Snaptrude now supports a powerful new AI-assisted workflow called Interpret, which allows you to auto-generate a structured Program Data Sheet directly from your custom sheets—all within Program Mode.
With a simple command and a cell selection, the AI assistant intelligently extracts space names, areas, counts, departments, and other metadata from your input and converts it into usable program data in seconds.
What is Interpret?
Interpret is a smart command within Program Mode that reads your selected table data and converts it into structured space and department data, which is then added to your Program Data Sheet.
Whether your data lives across multiple tabs, contains complex metadata, or has multi-building hierarchies, Interpret helps streamline the process—no manual entry needed.
How to Use the Interpret Command
1. Prepare Your Data
Open the Program Mode.
Copy paste your custom program sheet that contains space-related information onto a new sheet in the Program mode
Ensure your table includes column headers for better accuracy (e.g., Space Name, Area, Count, Department, etc.)
2. Select the Data
Manually select the relevant range of cells you want the AI to interpret.
Note: Interpret will only work on the currently selected cells at the time you run the command.
3. Trigger the Command
In the AI prompt chatbox, type
@Interpret
, or click on the suggestion when it appears.Add an optional structured prompt for improved accuracy (see examples below).
Hit the arrow key — the assistant will start processing the program then.
Sample Prompts:
You can run @Interpret
with or without a structured prompt. However, structured prompts provide better control and accuracy. Here are some examples:
Use Case | Sample Prompt |
Basic interpretation with headers |
|
Specify column mappings |
|
Include custom metadata |
|
Combine columns for labels |
|
Create only department objects |
|
4. See the Output
While the command runs, a 'Reading program', 'Processing program' and 'Creating program' message appears.
Once complete, you’ll see a 'Complete' message along with an explanation of how the data was interpreted.
The resulting spaces and departments are added to your Program Data Sheet.
Pro-tip: After generating the program, you can continue using @Interpret
to update or expand the data. For example, if you want to edit spaces within a specific department, open the copied sheet, select the relevant columns or rows, and run @Interpret
again with your updated instructions.
Best Practices
Always select the data range before triggering
@Interpret
.Include header rows in your selection — improves accuracy.
Use clear, structured prompts for complex sheets.
Avoid vague prompts or selecting the entire sheet (
Ctrl+A
) — this may fail or reduce accuracy.
Key Features
Works within Program Mode on any custom sheet.
Supports multiple tabs — new spaces are appended to the Program Data Sheet.
Imports extra columns as metadata automatically.
Handles complex structures like multi-specialty departments and flipped row-column formats.
Repeatable — you can use
@Interpret
multiple times across sheets.
Additional Notes:
Tested on sheets with up to 250 rows / 1400+ cells
Typical processing time: under 2–3 minutes
Better accuracy with well-labeled columns and structured prompts
Known Limitations
Limitation | Details |
Max space count | Can interpret up to 1500 spaces in one go |
Select All not supported | Avoid |
No re-prompting support yet | Re-running prompt will create duplicates |
No preview or cell review | Once run, selection can’t be modified |