Pivot Points: Pre-Calculated Support and Resistance (Standard, Camarilla, Woodie, DeMark)

Most support and resistance is drawn by hand, which means two traders looking at the same chart produce two different sets of lines. Pivot points do the opposite. You feed three numbers from yesterday into arithmetic that has no settings, no lookback and no judgement, and you get today's levels before the bell. Every platform computes them identically, which is the source of both the appeal and the trouble: a level that everybody can see is a level everybody can trade against, and a level derived purely from what already happened has no opinion about what happens next.

Quick Answer

Standard and Fibonacci share that central pivot and differ only in spacing. Woodie double-weights the close, Camarilla projects four levels each way off the close instead of three off a pivot, and DeMark branches on whether the prior session finished above or below its open. The rest of this works through the standard formula with numbers you can check on paper, gives the other four and shows how far apart they land on the same bar, separates the bounce trade from the breakout trade, and spends real space on the conditions where a public, backward-looking level stops being worth anything.

What Are Pivot Points in Trading?

A pivot point is a horizontal price level produced by a formula rather than by looking at a chart. The input is one completed bar, usually yesterday's daily bar, reduced to three numbers: its high, its low and its close. The output is a central level plus a symmetric ladder of resistance above and support below. You plot the ladder before the session starts, and it does not move for the rest of the day.

The reasoning behind the central level is worth stating plainly because it is thinner than most write-ups imply. The average of the high, the low and the close is a crude estimate of where the prior session's trading was centred. If today opens above that estimate, buyers are paying more than yesterday's rough consensus; below it, less. Everything above P is then projected upward off the prior low and everything below P is projected downward off the prior high, on the assumption that a session tends to travel a distance related to the one before it. That is the whole theory. It is a reasonable rule of thumb about range and centre, and it is not a model of anything.

The useful way to hold pivots is as a second, mechanical source of levels sitting alongside the ones you already mark. Where you would normally identify support and resistance by finding places price has actually turned, the pivot ladder gives you levels nobody has traded yet, derived by formula, which is a genuinely different kind of information. Neither replaces the other. A pivot that lands on a prior swing high is far more interesting than a pivot sitting in open space, and you only know which you have if you have drawn both.

One clarification that catches people every time: Fibonacci pivots and Fibonacci retracements are different tools that happen to share a set of ratios. A retracement is measured between two swing points you pick, so it moves when you pick different swings, and it describes a pullback inside a move that already happened. Fibonacci pivots apply 0.382, 0.618 and 1.000 to the prior session's whole range and project them off a fixed central pivot, with nothing selected by hand. If you already know which retracement levels matter most on an intraday pullback, none of that transfers automatically to the pivot version, because the two are anchored to different things.

How Is the Standard Pivot Point Calculated?

Three numbers in, seven levels out. Take the prior session's high, low and close, and run the following.

That set matches Fidelity's technical indicator guide entry for pivot points and the StockCharts ChartSchool reference on pivot points. Fidelity states R2 and S2 as P plus or minus the distance from R1 to S1, which works out to exactly the same thing, since R1 minus S1 equals the prior range.

Here it is on one bar. The prior session ran a high of 184.60, a low of 179.40, and closed at 183.20 after opening at 180.10. The numbers are made up and chosen so the arithmetic comes out clean, not lifted from any real ticker or session.

Two things fall out of that table. The full ladder spans 175.00 to 190.60, which is 15.60 on a stock whose prior session covered 5.20, so R3 and S3 are three times the prior range away from each other and a normal day will never touch either. And the spacing is not even: R1 sits 3.00 above P while S1 sits 2.20 below, because the close finished nearer the high than the low. The ladder leans in the direction the prior session ended.

The Other Four Formulas

Standard is the default, and four alternatives are common enough that your platform almost certainly offers all of them in a dropdown. Each one changes a different part of the calculation.

Woodie: double weight on the close

Woodie replaces the central pivot with P = (High + Low + 2 x Close) / 4. The close is counted twice, so the pivot is pulled toward wherever the session finished rather than sitting at the plain mean of three prices. On the worked bar that gives P = 730.40 / 4 = 182.60, which is 20 cents above the standard 182.40, and because R1 and S1 are computed by the same reflection as Standard, the whole ladder shifts up with it: R1 = 185.80, S1 = 180.60. Woodie publishes fewer levels than Standard, typically R1, R2, S1 and S2 rather than a third pair. The argument for it is that the close is the only one of the three inputs that represents an agreed price at a moment when everyone had to settle, while the high and the low are single prints that may have lasted seconds.

Implementations disagree about which close. The commonly published formula uses the prior session's close, as above. TradingView's pivot points documentation defines Woodie as (prevHigh + prevLow + 2 x currOpen) / 4, substituting the current session's open for the prior close. On a stock that opened today at 181.50 that returns P = 181.75, which is 85 cents below the double-close version. Same indicator name, same chart, two levels nearly a dollar apart. Check which one your platform is drawing before you place anything against it.

