Fair Value Tracker: Understand Estimated local market Mode
A practical Fair Value Tracker lesson for understanding estimated local market as fallback math, not a live local quote or scanner opportunity.
Educational only
The examples teach workflow and risk framing. They do not provide trade recommendations, personalized advice, leverage guidance, or guaranteed outcomes.
Chapter 01
Understand why live local market can be unavailable
Trader question
What changes when local market is estimated instead of live?
Estimated local market starts as a source-state problem. Provider availability, market session, or stale local quote state can prevent the tool from treating the local leg as observed.
Desk checklist
- Name the local market source state before reading basis.
- Separate provider/session diagnosis from trading interpretation.
- Treat estimated mode as a fallback state, not a broken page.
Interactive proof
Data quality state and Estimated local market label
Use the mode switch to compare a live local market quote with an estimated local market fallback.
Estimated local market mode keeps the formula teachable while refusing to imply a live local quote. Hidden fields and skipped scanner rows are part of the safety design.
Why live local market can be unavailable
Provider, session, and freshness states move across the screen so learners understand estimated mode as a source-state outcome.
A source panel shows provider, market session, and cache freshness.
One source condition weakens.
The local market leg changes from live to estimated.
The read changes from live context to diagnosis.
Remotion code
WhyLiveMcxUnavailableVideo
The snippet is stored with the lesson so a future Remotion project can render the chapter video.
Show component snippet
import {AbsoluteFill, Easing, Sequence, interpolate, useCurrentFrame} from "remotion";
const causes = ["Provider unavailable", "Market session closed", "Quote freshness weak"];
export const WhyLiveMcxUnavailableVideo = () => {
const frame = useCurrentFrame();
const shift = interpolate(frame, [34, 102], [0, 1], {
extrapolateRight: "clamp",
easing: Easing.bezier(0.16, 1, 0.3, 1),
});
return (
<AbsoluteFill style={{background: "#071126", color: "#fff8e8", padding: 72}}>
<h1>Estimated mode starts with source state.</h1>
<div style={{display: "grid", gap: 14, marginTop: 56}}>
{causes.map((cause, index) => (
<Sequence key={cause} from={18 + index * 16} layout="none">
<div style={{padding: 16, border: "1px solid rgba(255,248,232,0.28)", transform: "translateX(" + shift * index * 42 + "px)"}}>{cause}</div>
</Sequence>
))}
</div>
<Sequence from={92} layout="none"><p style={{color: "#f9d78b"}}>The mode is a diagnosis clue, not a broken lesson.</p></Sequence>
</AbsoluteFill>
);
};Sources used for this tutorial
Next step
Open the tool with the checklist beside you.
Move from the lesson into the matching Bullion Brains tool, keep the checklist visible, and treat the output as evidence until the caveats are clear.