It is not a reference implementation. It does not contain formulas for any moving average. It does...

Stacking stochastic panes across timeframes is one of the oldest habits in oscillator-based reading. It is also one of the easiest ways to lie to yourself. Three separate stoch indicators on three separate panes drift...

Axiom Stoch Osc

Goal of this page: get the pane on a chart, prove it is behaving sensibly, and install the reading order before your existing stoch reflexes quietly corrupt the read. In that order.

Every input on this pane is a deliberate choice. That framing matters more here than on a single-timeframe stoch, because the instrument gives you two smoothing passes per slot and then asks you to blend three slots a...

This page is about reading the pane correctly. Not configuring it, not alerting on it, not defending its internals — reading it. The single most valuable move you can make in front of this instrument is to walk your e...

Ten alert conditions in three groups. Every alert is evaluated on confirmed chart bars only. Every alert reports a state — K above or below D, or every enabled slot in the same K-vs-D direction — not a transition. Not...

This page is about a single switch and one rule that governs slot timeframes. The switch is `On Bar Close?`. The rule is: every slot's timeframe must be at or above the chart's timeframe. Between the two, they account...

This is the heaviest misread-prevention page in the pack. A reader who configures Base correctly can still misread it. The misreads live in what the instrument looks like from outside — a bounded oscillator with famil...

Three named scenarios. Each carries the same card shape: setup, reading routine, failure mode, anti-pattern contrast, and what to expect under stress. These are not prescriptions. They are configurations worth having...

Use this page the way you would use a triage desk — walk in with a symptom, leave with a reasoned next step. The symptoms are grouped into three categories so you learn to recognize them by shape:

This page explains the *shape* of the pipeline — enough for a reader to reason about why the pane does what it does, and enough to distinguish it honestly from plain single-timeframe stoch, classical slow stoch, and a...

STR is a reading tool. Its whole job is to describe where the blended relative-strength conversation across your stack of slots actually is — not where you wish it were, not where a prettier indicator would paint it....

Axiom RSI Osc STR

The goal of this page is not to get you configured. The goal is to get you reading the pane honestly before you start turning knobs. Almost every costly misread on STR comes from a reader who started changing inputs b...

This page walks every input with a cost stated in both directions. There is no "best" setting here, and the pack refuses to invent one. A knob with a good default has a good default because the tradeoff at the default...

This pane does a lot at once, and the reading discipline that keeps it honest is a specific ordered walk through what it shows. The order matters because the pane contains both fast reads (the slot and blend colors) a...

STR gives you finer-grained control over repaint posture than Base does. On Base, a single global `On Bar Close?` switch decides the repaint posture for every slot at once — one setting, three slots, one answer. On ST...

The script wires exactly sixteen alert conditions. This page walks all sixteen in four groups, names the gating pattern that applies across them, flags a current behavior in the alignment group that every reader shoul...

Four scenario cards, all in the same shape. None of them is a recipe. Each is a posture you can adapt to your own reading — the structure is consistent so you can skim diagonally when you return, and so the four cards...

This is the page the pack is built around. Every other page points here when a misread gets heavy, because this is where the heaviest misreads are treated as main instruction rather than as disclaimers. If you only re...

Organized by symptom category, because the useful skill when something looks wrong is triage. Before you fix anything, decide what kind of problem you have. Is the configuration rejecting itself, is the pane working c...

This page exists because STR's mechanics are non-trivial and a careful reader deserves a mental model that builds real trust without publishing the pieces that would make the tool cloneable. The whole page sits at men...

A multi-timeframe, multi-source, multi-ticker RSI workbench in a single pane. Up to ten independently-configured RSI slots, each with its own smoothing pipeline and its own repaint switch, plus a weighted blend you sh...

Axiom RSI Osc CTX

This page gets you to a correct first reading in roughly fifteen minutes. The goal is not to configure the tool — it is to make sure the defaults make sense to you before you start moving anything.

This is the longest page in the pack. Read it in two passes if you need to. The first section teaches the shape of one slot — once you know that shape, the other nine slots are the same dialog repeated. The later sect...

This page is about reading the pane. Not about configuring it — that is [Settings](settings.md) — but about what the lines mean once they are drawn, and where the difference between a shallow read and a mature read sh...

Read this page before you create any alerts on this indicator. Most of the surprise people have with the alert behavior here comes from one assumption that does not hold: that alerts will only fire when something chan...

This page is about timing. The CTX trim's whole reason to exist is that it makes the timing decisions explicit instead of hiding them. Read this page once carefully; the rest of the pack assumes you understand the on-...

This page is the honest-limits page. It is here so that the parts of the indicator most likely to be misread under pressure have names you can reach for. None of these limitations are surprises hiding in the source. T...

Most of the value in a workbench is in the routines you build with it. This page collects the routines that the indicator's surface actually supports — concrete configurations with concrete reading disciplines, the ki...

