Timing Preview

This article explains the Timing preview shown in the Timing modal.

You will learn:

  • What the preview represents.

  • How to interpret accrual and cash curves.

  • How to use the preview to debug timing issues.

The preview is a quick visual check on timing before you look at full statements.

1

What the Timing preview shows

The Timing preview typically displays:

  • A curve or bars for accrual values over time.

  • A curve or bars for cash values over time when delays or payment terms apply.

  • Sometimes a visual indication of working capital build up and release.

It gives a compact view of how timing settings translate into patterns.

2

When the preview updates

The preview updates automatically when you change:

  • Start or end dates.

  • Frequency or schedule settings.

  • Payment terms and delay fields.

  • Seasonality inputs.

If timing settings are incomplete or invalid, the preview may be disabled until you correct them.

3

Reading the preview

Use the preview to check that:

  • Accrual starts and stops in the right periods.

  • Cash lags accrual by the expected amount.

  • Seasonal peaks and troughs appear in the correct places.

  • There are no surprise gaps or spikes.

If the preview shape does not match your expectations, revisit the relevant timing fields.

4

From preview to full statements

After confirming the preview looks sensible:

  • Save the timing settings.

  • Check P&L, Balance Sheet, Cashflow and Cash Waterfall to see the full impact.

  • Pay particular attention to working capital and net cash movement for timing heavy variables.

The preview is a fast filter, not a substitute for full statement review.

5

Troubleshooting with the preview

When timing issues arise, for example odd cash or working capital patterns:

  • Open the variable's Timing modal.

  • Inspect the preview to see if accrual and cash shapes look wrong.

  • Adjust delays, frequency or seasonality and watch the preview change.

  • Iterate until the pattern looks correct, then confirm in statements.

This loop is much faster than guessing from statements alone.

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