Spreadsheet checks before running Structured Settlement in Louisiana

What the checker catches

Running a structured settlement in Louisiana is often less about the payout-stream math and more about avoiding avoidable timing errors. DocketMath’s Structured Settlement calculator can model the cashflows, but the spreadsheet checker step helps you verify that your inputs won’t create later disputes about timeliness.

Before you run the structured-settlement calculation, DocketMath’s Louisiana-focused spreadsheet checker helps catch issues in three practical buckets:

1) Incorrect “clock start” and “clock end” dates

Even when everyone agrees on the settlement amount, disagreement frequently starts with what deadline applies and when the clock begins and ends. The checker flags spreadsheets that:

• Use a placeholder date (blank or “01/01/1900”) as a start or end date
• Treat the same event as both the “incident/trigger date” and the “notice/claim date”
• Compute a deadline using inconsistent day-count conventions (for example, mixing business-day logic with calendar-day logic)

Louisiana default timing rule used by this checker (as provided):

• General SOL period: 1 year
• Reference statute: La. Rev. Stat. Ann. § 9:2800.9 (from the materials provided)

2) Missing or inconsistent event mapping

Structured settlement spreadsheets often contain multiple date fields that look right at a glance but contradict one another. The checker catches contradictions such as:

• Settlement date earlier than the “trigger” event date your sheet uses
• A “last payment date” that predates the scheduled first payment (or predates the worksheet’s chosen timeline start)
• Payment schedule dates that don’t align with the start date used for calculations

To keep the sheet coherent, the checker expects a consistent “chain” of dates—at minimum:

• Trigger/event date (the date the spreadsheet uses to start the SOL clock)
• Filing/claim date (the date the sheet uses to evaluate whether the deadline was met)
• Settlement execution date (for internal workflow consistency with the settlement timeline)

3) Spreadsheet math errors that distort the settlement timeline

Structured settlements can be sensitive to day-level accuracy. The checker reviews date-to-number conversions and formula consistency to prevent subtle timeline drift, including:

• Off-by-one errors when converting dates into “days elapsed”
• Mixed date math across tabs (for example, one tab uses a date function like DATEDIFF() while another uses manual subtraction)
• Rounding choices that shift whether something falls just inside versus just outside the 1-year window

A common failure mode looks like this: one part of the workbook counts leap days differently (or counts endpoints differently), and the resulting “deadline check” silently moves—even though the payout amounts appear unchanged. The checker’s job is to reduce that risk before you rely on the spreadsheet.

When to run it

Use the spreadsheet checker before you commit to structured payment schedules and before you produce a final settlement memo or send a finalized workbook for review. Timing assumptions can affect how aggressively timelines, documentation, or negotiation positions are framed—even if the payout schedule itself is otherwise correct.

A practical Louisiana workflow:

• Step 1 (intake): After you enter the trigger/incident date and the filing/claim date
• Step 2 (draft): Before you generate the structured settlement payout table
• Step 3 (review): Immediately after any edits to dates or schedule timing
• Step 4 (export): Right before you export the workbook for review or sharing

If you want one rule of thumb:
✅ Run the checker every time you touch date fields.
Even a small edit can change the computed “days elapsed,” and for a 1-year framework, that can be the difference between “timely” and “not timely” depending on how the sheet evaluates endpoints.

What outputs to expect

The checker generally returns two useful categories of signals:

Gentle reminder: this is a spreadsheet consistency checker to reduce input and formula errors—not legal advice. If your matter involves unusual facts or specialized limitations questions, consider confirming the assumptions with qualified counsel.

Try the checker

You can run DocketMath’s Structured Settlement spreadsheet flow here:

• Primary CTA: /tools/structured-settlement

To get the most reliable checker results, prepare your spreadsheet inputs with clear conventions:

Inputs you should standardize

• Trigger/event date: the date your sheet treats as starting the timing clock
• Claim/filing date: the date your sheet treats as the filing/claim moment
• Settlement execution date: used for internal consistency with the payment schedule timeline
• Payment schedule dates: start date and subsequent intervals (monthly, quarterly, etc.)

How the output changes when you adjust inputs

Try a simple sensitivity test:

• Keep all payment schedule fields the same
• Change only the trigger/event date by ±1 day
• Re-run the checker

If your spreadsheet is internally consistent, you should see changes like:

• “Days elapsed” shifting by ~1 day (or occasionally 0/1 depending on endpoint treatment)
• Potential flipping of the deadline evaluation if you’re near the 1-year threshold

That kind of controlled test helps you catch fragile date logic before the workbook is “final.”

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