Camarilla: four levels each way, anchored on the close

Camarilla throws out the central pivot as an anchor and projects everything off the prior close, using the prior range scaled by 1.1 and then divided by a descending series of fractions. TradingView's documentation gives R1 as prevClose + 1.1 x (prevHigh - prevLow) / 12, with the higher levels using divisors of 6, 4 and 2, and the supports mirroring them below the close. That produces four resistance levels and four support levels, not the three of Standard, and no central pivot in the Camarilla set itself.

On the worked bar, 1.1 x 5.20 = 5.72, so R1 = 183.20 + 5.72/12 = 183.68, R2 = 184.15, R3 = 184.63, R4 = 186.06, and the supports run 182.72, 182.25, 181.77 and 180.34. Notice how tight the inner pair is. Camarilla R1 and S1 sit less than fifty cents either side of the close, which is why the method is associated with mean-reversion and scalping: the inner levels are close enough to be tagged repeatedly in a normal session, and the L3/H3 pair is conventionally treated as the reversal band while L4/H4 is treated as the breakout threshold.

A warning on the multipliers, because this is the single most corrupted formula in circulation. A large number of sites state Camarilla as close plus range times 1.0833, 1.1666, 1.25 and 1.5. Those numbers are 1 + 1/12, 1 + 1/6, 1 + 1/4 and 1 + 1/2, and they appear to be a mis-transcription of the 1.1/12, 1.1/6, 1.1/4 and 1.1/2 divisors. The difference is not cosmetic. Under the divisor version R1 sits about 9% of the prior range above the close; under the 1.0833 version it sits more than a full range above it, which would make the inner resistance level further away than Standard's R2. If your platform's Camarilla lines look nothing like a copied formula, the platform is probably right.

DeMark: three conditional branches

DeMark is the only one of the five that asks a question before it calculates. It compares the prior session's close to the prior session's open, and picks one of three expressions for an intermediate value X. StockCharts states them as: if Close < Open, X = High + (2 x Low) + Close; if Close > Open, X = (2 x High) + Low + Close; and if Close = Open, X = High + Low + (2 x Close). Then P = X / 4, R1 = X / 2 minus Low, and S1 = X / 2 minus High.

The branching is the point. A session that closed above its open gets its high double-weighted, pushing the whole set upward; a session that closed below its open gets its low double-weighted instead. The prior day's direction is baked into the level rather than averaged out of it. On the worked bar the close of 183.20 finished above the open of 180.10, so X = (2 x 184.60) + 179.40 + 183.20 = 731.80, giving P = 182.95, R1 = 186.50 and S1 = 181.30. DeMark produces only one resistance and one support, which is honest about what a single-bar projection can reasonably claim.

Fibonacci: the standard pivot with ratio spacing

Fibonacci pivots keep the standard central pivot and change only how far apart the levels sit. StockCharts gives R1 = P + 0.382 x (High - Low), R2 = P + 0.618 x (High - Low), R3 = P + 1.000 x (High - Low), with S1, S2 and S3 subtracting the same three amounts. Some implementations add a 0.500 level between the first two. On the worked bar that is R1 = 184.39, R2 = 185.61, R3 = 187.60, S1 = 180.41, S2 = 179.19, S3 = 177.20.

Two coincidences in those numbers are structural rather than lucky. Fibonacci R3 of 187.60 is identical to Standard R2, and Fibonacci S3 matches Standard S2, because both are P plus or minus exactly one prior range. The ratios only change the spacing of the inner levels, and the outer boundary of the Fibonacci set is the middle of the Standard set.

Put side by side on the same prior bar, the five methods disagree more than their shared name suggests.

The R1 column is the part to sit with. Five formulas, one prior bar, and the answers run from 183.68 to 186.50. That is a spread of 2.82 on a stock that moved 5.20 the day before, so the disagreement between methods is larger than half the range the methods are describing. Pick one before the session starts and keep it. Switching after a stop-out is how a fixed reference turns into a moving justification.

The Two Ways to Trade a Pivot Level

Every pivot strategy is one of two trades, and they are opposite bets on the same line. Knowing which one you are taking before price arrives is most of the work.

The bounce

You expect the level to hold. Price falls into S1, you buy near it, your stop sits below it, and your first target is the next level up, usually P. Inverted for a short: price rallies into R1, you sell near it, stop above, target back down to P. The structural attraction is that the stop is defined by the level itself rather than by a percentage you made up, so the risk is small and the reward-to-risk on a move back to the middle of the ladder is often favourable on paper.

The failure mode is equally structural. Bounce trades lose when the level is a stopping point on a trending day rather than a turning point, and a trending day does not announce itself in advance. Fidelity's guidance on this is to look for a bullish pattern or indicator signal confirming the turn at support rather than buying the touch, which converts the trade from "price reached my line" into "price reached my line and then did something". That second condition is what separates a bounce trade from catching a falling knife at a number.

The breakout

You expect the level to fail. Price presses into R1 and you want to be long above it, so you place a stop order to buy a few cents above the level, with your protective stop back below it and a target at R2. On the short side the mirror is a sell-stop below S1 targeting S2. The order type matters: a stop order in the breakout direction means you are only filled if the level actually gives way, which is the entire point. Sitting there with a limit order waiting for a better price is a different trade.

