Spreadsheet checks before running Structured Settlement in Colorado
5 min read
Published April 15, 2026 • By DocketMath Team
What the checker catches
Before you run a Structured Settlement in Colorado, DocketMath’s spreadsheet-checker helps you validate the spreadsheet inputs that drive the structured-settlement calculator. These checks are meant to prevent the most common spreadsheet errors that lead to wrong numbers, mismatched fields, or outputs that don’t reconcile to the underlying settlement math.
Here are the key issues the checker can catch for US-CO (Colorado) workflows:
Missing required fields
- Examples: blank settlement date, absent payee/beneficiary name, or a missing stream start date.
- Typical impact: the calculator may default assumptions in a way you didn’t intend, or it may refuse to compute.
Inconsistent date logic
- Examples:
- Payment start date earlier than settlement date
- A lump-sum date that doesn’t align with the first structured payment date (if your model assumes continuity)
- Typical impact: payment timing shifts, which changes present value and total payout projections.
Broken column mapping
- Examples:
- A “principal” column pasted into a “discount rate” column
- Payment period values shifted one row down
- Typical impact: the calculator may treat the wrong numbers as rates vs. amounts—often without an obvious error unless you reconcile totals.
Rate and timing mismatches
- Examples:
- Annual vs. monthly discount rate entered as a single number without period conversion
- Payment frequency (monthly, quarterly, annually) that doesn’t match the schedule you built
- Typical impact: compounding math diverges, producing materially different totals.
**Sign errors (negative amounts)
- Examples:
- Costs entered as positive where the model expects an outflow (or vice versa)
- Net settlement amounts computed with the wrong sign convention
- Typical impact: totals can look “too good to be true” or move in the wrong direction.
Rounding and precision drift
- Examples:
- Manual rounding in intermediate columns that later get summed again
- Currency fields formatted in a way that hides cents
- Typical impact: discrepancies between line-item sums and rollups.
**Colorado workflow safety checks (process-level)
- DocketMath can surface check patterns that matter when your spreadsheet is being used to support structured settlement preparation and downstream documentation.
- Gentle reminder: this is not legal advice—it’s a practical way to verify that your computation is clean, internally consistent, and easier to review.
Warning: A spreadsheet can “look right” while still being wrong. Date order, frequency alignment, and sign conventions are among the most frequent causes of structured settlement calculation errors—and they’re difficult to catch after the fact.
When to run it
Run the checker right before you finalize your structured settlement outputs—ideally at two points in your workflow:
After you enter or paste inputs
- Goal: catch missing fields, date order problems, and mapping issues while the dataset is still fresh.
Right before you export results or share them
- Goal: ensure rounding, frequency, and totals reconcile to the version you intend to submit or distribute.
A practical timing checklist:
Also, if you revise just one assumption (for example, payment start date or payment frequency), rerun immediately. Structured settlement calculations are sensitive: a small timing change can materially affect present value across long horizons.
Try the checker
You can start with DocketMath’s structured settlement workflow from here: /tools/structured-settlement.
Upload the spreadsheet, review the warnings, and then run the calculation once the inputs are clean: Try the checker.
If an assumption is uncertain, document it alongside the calculation so the result can be re-run later.
Suggested input approach (what to prepare in your spreadsheet)
Before you run, structure your sheet so the checker can validate the layout reliably. Typical columns that work well:
- Settlement date
- Payment start date
- Payment frequency
- Payment amount per period
- Number of payments (or an end date that drives the count)
- Discount rate
- Any lump sum component (if your model includes one)
What you should expect from outputs
After the checker passes, the calculator typically produces:
- Present value, using your discount rate and timing
- Total payout across the payment schedule
- Reconciliation values that should line up with your spreadsheet rollups (assuming the inputs are internally consistent)
If the checker flags an issue, you’ll generally see one of these effects:
- A computation stops or fails (often due to missing required fields)
- A warning prompts you to fix date order, frequency alignment, or sign problems
- Totals change noticeably after correcting a mapping/date/rate input
Pitfall: If you paste schedules from another workbook, check whether the paste includes headers or shifted rows. That’s a common way rate inputs end up in amount columns—then the math runs, but it’s using the wrong inputs.
Quick “sanity” checks after the run
Use these rapid confirmations:
- Payment count × payment amount ≈ total payout (allowing for rounding and any final-payment adjustments)
- First payment date occurs after the settlement date
- Changing frequency from monthly to quarterly should reduce the number of periods—and change present value