5.4.1 Setting up: Oval Cut Direction = V in Settings

Setting up: Oval Cut Direction = V in Settings

5.4.1   CALC   oval method

The third Oval Cut Direction option in Spectre Cloud is V — a pure vertical-only configuration that records and displays ovals with the vertical dimension only, without a paired horizontal value. Setting Oval Cut Direction to V tells Spectre Cloud that your shop's oval cuts are made exclusively on the vertical axis, and that your documentation workflow records only that single directional stretch rather than a full V × H pair.

If your shop records ovals as a two-value pair with vertical listed first, see 5.2.1 — Setting up: Oval Cut Direction = V/H instead. This page covers the V-only configuration specifically.

📐 What "V" Cut Direction Means

When Oval Cut Direction is set to V, Spectre Cloud treats the oval as a single-axis measurement. Only the vertical stretch is entered and recorded — the horizontal dimension is not displayed as a separate value because it is assumed to equal the starting bit size with no horizontal stretch applied.

The practical effect is that spec sheets and oval records in V-only mode are more compact — a single measurement rather than a pair — which suits shops whose drill press setup and documentation tradition have never required a horizontal value to be recorded separately.

🛠️ How to Set Oval Cut Direction to V

🖥️ Desktop

1. Click your Pro Shop name or profile icon in the top-right corner of the screen.
2. Select Settings from the dropdown menu.
3. Navigate to the Spec Sheet or Oval settings section.
4. Locate the Oval Cut Direction option.
5. Select V (or Vertical, depending on how the option is labeled in your version).
6. Save your changes, or confirm the setting has been applied if Spectre Cloud saves automatically.

📱 Mobile / Tablet

1. Tap your avatar icon or shop name at the top of the screen.
2. Tap Settings.
3. Scroll to the Spec Sheet or Oval section.
4. Tap Oval Cut Direction and select V (or Vertical).
5. Confirm the selection is saved before leaving Settings.

🏢 Who Typically Uses V-Only Notation

V-only oval documentation is less common than V/H or H-first pair recording, but it is a legitimate and practical choice for a specific subset of shops and workflows:

• ✅ Shops whose drill press produces only vertical ovals — if your press, oval attachment, or technique is physically incapable of introducing a horizontal stretch, recording only the V dimension is accurate and sufficient
• ✅ Shops following a simplified spec sheet tradition — some regional training programs and older pro shop conventions document ovals as a single stretch value rather than a dimensional pair, particularly for finger holes where horizontal variation is rare
• ✅ High-volume operations prioritizing speed — recording one value instead of two is faster, and for shops where horizontal ovals are never drilled, the second value would always be zero and adds no information
• ✅ Shops migrating from paper records that used a single oval column — if your historical spec cards have a single oval measurement field per hole, V-only mode in Spectre Cloud produces records that are consistent with that history

📌 Important Considerations Before Choosing V-Only

• ✅ V-only is appropriate only when horizontal stretch is genuinely absent — if your press occasionally produces a measurable H component, V/H mode captures the full picture and V-only mode does not
• ✅ The setting is account-wide — all staff and all devices on your Spectre Cloud account will use V-only documentation once this is saved; confirm every driller in your shop works exclusively with vertical cuts before applying this setting
• ❌ V-only records cannot be directly compared to V/H or H/V records — if part of your bowler history was recorded as pairs and part as V-only, the records will be inconsistent; choose one format and standardize before entering historical data
• ❌ Switching from V/H or H to V-only after saving records is not recommended — existing pair-format records will not be reformatted; any new entries will appear as single values alongside older paired entries, creating ambiguity in spec history
• ❌ Do not use V-only if horizontal ovals are even occasionally needed — a single unexplained horizontal cut on a bowler's ball has nowhere to go in a V-only record; use V/H mode to retain the flexibility to record both axes when required

✨ V-Only vs. V/H — Choosing the Right Setting

🌐 A Note on IBPSIA Standards

IBPSIA documentation guidelines generally favor recording both oval dimensions as a pair to ensure complete and reproducible spec records. V-only mode is a valid configuration in Spectre Cloud, but if your shop is IBPSIA-affiliated or serves bowlers who may have their equipment maintained at other shops, consider whether a single-axis record provides enough information for another driller to reproduce the fit accurately. When in doubt, V/H mode gives you the full record without requiring any extra measurement effort at the press.

Related Sections

• 5.2.1 — Setting up: Oval Cut Direction = V/H in Settings
• 5.3.1 — Setting up: Oval Cut Direction = H in Settings
• 5.4.2 — When to use V-only mode and which drill presses it suits
• 5.4.3 — Entering V-only cut values and reading output
• 2.x — Settings Overview

Tip: If you are setting up Spectre Cloud for the first time and are unsure whether your shop ever produces a horizontal oval component, start with V/H mode rather than V-only. V/H captures every possible cut combination, and you can always enter 0 for the H value on holes where no horizontal stretch was applied. Switching to V-only later — once you are confident it never applies — is straightforward. Switching the other way, after realising V-only was too restrictive, means reviewing your existing records for missing H data. ⚠️ Verify the exact label used for V-only mode in your version of Spectre Cloud — it may appear as V, Vertical, or V only in the Settings screen. Contact the Spectre team if this option does not appear in your Oval Cut Direction settings or if the behavior differs from the description above.