Spreadsheet checks before running Structured Settlement in Philippines

What the checker catches

Run this scenario in DocketMath using the Structured Settlement calculator.

Before you run a structured settlement workflow in the Philippines using DocketMath (PH jurisdiction-aware rules), a spreadsheet checker helps you validate the data quality and legal-shape of what you’re about to feed into the calculator. This is especially useful because structured settlement spreadsheets often mix settlement terms, payment schedules, and tax-related reporting fields—each with formatting and logic expectations that spreadsheets can silently break.

Below are the most common issues the spreadsheet-checker catches before you run the structured-settlement calculator:

• Missing required settlement inputs

  • Examples: no payment start date, no payout frequency, or no total “net” amount to be distributed.
  • Output impact: the calculator may generate a schedule that is mathematically consistent but operationally incomplete (or based on default/blank assumptions).

• Inconsistent payment schedule fields

  • Examples:

    • Payment frequency says “monthly,” but the dates are irregular.
    • First payment date is after the last payment date.
    • Number of payments doesn’t match the covered period implied by the dates.
  • Output impact: payment count, installment amounts, and timing windows can drift out of alignment.

• Currency and numeric formatting problems

  • Examples:

    • Amounts entered as text (e.g., ₱1,250,000 stored as text instead of a number).
    • Mixed comma/decimal separators (e.g., 1,250.50 vs 1.250,50).
    • Negative values where they shouldn’t appear (e.g., remaining balance showing negative at initialization).
  • Output impact: rounding and totals can drift—small errors can become meaningful when multiplied across months/years.

• Conflicting totals

  • Examples:

    • “Total settlement amount” doesn’t equal the sum of all payments (beyond an acceptable tolerance).
    • “Expenses” fields reduce a total, but the “net amount” field doesn’t reflect those reductions.
  • Output impact: the structured plan might reconcile to the wrong baseline.

• **Jurisdiction-aware compliance toggles mis-set (PH model alignment)

  • DocketMath’s PH rules typically expect specific logic patterns in how your spreadsheet models:

    • payment timelines
    • beneficiary/plan structure fields (as your PH sheet design represents them)
    • settlement amount decomposition (if your spreadsheet includes those breakdown components)
  • Output impact: you could generate an internally consistent schedule that doesn’t match the PH-aware model you intended to run.

To keep fixes fast and practical, DocketMath’s checker is designed to flag issues in terms of:

• field (what input is wrong),
• row (where it occurs), and
• rule (what specific mismatch happened—e.g., “payment date sequence mismatch” rather than “something seems wrong”).

Typical checker outputs you’ll see

A well-constructed checker run usually returns:

• A pass/fail summary
• A list of flagged cells/columns
• Suggested corrections, such as:

  • “Convert payment amounts to numeric values”
  • “Align first/last payment dates with payment count”
  • “Ensure totals reconcile within tolerance”

When to run it

Run the spreadsheet checker early, ideally before you finalize your structured settlement assumptions. There are three high-leverage moments:

1. Before your first calculator run

   • Goal: prevent “garbage in, garbage out.”
   • If you start with a draft schedule, the checker catches structural problems (dates, counts, totals) while the sheet is still easy to edit.

2. After you change settlement terms

   • Examples that should trigger a re-check:

     • you revise the total settlement amount
     • you change payment frequency (annual → monthly)
     • you update the first payment date
   • The calculator may still run, but the checker helps prevent mismatches from persisting across iterations.

3. Before exporting or sharing outputs

   • If you’re sending the structured settlement schedule to other stakeholders, run the checker one last time to ensure:

     • totals reconcile
     • formatting is consistent
     • schedule dates remain in the expected timeline order

Quick “inputs changed?” rule of thumb

If you touched any of these columns, rerun the checker:

• settlement amount / net amount
• payment start date / first payment date
• payment frequency
• installment count
• payment amount per period
• beneficiary or plan structure fields (when your PH spreadsheet uses them)

What inputs change what outputs?

In structured settlement spreadsheets, the relationship is deterministic—change one input, and the resulting payment plan will shift accordingly:

(This is not legal advice; it’s a practical reminder that spreadsheet structure drives computational outcomes.)

Try the checker

You can test the workflow in DocketMath by using the tool entrypoint, then validating your spreadsheet inputs before running the structured settlement computation.

1. Open the primary tool entrypoint:

   • /tools/structured-settlement
2. Upload or map your spreadsheet fields to the checker’s expected structure (PH jurisdiction-aware).
3. Run spreadsheet-checker first, then run structured-settlement only after the checker passes (or after you resolve critical flags).

If you’d like to jump directly into the experience, start here:

• /tools/structured-settlement

Quick pre-flight checklist (fast manual validation)

Before you even run DocketMath, you can sanity-check these items:

Once those basics are aligned, the checker becomes a safety net—catching less-obvious issues like mixed-format decimals or hidden text in totals.

Related reading

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