This page maps the symptoms most readers report to the actual causes underneath. Most of the items below are not defects — they are settings interacting with other settings, or the consequences of timing choices that...

This page exists to give the serious reader enough mental model of the pipeline that they can trust what the rest of the manual says. It is not a reference implementation. It does not contain formulas, pseudocode, lib...

Three RSIs, one pane, and a hidden signal relationship behind each slot color. That is the shape of this trim. You point each slot at a higher timeframe, the slot runs a standard RSI on that timeframe, smooths the RSI...

Axiom RSI Osc

This page gets you from an empty chart to a working pane on the defaults, gives you a way to prove the tool is behaving, and installs a reading order robust enough that your existing RSI reflex does not quietly corrup...

This is the knob-by-knob reference. Every input is a choice with a cost in both directions, and this page names both directions before it names the default. Defaults are a restrained starting point for a reader who wa...

This is the page that installs the reading order you will return to on every session. It is the longest page in the pack you can afford to slow down on, because every minute spent on this page saves you from re-learni...

The global `On Bar Close?` switch is the first thing this page teaches, and it is the first thing a reader should understand before running the tool in a live session. There is one switch for every slot in this trim....

The Base trim ships ten alert conditions. They are observations about state on confirmed chart bars, and they are wired as state-based conditions rather than edge-triggered events. This page enumerates them by group,...

Three scenarios in the same card form. Each card opens with a setup, names the reading routine, names the failure mode, and lays the anti-pattern contrast next to the scenario so you can feel the shape of the misuse a...

This is the honest-limits page. It is ordered by damage potential. If you only read the first two sections, you will leave with the two costliest misreads this trim produces on the page named. Every section below is a...

Most first-session surprises on this tool are one of three things: a setup error that has a direct and named fix, a misread that looks like a malfunction and resolves when you read the pane in the right order, or a ge...

This page is a trust surface, not a reference implementation. It is here for the reader who wants to understand the conceptual shape of the pipeline — enough to decide whether the tool is doing something they can defe...

A bounded, ATR-normalized, sigmoid-mapped read of the MACD, signal, and histogram triple across up to five curated slots, blended by weight, with four interpretive structure layers drawn on the blend itself. STR is th...

Axiom MACD Osc STR

The point of this page is not speed. It is getting to a first configuration you can actually defend, verifying that the pane behaves the way it promises to, and absorbing two misreads before they get their first chanc...

This is the longest page in the pack for a reason. Every knob on STR has a cost alongside its benefit, and the settings page is where those costs get named. Read the decision map at the top if you are mid-configuratio...

This page teaches the pane. Not the pane's settings — those live on [Settings](settings.md). The pane: what it is trying to report, in what order to read it, and what each of the four structure layers is actually sayi...

The timing difference depends on where you are coming from. From Base, the big shift is that **`On Bar Close?` is set per slot, not globally.** One switch for each of the five slots. From CTX, that per-slot posture sh...

The alerts on STR report state, not triggers. Every one of them gates on `barstate.isconfirmed`, which means every alert fires on a confirmed bar and never on tick. The state-holding alerts will fire on every confirme...

Three concrete ways to use STR, each in the same card shape so you can skim diagonally. None of these are the "right" workflow. They are three reading patterns that the pane supports well, each with an honest failure...

Every tool has an estimate boundary — the line past which the tool stops knowing things and starts being misused. This page draws STR's.

Symptom-first triage for the most common confusions on STR. Find the symptom closest to what you are seeing, check the likely cause, run the quick check, apply the fix. If the symptom is not here, it probably belongs...

This page exists for readers who want enough of the mathematical shape of STR to decide whether they trust the pane to carry weight in their process. It is deliberately at mental-model altitude — you will get the idea...

Axiom MACD Osc CTX is a multi-context MACD workbench. It runs up to ten MACD configurations at once — each with its own source, its own fast and slow lengths, its own MA family, its own timeframe, and, if you want it,...

Axiom MACD Osc CTX

This page walks you from a clean chart to one correct, verifiable configuration of Axiom MACD Osc CTX inside a single trading session. It is a drill, not a tour. You will hover each line so you know what you are looki...

This page is the knob-by-knob reference for Axiom MACD Osc CTX. Every input is documented as a deliberate decision with a consequence, not a feature checklist. If you are looking for "best settings," you will not find...

This page is the mental model for what you are looking at on the pane. Not "how to configure" — that is [Settings](settings.md). Not "how to avoid misreading" — that is [Limitations & Trust Boundaries](limitations-and...

Multi-timeframe tools have two honest failure modes, and this indicator leans into both. A higher-timeframe slot either reads the live, forming HTF bar — which looks sharper than it really is, because the bar can chan...

