How to run Closing Cost in DocketMath for Texas

Step-by-step

This guide walks you through running Closing Cost in DocketMath for Texas using the built-in jurisdiction-aware rules for US-TX. The goal is to understand how the tool produces a timeline/SOL-derived modeling window and how that feeds into the closing cost output—not to predict outcomes in a specific real-world matter.

Disclaimer: This is a practical “how to use the tool” walkthrough, not legal advice. SOL and closing-cost timing can depend on case-specific facts and procedural posture. If you need legal guidance, consult a qualified attorney.

1) Open the calculator

1. Go to the primary CTA: **/tools/closing-cost
2. Confirm the page is set to the Closing Cost calculator.
3. Find the jurisdiction selector/setting and set it to:

   • **Texas (US-TX)

2) Understand the Texas SOL basis DocketMath uses for this run

For Texas, this DocketMath Closing Cost workflow is based on the general/default SOL period found in:

• Texas Code of Criminal Procedure, Chapter 12
  Source: https://statutes.capitol.texas.gov/Docs/CR/htm/CR.12.htm

The jurisdiction data used by the tool includes the general period expressed as:

• 0.0833333333 years

In plain language: the tool applies a general SOL/default baseline for Texas in this calculator run. The content you’re running should be treated as “general period driven,” because:

• No claim-type-specific sub-rule was identified for this calculator run.
  That means the tool’s output is anchored to the general period rather than a specialized sub-category rule.

3) Enter inputs in the Closing Cost calculator

Next, fill in the fields the Closing Cost calculator asks for. Although the exact labels can vary by interface version, you should expect inputs in a few common groups:

• Key dates used by the model (for example, an “event” date and/or a “trigger” or “filing” date—use whatever the UI labels specify)
• Cost-related inputs (if the tool includes any parameters that affect the closing-cost calculation)
• Any time settings exposed in the UI

How inputs change outputs:

• The most important driver is typically the time relationship between the key dates, because it determines where your scenario falls relative to the tool’s SOL window.
• The cost-related fields will generally affect the magnitude of the closing-cost output, while the date relationship affects whether the scenario is considered closer to or farther from the modeled SOL boundary.

Tip: If you’re unsure which date the calculator expects, rely on the exact field labels shown in the UI. Swapping “event date” and “trigger/filing date” is one of the fastest ways to shift results.

4) Check the jurisdiction tag is applied

Before you run, verify two things:

• The calculator indicates US-TX (Texas) in the jurisdiction selector/state.
• The run summary (if shown) references the Texas Chapter 12 / general SOL basis.

This prevents accidental runs under a different default SOL logic, which can happen silently if the jurisdiction is not locked in.

5) Run the calculation and review outputs

When you press Calculate (or the equivalent button):

1. Review the time/SOL window section

   • Confirm it reflects the Texas Chapter 12 framework.
   • Confirm the tool is using the general/default SOL period (based on the jurisdiction data value 0.0833333333 years).

2. **Review the closing cost output(s)

   • Many models behave in a “window/threshold” way:

     • If the modeled timing falls inside vs. outside the SOL-derived window, the output may change more dramatically.
     • If the timing is far from the boundary, outputs may remain comparatively stable.

What to look for as you adjust inputs:

• If you move a key date so the timing gets closer to the SOL boundary, you should expect the closing-cost result to shift.
• If you move the date so the timing moves well away from the boundary, the result may change less (or stay steadier), depending on how the tool’s logic is structured.

6) Iterate with “what-if” adjustments (one variable at a time)

To confirm your inputs are producing a reasonable behavior pattern, do controlled testing:

• Change one input at a time.
• Re-run the calculation after each change.
• Observe which output fields move and how.

Example testing habit:

• Adjust a key date by a small amount (like 10–30 days or a similarly small increment suggested by your workflow).
• Run again and compare results.

Why this matters:

• Threshold-driven logic can cause larger jumps if your dates cross the model’s internal boundary.
• Changing multiple variables at once makes it harder to tell whether the output changed because of the date relationship or because of a cost parameter.

Common pitfalls

Use this checklist to avoid common mistakes when running DocketMath → Closing Cost → Texas (US-TX).

• Even if you’re “on a Texas page,” the tool’s logic depends on the selected jurisdiction code. If US-TX isn’t correctly applied, the SOL window could be different.

• In this workflow, treat the run as using the general/default SOL period from Texas Code of Criminal Procedure, Chapter 12.

• No claim-type-specific sub-rule was identified for this specific calculator run, so there may not be a separate period for specialized categories.

• Swapping the meaning of date fields (e.g., “event date” vs. “trigger/filing date”) can move the scenario across the tool’s modeled SOL window.

• If the interface includes a summary (“period used,” “SOL basis,” or similar), verify it references:

  • Texas Code of Criminal Procedure, Chapter 12
  • the general/default period
  • the implied time basis from 0.0833333333 years

• If multiple fields change between runs, you won’t know which change caused the output difference.

• The jurisdiction data is provided as 0.0833333333 years. The tool may display an equivalent in months or days.

• Compare against the tool’s displayed timeframe, not just your own mental conversion.

Common threshold issue: If your dates land near the boundary of the modeled SOL window, you may see the closing-cost output jump. To diagnose this, rerun by adjusting one date slightly (for example, ±7 days or ±10 days) until you understand where the flip occurs.

Try it

Ready to run a Texas scenario in DocketMath?

1. Open the calculator: **/tools/closing-cost
2. Set jurisdiction to Texas (US-TX).
3. Enter the key dates and any cost-related inputs using the exact labels from the UI.
4. Click Calculate and review:

   • the time/SOL window derived from Texas Code of Criminal Procedure, Chapter 12 (general/default approach)
   • the resulting closing cost output tied to that window

Then do one quick validation pass:

• Update only one date by about 10 days
• Re-run and confirm whether the output changes in a consistent, understandable way (steady movement vs. a boundary/threshold flip)

If you want a structured mini test matrix, use this pattern:

Reminder: This walkthrough explains how to use and interpret the tool’s modeled timing logic. It’s not legal advice and doesn’t replace a review of the underlying facts and applicable Texas criminal procedure rules.

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