Phase D: Signs of Strength and Last Points of Support

16.1 How Phase D Builds on the Earlier Structure

Phase D indicates that demand is beginning to lift price repeatedly and attempting to lead it out of the trading range. Assess it in the context of the preceding trend stop, range development, and supply tests. If earlier action establishes only sideways trading, without weakening supply, one advance shows at most stronger local buying and cannot establish Phase D of accumulation for the whole structure.

Phase D usually consists of connected behaviors: upswings travel farther than before, bars mostly close high, pullbacks are relatively slow and small, and after clearing local resistance price remains higher and advances again. As price approaches the upper boundary, focus increasingly on whether buyers can cross the supply band that previously suppressed price repeatedly.

Phase C need not be separately visible. A structure without a Spring may strengthen directly after an internal Phase B supply test, and real-time boundaries between B, C, and D may be blurred. Simply observe whether buyers clear local resistance, pullbacks remain controlled, and price advances again. Do not invent events to complete the alphabetical sequence.

Phase D provides more facts supporting upward development than a lower-boundary test, but actual risk still depends on entry-to-protection distance. Waiting for a later signal does not necessarily require a farther stop; entering earlier does not necessarily provide a better price. Reevaluate each trade according to trigger location, structural invalidation point, and remaining room above.

Identifying Phase D requires supply and demand to have progressed from sellers struggling to lower price to buyers being able to drive it upward. A successful Phase C test establishes only that a particular downward probe failed to continue. In Phase D, advances should clear internal local supply points, pullbacks should stop higher, and subsequent advances should continue progressing. If each rally merely moves from the lower boundary to resistance in the middle, action may still be Phase B oscillation. Passing time does not automatically change the phase label.

Earlier behavior affects the weight of Phase D evidence. If multiple downswings have shortened, a Spring has recovered, or internal supply tests have occurred, SOS and LPS extend a gradually strengthening bullish case. If earlier action is directionally confused, even a sudden strong up candle should initially be treated as stronger local demand. A Spring is optional: higher supply tests, internal LPSs, and clearing the upper boundary can perform the same function without one.

Later action may overturn a Phase D assessment. If price clears the upper boundary but cannot remain outside, pulls back deeply inside, and the next advance cannot reach the breakout point, the earlier strength did not hold. Treat phase judgments and orders separately: continue monitoring the structure, but handle a triggered protective order according to trading rules and actual fills. A later fresh strength sequence can establish new grounds for participation.

16.2 Sign of Strength: SOS

A Sign of Strength (SOS) can be one bar or a complete advance. A previous local high or upper boundary marks where buyers previously stopped progressing: offers, aggressive selling, or buyer withdrawal were sufficient to halt further upward movement. Clearing that area and continuing to trade at higher prices shows that the old opposition has at least lost its former effectiveness and buyers' ability to lift price has visibly changed. One wide-spread up candle can be an SOS bar; a sequence of progressively higher highs and lows eventually crossing resistance can be an SOS swing. SOS is named by function, with no fixed candle pattern or requirement for a preceding Spring. A structure that never broke its lower boundary can likewise move directly from a supply test into strength.

'Significant' requires comparison. Compare the current advance with two or three earlier range upswings launched from similar locations, or with the just-completed downswing. Expanding bar spreads show only increasing fluctuation. Greater net advance over a similar duration, with closes progressing higher, establishes increased upward speed. Large net gains show that price traveled farther after allowing for intervening reversals. Multiple closes near bar tops show that sellers had not erased most of the gains by each period's end. These measures are not interchangeable. Wide spreads with little total net advance may merely represent violent back-and-forth trading. Farther travel with repeated long upper wicks shows continuing supply en route and requires checking whether gains hold. Good closing positions without exceeding earlier upswings may still be an ordinary range rally.

A classic SOS often has relatively higher volume because crossing known supply frequently requires more aggressive trading. Compare volume over matching measurement scopes: daily bars with recent daily bars, and intraday bars preferably with the same session periods and durations. For a longer advance, examine both cumulative volume and activity per unit of time; higher total volume alone does not establish stronger demand. If increased trading accompanies greater net displacement, higher closes, and cleared resistance, active trading is associated with effective upward movement. Only data classified by trade initiator allow further assessment of changes in aggressive buying. If heavy trading produces a spike and retreat, limited overall gains, or immediate erasure by the next leg, substantial supply may be meeting the buying. A wide-spread up candle starting below the upper boundary, briefly crossing it, and closing back inside especially cannot be named SOS solely from its spread and bullish color.

