Axiom RSI Osc

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 into its own plotted line, and smooths that line again into a per-slot signal used for color and alerts. The per-slot signal is not drawn. A weighted blend across the enabled slots draws its own visible RSI-and-signal pair on top. Everything stays inside 0 to 100 because RSI is already bounded, with a final clamp in the code rather than a rescale pretending to be RSI.

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 Base. Use it when three RSI context slots are enough and you do not need cross-asset tickers, per-slot repaint control, Power User MA blocks, or blended-line structure. Reach for CTX when ten-slot context breadth is the job. Reach for STR when you want the more advanced structure read around the blended RSI and are willing to trade away five CTX slots to get it.

The one-paragraph trust boundary

Base is not textbook RSI, and it is not a Stochastic RSI. Your existing RSI habits transfer onto this pane with one correction: the color of each slot line comes from that slot's RSI sitting above or below its own signal line, not from the RSI sitting above or below 50. The 30 and 70 guides are reference zones that you can move; no internal logic fires on them. The alignment alert that reads "all three slots leaning the same way" feels like three independent opinions converging, but three timeframes on one symbol carry the same evidence at three cadences — a sharp move on the 5m cascades into the 15m and the 60m by construction. In Base, with each slot carrying a third of the alignment tally, a single mis-specified slot distorts alignment more per slot than it would on a ten-slot trim: one identical slot among three means a third of your "agreement" is a duplicate. That single misread — alignment taken as breadth — is the most expensive thing the pack can protect you from, and the rest of the pack treats it that way.

Who this serves

• A reader who already uses RSI and wants multi-timeframe context on one pane instead of three stacked panes.

• A reader who wants a per-slot RSI-vs-signal frame in addition to the midline frame they are used to, without adding three more visible signal lines to the pane.

• A reader who will shape three distinct slots rather than three copies of one slot on different timeframes.

• A reader who accepts that the family surface is Lite in Base — family choice is the primary tuning lever here, with the deeper per-family controls living in CTX and STR.

Who this is likely to frustrate

• A reader looking for entry arrows. The pane reports state; it does not trigger trades.

• A reader who plans to run three slots at identical defaults — source close, RSI length 14, SMA 3 / SMA 3 — and read the resulting alignment as breadth. The scenario walkthroughs and the trust-boundary page are organized around preventing exactly that read.

• A reader who needs cross-asset context slots, per-slot repaint control, or per-family Power User blocks. Those live on CTX.

• A reader who wants a Stoch-RSI. That is a different instrument with a different band behavior; For the Geeks carries the structural comparison.

• A reader who wants the blend to settle arguments. The blend is a weighted average the reader shaped. It is not a referee.

Where to go next

• First session with the defaults, under ten minutes — Quick Start.

• Every input walked as a deliberate choice with a cost in each direction — Settings.

• How to read color first and value second, and why the order matters — Visuals and Logic.

• The one On Bar Close? switch, what it reports in each mode, and the slot-timeframe rule — MTF and Repainting.

• Ten alert conditions, bar-close gating, and the alerts this trim deliberately does not ship — Alerts.

• Three named scenarios in identical card form with their anti-pattern contrasts — Workflows.

• The full list of honest limits, with the alignment trap first — Limitations and Trust Boundaries.

• When something looks broken — Troubleshooting.

• The conceptual pipeline, the comparison with textbook RSI and Stoch-RSI, and where the disclosure boundary lives — For the Geeks.

You already use RSI. This pack does not re-teach it. What it teaches is the delta: what changes when you run three of them on one pane, smooth each one twice, ask them to share an axis, and then choose between a stable-but-late read and an earlier-but-revising one. The delta is small on paper and surprisingly load-bearing in practice, which is why the pack is longer than the Pine file behind it.