Step-by-step

Run this scenario in DocketMath using the Structured Settlement calculator.

This guide walks you through running a Structured Settlement calculation in DocketMath for Louisiana (US-LA). You’ll use jurisdiction-aware defaults tied to Louisiana’s legal timelines—especially the general limitations period referenced in La. Rev. Stat. Ann. § 9:2800.9.

1) Open the Structured Settlement calculator

1. Go to the primary CTA: /tools/structured-settlement
2. Confirm the calculator is set to Louisiana (US-LA).

   • In practice, DocketMath jurisdiction-aware rules should apply automatically.
   • If you see a jurisdiction selector, choose US-LA explicitly so the tool uses Louisiana defaults.

2) Gather the minimum inputs for the structured settlement

Structured settlement calculations typically require a set of core parameters. In DocketMath, focus on the inputs that drive the payment schedule and present value.

Use this checklist to assemble your numbers before you start:

Once you enter these, the calculator will generate outputs such as:

• a projected payment timeline
• the effect of discounting (present value)
• derived totals based on your chosen schedule

3) Apply Louisiana jurisdiction-aware time defaults (SOL context)

DocketMath’s jurisdiction-aware rules for US-LA include a general/default limitations period.

For Louisiana, the general/default limitations period used in this workflow is:

• General SOL Period: 1 years
• General Statute: La. Rev. Stat. Ann. § 9:2800.9

Your provided jurisdiction data also indicates:

• No claim-type-specific sub-rule was found, so this workflow treats the 1-year period as the default rather than creating category-specific branches.

What that means inside the workflow

In many structured settlement workflows, limitations timelines can influence how you set and document assumptions—particularly around planning horizons and the time reference the tool associates with a “limitations period” concept.

In DocketMath, you’ll typically see this reflected as a jurisdiction-driven default you can use during scenario setup (for example, when the tool associates a timing horizon with the calculation).

Important: This guide focuses on tool usage and jurisdiction defaults. It does not determine legal rights, deadlines, or claim viability.

4) Enter the timeline and confirm the SOL/time horizon is using the general/default period

Because Louisiana SOL here is general/default (per your provided dataset), make sure you don’t accidentally apply a special rule.

• Look for any “limitations period,” “SOL horizon,” or “time to consider” input in DocketMath.
• Confirm it shows 1 year and ties that reference to La. Rev. Stat. Ann. § 9:2800.9 (or an equivalent explanation in the interface).

Pitfall to avoid: If DocketMath offers multiple SOL options, avoid selecting a claim-type-specific option unless you have a jurisdiction-specific rule you can cite. Your dataset explicitly reports no claim-type-specific sub-rule found, so the safest approach for this guide is the 1-year general period under La. Rev. Stat. Ann. § 9:2800.9.

5) Run the calculation and review how outputs change with each input

After entering the inputs, run the calculator. Then review results in two layers:

A) Schedule outputs

These reflect your payment plan choices:

• total number of payments
• payment dates
• aggregate nominal payments

B) Discounted / present value outputs

These reflect the discount rate / assumed return:

• present value of the payment stream
• comparison to a funding amount (if you entered one)

To understand sensitivity, change one input at a time:

• If you increase the discount rate, the present value usually decreases (future payments are worth less today).
• If you delay the payment start date, present value typically decreases because payments arrive later.
• If you extend the number of payments, nominal totals increase; present value depends on timing and discounting.

6) Save or export your scenario for Louisiana documentation

If DocketMath offers saving, exporting, or generating a shareable summary, use it to keep:

• the inputs you used
• the Louisiana-specific defaults (including the SOL reference)
• the generated outputs

That helps you maintain a clear record when you revise assumptions later—especially if payment timing or discount rate changes.

Common pitfalls

Structured settlement scenarios are easy to model incorrectly if inputs drift from your real settlement proposal. These are the most common issues when running the tool for US-LA, using the general/default 1-year SOL reference tied to La. Rev. Stat. Ann. § 9:2800.9.

error checklist

Timing mismatch can distort results

Even if the discounting math is correct, timeline misalignment—especially payment start dates—can change the payment stream and the present value output substantially.

Try it

Here’s a practical way to test the Louisiana structured settlement workflow in DocketMath:

1. Visit /tools/structured-settlement
2. Ensure jurisdiction is **Louisiana (US-LA)
3. Enter a simple scenario to validate the mechanics:

   • choose a consistent frequency (e.g., monthly)
   • pick a clear start date
   • set a fixed payment amount
4. Confirm the SOL/time horizon uses:

   • General SOL Period: 1 years
   • La. Rev. Stat. Ann. § 9:2800.9
   • and only as the general/default period (since no claim-type-specific sub-rule was found)

Then run three quick sensitivity tests:

• Test A: Discount rate

  • Increase the discount rate by a small step
  • Re-run and confirm whether present value decreases

• Test B: Payment start date

  • Push the start date forward by 30–90 days
  • Re-run and observe the effect on present value

• Test C: Payment frequency

  • Switch frequency while keeping the nominal payment concept aligned (based on what the tool supports for your scenario)
  • Re-run and observe how total timing affects the discounted value

If your outputs change in the expected direction across these tests, your inputs are likely consistent for US-LA.

Related reading

• Browse the blog

Step-by-step

• Select Louisiana in the Structured Settlement tool.
• Enter the trigger dates and any caps or rates.
• Run the calculation and save the output.

Capture the source for each input so another team member can verify the same result quickly.

When rules change, rerun the calculation with updated inputs and store the revision in the matter record.

Common pitfalls

• missing a required input
• using a stale rate or rule
• ignoring calendar or holiday adjustments
• skipping documentation of assumptions

When rules change, rerun the calculation with updated inputs and store the revision in the matter record.

If an assumption is uncertain, document it alongside the calculation so the result can be re-run later.

Try it

Open the Structured Settlement calculator and follow the steps above: Run the calculator.

Capture the source for each input so another team member can verify the same result quickly.

When rules change, rerun the calculation with updated inputs and store the revision in the matter record.

Related reading

• Structured Settlement Calculator Guide for Alabama
• Structured Settlement Calculator Guide for Arizona
• Structured Settlement Calculator Guide for Colorado