Price can also rise rapidly without conspicuously higher volume. This differs from the classic high-volume SOS mechanism: overhead offers may be thin or sellers temporarily unwilling to trade, allowing modest buying to move price far, subject to subsequent verification. If price crosses multiple levels with little bar overlap and the next pullback has still less trading and difficulty lowering price, thin overhead supply gains support. If the low-volume rise occurs only in a quiet period and is quickly reversed when activity resumes, or slight selling erases all gains, liquidity was merely temporarily thin. Classic high-volume SOS reflects buyers overcoming supply through substantial trading; a fast low-volume advance may reflect insufficient visible supply. Both can show strength, but their causes and uncertainties differ.

Location determines an SOS's structural meaning. An internal SOS shows that the current upswing is stronger than earlier ones, moving price from the lower area toward the middle or upper boundary and providing a premise for a subsequent internal LPS. Upper-boundary supply remains unresolved, so the trade first faces the opposite side's constraint. An SOS through the upper boundary directly tests buyers' ability to cross boundary supply. Continued trading and residence outside, followed by a pullback holding the breakout area, further support movement from Phase D toward Phase E. A retest adds confirmation but is not mandatory for every SOS. One breakout bar is preliminary strength; it cannot alone establish Phase D for the entire structure, and its SOS label is not a buy instruction.

Subsequent action confirms or weakens the strength. If a pullback is slower than the SOS, has smaller downward spreads and net displacement, less trading activity, and does not easily return to the SOS starting point, sellers can reverse only limited ground. Buyers then clearing a local high within the pullback show continuing strength. Conversely, a pullback rapidly erasing the whole SOS and remaining low, or later rallies repeatedly failing to reach the breakout point, materially weakens the earlier advance. Actual entries need separate location-specific triggers and protection. After an internal SOS, wait for a pullback test and reassess near the upper boundary. After a breakout SOS, observe whether price remains outside or wait for a retest. Handle protective triggers according to order rules and execution reports, without waiting for final failure of the whole accumulation hypothesis.

16.3 Last Point of Support: LPS

A Last Point of Support (LPS) follows strength. The pullback fails to recover the market's former downward ability, and price then strengthens from a higher low or support zone. An arbitrary higher low is not automatically LPS, and low volume alone does not justify preselecting its low. 'Last Point of Support' is simply the name of support formed by a supply test after strength. It guarantees neither no further tests nor permanent absence of renewed supply. In real time, call it a candidate LPS until rising resumes. Several LPSs may occur successively as a trend develops, each representing a fresh supply test.

LPS tests whether the buyers' newly displayed advantage can persist; it does not require a retest after every advance. If sellers obtain a pullback opportunity but reverse only limited ground before trading moves higher again, the preceding strength has not been erased. If price extends directly, the market simply has not supplied this extra comparison; SOS remains valid. First examine where a candidate LPS pullback began. Clear preceding strength shows demonstrated buyer ability to lift price. After an ordinary rally, however, low-volume decline may merely be a slow slide caused by absent active buying. Also compare the pullback with previous range downswings starting at similar highs. If earlier downswings rapidly crossed the middle and approached the lower boundary but this one stops in the upper half, sellers failed to reach previously attainable prices. This is a downswing failing to reach its expected opposite side, or Structural Failure: a bullish relative-strength clue requiring comparable round trips within the same valid range. It means neither failure of the entire accumulation structure nor an order stopping out, and does not apply to every shallow pullback.

Assess pullback speed, net displacement, and trading activity separately. Narrower spreads and greater bar overlap show a lack of downward continuity. Falling lows with closes repeatedly recovering from them show buying support after price reaches lower levels. A smaller overall net decline than earlier downswings shows sellers reversing only limited ground. Contracting volume can support reduced selling pressure, but compare the same timeframe, session period, and SOS trading. A longer pullback may make cumulative volume overstate supply; selecting only one low-volume bar may miss many small transactions persistently lowering price.

A narrow, low-volume pullback is a common LPS candidate because sellers participate less and achieve little downside, but buyers must still return. A smooth low-volume decline with repeated low closes that progressively erases most SOS gains more likely reflects withdrawing buyers and cannot automatically mean exhausted supply. A pullback may also have high volume. Heavy trading producing little decline, followed by a rapid departure from the low, may reflect demand absorbing supply. High volume with wide-spread declines, low closes, and continued falling shows effective selling and cannot be called high-volume buying support. Judge identical volume changes through price movement and the following leg.

