Stage 4 · Free
The Jalen Method's pre-session routine has three steps. Step 1: calculate the contract ceiling from DTF÷10 and DLL÷4, convert from dollars to contracts, take the lower. Step 2: multiply net period profit by 0.28 for the daily profit stop, with two special cases. Step 3: check the funded account dashboard for a consistency hold. This article covers each calculation in sequence with worked examples, the three failure modes that produce incorrect inputs, and what the routine explicitly does not decide.
Part 1 of 4 — Input 1: The contract ceiling
The contract ceiling is the pre-session routine's most important output. It is the maximum position size for the entire session — it does not change mid-session, and it does not change based on how a trade is going. Calculating it incorrectly or skipping the calculation and using yesterday's number are the two failure modes that produce DLL risk the method is designed to eliminate. Both constraints — the trailing drawdown floor constraint and the daily loss limit constraint — must be calculated before each session because both change between sessions.
DTF is the trailing drawdown distance: current balance minus the current trailing drawdown floor. Do not use the starting balance — use the live balance from the dashboard. Do not use the drawdown amount from the evaluation agreement — use the current trailing drawdown floor value that the dashboard displays as a live number. The floor advances with winning sessions and does not retreat with losing ones, so it changes between sessions. On a $50,000 account where the trailing drawdown floor is currently at $48,000, DTF is $2,000 — not $2,500 from the original evaluation agreement.
DLL is the daily loss limit. This number does not change between sessions on most platforms — it resets to its full amount each session. Read it from the account parameters or from the evaluation agreement, not from a mid-session running total. On a $50,000 evaluation with a $1,000 DLL, DLL is always $1,000 at session open regardless of what happened in prior sessions. The trailing drawdown floor impact of prior losing sessions is already embedded in the DTF figure.
Divide DTF by 10 to get the floor-distance constraint in dollars. On a $50,000 account with a $2,000 DTF: DTF÷10 = $200. This dollar ceiling guarantees that even 10 consecutive full-stop losing sessions at maximum sizing cannot cause a trailing drawdown floor breach — each losing session at maximum sizing consumes at most one-tenth of the current floor room.
Divide DLL by 4 to get the daily risk constraint in dollars. On a $50,000 account with a $1,000 DLL: DLL÷4 = $250. This dollar ceiling guarantees that 4 consecutive full-stop losers in a single session consume exactly the DLL — a single-session DLL breach is not possible at or below this ceiling. See how funded futures position sizing works for the derivation of both formulas and why the floor distance constraint compounds across sessions while the DLL constraint resets each morning.
The binding constraint is the lower of the two. On a $50,000 account with DTF = $2,000 and DLL = $1,000: DTF÷10 = $200 and DLL÷4 = $250. DTF÷10 is lower — $200 is the dollar ceiling for this session. As the account grows and the floor advances toward balance, DTF shrinks and DTF÷10 becomes the binding constraint more frequently. As a losing period reduces DTF, the same effect applies — the floor constraint tightens before the DLL constraint does.
The dollar ceiling cannot be used directly — it must be converted to a contract count based on the planned instrument and planned stop distance. The conversion formula is: contracts = dollar ceiling ÷ (stop points × point value). Floor the result to whole contracts. Partial contracts cannot be traded.
Example on ES. Dollar ceiling = $200. Planned stop = 4 points. ES point value = $50. Loss per contract at stop = 4 × $50 = $200. Contracts = $200 ÷ $200 = 1.0 → 1 ES contract. At a 4-point stop on ES with a $200 ceiling, the contract count is exactly 1. A 5-point stop at the same ceiling gives $200 ÷ $250 = 0.8 → floored to 0 — the trade cannot be taken at a 5-point stop. The stop distance is a constraint on which setups qualify, not a parameter to adjust after the calculation to make the math work.
Example on MNQ. Same dollar ceiling = $200. Planned stop = 10 points. MNQ point value = $2. Loss per contract at stop = 10 × $2 = $20. Contracts = $200 ÷ $20 = 10.0 → 10 MNQ contracts. The same $200 dollar ceiling produces very different contract counts across instruments because the point values are orders of magnitude apart. This is why the contract ceiling must be calculated per-session per-instrument — the number is not transferable between ES and MNQ even on the same account.
If the result is zero after flooring, the planned stop is too wide for the current dollar ceiling. Two options: narrow the stop to bring the contract count above zero, or skip the session. Do not adjust the dollar ceiling to make the trade fit — the ceiling is a constraint, not a target. Do not adjust the stop to a distance that the setup does not support — a forced stop is not the planned stop and changes the setup's risk-reward profile.
