Connected account reflects a holding of at least 100 long shares of NVDA at $180.00 with a healthy, liquid options chain. Standard margin account. User has enabled the Preserve-Equities filter. No same-day NVDA covered-call closures. No conflicting open/close/roll orders on NVDA and no user-applied symbol or account do-not-analyze flags. This places NVDA into the covered-call screening set and initiates the data-filtering flow.
The system loads NVDA call chains and establishes a base Days to Expiration (DTE) window (e.g., 7–30 days). Because the user enabled the Preserve-Equities filter, the minimum DTE threshold is mathematically nudged upward to exclude ultra-short weeklies (1–3 DTE), reflecting the user’s preference to analyze scenarios with reduced near-term assignment probability.
For NVDA at $180 in a normal-volatility environment, this leaves a 9-DTE weekly expiration and a 16-DTE weekly/bi-weekly expiration. Farther expirations are screened out based on the user’s configured short-term analysis parameters.
The system reads NVDA’s publicly available earnings report date and computes the days until earnings. In this scenario, earnings are 35 days away. Both the 9-DTE and 16-DTE expirations settle before the earnings window — no expirations are dropped. If an expiration straddled the earnings date, it would be removed from the candidate set to align with standard gap-risk avoidance parameters.
For each surviving expiration, the system applies mathematical prefilters based on the user’s selected regime:
After prefilters, the theoretical candidate set includes: 9-DTE 185C, 9-DTE 190C, and 16-DTE 190C.
The system runs a generic short-option pricing model on each surviving candidate using NVDA’s expected directional move (EM/EMdir) to estimate a theoretical price distribution at expiration. It computes theoretical maximum credit, worst-case mathematical loss (in a one-leg framing), and expected PnL across standard scenarios. An initial analysis evaluation is seeded based on implied volatility relative to NVDA’s historical averages, adjusting for theta, bid/ask percent, and data staleness.
The covered-call evaluation layer then computes long-share notional cost ($18,000 per 100-share lot) and a normalized alignment metric based on the EM profile. Candidates whose short-call delta is mathematically aggressive relative to NVDA’s upside expected move are adjusted downward to align with the user’s Preserve-Equities goal.
Candidate evaluation results:
Based on the user’s selected parameters, the system identifies the 9-DTE NVDA 190C as the candidate with the highest parameter alignment.
The system runs final data-validation checks: confirms user-defined NVDA concentration limits are not exceeded, confirms sufficient underlying long-stock coverage is detected in the connected account data, and verifies hypothetical account-level risk remains under user-configured thresholds.
Underlying: NVDA at $180. Holdings: 200 NVDA shares (2 × 100-share covered-call capacity). Standard margin account. The system takes no commission on individual trades; program fees are set in the executed overlay agreement (see Pricing). The engine operates within the mandate pre-designated by the advisor and client. Regime: moderate IV, neutral RSI, standard VIX levels. Illustrative NVDA calls at a 14-DTE expiration:
Bid/ask spreads are tight (less than $0.30), satisfying the user’s basic liquidity guards. Baseline minimum net credit user input ≈ $0.40 per contract — all four strikes exceed this. Base maximum delta parameter ≈ 0.32; non-preferred routes mathematically extend to ≈ 0.34. Preserve-Equities parameters lower this ceiling.
Max option delta threshold restricted (≈ 0.22). Max EDM-Up delta limit ≈ 50. The mathematical framework weights heavily against risk variables versus normalized return variables.
Output: NVDA 200C (14-DTE) identified as the aligning strike under Preserve-Equities ON.
Max delta parameter starts higher (≈ 0.32, configurable up to ≈ 0.34). Selection algorithms permit nearer-ATM calls based on the user’s yield settings.
Output: NVDA 190C (14-DTE) produces the primary alignment metric for a mode prioritizing premium generation.
The framework processes the primary candidate (mark 3.20, bid ≈ 3.10, ask ≈ 3.30):
Underlying: NVDA at $180. Account holds at least 100 NVDA shares. The system has executed the covered-call parameter-matching and pricing pipelines and identified the NVDA 195C (~14 DTE) as the primary aligned chain. If the mark is $2.10, the system calculates a limit strictly between $2.05–$2.15 after applying spread calculations and programmatic discounts — mathematically positioned near the mid to improve statistical fill probability without crossing the spread. The system explicitly prohibits market orders, maintaining strict adherence to limit-order parameters at all times.
Before an order is staged, the covered-call opening gates evaluate predefined limits and will halt the calculation entirely if:
If any mathematical gate fails, the NVDA calculation is halted immediately and Scenario 3 does not initiate.