A candidate LPS becomes an LPS only when rising resumes. Price first stops falling and then clears the nearest meaningful local high within the pullback, showing buyers beginning to remove sellers' short-term control. Subsequent higher highs and lows make the LPS function clearer. A single rally bar unable to clear local supply, or a rally followed by another break below the candidate low, leaves the supply test incomplete. A trade may wait for a resumption signal or trigger on strengthening under predetermined intraday rules. A close-confirmed strategy must wait for its timeframe to end. These rules cannot be swapped in hindsight.

An internal LPS and a post-breakout LPS test different locations. The first tests whether buyers can take over early inside the range and drive price toward the upper boundary again. With major resistance still overhead, consider that boundary first when reducing or exiting. The second tests whether old resistance becomes support, focusing on whether price holds near or above the upper boundary without requiring an exact touch. Failure of internal support may merely restore range oscillation. Post-breakout support that persistently falls back inside and meets resistance below the upper boundary shows the breakout did not hold. Place the stop where the specific entry premise is sufficiently invalidated.

16.4 Comparing the Strong Advance and Pullback

To compare SOS and its pullback, first identify where the advance began, which local resistance levels it crossed, its total net gain, where trading concentrated, and whether bars mostly closed high. Then examine how much of the gain the pullback erases, whether bars repeatedly overlap, whether low prices persist, and when buyers lift price again.

A sequence retaining strength usually has a farther-reaching advance, a relatively limited pullback, and timely resumption upward. 'Limited' is relative to the market, timeframe, and preceding swings, with no fixed ratio. More volatile instruments may have deeper pullbacks, provided key support holds and upward progress resumes.

If each advance is shorter, pullbacks deepen, and resumption becomes harder, demand's advantage is weakening. Increasing volume with smaller net upward displacement may indicate supply absorbing buying overhead, requiring later action to distinguish the explanation. An actively traded pullback that smoothly breaks support has already shown stronger seller ability to depress price.

Update trade management with these comparisons. While the pullback still fits a candidate LPS, wait for an upward-resumption trigger. If price crosses that trade's protection, follow order rules and actual execution reports. The local LPS trade ends only when its protective order fills completely; a partial fill still leaves a position to manage. The larger range's accumulation assessment may remain unresolved and must be handled separately.

Use consistent swing definitions and measurement scopes, while allowing for actual start and end locations and elapsed time. Comparing absolute gains alone understates current demand if this advance starts in the middle but the previous one began at the lower boundary. Also assess the local highs crossed, net displacement over comparable time, and ability to hold after reaching the upper boundary. Observe the entire pullback from the end of SOS until selling stops, rather than selecting one low-volume bar to represent it.

Wider spreads indicate only a wider fluctuation range. Closes progressively nearer the upward end, together with greater overall net displacement, show more effective upward movement. Rising volume and expanding gains show active trading driving an advance; rising volume with shorter advances may indicate overhead supply restraining buying. Rapid rising despite lower volume may indicate thin supply; lower volume and sluggish rising may indicate retreating demand. Distinguish the same volume changes by how far price actually travels.

The timing of renewed rising also matters. A healthy LPS does not require an immediate vertical advance. But prolonged residence near the pullback low, with each rally suppressed, gives sellers repeated opportunities to apply pressure. Buyers clearing local pullback highs sooner more clearly show regained initiative after the test. If rising resumes much later, incorporate any new supply that appeared during the wait.

16.5 Jump Across the Creek and the Breakout Retest

Jump Across the Creek (JAC) describes an upward crossing of the range's upper boundary or a major supply band. It is essentially an SOS at a key location. The 'creek' comes from a resistance line in older illustrations, but real highs rarely align at one price. Treat the area of repeated resistance, concentrated trading, and multiple declines as a supply band. Continually moving the boundary to make a particular candle count as a breakout destroys the JAC's comparison baseline.