Part 2 of 4 — Input 2: The daily profit stop
The daily profit stop is the pre-session routine's second output. It is the upside ceiling that runs alongside the DLL each session. The contract ceiling protects the downside. The daily profit stop protects the consistency ratio. Both are calculated before the first trade and respected exactly — not as guides but as session boundaries that close the session when crossed. See how the funded futures daily profit stop works for the full derivation of the 0.28 multiplier and the relationship between the profit stop and the consistency cap.
Find cumulative net period profit from the funded account dashboard. This is the running total of closed session P&L since the last payout approval — not the account balance change, not the gross winning trades, not the current open position. Cumulative net period profit is the signed sum of every closed session since the payout period opened.
Multiply by 0.28. Example: $750 cumulative net period profit → $750 × 0.28 = $210 daily profit stop. When today's session's net profit reaches $210 from the session open, the session closes. The daily profit stop is a session ceiling, not a target — do not trade toward it. When the session hits $210 profit, close all positions and end the session regardless of current market conditions.
The 0.28 multiplier is derived from the consistency cap relationship. At 0.28, a profitable session that reaches the profit stop will not cause the best-day percentage to exceed a 30% cap in most realistic cumulative period sequences. The full derivation is in the position sizing content — the key point for the pre-session routine is that the formula is fixed. Do not adjust the multiplier for different account tiers or different instruments. The 0.28 applies universally within the Jalen Method.
On the first session of a new payout period, cumulative net period profit is zero. The formula produces $0 × 0.28 = $0. A zero result means the daily profit stop is not active for this session — there is no upside ceiling from the profit stop formula.
A zero profit stop does not mean unlimited risk or a different session structure. Three things remain unchanged: the contract ceiling from DLL÷4 and DTF÷10 still applies; the DLL still limits the downside; and all session and post-session discipline requirements remain the same. What is not active is the formula-based upside ceiling. The session can run until the DLL boundary is approached, until the method's setup criteria stop producing qualifying entries, or until the trader chooses to close — there is no profit stop formula requiring a close at a specific profit level on the first session of a new period.
This is correct behavior, not an edge case to worry about. The period-open first session is the one session where the upside is structurally uncapped. After the first session closes with any P&L, the formula produces a non-zero value and the next session has an active profit stop.
When the account is in drawdown recovery — the trailing drawdown floor-room (current balance minus trailing drawdown floor) is below the DLL amount — replace the 0.28 formula with DLL÷6 as the daily ceiling. Example: $1,000 DLL → DLL÷6 = $167 daily ceiling. When today's session profit reaches $167, the session closes.
Drawdown recovery is a specific account state, not a feeling of trading poorly. The trigger is a floor-room threshold: if current balance minus current trailing drawdown floor is less than the DLL amount, the account is in recovery territory. At $50,000 balance, a floor at $49,200, and a $1,000 DLL: floor-room = $800, which is below the $1,000 DLL — drawdown recovery applies, use DLL÷6 = $167 as the daily ceiling instead of the 0.28 formula. See funded account drawdown recovery for the full recovery protocol including the five-consecutive-process-correct-sessions criterion before returning to standard sizing.
The recovery ceiling is lower than the profit stop formula would typically produce at mid-period P&L levels. This is intentional — recovery mode prioritizes account survival and floor-room restoration over session profit. A session that closes at $167 profit in recovery still moves the account in the right direction while keeping the floor-room loss exposure small. If the 0.28 formula would produce a number lower than DLL÷6, use the lower number — the binding constraint principle applies to the profit stop as well as the contract ceiling.
Part 3 of 4 — Input 3: Consistency status
The consistency status is the quickest of the three pre-session inputs to produce but the one most frequently skipped. Skipping it does not change the session's sizing. It produces an incorrect expectation about when the next payout window opens. A trader who does not check consistency status before each session may spend three sessions working toward a payout eligibility date that is already blocked by a hold requiring denominator-gap clearance. See how the funded futures consistency rule works in the funded phase for the denominator-gap clearance math and how the hold window behaves across payout periods.
Most funded account dashboards display the consistency rule status as a percentage: best-day P&L divided by cumulative period net profit. If the dashboard shows this ratio, compare it to the firm's cap percentage from the funded account agreement. If the ratio is at or above the cap, a hold is active or will trigger at the next profit.
Some platforms display a direct hold indicator — a flag, warning label, or "consistency hold" notification on the account status screen. If that indicator is visible, the hold is active. If the dashboard does not display either a ratio or a direct hold indicator, calculate it manually: take the best-day figure from the journal and divide it by the cumulative period net profit. If the result is at or above the cap threshold from the funded account agreement, treat the hold as active regardless of whether the dashboard flags it.