Twenty-four alert conditions ship with this indicator. Every one of them is a **state observation** on a confirmed chart bar, not a transition event and not an entry signal. That distinction is the first thing this pa...

The indicator is a workbench. It does not come with one "correct" way to use it, because the correct way depends on what question you are asking. What it does come with is a set of named patterns that have held up aga...

A pane this configurable can produce readings that look crisp and mean less than they appear to. This page is the longest explicit list in the pack of ways that happens — not disclaimers, not "consult a professional,"...

Organized by what you are seeing on the chart, not by what the underlying cause might be. If something looks wrong, find the symptom below, work through the check, and fix the cause. If the symptom is not here and it...

This page exists because the pane is a bounded re-mapping of a textbook indicator and a careful reader has a right to know what that re-mapping is doing before they trust what they see. It is a mental-model page. No f...

Axiom MACD Osc is a focused, three-slot version of the MACD Oscillator family. It takes the textbook MACD idea — a fast moving average chasing a slow one, smoothed into a signal line, with the gap between them drawn a...

Axiom MACD Osc

The goal of this page is a correct first chart. Not an impressive one. Not an optimized one. A chart where you can look at the pane, read what it is telling you, and know which parts you trust and which parts still ne...

Every control on this pane is a decision with a cost. This page walks them as decisions, not as a glossary. If you want the list of inputs, the input panel already has that. If you want to know which way to turn a kno...

The pane is built to carry a specific mental model: the convergence and divergence of MACD lines, stacked across three timeframes, projected into a bounded 0-to-100 frame so the three can sit on one axis honestly. Thi...

Multi-timeframe reading is the whole point of this pane, and repaint is the failure mode most often mishandled when traders try to build a multi-timeframe read by hand. Both deserve a page that is honest about what th...

The Base trim ships with ten alert conditions. Every one of them is a **state alert** — a condition that evaluates to true on every confirmed chart bar where the condition holds, and false otherwise. None of them are...

Three named configurations. Not recommendations. Not "the best setup." Each one is a shape the pane is designed around, with an honest accounting of what it reads, where it will mislead a reader who is not paying atte...

Every teaching page in this pack gives you the shape of the tool. This page gives you the honest edges. Read it in order on the first pass. The first section is the one that costs the most when it is ignored, so it si...

Symptoms are easier to notice than causes. This page walks the surprises this pane produces and names the likely cause for each, a fast check you can run, and the fix. The sections are grouped so you learn to triage r...

The reader who has made it here wants more than a feature list and less than a code walkthrough. You want enough shape of the math to trust the pane — to know what the dials are doing, where the bounded 0-to-100 frame...

A multi-timeframe moving-average oscillator with a weighted blend and a deliberately small kit of structural context tools — divergence, Keltner, BBWP, and Donchian — all drawn on the blended oscillator itself rather...

Axiom MA Osc STR

This page gets you from "just installed" to "I can trust what this pane is reporting on a default configuration." No tuning. No opinions about weights, sensitivity, or which extras to run. You are verifying that STR i...

This page walks every control you are expected to touch, grouped by the question each group answers. For each group you get defaults, the effect of moving the control, the tradeoff you are accepting, the misuse that m...

This is the page to read when the pane is drawing correctly but you are not yet sure how to read it. Every STR element lives inside one bounded 0 to 100 pane, and that shared frame is what makes the structural extras...

Read this page before you trust STR on any multi-timeframe chart. "Multi-timeframe" covers several distinct behaviors, and three of them carry a cost the reader is expected to understand before acting on the pane: the...

STR exposes a small, deliberate set of alert conditions. Each one reports a relationship that is true on a confirmed bar — nothing more. No alert calls a direction, none promises follow-through, and none fires during...

This page is three concrete routines you can run today. They are not the only correct uses of STR and they are not a ladder to climb in order. Pick the one closest to what you are actually trying to do, run it as writ...

This page exists because STR's best feature and its most dangerous misread are the same thing: a single bounded pane where multiple structural readings sit inside one coordinate system. That shared frame is what makes...

A symptom-first page. When something on your chart looks wrong, start here and work back to cause. Each symptom below is paired with the most likely causes in order, a fix for each, and — where it matters — a note on...

This page is for the reader who wants to know *why* STR behaves the way it does under the hood. It is a trust-building page rather than an implementation guide. The goal is for you to finish reading it with a firmer m...

A bounded 0..100 pane that measures how far price has stretched from a curated set of moving-average baselines. Up to ten slots, each with its own source, timeframe, MA family, slow smoothing, and optional cross-symbo...

Axiom MA Osc CTX

The job of this page is to get you from "indicator added" to "I trust what I am looking at" without letting you skip the verification in between. A user who only recognizes the pane is not the same as a user who can r...

