Troubleshooting

This page is organized by symptom. Find the thing that looks wrong, then follow the likely cause to a fix. If the fix points you to a deeper explanation, the cross-link will get you there.

Written By Axiom Admin

Last updated About 1 month ago

Troubleshooting

This page is organized by symptom. Find the thing that looks wrong, then follow the likely cause to a fix. If the fix points you to a deeper explanation, the cross-link will get you there.

Symptom table

Symptom

Likely cause

What to check

Fix

Script throws a runtime error on load

A slot's timeframe is lower than the chart timeframe

Compare each slot's TimeFrame setting to the chart timeframe. The error message names the offending slot.

Raise the slot's timeframe to at least the chart timeframe, or lower the chart timeframe to match the lowest slot.

A slot line is completely flat

Higher-timeframe slot with On Bar Close on β€” the slot only updates when the HTF bar closes

Check the slot's timeframe relative to the chart. A 60-minute slot on a 1-minute chart holds steady for up to 60 minutes between updates.

This is expected behavior, not a bug. If you need more frequent updates, see MTF and Repainting for the tradeoff of turning On Bar Close off.

The slot line changes every tick

On Bar Close is off and the slot uses a higher timeframe than the chart

Check the On Bar Close setting in Power User. If off, the slot is showing the building HTF bar β€” this is repainting mode.

If this is not what you intended, turn On Bar Close back on. See MTF and Repainting.

All three lines overlap perfectly

All slots are set to the same timeframe and ticker

Check each slot's TimeFrame and Optional Ticker settings.

Set each slot to a different timeframe to get actual multi-timeframe data. See Settings.

The numbers don't match my regular RSI

This oscillator uses a -100 to +100 bipolar scale, not the standard 0-100 RSI range

A standard RSI of 70 maps to approximately +40 on this oscillator. RSI 50 maps to 0.

This is by design. See For the Geeks for the full conversion table and explanation.

The blended line doesn't match the visible slot lines

Hidden slots are contributing to the blend, or weights are unequal

Check if any slot has "Hide RSI Plot" on while still enabled with non-zero weight. Check the weight distribution.

Unhide the slot to see its contribution, or set its weight to 0 if you don't want it in the blend.

The blended line shows nothing (na)

All enabled slots have weight 0, or all slots are disabled

Check that at least one enabled slot has a weight greater than 0.

Enable a slot and give it a non-zero weight.

OB/OS levels feel too extreme β€” the reading rarely reaches them

The default +70/-70 bipolar levels correspond to roughly RSI 85/15 in standard terms

Compare to a standard RSI on the same data. The oscillator's defaults are much more extreme than traditional RSI 70/30 levels.

Lower the OB level (e.g., to +40 for something closer to RSI 70) or understand that the defaults are intentionally set at extreme thresholds. See Settings.

ALMA behaves unexpectedly after changing settings

ALMA parameters are global β€” shared across all slots and the master smoother

Check the ALMA Offset, Sigma, and Floor Offset in Power User settings.

Any change affects every MA instance using ALMA, across all slots and master smoothing. If only one slot uses ALMA, the impact is contained. If multiple do, the change propagates everywhere.

Alerts fire too frequently

The slot's timeframe is close to the chart timeframe in a choppy market, and regime flips happen often

Check whether the RSI/Signal crossover is oscillating frequently, which is normal in range-bound conditions.

Increase RSI Smoothing or Signal Length to reduce sensitivity, or switch from per-slot regime flip alerts to the "All RSI Slots" alignment alerts, which require unanimity.

Alerts never fire

On Bar Close is on and the higher-timeframe regime changes very infrequently

Check whether the slot's timeframe produces regime changes at the frequency you expect. Hourly and daily RSI regimes change far less often than 5-minute.

This may be expected behavior for the timeframe. If you need more frequent alerts, use a slot on a shorter timeframe or reduce smoothing to make regime flips more responsive.

The oscillator looks different live than it does on historical bars

On Bar Close is off β€” the indicator is in repainting mode

The live display updates intrabar; the historical display shows final bar-close values. They can differ.

If you need historical consistency, turn On Bar Close on. See MTF and Repainting.

One slot shows a very different reading after a setting change

Changing any input re-executes the script from bar 0 β€” the entire history recalculates

This is expected Pine Script behavior. Every setting change triggers a full recalculation.

No fix needed β€” this is how the platform works. The display after the change reflects the new settings applied to all historical data.

When it is not a settings problem

Some behaviors are not errors and do not have fixes. They feel like problems because they produce discomfort, but the discomfort is the information:

  • The blend lags behind the fastest slot. This is by design. The blend averages multiple timeframes, and higher-timeframe inputs update less frequently. The blend will always be slower to react than the shortest-timeframe slot. If you need faster response, watch the fastest slot directly rather than expecting the blend to keep up. The blend's job is synthesis, not speed.

  • Regime flips feel "late" compared to price action. RSI is a lagging indicator by nature, and the double-smoothing chain adds further delay. The oscillator reports what has already happened to momentum, not what is about to happen. If the flips feel consistently too late to be useful, reduce RSI Smoothing or Signal Length β€” but understand that faster detection also means more false flips in choppy conditions. The tradeoff is real.

  • Two slots disagree. This is the tool working correctly. Multi-timeframe disagreement is real information β€” arguably the most useful information the oscillator can produce. If the slots always agreed, the oscillator would not be telling you anything a single RSI could not. When you see disagreement, the next question is which slot diverged and what does its timeframe tell you about the significance of the divergence?

  • The blended line stays near zero for long periods. When the contributing slots are balanced β€” some positive, some negative, or all near the midpoint β€” the blend naturally stays near center. This means momentum is neutral or divided, not that the oscillator is malfunctioning. A blend near zero for an extended time is the oscillator honestly reporting that there is no directional momentum consensus across your selected timeframes.

Getting more help

If the symptom you are experiencing is not listed here, check: