A pair moves fifteen pips in four candles. In one sequence it advances almost every close. In another it travels up, down and up again to finish at exactly the same price. Both have the same net change, yet the second offers much weaker evidence of one-sided delivery.
An efficiency measurement lets an ICT trader compare the paths explicitly. It can supplement a displacement reading that already considers liquidity, the opposing swing and any fair value gap. It also exposes what a close-only summary can miss inside each candle.
For this exercise, leg efficiency equals absolute net change between the first and last close divided by the sum of absolute changes between successive closes. The result lies between zero and one when the denominator is positive. Direction and total distance are recorded separately.
How to measure a completed displacement leg
A ratio near one can accompany a very small drift with little tradable room. A large candle can also conceal long wicks and weak closing progress. Requiring both sufficient price travel and a completed structural break stops the ratio from becoming a stand-alone signal disconnected from institutional order flow analysis.
The Inner Circle Trader on the elements of a trade setup
Why the distinction matters for order flow
Compute the same ratio after resampling to a higher timeframe. Opposing intrabar moves can vanish between the coarser closes, raising the ratio. That change comes from different sampling. Preserve the timeframe and avoid claiming a stronger institutional move simply because you zoomed out.
How to identify it on a chart
Select the start and end by an event rule. One possibility starts at the close preceding displacement from a premarked liquidity reference and ends at the first confirmed break. Another uses a fixed number of closes. Preserve the chosen endpoint rule because extending the leg after the target trades can greatly improve its apparent efficiency.
Use closes 1.08526, 1.08586, 1.08556 and 1.08646. The changes are +6, -3 and +9 pips. Net progress is 12 pips and the path totals 18, giving an efficiency of 0.667. A direct 12-pip rise in three four-pip steps scores one. Neither calculation reveals the bid/ask spread or an executable entry.
Compare routes with the same starting close
Start at 1.08643 and treat the listed movements as successive close-to-close changes in pips. Sum their absolute sizes for path length and use the absolute signed sum for net travel. Keep the sign of the net move separately for the ICT directional hypothesis.
| Observation | Evidence available | Classification |
|---|---|---|
| Direct rise | +3, +4, +5 | Net +12, path 12, efficiency 1.00 |
| A retracement | +6, -3, +9 | Net +12, path 18, efficiency 0.667 |
| A small drift | +0.2, +0.3, +0.2 | Net +0.7, path 0.7, efficiency 1.00 |
| Bearish delivery | -5, +1, -8 | Net -12, path 14, efficiency 0.857 |
| Round trip | +6, -6, 0 | Net 0, path 12, efficiency 0.00 |
Direct rise. This leg has uninterrupted closing progress. It still needs a relevant origin and a break of a pre-existing swing to qualify as displacement under a structure-based rule.
A retracement. The same net distance conceals six extra pips of closing travel. If the rule requires a minimum efficiency of 0.70, this sequence falls short despite its strong final candle.
A small drift. A perfect ratio need not offer any room once spread and structural risk enter the plan. Apply a separate minimum-distance condition when that is part of the hypothesis.
Bearish delivery. The ratio captures directness and the signed travel captures direction. Keeping those columns distinct makes a threshold equally interpretable for bullish and bearish legs.
Round trip. The tape did move, so the denominator is positive. A zero result here means all net progress was given back. A path with no movement at all would have an undefined ratio.
Why could a coarser close series change all five results?
Skipping intermediate closes can remove reversals from the measured path while leaving the endpoints unchanged. Recompute the numerator and denominator at the chosen timeframe before comparing two sessions.
How to trade the setup in a paper session
Map the price objective first. Once a leg completes, calculate its length, efficiency and break status using the candles available. A study can require all three before waiting for a gap return. If the return never occurs, keep the efficient leg as a movement observation and the order as unfilled.
The charts use constructed five-minute bid candles. The two displacement efficiency exercises below share a bracket order as a comparison point. Each shows when an ICT displacement clears a local swing, when a fair value gap becomes measurable and which later quote can fill it. All sample spreads, costs, outcomes and sizes belong to the hypothetical exercise.
Match the leg before choosing an efficiency threshold
A measurement starts to become informative when two legs have comparable jobs. Compare departures from similar liquidity events on the same pair and timeframe. A twenty-pip move inside a quiet overnight session and a twenty-pip post-announcement move may share the same numerical efficiency but present different spreads and entry opportunities. Save session and event context beside the price path.
Separately measure body displacement, net close progress and overlap. A direct succession of closes can coexist with deep two-sided wicks. Those wicks can stop an early entry even while the final ratio remains excellent. The close-based measure deliberately discards the order of intrabar travel. Retrieve finer data when a decision such as stop management depends on that discarded sequence.
