Settings
This page explains the settings in the order most traders actually need them, not in the order the code happens to declare them.
Written By AxiomCharts
Last updated About 2 hours ago
Settings
This page explains the settings in the order most traders actually need them, not in the order the code happens to declare them.
The indicator repeats one slot model three times. Once you understand what one slot is deciding, the rest of the stack gets much easier to shape on purpose.
Why this matters: the settings are flexible enough to help you build something you actually own, but they are also flexible enough to let one innocent-looking change alter slot participation, timing posture, and summary behavior at the same time.
If you feel overloaded on a first read, ignore three things for now:
Optional Ticker:
uneven blend weights
master smoothing
Get the same-symbol stack working first. Those extras make more sense once the base pane already feels predictable.
Start with the repeated slot controls
Every slot answers the same set of questions:
Is this slot active?
What symbol and timeframe is it reading?
What baseline MA is it comparing against?
How is its internal Slow reference built?
How much should it influence the blended pair?
That is enough flexibility to build something useful. It is also enough flexibility to create confusion quickly if you change too many things at once.
The first distinction to keep straight
Before you change anything else, keep these three states separate:
If that distinction is blurry, every later setting change gets harder to interpret.
Slot controls that decide whether the slot exists
If a slot is hidden but still enabled, it can still affect:
the blended pair if its weight is above 0
slot alerts
full-stack alignment
Slot controls that decide what the slot reads
One hard rule lives here: every enabled slot timeframe must stay at or above the chart timeframe.
If the script errors on first load, this is the first section to inspect.
Slot controls that decide the baseline MA
The baseline is not the plotted line. It is the internal anchor the slot uses to ask, "How stretched is the source versus this baseline right now?"
That distinction matters because this indicator is not plotting raw MAs. It is plotting the oscillator result of that comparison.
Slot controls that decide the internal Slow reference
The slot color changes based on Fast versus Slow even though the slot Slow line itself is not drawn. That is why color shifts can surprise people the first time they use the pane.
Supported MA families
The lite MA surface available to Type:, Slow Type:, and Master MA Type includes:
SMA
EMA
RMA
WMA
VWMA
HMA
ALMA
SWMA
You do not need to mix several MA families on the first stack to get value from the tool. In most cases, one family across the stack teaches more than a menu of mixed styles.
Oscillator controls
These settings shape how the slot stretch is normalized and displayed as an oscillator.
Those thresholds are reference points inside this tool's normalized space. They are not promises that price must reverse there.
Blend and display controls
Use the table above as the mental reset whenever the pane looks cleaner than the logic underneath it actually is.
Master smoothing controls
Master smoothing does not change the slot Fast lines. It only changes the blended pair after the raw blend already exists.
Global timing and ALMA controls
These inputs affect the whole stack rather than one slot at a time.
On Bar Close?
Default: On
This is the main timing and trust control in the indicator.
On: the stack uses confirmed higher-timeframe values
Off: the stack can follow the still-forming higher-timeframe value
In this lite build, the switch is global. That means one change affects every slot.
If you want the safer first learning path, leave it on and read MTF and Repainting before experimenting.
ALMA Floor Offset?, ALMA Offset:, ALMA Sigma:
Defaults:
ALMA Floor Offset?: Off
ALMA Offset:: 0.85
ALMA Sigma:: 6.0
These only matter when any selected MA family is ALMA.
They are global in this build. If two slots and the master smoother all use ALMA, they all inherit the same ALMA tuning values.
Default profile at a glance
A practical order for changing settings
If you feel overloaded, change settings in this order:
fix timeframe compatibility
decide whether each slot should exist at all
keep all slots on the chart symbol until the base stack makes sense
choose baseline MA type and length
adjust Slow type and length
tune the oscillator controls only if the stack still needs it
adjust blend weights
add master smoothing last, if you still want it
test mixed-symbol use only after the same-symbol stack feels boring in a good way
test live-forming timing only after confirmed timing is already clear
That order protects comprehension. It also makes it much easier to tell what actually caused a behavior change.
Two setting mistakes worth catching early
All active weights set to 0
If every active slot weight is 0, the blended pair stops being a useful summary. The slots may still be doing work, but the blend no longer has meaningful contributors.
Turning on master smoothing too early
Master smoothing can make the blend look calmer before you understand whether the calmness is coming from better structure or simply more lag.
That is why it belongs late in the tuning order, not early.
Before you leave this page
You should be able to answer these questions without guessing:
Which controls change whether a slot exists, whether it is visible, and whether it influences the blend?
Which controls shape the baseline MA versus the internal Slow reference?
Which controls affect the whole stack instead of one slot?
If that feels clear, go to Visuals and Logic next. If the timing switch still feels slippery, go to MTF and Repainting first.
Visual placeholder: Settings panel capture with one slot group annotated for Enable, Hide Plot, TimeFrame:, Type:, Slow Type:, Blended Weight:, and Optional Ticker:, plus a second callout showing the oscillator, master smoothing, and global timing controls.