NVDA spot: $180. Holdings: ≥ 100 NVDA shares. Next weekly expiration: 7 DTE. Chain metrics fall outside baseline parameters:
The system is mathematically incapable of bypassing these guardrails to force a transaction simply because unallocated shares exist. When calculated implied volatility metrics drop, the system logic will systematically maintain lots in an uncovered state, or calculate strikes closer to the money — but only strictly bounded by hard-coded risk parameters. This mathematical discipline is recalculated independently at each execution sequence.
The system retrieves NVDA’s earnings date and calculates an “earnings window” around that date. The exclusion window begins a predetermined number of trading days prior to the earnings announcement and extends through the announcement day. If the target expiration or the majority of the option’s duration falls inside this calculated window, the earnings avoidance filter is flagged as active for that candidate.
Current state: 5 trading days before NVDA earnings. Spot ≈ $180. Standard calculated candidates:
Even with a post-earnings expiration candidate identified, the pipeline will systematically halt if: implied volatility fails minimum threshold parameters, the 23-DTE premium at those strikes fails minimum-return formulas, EPR/EDM-up or net-delta calculations indicate limits would be breached, or active conflicting closes/rolls or over-coverage conditions are detected.
As an earnings date approaches on an existing covered call, the system also applies earnings-adjusted closing logic. For example: system logged NVDA 190C 21 DTE when spot = $175 for $3.00. Five days prior to earnings, spot = $180, the call is evaluated at $1.20. The system calculates 60% of max profit captured with the earnings date falling within the remaining DTE. Result: the system triggers a close for the covered call at ≈ $1.20, mathematically netting ≈ $1.80 per share and unbinding the NVDA shares prior to earnings.
NVDA spot: $180. Regime: depressed implied volatility. Near-term call chain (illustrative, ~7 DTE):
Implied volatility near the money computes at ~22%, mathematically below historical averages.
The system utilizes a scaling factor during low-volatility regimes to proportionately adjust specific deduction weights. However, absolute hard minimum thresholds remain fixed for ROI, returnExpected, and absolute dollar credit per contract. In this scenario, factoring in the volatility scaling, no NVDA strike parameters meet the hard minimum viability floor.
Long 100 NVDA shares at $180. Opening covered call: sell 1x NVDA 195C (≈ 30 DTE) at $3.50 credit. Max option premium: $3.50 × 100 = $350. The position was aligned because liquidity and spreads met predefined thresholds, vol/EDM/EPR data aligned with the user’s configured policy, the account held at least 100 NVDA shares for coverage, and the premium yield mathematically cleared the minimum configured threshold.
Configured alignment thresholds (illustrative):
Here: 74% capture ≥ 70% → capture trigger identified. ~9% remaining annualized < allocation threshold → incremental yield falls below configured parameter.
The system identifies the condition to route a buy-to-close order for the 195C at $0.90. Calculated option P&L: (3.50 − 0.90) × 100 = +$260. The position retains 100 NVDA shares, removing the calculated upside cap.
Immediately after the closing calculation, the covered-call algorithm is re-run on NVDA. In this case study, the current chain calculates either premium below configured minimums or risk metrics outside configured parameters. Result: no new covered-call condition is met; the calculation leaves the capital in the long NVDA equity and the corresponding $260 option premium.
Parameter-driven rolls (up/out from ITM, assignment-probability calculations) are not triggered here because the leg is not ITM, and the primary variables calculated are based on premium capture percentage rather than assignment probability. Roll calculations require both a target capture on the current leg and a new candidate that mathematically exceeds the threshold. Here only the first condition holds, so the system computes a close function rather than a roll function.
Position: short covered call, NVDA 205 strike. Open: approximately $4.90 per contract ($490 per 100-share call). After ~46 days, price and volatility inputs reduce the option value from $4.90 to ~$0.75. Current quote snapshot: bid $0.70, ask $0.80, mark $0.75. Realized difference so far: $4.90 − $0.75 = $4.15 per share ≈ $415 per contract.
When parameters calculate a simple LIMIT close instead of STOP_LIMIT (due to tight spreads or no triggered trailing variables): the base is derived from the mark; a lower bound is constrained against the bid to prevent unfillable limits; an upper bound is constrained against the maximum calculated threshold give-back and EPR/EDM limits. Instruction: BUY_TO_CLOSE at calculated limit price.
NVDA spot at open: $180. 21-day ATR: ~$6. Account holds 100 NVDA shares at a $170 cost basis. User-defined parameters: target DTE ~14 days, target short-call delta ~0.25–0.30. System identified the 14-DTE 185C at $2.50 credit as parameter-aligned at open (OTM by ~$5, ≈ 0.8× ATR, delta ~0.28).
