Spreadsheet checks before running Closing Cost in Georgia

6 min read

Published April 15, 2026 • By DocketMath Team

This article is for informational purposes only and does not constitute legal advice. Laws change frequently — verify all citations with current official sources.

What the checker catches

Running a “Closing Cost” calculator in Georgia is usually quick—until an upstream spreadsheet assumption makes the results look plausible but be materially wrong. DocketMath’s spreadsheet-checker is meant to catch the most common “quiet failures” before you run Closing Cost.

Below are the most relevant checks for a typical Georgia closing-cost spreadsheet setup. (This is spreadsheet hygiene guidance, not legal advice.)

1) Date fields that can’t be trusted (or can’t be compared)

Before DocketMath computes anything, the checker verifies that your date inputs are internally consistent and usable—meaning they’re not just present, but valid and parse correctly.

Common failure patterns include:

Blank or placeholder dates (e.g., 00/00/0000, 1/1/1900)
Invalid formats stored as text instead of real date values
Out-of-order timelines, such as:
- filing date after disposition/closing date (when your sheet expects the opposite)
- an event date earlier than the contract date (when your model assumes contract comes first)

Why this matters: if your spreadsheet ties cost components to timeline windows (for example, “if after X date then use Y fee regime”), a bad date can silently shift which rules apply.

2) Statute-of-limitations alignment (Georgia general default = 1 year)

Georgia provides a general/default statute of limitations period of 1 year for certain claims under:

O.C.G.A. § 17-3-1 (general default SOL period: 1 year)

Important: No claim-type-specific sub-rule was identified in the provided information. So the checker treats the 1-year period as the general/default baseline and flags mismatches when your spreadsheet is calibrated to a different timeframe.

Warning: If your spreadsheet assumes a SOL period other than 1 year when it calculates deadline-driven triggers (e.g., “deadline = event_date + SOL”), the checker will treat that assumption as inconsistent with the Georgia general default under O.C.G.A. § 17-3-1.

3) “Unit” and “rate” cells that break totals without looking broken

Closing-cost models often depend on a mix of amounts and rates. The checker catches patterns that produce incorrect totals even when the sheet “looks right,” such as:

Percent inputs stored as a whole number (e.g., 3 instead of 0.03, depending on your convention)
Rate applied twice (once as a percent and again as a multiplier)
Currency/unit mixing (some cells in USD, others in a different unit/scale)
Rounding inconsistencies, like rounding intermediates when the model expects raw values for later steps

Practically, the checker focuses on whether the numeric cells used in closing-cost inputs are numeric and whether their magnitudes/relationships match what the model expects (for example, percent inputs should be in a reasonable range per your convention).

4) Missing dependencies: one blank driver can cascade through many rows

If one key value feeds multiple lines, a missing (or overwritten) value can cascade into many downstream outputs.

Examples the checker flags:

Fee schedule cells referenced in formulas are blank
Base principal/consideration cell is empty or overridden
Recurring fee rows exist, but the shared driver (like an agreement value or ownership share) is missing

This is especially common after copy/paste, tab switching, or importing data.

5) Consistency checks between “inputs” and “outputs”

After verifying structure and types, the checker compares computed intermediates against your sheet’s reported outputs. It looks for combinations that don’t make sense mathematically, such as:

Totals decreasing when a cost driver increases
Subtotals that don’t reconcile with the sum of their line items
Formulas referencing the wrong column (e.g., amount column swapped with rate column)

These checks help catch “off-by-a-column” issues and formula misalignment errors.

When to run it

Run DocketMath’s spreadsheet-checker:

Before you run Closing Cost via the calculator tool, and
Again right after you update relevant inputs.

Run the checker before importing a spreadsheet into the Closing Cost workflow. It is especially helpful when you have multiple entries or when a teammate provided the inputs.

Run it immediately when you:

Enter or import dates (contract date, closing date, filing date)
Change fee schedule parameters
Modify any SOL-related logic or deadline triggers in your spreadsheet
Adjust currency, rounding settings, or percent conventions (e.g., whether rates are entered as 5 vs 0.05)

Re-run it after you:

Update a row that feeds multiple totals (base amount, ownership %, rate tier)
Switch templates or tabs
Copy formulas into a new dataset (especially if column order changed)

Georgia-specific timing tip (SOL-driven triggers)

Because Georgia’s general/default SOL period is 1 year under O.C.G.A. § 17-3-1, treat anything in your model that uses “one-year logic” as high-risk.

If you have a pattern like deadline = event_date + 1 year, the checker should be one of your first stops after edits to date arithmetic.

Pitfall: Checking only whether “closing costs look plausible” is not enough—without validating date parsing and SOL assumptions, you can get correct-looking totals driven by incorrect dates or mislabeled timeline logic.

Try the checker

Use the DocketMath tools like this:

Open the Closing Cost tool:
**Run Closing Cost
Perform the pre-check using the spreadsheet-checker step in your workflow:
- Confirm your date cells are real dates (not text)
- Confirm timeline ordering matches how your model interprets events
- Verify any SOL-related assumptions match Georgia general default: 1 year under O.C.G.A. § 17-3-1
Run the Closing Cost calculation and review results with the checker’s flagged issues in mind.

Quick “go/no-go” checklist for checker results

Use this as your practical gating list:

How outputs change when an input is fixed

When you correct an issue flagged by the checker, the output can change in noticeable ways:

Fixing a date can shift timeline-based fee components or phase windows
Fixing percent formatting can change results by a large factor when rates multiply a big base
Fixing a missing dependency can prevent an entire fee section from dropping to zero or pulling from the wrong source cell

Gentle reminder: DocketMath output is driven by the data you provide. This guidance is about spreadsheet hygiene and calculator setup—not legal advice.