Pivot breakouts carry the same problem as every other breakout, which is that a clean break and a failed poke look identical for the first minute. The tradeoff between entering on the break and waiting for price to come back and hold the level is the same one covered in the comparison of break-and-retest entries against straight breakout entries, and it does not change just because the line was produced by a formula. If anything the retest version is more attractive on a pivot, because a level that flips from resistance to support is doing something a purely arithmetic line has no obligation to do, and watching it do so is real information.

One structural note about R1 and S1 specifically. A breakout through R1 on a momentum name is frequently the same event as a breakout through the prior day's high, because the two levels sit close together by construction, R1 being a reflection of P across the prior low. When those two lines nearly coincide, you are not looking at two reasons to take the trade. You are looking at one, described twice, and the wider momentum playbook for an expansion out of a prior range is the frame that actually applies.

What Does Price Action at a Pivot Tell You?

The level tells you where to look. What price does when it gets there tells you which of the two trades is available, and it is the only part of this that carries information the formula did not already contain.

The readable states are not exotic. Price approaching S1 in small, overlapping bars with the range contracting on the way in usually means the sellers ran out of size before they got there, and the level does not have to do much work to hold. Price arriving at S1 in one wide bar on expanding volume is the opposite: the level is being tested by someone with a reason, and whether it holds is a real question rather than a foregone one. A long lower wick that pierces the level and closes back above it is the bounce setting up. A close below it followed by a second bar that fails to reclaim it is the breakout setting up, and the trader who bought the touch is now the fuel.

All of that is ordinary reading of bar structure and where closes land inside their ranges, applied at a specific price you calculated the night before. The pivot contributes the where. The bars contribute the whether. Traders who skip the second half end up with a system that says "buy S1", which is not a strategy, it is a coordinate.

The other thing worth checking at the level is whether anything else is there. A pivot that lands within a few cents of a prior swing low, a moving average, or a volume shelf is a different proposition from one sitting in clean air, because the other level was produced by something the pivot formula never looked at. That is the distinction that makes stacking signals worthwhile at all, and deciding how many independent signals you require before committing matters more here than with most tools, because pivot ladders are unusually easy to accidentally double count.

Where Pivot Points Break Down

None of these are defects in the arithmetic. They are what a public, historically derived, fixed level does when the conditions it quietly assumes are not there.

The crowding row deserves expanding, because it is the argument for pivots and the argument against them at the same time. Pivots have no mechanical power over price. Nothing in the market is obliged to respect the average of three numbers from yesterday. To the extent they work at all, they work because a large number of participants compute the same level and act near it, which makes the level partly self-fulfilling. That is a real effect and it is also a liability, because the same public predictability tells anyone running size exactly where the resting stops are. A cluster of stops a few cents under S1 on a widely watched name is a pool of liquidity, and pools of liquidity get taken. Placing your stop at the single most obvious price on the chart is a choice, and it should be a deliberate one, which is the same logic behind sizing the position off where the stop actually has to sit rather than off where you would like it to be.

The timeframe row is the one that quietly costs people the most. Pivots are an intraday tool by design and by convention, and the whole case for them thins out as you stretch the period, because the crowd looking at a monthly pivot on a daily chart is a fraction of the crowd looking at yesterday's daily pivot at 9:30. The arithmetic still produces a number. The reason to care about the number is what disappears.

Where Pivots Sit Next to Your Other Levels

Pivots answer one narrow question well: given only yesterday, where are today's reference prices, and can I have them before the open without drawing anything. That pre-market availability is the actual value. You get a plan-ready ladder while the market is closed, which is a better time to make decisions than the first five minutes of the session.

What they do not do is tell you whether a trade exists. A level is not an entry, a stop is not implied by a line, and no part of the formula has an opinion about position size or whether the reward covers the risk. The sensible ordering is to plot one pivot method pre-market, mark your own structural levels separately, note where the two agree, and then read the bars at whichever level price actually reaches. That sequencing runs through the wider technical analysis overview for day trading and it does not change because one of your level sources happens to be arithmetic.

What a screenshot read can and cannot see here

Worth being straight about, since this site sells a tool. SnapPChart has no pivot point field. It does not know yesterday's high, low or close, it does not run the formula, and it carries no state for a pivot level the way it does for market structure and trend, breaks of structure, liquidity sweeps, fair value gaps and order blocks, the moving average stack, the VWAP relationship, MACD, volume participation, support and resistance drawn on the image, and candlestick patterns. What it reads is the chart screenshot you upload. So if you plot your pivot ladder on your own platform before taking that screenshot, those horizontal lines are part of what the analysis sees, as lines drawn on a chart. That is not the same as a verified pivot: it cannot check the arithmetic, it cannot tell Standard from Woodie from Camarilla, it cannot know which prior session your platform used, and it cannot tell a pivot line from any other horizontal line you happened to draw. Pivot points stay a calculator concept you bring to the chart. Which chart states a single-image read genuinely carries and which it only infers from shape is the subject of the wider guide to how AI reads a chart, and a neutral description of what one chart read covers sits on the AI chart analysis page. If the pivot is your reason for the trade, validating the pivot stays your job.