Most option platforms show you a chain of numbers and a chart of the stock. Option Charts shows you the two things that actually matter together: the stock on a 2-minute chart, and the 2-minute chart of one specific option contract, side by side on the same clock. Underneath sits a live put/call strike ladder — click any strike and that contract loads on the right.
Open Option Charts →This is a members-only tab. The guide below is free to read; opening the live tab requires a signed-in paid account.
Traders learn option pricing as a formula and then get surprised by the tape. You buy a call, the stock goes your way, and the call is worth less than when you bought it. Nothing is broken — you were paid on delta and charged on theta, and on a short-dated contract the second number can be bigger than the first.
Seeing both charts on the same time axis makes that visible instead of theoretical. On a quiet expiry-day session you can watch the stock chop sideways in a fifty-cent range while the option chart slides steadily down the page. That picture is the lesson.
Regular session only, 09:30–16:00 ET, at whichever interval is selected. For tickers on the scan watchlist the chart carries the full EMACloud 2min overlay — the 13/48/200 EMA fan, the PDH/PDL zones, the PMH/PML lines, and the break / reject / bounce signal arrows described on the EMACloud Scan page. Type any other optionable symbol and you get a clean price chart with no overlay.
The same session, the same window, the contract you picked. Every signal drawn on the stock is repeated here on the contract's own candles, so you can read across from a setup to the price you would have paid for it.
Two independent methods can be drawn over the pair, and both are mirrored onto the option so you can see what the contract was trading at when each one fired:
A signal fires on the stock, where every minute has a bar. The option may not have traded that minute, so each marker is placed on the contract's next actual print — the first price the signal could have been acted on — and is left off entirely when nothing traded for half an hour afterwards.
Read the RSI markers for what they are. The thresholds, and the hit rates published elsewhere on this site, were tuned on daily SPX. The same rules on 2-minute bars of an arbitrary ticker are the same algorithm, not the same edge. A divergence is also stamped at the pivot bar, five bars before the bar that confirms it — ten minutes earlier at this timeframe — so the marker shows where the divergence formed, not where you could have known about it. The VIX regime gate used on the main chart is not applied here, because it is a daily, index-wide filter.
Toggling Volume profile draws a histogram of traded volume by price over whatever range is currently on screen — it recomputes as you change the zoom or pan. The POC (point of control) is the price with the most volume; VAH and VAL bracket the 70% value area around it.
On the option, read this as a cost distribution, not as support and resistance. On a stock, a volume profile works because the price axis is stable and traders defend levels. An option's premium axis is not stable — it drifts down all day with time decay, so volume piles up at premiums the contract merely passed through on its way lower. Nobody defends "$2.20 on the 375 call". What the profile does tell you is where the day's contracts actually changed hands, which is a real and useful question when you are the one paying: if the option is trading above the value area high, you are paying up relative to almost everyone who traded it in that window. For genuine option support and resistance, open interest by strike is the right tool, and that lives on the Heat Map.
On the stock chart the same profile carries its ordinary meaning, and having both on screen lets you see the stock's POC and the option's POC at once. On a thin contract the profile is built from very little volume and is not worth much — the bar count in the pane header tells you when that is the case.
The classic centred layout — calls on the left, strikes down the middle, puts on the right, opened scrolled to the at-the-money strike. Each side shows volume, open interest, delta, bid and ask, taken live from the options chain. Click either side of any strike to chart it.
| Field | What it means |
|---|---|
session | The stock's move and the option's move since the regular open. |
realised Δ | How much the option actually moved, in dollars, per $1 the stock moved — measured from traded prices, not from a model. |
r² | How tightly the option tracked the stock. Near 1.00 means it followed closely; a low number means other forces dominated. |
quoted Δ | The delta the chain is quoting for that contract right now. |
leverage | Percent move of the option per percent move of the stock, built from the same measurement. |
Realised delta is calculated by comparing each two-minute change in the option against the same two-minute change in the stock, across the whole session. It is deliberately not calculated from the open-to-close move.
The reason is decay. Time decay pushes the option one direction all day regardless of which way the stock ticks, so an open-to-close figure blends decay into the answer and can report a negative delta for a call on a day the stock rose. Comparing bar to bar leaves decay in the noise, because it is not correlated with the minute-by-minute direction of the stock. What comes out is the contract's genuine sensitivity.
The gap between realised Δ and quoted Δ is worth watching in its own
right. They drift apart as an option ages, as implied volatility moves, and as the strike falls in or
out of the money.
A stock bar exists every two minutes because a liquid stock trades continuously. An option bar exists only if that contract actually traded in those two minutes. A busy at-the-money contract fills nearly every bar of the session. Go a few strikes out and you may get one bar in five, each of them two or three contracts.
Nothing is filled in to hide this. A drawn price nobody paid would be worse than an honest gap, so the chart header reports how many bars of the session actually traded, and thin strikes are dimmed in the ladder before you click them. If a chart looks sparse, that is the contract's real liquidity, and it is useful information about what you would face getting in and out.
0DTE
is flagged, because on expiry day decay and gamma both run hot.− and + buttons widen and narrow what
is on screen, and Fit shows everything loaded. Interval decides what is fetched;
zoom decides how much of it you look at. Both charts always move together, so they stay
directly comparable.Related pages: EMACloud Scan for the signals overlaid on these charts, Risk Graph for building and pricing multi-leg trades, Gamma Basics for dealer positioning, and the setups playbook. See them all on the Help hub.
Educational content only — nothing on this page is financial advice or a recommendation to buy or sell any security. Option prices and greeks shown in the app are market data and rule-based analytics; historical behaviour does not guarantee future performance. Options involve risk and are not suitable for every investor. © SPX Lens · About · Help & FAQ