Use a holdout design if choosing a minimum score. Pick candidate thresholds on a training set, record the one you intend to carry forward and preserve every lower-scoring candidate in the archive. On a separate period compare how many opportunities survive and what happens after costs. A threshold fitted to the best few moves in one month can make the qualifying set extremely small without improving practical results.
One counterexample to keep is an efficient leg that reaches the proposed destination before a return. It confirms that the measurement captured directional travel, yet the resting-order policy earns no trade. Another is an inefficient departure that eventually offers a perfectly viable return. These examples separate the descriptive accuracy of the score from the economic value of requiring it as a gate on ICT execution.
EUR/USD worked example
Measure the completed delivery leg
The liquidity reference at 1.09273 is known before the excursion to 1.09249. For this exercise freeze the four closing prices beginning with the probe bar. They are 1.09269, 1.09303, 1.09402, 1.09387. The fourth observation is unavailable until 07:45. No account of the earlier move can use the final efficiency before that time.
Across those closes the net change is 11.8 pips and total closing travel is 14.8 pips. The efficiency is 0.797. Compare that value with the predeclared threshold of 0.70 and verify the separate break of 1.09376. The ratio grades how directly the closes moved. The break and return supply the structural and execution evidence.
The shaded execution area forms when the 07:40 candle closes. The lines show requested order prices over bid candles. A buy limit needs an ask at or below the order price. The long closes on the bid. The illustrated prices are synthetic.
Read the entry from left to right
Begin with the marked sell-side reference at 1.09273. The five-minute candle beginning 07:25 extends to 1.09249. At its close there is evidence of a visit and a new local low. The price that will become the upper edge of the execution gap is still in the future. A reader practising this live can put an alert on the opposing pivot at 1.09376 and leave the order ticket empty until the remaining conditions arrive.
At the close of the 07:35 candle the bid stands at 1.09402. Compare that with the earlier pivot. A completed shift now supports an upward delivery hypothesis, but the proposed three-candle imbalance still requires its third candle. The first candle’s high is 1.09319. The third candle’s eventual low is 1.09347. Their separation is 2.8 pips and their midpoint is 1.09333. The earliest next-bar activation on this tape is 07:45.
The order buys on the ask and the chart shows bids. With spread fixed at 1.0 pip, an ask of 1.09333 corresponds to bid 1.09323. The returning bid reaches 1.09304 and its matching ask reaches 1.09314. The workbook assumes continuous movement between displayed quote observations, sufficient available size and an execution at the requested limit. The same logic applied to a real broker order would still need the deal record to establish an actual fill.
| Item | Price or calculation | Implication |
|---|---|---|
| Entry | 1.09333 | Resting long limit after completion of the execution gap |
| Protective exit | 1.09231 | 10.2 pips of original price risk |
| Objective | 1.09620 | 28.7 pips of potential gross reward |
| Gross risk:reward | 28.7 ÷ 10.2 = 2.81 | 1:2.81 |
| Net planned risk:reward | (28.7 − 0.7) ÷ (10.2 + 0.7) | 1:2.57 at assumed fills |
| First baseline exit | Target reached | +28.0 pips after the extra cost allowance |
Translate the chart into a position size
For a worked cash conversion, suppose the USD paper account assigns this candidate a maximum planned loss of $11.15. A standard lot of 100,000 base units on this USD-quoted pair changes by $10 for a one-pip move. One standard lot at the 10.2-pip stop distance plus 0.7 pip of estimated round-trip fees and other friction therefore exposes $109.00 at the modelled stop fill. The bid/ask condition already accounts for the stated spread.
Dividing the cash cap by that one-lot loss gives 0.1023 lots before volume rounding. With a permitted increment of one hundredth, rounding down gives 0.10 lot and $10.90 of planned downside. Check the conversion in reverse by multiplying size by loss per lot. A smaller order can make a wide structural stop affordable. It cannot supply missing room between entry and the intended liquidity destination, and a stop filled through its requested price can still exceed the estimate.
Reclassify one changed condition
Sampling only the first and last close makes any nonzero move score one. The same tape can therefore appear perfectly efficient after enough intermediate information is discarded. Preserve the bar sequence and the sample rule whenever the measurement informs selection of an ICT displacement leg.
GBP/USD worked example
Measure the completed delivery leg
The liquidity reference at 1.27484 is known before the excursion to 1.27510. For this exercise freeze the four closing prices beginning with the probe bar. They are 1.27488, 1.27450, 1.27340, 1.27357. The fourth observation is unavailable until 07:40. No account of the earlier move can use the final efficiency before that time.
Across those closes the net change is 13.1 pips and total closing travel is 16.5 pips. The efficiency is 0.794. Compare that value with the predeclared threshold of 0.70 and verify the separate break of 1.27370. The ratio grades how directly the closes moved. The break and return supply the structural and execution evidence.
The shaded execution area forms when the 07:35 candle closes. The lines show requested order prices over bid candles. A short exit is bought on the ask, 0.7 pip above the plotted bid in this model. The illustrated prices are synthetic.
Audit the sell order from the dealing side
The first local buy-side reference at 1.27484 has a different job from the swing whose closing break confirms the bearish move. Compare the observed high of 1.27510 with that first price, then inspect the later close at 1.27340 relative to the pivot at 1.27370. One comparison describes location and the other supplies direction. Combining them into a single retrospective arrow would hide the point at which the trader actually gained the new information.
A bearish fair value gap forms when the later high remains below the earlier low in the three-candle sequence. Here the low of the candle starting 07:25 is 1.27433. The high of the candle starting 07:35 is 1.27401. The middle of their 3.2-pip interval is 1.27417. The sell limit becomes available once the second boundary is known. On the returning candle the maximum bid is 1.27449, high enough for the paper limit under the stated fill convention.
A sell opens on the bid, but the position ends by buying on the ask. For an ask stop at 1.27530 the bid needs to reach only 1.27523 with the assumed 0.7-pip spread. An ask target at 1.27199 requires a bid at or below 1.27192. Marking the two bid equivalents before scoring the last candle prevents a visually attractive wick from becoming a profit that the executable side never offered.
| Item | Price or calculation | Implication |
|---|---|---|
| Entry | 1.27417 | Resting short limit after completion of the execution gap |
| Protective exit | 1.27530 | 11.3 pips of original price risk |
| Objective | 1.27199 | 21.8 pips of potential gross reward |
| Gross risk:reward | 21.8 ÷ 11.3 = 1.93 | 1:1.93 |
| Net planned risk:reward | (21.8 − 0.4) ÷ (11.3 + 0.4) | 1:1.83 at assumed fills |
| First baseline exit | Stop reached | -11.7 pips after the extra cost allowance |
Reconcile the terminal candle
The first deciding bar opens at 08:00 GMT. Its bid ranges from 1.27432 to 1.27568. Adding the model spread gives an ask range from 1.27439 to 1.27575. Follow the tape from the fill and stop at the first executable exit. Here the original bracket reaches its protective stop before the other terminal price. The closing body can finish away from that exit without changing the realised trade.
As a sensitivity check, leave the chosen fill sequence intact and increase extra round-trip costs by 0.5 pip. Possible net reward becomes 20.9 pips and possible downside becomes 12.2 pips, giving risk:reward of 1:1.71. This calculation isolates a change in charges. A different spread can alter whether the original sell or its buy-to-close orders were ever executable, which calls for a new quote-by-quote replay.
Reclassify one changed condition
Sampling only the first and last close makes any nonzero move score one. The same tape can therefore appear perfectly efficient after enough intermediate information is discarded. Preserve the bar sequence and the sample rule whenever the measurement informs selection of an ICT displacement leg.
Distinguish distance from path quality
Take five independent practice records and apply two predeclared policies. A admits any completed leg with at least ten pips of net progress. B also requires a closing-path efficiency of at least 0.70. In this exercise “yes” means the named condition occurs within the stated opportunity. A row can satisfy both conditions, satisfy one, fail both, or leave a condition unresolved. Score the evidence supplied before imagining how the rest of the chart might behave.
| Constructed observation | Policy A | Policy B |
|---|---|---|
| Twelve pips net across twelve pips of path | yes | yes |
| Twelve pips net across twenty pips of path | yes | no |
| Eight pips net across eight pips of path | no | no |
| Fourteen pips net across twenty pips of path | yes | yes |
| Two endpoints twelve pips apart with intermediate closes missing | yes | unknown |
Work through the disagreements
Twelve pips net across twelve pips of path. Both distance and directness satisfy the two selection rules.
Twelve pips net across twenty pips of path. The 0.60 ratio excludes a substantial but uneven move under the second rule.
Eight pips net across eight pips of path. Perfect closing efficiency does not compensate for missing the common distance minimum.
Fourteen pips net across twenty pips of path. The inclusive efficiency threshold admits the ratio of exactly 0.70.
Two endpoints twelve pips apart with intermediate closes missing. The endpoints settle the net change while the path length could be much larger.
In these constructed observations, A gives 4 confirmed yes, 1 confirmed no and 0 unresolved. B gives 2 confirmed yes, 2 confirmed no and 1 unresolved. Among the 4 rows settled for both rules, they agree on 3 classifications. Agreement here concerns qualification under the stated definitions. No return series has been supplied for these five records, so the counts cannot estimate the profitability of either policy.
