Spreadsheet checks before running Closing Cost in California

What the checker catches

Run this scenario in DocketMath using the Closing Cost calculator.

Before you run a California Closing Cost calculation in DocketMath, use a spreadsheet pre-check to catch common issues that make results wrong, incomplete, or internally inconsistent. The goal of the spreadsheet-checker workflow is to scan your sheet for problems that typically show up before you trust the calculator output.

For California (US-CA), this checker is designed to flag issues in a few practical categories:

• Missing or blank inputs

  • Example patterns:

    • Purchase price is blank, but other fields (down payment, loan amount) look filled.
    • Closing date is missing, which can break proration or timing logic downstream.
  • What the checker looks for: required fields that are empty, contain only whitespace, or appear “filled” but are effectively blank to formulas.

• Mismatched jurisdictions

  • If the spreadsheet is set up for a different state, or if the “jurisdiction” cell doesn’t explicitly equal US-CA, the checker flags it.
  • Why it matters: many sheets route fees, exclusions, or eligibility logic through jurisdiction-aware cells. If jurisdiction isn’t correct, output can be silently wrong.

• Statute / limitations-period assumption drift

  • Many worksheets embed an assumption about a limitations period (SOL) that affects timing-based eligibility logic.
  • In California, the general default SOL period is 2 years under CCP §335.1.
  • Important: the brief found no claim-type-specific sub-rule for the logic being used, so the checker treats 2 years as the general baseline, not a special-case period.
  • What the checker does: it ensures the spreadsheet is aligned with the idea that 2 years is the default assumption unless you’ve explicitly configured something else for a specific scenario.

• Date logic errors

  • Examples:

    • Closing date earlier than an event date used for timing.
    • Using text instead of real date values (for example entering "01/15/2026" when the sheet expects a true date).
  • What the checker looks for:

    • basic date validity
    • obvious ordering problems (e.g., event date > closing date)
    • common formatting mistakes that prevent date arithmetic from working correctly

• Unit and percentage mistakes

  • Common patterns:

    • Entering 3.5 when your formulas expect 0.035 (or entering 3.5% in a cell that the sheet later treats as a decimal).
    • Mixing dollars and percentages in the same column, or copying values into the wrong field type.
  • How the checker helps: it detects inconsistent value ranges and patterns that typically indicate unit mix-ups, so you don’t compute costs using the wrong scale.

• Broken formula references

  • If you copied rows from a template and column references shifted, formulas can point to the wrong cells (or to empty ranges).
  • What to expect: you might see outputs that are all zeros, unusually identical across different scenarios, or missing where you expect variation.
  • The checker looks for telltale signs of broken references that suggest formula linkage problems rather than “real” results.

• Rounding and sign inconsistencies

  • Examples the checker may flag:

    • Negative numbers in fields that should be non-negative (or the reverse).
    • Output behavior that suggests rounding was applied too early or inconsistently.
  • Why this matters: rounding and signs can cascade—small formatting mistakes can change totals and eligibility thresholds.

Gentle reminder: this is a spreadsheet integrity check, not legal advice. It’s meant to help you validate that your sheet is consistent with the intended California (US-CA) setup, including the default 2-year assumptions reflected in the worksheet logic.

Quick sanity checklist (spreadsheet-level)

Use this as a fast “pre-flight” before you run DocketMath Closing Cost:

When to run it

Run the spreadsheet checker right before you run Closing Cost in DocketMath, and re-run it after any change that could affect calculations. The point is to catch issues that are introduced by edits—especially edits to structure, dates, and assumptions.

Run it at these moments:

1. **Before the first run (setup validation)

   • After you import or recreate your template columns.
   • After you set jurisdiction to US-CA.

2. After you edit any date fields

   • Closing date, event date, or any field that feeds timing/proration logic.

3. After you change any formulas

   • Especially if you copied rows, renamed columns, updated cell ranges, or moved calculation blocks.

4. After you update inputs for a new scenario

   • New purchase price, different down payment, different lender credits, or any fee schedule changes.

Practical workflow

• Step 1: Run the spreadsheet checks (input integrity + consistency)
• Step 2: Confirm the workbook’s limitations baseline reflects the general 2-year default under CCP §335.1 (since no claim-type-specific sub-rule was assumed)
• Step 3: Run the calculator in DocketMath Closing Cost
• Step 4: Spot-check outputs (top-level totals + a couple of line items)

How the limitations baseline affects the output

Even if the “Closing Cost” totals look purely numeric, many spreadsheets use time-related variables to decide what applies (for example, whether an item is eligible under scenario timing). If the workbook bakes in the wrong limitations assumption, you can trigger the wrong eligibility/timing switches.

For this California setup, the general default SOL period is 2 years under CCP §335.1, and the checker helps ensure your spreadsheet isn’t drifting away from that default when you intended to use it.

Try the checker

Want to validate your sheet before running Closing Cost in California?

1. Open DocketMath Closing Cost here: /tools/closing-cost
2. Use your spreadsheet values as input.
3. Run the checker to confirm:

   • jurisdiction is US-CA
   • required key inputs are present (no blanks)
   • dates are valid and correctly ordered
   • percent/unit formats match the formulas’ expectations
   • the sheet’s timing/SOL logic follows the general 2-year default under CCP §335.1 (with no claim-type-specific sub-rule assumed)

Fast loop per scenario row

For each scenario you’re about to calculate:

• Run checker → then calculate → then compare totals
• If the checker flags something, fix the specific cells it points to (especially jurisdiction, dates, and percent/unit formatting) before trusting the output.

Here’s a minimal “under a minute” checklist you can run each time:

Related reading

• Average closing costs in Alabama — Rule summary with authoritative citations
• Average closing costs in Alaska — Rule summary with authoritative citations
• Average closing costs in Arizona — Rule summary with authoritative citations