Introduction
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...
Written By Axiom Admin
Last updated 2 days ago
Axiom RSI Osc CTX
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 shape on purpose.
Where this version sits
Axiom indicator families use a Base -> CTX -> STR progression when the full set exists. Base is the free, focused version: three context slots, chart-symbol only, limited filtering through the MA surface, and one global bar-close posture. CTX expands that same RSI Osc logic into broader context: up to ten slots, per-slot symbol and timing control, and the larger Extended MA surface. STR is the structure expansion at the end of the series: CTX-style per-slot controls with five slots instead of ten because the extra processing budget goes into structure on the blended RSI itself.
This page covers CTX. Use it when ten-slot context breadth is the job: more RSI slots, more per-slot control, optional cross-asset studies, and more room to curate the blend. CTX is Base expanded for context; it is not the final structure surface. Reach for STR when you want Keltner, BBWP, Donchian, and divergence wrapped around the blended RSI and are willing to trade away five CTX slots to get that structure.
Why this exists
Most of the time, when an RSI read goes wrong, it is not because RSI is broken. It is because the trader was looking at one timeframe at a time, holding the other timeframes in their head, and quietly stitching a story together from inconsistent smoothing and a higher-timeframe value that had not finished forming yet. That stitching is where over-trust sneaks in: a trader who has just flipped from 5m to 1H will often rewrite what they saw a moment ago to match the new chart, because that is cheaper than holding two readings in working memory at once. We built this trim so the stitching happens in front of you on one pane, with the moving parts visible and the timing honest, and so the reconciliation between timeframes stops being a thing that happens in your head when you are tired.
The trim does three jobs at once:
It runs RSI on as many slots as you want to enable, each on its own timeframe (and optionally its own ticker), so you stop tabbing between charts to triangulate.
It exposes a per-slot repaint switch, so you can decide bar-by-slot whether you are willing to look at a live higher-timeframe value or only at the most recently confirmed one.
It produces a weighted blend of the slots you enabled, with weights you chose deliberately. The blend is your composite. The pane shows it as a separate line so you can read it, but it does not pretend the line is an answer.
If that already sounds heavier than you wanted, that is on purpose. CTX is the context bench, not the quick dashboard.
Who this is for
This pack assumes you already use RSI. It does not re-teach overbought, oversold, divergence, or what RSI is measuring underneath. If you are new to RSI, read it once on a single chart with a single timeframe before you reach for ten slots and a blend β start with a base trim of an oscillator family, or use the standard built-in RSI on a chart, and come back when the basic shape is reflex.
This is for the trader who wants to:
Watch several timeframes of RSI on one symbol without flipping charts.
Compare a symbol's RSI to an index, sector, or pair-trade partner without losing the chart's own context.
Decide, deliberately, which slots are allowed to steer a composite read, which slots are along for context only, and which slots exist only to fire alerts.
Understand the difference between a higher-timeframe value that has settled and one that is still moving inside its current bar.
This is not for the trader who wants:
A signal that says "buy" or "sell."
A composite they can read once and trust without thinking about how it was built.
A "fix" for repainting. There is no fix; there is a tradeoff, and this trim makes the tradeoff visible per slot.
The biggest trust boundary, in one paragraph
The blended RSI line and the blended signal line are a weighted average of the enabled slots that have non-zero weight and usable RSI values. If you set every weight equal and turn every slot on, you are not getting a "consensus across ten timeframes" β you are getting a heavily autocorrelated average of the same instrument viewed through ten overlapping windows. If you give one slot a heavy weight or load a cross-asset slot into the blend, the blend tells you about that slot. The composite is exactly as honest as your weighting and exactly as clean as your slot configuration. Put more bluntly: the blended lines are a picture the reader draws with the knobs. If you cannot say out loud which slot is doing most of the steering at any given moment, you are reading a picture you did not author, and the pane will feel smarter than it is. Everything else in this pack assumes you read it that way.
How to hold this tool
Before you read the rest of the pack, it helps to know the posture that makes the pack make sense. This trim is not a dashboard you check; it is an instrument you calibrate, operate, and re-check when something changes β the chart symbol, the session, the regime, your own fatigue. Three habits make the difference between a reader who gets value here and one who gets lost:
Know which slots are steering the blend right now. Heavier-weighted slots and cross-asset slots do most of the talking. If you forget which ones those are, the composite will mislead you.
Know which slots are confirmed and which are live.
On Bar Close?is per slot. A pane where half the slots are confirmed and half are live is not a defect, but you should know which is which before you draw conclusions from it.Know what question the pane is answering. It is answering "how does my weighted combination of these RSIs read right now?" It is not answering "should I trade this?" The second question is yours.
How to navigate this pack
If you want to set the tool up for the first time, go to Quick Start.
If you want to understand every input on the dialog and what each one trades off, go to Settings.
If you want to read the pane the way it is meant to be read β what the colors mean, what is and is not a trigger, where mature reads diverge from the shallow ones β go to Visuals and Logic.
If you are wiring alerts, go to Alerts before you create them. The alerts in this script behave differently from how most readers expect, and the difference will affect your inbox.
If you want to understand the on-bar-close switch, what repainting actually means here, and the cross-asset and cross-session wrinkles, go to MTF and Repainting.
If you are deciding how far to trust the composite under pressure, go to Limitations and Trust Boundaries before you commit to any setup that depends on it.
If you want concrete, scenario-grounded routines you can copy on Monday morning, go to Workflows.
If something looks broken or surprising, go to Troubleshooting. Most of the time it is a setting interacting with another setting, not a defect.
If you want the mental model of the pipeline β what the script is doing under the hood at the level of "what feeds what" β go to For the Geeks. That page is intentionally a trust surface, not a recipe.
What you will not find here
A claim that the composite is an objective consensus. It is a weighted average you designed, and the pack teaches you to read it that way.
A statement that the on-bar-close switch eliminates repainting. It exposes the tradeoff; it does not remove it.
A list of "best" or "universal" settings. The defaults are a restrained starting point β legitimate, not optimal, because no "optimal" exists outside of what you are trying to do.
Alerts for overbought, oversold, or midline crosses. The script does not expose them, and the manual will not pretend it does. You can build those externally on the plotted series if you need them.
Promises that more slots produce more certainty. More slots produce more correlated observations; certainty is a different thing entirely.
The point of this trim is not to convince you. The point is to give you an instrument honest enough that you can trust your own reading of it.