JAC tests buyers' ability to cross the supply band; BUEC tests sellers' ability afterward to push price back into the range. A quality JAC often starts from an internal higher low. The current upswing travels farther than earlier challenges of the upper boundary, with expanding spread and net displacement at the crossing and closes retaining most gains. The classic case often involves active trading, showing buyers meeting sell orders around the band and continuing to lift price. A fast crossing on modest volume may instead mean boundary supply is already thin. Both require continued observation of whether price remains above the range. An intraday spike through the boundary closing back in the band, or a huge-volume breach immediately erased in full, establishes only intense boundary trading, not a demand victory.

Holding above does not require a set number of consecutive up candles. It means trading begins above the old boundary and forms a new area of back-and-forth activity. A direct continued advance shows that supply has not organized an effective response. Sideways trading above without a deep return also suggests growing acceptance of higher prices. If every upward probe quickly falls back inside and time spent above keeps shrinking, the breakout is losing effectiveness. JAC cannot independently classify the structure as accumulation. Internal evidence may gradually favor buyers before the breakout, with JAC adding confirmation. Failure to stay outside weakens the original assessment and, in severe cases, may develop into failed accumulation or a candidate opposing Upthrust.

A post-breakout pullback near the former supply band is Back Up to the Edge of the Creek (BUEC). It is a more specifically located LPS: the area that once stopped rising now undergoes a supply test. Old resistance does not automatically become support because a line was drawn. The change arises from participants' reactions after the breakout. Earlier shorts there may cover because the breakout has not failed; breakout buyers may support the old boundary; and those waiting for the break may enter there. If these buy orders are insufficient or new selling increases, price still returns to the range. The retest may strengthen upon touching the boundary or stop above it. A brief reentry followed by quick recovery can still fit BUEC. An exact line touch is unnecessary because the old boundary was already a zone, and minor crossings appear differently across timeframes.

Evaluate BUEC together with its preceding JAC. A rapid JAC followed by a slow BUEC, narrower pullback spreads, less trading, and limited net decline shows sellers unable to erase breakout gains readily. Even active BUEC trading can initially qualify as possible buying support if it cannot depress price far and lows recover quickly. A subsequent move above a local pullback high then shows buyers using that support to resume rising. Low volume alone does not guarantee success. Persistent low-volume slipping into the range's middle and residence at the lows show absent returning demand. A high-volume, wide-spread pullback with repeated low closes that also breaks the JAC launch area shows supply both active and effective in lowering price.

After BUEC completes, price should leave the boundary and resume rising, with the former resistance band becoming support that later pullbacks struggle to penetrate. If a rally reaches only the old upper boundary before falling again, or price keeps trading inside the old range, resistance has not become support. Do not repeatedly rename deeper declines a larger BUEC to preserve the original view. Reassess whether the breakout has failed.

Participating near JAC offers earlier entry into the breakout but exposes the trade to false breakouts and sharp retests. Waiting for BUEC adds evidence about retention of higher prices and supply testing, at the cost of a possible direct extension with no retest. Even if BUEC appears, touching old resistance alone is insufficient to buy. Wait for sellers to stop lowering price and buyers to restart the advance, and place protection where the retest premise is invalidated. Handle triggered protection according to actual fills. Even if price later regains the range, that belongs to a new structure and trigger.

16.6 Internal Strength Versus Actual Departure

An internal SOS shows relative demand improvement but has not resolved upper-boundary supply. It may begin near the lower boundary or at a higher internal LPS. Focus on whether the current upswing produces greater net displacement than earlier advances, crosses the middle faster, and clears several local highs. Even if all are strong, price still faces selling that repeatedly halted advances at the upper boundary. Internal SOS therefore first proves demand can drive price toward the opposite side, not that price has left the range.

Whether price merely reaches the upper boundary or overcomes supply depends on behavior there. Active trading with shrinking net displacement, repeated upper wicks, and returns inside shows buying encountering real supply. Only when increased trading takes price across the whole supply band and closes and subsequent trading remain above have buyers converted activity into a breakout. A rapid low-volume crossing may reflect scarce boundary supply, but rule out quiet-session effects and momentary gaps in quotes, and observe whether price remains outside when active trading next returns.

Actual departure requires persistent trading above the upper boundary. Price may extend directly upward or oscillate sideways outside. Both retain higher prices, with the old upper boundary no longer repeatedly pressing price toward the middle. A momentary high, one outside close, or one shallow retest cannot independently prove a stable breakout. Even a brief return can remain consistent with a valid breakout if price quickly regains the upper boundary and resumes rising. If price stays in the middle and rallies meet resistance at the old upper boundary, breakout failure becomes substantially more likely.