The consistency ratio is only meaningful when cumulative period net profit is positive and includes more than one session. On the first session of a new period (one session, net profit equals that session's profit, best-day equals that session's profit), the ratio is always 100% — this is not a hold, it is the one-data-point condition where the denominator and numerator are the same number. After the second profitable session, the ratio drops below 100% and becomes interpretable. Only compare the ratio to the cap threshold after at least two profitable sessions in the period.
When a hold is active, the session's contract ceiling and daily profit stop calculations are unchanged. Run both calculations exactly as you would in a non-hold session. The hold does not change how the session is sized or when it closes.
What changes is the session's purpose. In a non-hold session, a profitable session moves the cumulative period net profit closer to the payout request threshold and adds a qualifying session toward the minimum trading days gate. In a hold session, a profitable session still increases cumulative net profit, but the payout request cannot be submitted until the consistency ratio drops below the cap. The denominator gap closes when other sessions add enough net profit to reduce the best-day-to-total ratio below the cap threshold.
The practical implication for the pre-session routine: when hold status is confirmed, the session's expected contribution to payout timeline is zero. Treat the session as a denominator-building session. Run the session with the same ceiling and profit stop, but update the post-session review's consistency window denominator field knowing that this session's contribution is to the cap-clearance gap, not to the payout counter.
When no hold is active, the session's P&L contributes in all three directions simultaneously: it adds to cumulative net period profit (moving toward the payout profit threshold), it adds a qualifying session (moving toward the minimum trading days gate), and it updates the consistency denominator (which may trigger a hold if a very large session follows a smaller denominator). The consistency status check confirms that all three contribution channels are open before the session begins.
The session may still trigger a hold during the session. If a session's profit pushes the best-day percentage above the cap, the hold activates at that point. The pre-session routine cannot predict whether the current session will trigger a hold — that depends on the session's actual P&L relative to the current denominator. The pre-session check confirms the status at session open, not the status the session will produce.
Part 4 of 4 — Three failure modes and what the routine does not decide
The pre-session routine's value is that it front-loads sizing and exit decisions before the session begins. A skipped or incorrectly calculated input defeats the purpose — it means a sizing or exit decision was made with incorrect information, which is different from making it with no information (which at least acknowledges uncertainty). Below are the three failure modes and what the routine produces versus what it leaves to the trader's judgment.
The most common field-reading error for the contract ceiling is using the starting balance instead of the current trailing drawdown floor to calculate DTF. If the floor has advanced — the account had winning sessions that moved the floor up — using the starting balance produces a larger DTF than the actual current floor room. A larger DTF produces a larger DTF÷10, which may make it appear that the contract ceiling is DLL÷4 when the actual binding constraint is DTF÷10 at its correct value. The floor field to use is the live floor figure from the dashboard — the number that changes session to session as the account earns.
For the daily profit stop, the most common field-reading error is using the account balance change instead of closed net P&L for cumulative period profit. The balance changes with open unrealized positions. Cumulative net period profit counts only closed sessions. If a profitable open position is running at session open, the balance will be higher than the net profit figure — using the balance produces a higher profit stop, which allows the session to run longer than the method requires before closing. Use the closed net P&L figure from the account statistics, not the live balance.
The contract ceiling changes between sessions when the trailing drawdown floor advances or when the account loses equity that reduces DTF. A winning session that advances the floor reduces DTF for the next session — today's floor room is smaller than yesterday's. The DTF÷10 ceiling is therefore also smaller. Using yesterday's ceiling on a day when the floor advanced means sizing at a ceiling calculated from a larger DTF than the one that actually applies. The error is using a larger contract count than the current floor room supports.
The daily profit stop changes between sessions every session — any profit or loss changes cumulative net period profit, which changes the 0.28 formula output. If yesterday's net period profit was $750 and today's session added $210 in profit and then closed, today's cumulative net period profit is $960 and the next session's profit stop is $960 × 0.28 = $269. Using yesterday's $210 profit stop on the next session means closing the session at $210 when the correct profit stop is $269. The calculation must be run from the current cumulative net period profit at the start of each session.
The daily profit stop has two special cases that replace the standard 0.28 formula: the period-open first session (result = zero, no upside ceiling from the formula) and drawdown recovery (DLL÷6 replaces 0.28). The failure mode is applying the standard formula when a special case applies. Using 0.28 on a period-open first session produces $0 × 0.28 = $0, which correctly signals no upside ceiling — this one is self-correcting because the formula result of zero is unmistakable. Using 0.28 during drawdown recovery produces a ceiling that is likely higher than DLL÷6 — the formula produces a larger number than the recovery ceiling requires, allowing the session to run longer than the recovery protocol supports.