This page treats every input as a decision with consequences. Each knob comes with what it does, what it costs, and what it hides when you move it. There is no "best" value for any setting here. There are defensible c...

The pane is a bounded reading of how far price has stretched from a chosen baseline, measured in units of the instrument's own recent volatility. The slow line, the blend, and the color code are how the tool lets you...

The CTX trim ships twenty-four alert conditions. All of them are state observations on confirmed bars. None of them is a trade trigger, and reading them as triggers is the misuse pattern the rest of this page is tryin...

The most common failure on an MA-based oscillator is not a computation bug. It is a reader who looks at a line on a live chart, assumes it was computed the way a closed-bar line is computed, and is surprised when yest...

This is not a disclaimer page. The material below is the part of the pack you will come back to when a reading does not match your expectation and you need to decide whether you were wrong or the pane was wrong. Every...

This page is a small set of named configurations, each built around a specific question someone could ask a pane like this. None of them is "the" configuration. They are teaching examples — full enough to use, honest...

Symptom first, then a likely cause, then the check to run, then the fix. Ordered roughly by how often each complaint shows up rather than by category. When a symptom traces back to a deeper misread pattern, this page...

This page is for readers who will not trust the pane until they have a picture of what is happening to the price series on the way to the reading. It teaches that picture at the mental-model level. It does not publish...

A bounded oscillator pane that measures how far price is sitting from a curated set of moving-average baselines, rolled across three timeframes you choose. The pane scales every reading against recent volatility, whic...

Axiom MA Osc

This page gets you from "added the indicator" to "I can trust what I am reading" — no further. Recognizing the pane is not the same as reading it. The goal here is the read, and the checks that make the read honest.

Every knob on this indicator is a decision with a cost. This page walks each one in that shape — what it does, what it is changing under the hood, what it buys you, what it costs you, and how to audit the change on yo...

Before you map any color to any meaning, you need the mental model under the pane. The Base trim's whole job is to turn a messy thing — "how far has price stretched from a baseline" — into a bounded number that is eas...

Ten alert conditions ship with the Base trim. All ten evaluate on closed chart bars. None of them is an entry signal. Every one describes an ongoing state — "the relationship is currently like this on this closed bar"...

Every multi-timeframe oscillator has a honesty problem to solve. When a slot runs on a higher timeframe than the chart, the slot's current value is either the confirmed value from the last closed higher-timeframe bar...

This is the page you read when you are tempted to trust the pane more than you should. It is organized by damage potential, leading with the single misread most likely to cost a careful trader money and attention. Eve...

Three named scenarios for using the Base trim well, each with a setup, a reading, a failure mode, and an anti-pattern contrast. These are scaffolds, not prescriptions. The instruments, timeframes, and thresholds in ea...

Every symptom below has a likely cause, a check you can run in under a minute, and a fix. The table up front gives you a one-screen map. The sections after walk each symptom in enough detail to actually diagnose, not...

This page is for readers who will not trust the pane until they understand the shape of what is happening behind it. The goal is a mental model that lets you audit the tool's behavior on your own chart, not a recipe t...

A multi-timeframe, multi-source, optionally multi-symbol moving-average overlay that draws up to ten independent MA slots on a single chart and folds the enabled slots into one weighted composite line. Every slot runs...

Axiom MA CTX

This page walks you to one correct first chart and then makes you step on the three traps first-time users hit before they understand the pack, in a controlled setting, so you are not learning them under live money. K...

Every input on Axiom MA CTX, grouped by the lifecycle of a single slot and then by the blend. The inputs dialog presents controls by GUI group (`MA 01`, `MA 01 PU`, `MA 02`, and so on through `MA 10`, then `MA Blended...

Every element on the chart, what it means, what makes it change, and how to read slot agreement versus disagreement without flattening it into a false consensus. This page is written for the working reader — the trade...

Axiom MA CTX exposes twenty-four alert conditions. This page lists every one, tells you what each condition actually confirms, and names the reads that get traders into trouble — not because the alerts are misleading,...

Most traders meeting Axiom MA CTX have been burned by a multi-timeframe indicator at least once. The pattern is the same each time. A higher-timeframe line looks clean in replay. It confirms the direction you were alr...

This is the page you come back to when the chart did something you were not expecting and you want to know whether what happened is a limit of the tool, a limit of your configuration, or a misread on your part. It is...

Five named setups a serious trader can actually run, and four named anti-patterns they can actually avoid. Each routine is written end to end — why a reader would choose the configuration, what to set, how to verify t...

A map from symptom to cause to fix for Axiom MA CTX. This page is written for the reader whose chart is not behaving as expected, who does not have the time or the patience to reread the whole pack, and who needs to l...

This page exists to raise trust, not to hand anyone the ability to reimplement the tool. You will not find Pine patterns here, no wrapper signatures, no offset constants, no pseudocode, no formulas, no thresholds, no...