Internal and post-breakout LPSs also have different tasks. An internal LPS tests local demand advantage within the range; failure may restore a downward round trip toward the lower boundary. A post-breakout LPS tests old resistance becoming support. Persistent return to the range means higher prices did not hold and directly contradicts breakout stability. Both may look like narrow, low-volume pullbacks, but location determines overhead room, major resistance, and invalidation conditions. Similar appearance does not justify combining them in the same trade statistics.

In unfolding action, price may first rise strongly from the lower boundary, stall on high volume at the upper boundary, and return to the middle, showing internal strength meeting boundary supply. If it then rises from a higher low, crosses and remains outside, and resumes rising after a retest only near the supply band, internal SOS, breakout, and external LPS become connected. If the second upward probe again falls back inside, demand has improved but has not established boundary control.

Different entry locations impose different constraints. An internal LPS first requires treating the upper boundary as a possible exit or risk-reduction area because the full supply obstacle lies ahead. Breakout entry bears the risk of immediate failure after crossing. Waiting for BUEC adds another test of resistance becoming support, but no retest may occur. At every location, define protection around the current trigger. Handle protective triggers according to actual fills; a bullish larger structure cannot justify delaying exit.

Figure 16-2. Internal strength, actual departure, and breakout failure (schematic)

16.7 Multiple LPSs, Deep Retests, and No Follow-Through

Multiple LPSs can appear as an advance develops. 'Last Point of Support' names support formed through a supply test after strength; it need not be the final pullback on the entire chart. LPS after the first internal SOS tests demand inside the range; BUEC after JAC tests old resistance becoming support; a higher LPS in the developing trend tests continuation. Pair each LPS with its own preceding strength. Do not retrospectively select only the lowest-risk or lowest-price example as the sole correct answer.

Successively higher LPSs first show that each pullback stopped higher. Continuous confirmation of demand advantage requires resumed advances also to clear previous highs in succession. Higher lows without new highs may merely be converging consolidation and do not directly establish sustained strength. Failure of one LPS need not overturn all accumulation. An internal LPS failure may restore range oscillation. An external LPS failure followed by prolonged trading inside the old range is more serious. The event's structural level determines the scope of invalidation.

A deep retest is not necessarily a failure. First compare it with JAC or the preceding SOS: duration, whether trading concentrates during decline, the amount of gains erased, and whether reentry recovers immediately or persists. A slow deep retest with progressively contracting trading and a brief boundary crossing quickly reclaimed may still show sellers unable to sustain lower prices. A shallow retest with active trading, repeated low closes, and a rally persistently unable to clear local highs may instead show withdrawing demand.

When a breakout lacks immediate follow-through, distinguish remaining above from rejection above. Narrow oscillation outside, gradually diminishing trading, and inability of sellers to push price inside may form new support, with a subsequent SOS still needed to confirm renewed demand. If each upward probe quickly retreats and lows keep entering the old range, higher prices cannot hold. A sideways pause alone confirms neither success nor failure; it postpones assessment until the next directional move.

Lack of follow-through may also take the form of an upswing failing to reach the expected opposite side. Use this Structural Failure only when the same structure being compared has developed stable round trips. For example, a new range develops above the breakout; earlier upswings from its lower boundary reach the upper boundary, but a later rally turns down in the middle. That is relative weakness adverse to demand. If no comparable structure exists above the breakout, an advance failing to reach the previous high is initially only a lower high. The departed old range cannot remain the expectation baseline. Structural Failure is neither failure of the entire accumulation hypothesis nor an individual trade's protective stop.

Weakening of a breakout usually develops through several changes rather than one isolated action: less time outside, deeper successive pullbacks, increasing difficulty rallying back to the breakout point, and finally greater seller net displacement returning price to the old range. With only one change, reduce the strength assessment and keep observing. A buyer move above the previous high overturns the weakening interpretation. Only multiple behaviors showing sellers deepening pullbacks justify downgrading Phase D strength to neutral or considering failed accumulation.

Trade management cannot wait for a final conclusion about the overall structure. Once the local low or upward-resumption condition underlying an LPS entry is broken, handle protection according to order rules and actual fills, even if the larger structure may later strengthen. A later fresh test and resumed rise create a new candidate LPS and a new trade. Later success cannot reactivate an earlier trade whose protection already triggered.