Resolve the missing evidence
Recover every scheduled intermediate close from the selected feed before estimating directness. Until that information is available, the possible number of positive A classifications is 4 out of five. For B the corresponding count is 2 to 3. Preserving bounds stops an unresolved record from entering the journal as a known failure merely because obtaining the source data was inconvenient.
Applying the worksheet on a new session
Preserve precision from the source quote to the decision
Store the original quotation in its native increment. Five-decimal EUR/USD and GBP/USD examples express one tenth of a pip in their last digit. A rounding step made for a convenient label can turn a one-point miss into a touch or collapse two distinct highs onto a single price. Carry the raw numbers through the comparison and round only the final display value or the actual order as required by the venue.
Record the equality convention at every boundary. A rule admitting separation of at most one pip includes the exact one-pip case. A rule requiring a price beyond an old high excludes a print exactly on it. The same worksheet can quite correctly use both conventions, because constructing a candidate and confirming the next event are different operations. Audit equality cases first when two reviewers disagree despite using apparently identical charts.
Where a calculated midpoint falls between executable increments, distinguish the analytical midpoint from the order price. Document which direction the order rounds for a buy and for a sell. Then recompute potential risk, reward and fill eligibility from the actual order. This is often immaterial on a large move but can dominate a study built around marginal returns to tightly spaced levels.
Separate the price event from the moment it becomes knowable
Give a structural observation two times. The first locates the swing or interaction on the chart. The second records the earliest time at which every condition in its definition could be tested. A local pivot might sit on the middle bar of a three-bar formation while its confirmation arrives only at the end of the right-hand bar. A gap similarly requires its outer candles to establish the two boundaries.
Keep order activation as a third time. A retracement that occurred before confirmation can provide a price observation but could not fill a newly submitted order based on that confirmation. When two conditions complete on the same close, record the joint state only after the close. Then apply the platform or paper model’s next permitted execution convention. This sequence prevents an apparent improvement in an entry caused by mixing information from different moments.
During review, hide the portion of the chart to the right of each decision before assigning the label. Write the smallest next fact that would change it, such as another outside close, an executable return or a break of the structural origin. Reveal one interval at a time. If the outcome depends on the order of two prices inside a single OHLC candle, retrieve a finer record or leave the ordering unresolved. Candle colour cannot settle the missing sequence.
Check a proposed rule on dates it never helped select
Use an early block of dates for developing a measurement and a later block for evaluating the frozen version. Record the date of each change to the signal, spread filter, stop rule or target. A chart that helped you choose a threshold is already part of model development even when no order was ever placed on it. Keep the distinction visible when presenting a result as new evidence.
Review dependence as well as the number of tickets. Several exposures to the same US dollar event can generate similar wins or losses in a single hour. Summarise by week or session as a check on a trade-level average. Preserve extraordinary days in the actual ledger and separately show what happens to the descriptive statistic without one influential observation. That sensitivity exercise is different from editing the official return after seeing it.
For a disagreement between two candidate policies, request the input that would settle it before opening the future price path. If the disagreement concerns a missing source quote, a later winner cannot supply that quote. If both readers reproduce the same inputs and still classify the case differently, tighten the decision wording and record a new version. Apply that revision to future evidence, then compare it fairly on an agreed research sample.
Test what the close path leaves invisible
Sketch two artificial candle sequences with the same series of closing prices. Give one narrow wicks and give the other deep excursions through the candidate entry area. Their closing-path efficiency, net displacement and direction are identical. Their ability to fill a resting order or stop a position can differ substantially.
Use the pair to identify the proper place for the efficiency measurement in your routine. It can describe a completed leg or screen a set of already defined opportunities. It cannot recover missing bid/ask quotes, locate the first available post-confirmation return or decide which intrabar extreme occurred first. Once this is clear, add a separate field for the particular execution evidence your own entry rule needs. This prevents a strong measurement of one feature from standing in for an unmeasured feature that actually controls the trade.
Frequently asked questions
Can efficiency be negative?
The absolute ratio used here is nonnegative. Store the sign of the net move in its own direction field.
What if every close is identical?
The denominator is zero. Mark the ratio undefined and retain the flat interval as a recorded condition.
Does one large candle qualify automatically?
A single close-to-close change gives a ratio of one whatever its size. Minimum distance, location and structural evidence still determine eligibility.
Should I use wicks in the denominator?
This version uses closes. A high-low travel proxy measures a different quantity and still cannot reconstruct intrabar ordering.
Where should the leg end?
Use a rule you could apply at the time, such as a fixed number of closes or the first completed break. Save its exact timestamp.
Continue the chart exercise with the school’s guides to the London Kill Zone and the Judas Swing for session context. Use market structure shifts to locate the confirmation, fair value gaps to mark the return interval, and order blocks to relate the smaller trade to its larger price area.