Mathematical objective: calculate a transaction that shifts the strike further OTM and extends expiration while yielding a net credit based on user inputs.
AcuBooth operates as a strictly quantitative alignment engine. The platform contains no structural or algorithmic incentive to generate transaction volume. When ATR is compressed, the system’s filtering calculations mathematically prioritize the client’s mandate constraints over execution frequency, allowing options to expire or reach pre-defined profit targets naturally.
Maximize Returns configuration. NVDA = $180. System targets: sell 1× NVDA 190C (~21 DTE), filled at $5.05. Initial position: long 100 NVDA + short 1× 190C.
This execution occurs because the IV metric in the further tenor registers as contango and the mathematical outputs (annualized return and net credit) exceed the baseline minimums while maintaining all safety constraints.
Opening position: sell 1 NVDA 190 call at $3.00. Account is credited $300 in premium. During the lifecycle, NVDA trades mostly between $175 and $188. The short call’s extrinsic value declines steadily as expiration nears and the underlying price does not breach the 190 strike.
On expiration day, NVDA closes at $182 — below the $190 strike. The 190 call terminates out-of-the-money and exercise is not triggered.
After expiration, the pipeline analyzes NVDA against the parameter sets as a new cycle: ingests current NVDA spot price, recompiles the options chain and runs the candidate filtering matrix. Under Equity Preservation configuration, scans for lower delta, higher OTM strikes. Under Yield Maximization configuration, scans for elevated premium, nearer-the-money strikes. If baseline parameters are unmet, shares remain uncapped until parameters align.
Underlying: NVDA. Current price at opening: $180. Holdings: 100 shares of NVDA. Share cost basis: $170 per share (total $17,000). Strategy profile: Maximize Returns. Opening trade: sell 1 NVDA 30-day $190 covered call at $3.50 credit ($350 premium). Chain snapshot at open: bid $3.40 / ask $3.60 → mid ≈ $3.50; delta ~0.30; premium vs. underlying: $3.50 / $180 ≈ 1.94% for ~30 days (mathematically exceeding minimum premium thresholds).
NVDA moves from $180 → $187 (weeks 1–2), retraces to $183 (week 3), then trades $188–$195 in the final week, closing at $195 on expiration day. The 190C finishes ITM. No early close threshold was met, and no roll criteria were triggered. The system parameters permit standard assignment at $190 based on the configured net-gain calculations.
Underlying: NVDA at $180. Long 100 shares at $170 cost basis. Account mode: Return Maximization. Upcoming dividend: $1.20 per share, ex-div in 3 days (Thursday). Aligned strike: sell 1x NVDA 185C (10-day weekly) at $3.30 credit. Effective exit price if assigned at 185: $188.30 (185 strike + $3.30 premium).
The early assignment probability metric registers a spike. The call is deep ITM, extrinsic value is calculated at or below the dividend yield, and ex-div cutoff is imminent. Unless user-defined parameters triggered a roll or close prior to this state, assignment becomes a high-probability event.
Underlying: NVDA at $180. Position: 100 shares long NVDA (exactly one covered-call lot). Standard margin account. Tool structure: AcuBooth operates as a deterministic rules-based engine. All parameters within the client’s designated mandate are governed by the executed overlay agreement. Two pre-configured portfolios, identical except for selected mode: Portfolio A (Preserve Equities = ON) and Portfolio B (Preserve Equities = OFF, behaviorally aligned for Premium Optimization).
Considered near expirations and sample calls: 7-DTE 185C (Δ ≈ 0.32), 7-DTE 190C (Δ ≈ 0.27–0.30), 10-DTE 190C (Δ ≈ 0.24), 10-DTE 195C (Δ ≈ 0.20).
Regardless of user-selected mode, both portfolios must pass generic viability/risk algorithms (credit, liquidity, EDM/EPR). Both modes yield a null output when: chains show extreme bid/ask spreads; poor EPR/EDM regimes cause normalized return to fail parameter checks; or net credit falls below hard-coded viability floors after risk penalties. In those calculated cases, the system defaults to holding 100 shares of NVDA with no call sold.
The mathematical model tracks an available covered-call position quantity, representing the exact number of 100-share blocks free to support new covered calls after netting existing short calls.
Total intended alignment: 30 contracts against 3,000 shares. This is achieved strictly through iteration across multiple sessions — never via a consolidated 10- or 30-lot order.
Consequently, the system cannot mathematically stack all 10 intended 185C calls into the nearest expiration in a single sequence. Exposure is systematically distributed over time and expirations, bounded by these concurrency parameters.