The check for drawdown recovery must be explicit. Compare current floor-room (current balance minus trailing drawdown floor) to the DLL amount. If floor-room is less than the DLL, the account is in recovery and DLL÷6 applies for the daily ceiling. This comparison is a one-step check — it does not require tracking floor-room over time, only the current state before each session. See trailing drawdown floor mechanics for how to read the floor position from the dashboard on both EOD and intraday drawdown model firms.
The pre-session routine produces three numbers. It does not produce a trade. The contract ceiling tells you the maximum position size. The daily profit stop tells you when to close the session. The consistency status tells you what the session contributes to the payout timeline. None of these three outputs decides which setup to take, which instrument to trade, what time of day to enter, how long to hold a position, or whether to trade today at all.
Setup selection, instrument choice, and entry timing are decisions that belong to the trader's method and market read. The pre-session routine is the structural layer that makes those decisions executable within the account's constraints. A session where the routine produces a contract ceiling of 1 ES contract, a daily profit stop of $210, and a hold-free consistency status is a session where the trader's job is to look for qualifying setups within those parameters — not to use the parameters as the trading decision itself.
The routine also does not decide whether to trade today. If market conditions are not favorable for the method's setups, not trading is the correct output. The pre-session routine runs whether or not a trade ends up being placed. Running the routine and then deciding not to trade is a valid session outcome — the discipline score for a skip session is 5 (full compliance) if the decision not to trade was based on no qualifying setup rather than on avoiding the session to protect P&L. See The Jalen Method and why the curriculum has four stages for how the three pre-session inputs connect to the session's two rules and the post-session review's four fields as a closed daily cycle.
The pre-session routine calculates three inputs before any trade is placed. First, the contract ceiling: the lower of DTF÷10 and DLL÷4, converted from dollars to contracts using the planned instrument's point value and stop distance. Second, the daily profit stop: net period profit multiplied by 0.28 — the dollar amount at which the current session closes. On period-open days when net period profit is zero, the formula produces zero (no profit cap on the first session, but the contract ceiling still applies). During drawdown recovery, DLL÷6 replaces the 0.28 formula. Third, the consistency status: whether a funded-phase consistency hold is currently active. A hold pauses the payout clock but does not prevent trading. These three numbers are the session's operating envelope. Nothing changes them during the session.
Convert the dollar ceiling to contracts by dividing the dollar ceiling by the loss per contract at your planned stop distance. The loss per contract at stop distance equals stop points multiplied by the instrument's point value. For ES at a 4-point stop: 4 × $50 = $200 per contract. At a $200 dollar ceiling, $200 ÷ $200 = 1 ES contract. For MNQ at a 10-point stop: 10 × $2 = $20 per contract. At a $200 dollar ceiling, $200 ÷ $20 = 10 MNQ contracts. Floor to whole contracts — partial contracts cannot be traded. If the result is zero, the planned stop is too wide for the current dollar ceiling and the trade cannot be taken at that stop distance.
On the first session of a new payout period, net period profit is zero. The formula net period profit × 0.28 produces zero. A zero result means the daily profit stop is not active for that session — there is no upside ceiling from the profit stop formula. The contract ceiling from DLL÷4 still applies. The drawdown recovery ceiling (DLL÷6) also applies if the account is in drawdown recovery at period open. The uncapped first session does not mean unlimited risk — the DLL ceiling is always the binding floor. It means the profit stop formula is not yet constraining the session from the upside, because the period's running total has not yet accumulated a base to multiply.
A consistency hold is active when the best-day percentage has exceeded the firm's cap threshold for the current payout period. The hold pauses the payout clock but does not prevent trading. For the pre-session routine, a hold changes the purpose of the session, not the sizing. The session's goal shifts from earning toward the payout threshold to reducing the best-day-to-denominator ratio below the cap. The contract ceiling and daily profit stop calculations are unchanged during a hold. A profit stop that fires during a hold session still closes the session. The routine output changes only in the third input: consistency status reads "hold active" instead of "hold free," which changes the trader's expectation about when the next payout window opens.
The pre-session routine produces three numbers that define the session's operating envelope. It does not decide which setup to take, which instrument to trade, what time of day to enter, how long to hold a position, or whether to trade today at all. Those are decisions that belong to the trader's entry criteria and market read. The routine's function is to front-load the session's sizing and exit constraints so those decisions do not have to be made in real time during a live trade. Once the contract ceiling is set, the sizing decision is made before any trade is placed. Once the daily profit stop is set, the session-close decision is made before any trade is placed. Once the consistency status is confirmed, the expectation about the session's effect on the payout timeline is set before any trade is placed. Everything inside that envelope — setup selection, entry timing, position management — remains the trader's decision.
The Founding 100 includes the full Jalen Method curriculum, the pre-session routine as a structured checklist, the co-pilot tool, and direct access to Jalen. 100 spots. No renewals after founding lock.