2.6.4 Auto-Populate Lateral Pitches
2.6.4 auto
The Auto-Populate Lateral Pitches is another time saving auto-suggestion for Spectre Cloud. Pre-requisites for this to work will be Bowler Hand and Grip Type, both of which are System Defaults that you can setup in your settings.
📐 What values are populated
Lateral pitches will be auto-populated based on the header of the spec sheet.
- ✅ Bowler Hand: RH or LH will dictate the proper direction of the lateral pitches in the fingers.
- ✅ Grip Type: will determine which values are used.
- ✅ Will flip values or change values if one of those two values are changed during the data-entry process.
Defaults
| Right Handed | Left Handed | |||
|---|---|---|---|---|
| Finger | Middle | Ring | Middle | Ring |
| Conventional | 1/4 L | 5/8 R | 1/4 R | 5/8 L |
| Finger Tip | 3/8 L | 1/2 R | 3/8 R | 1/2 L |
🛠️ Enabling or Disabling Auto-InvertPopulate Laterals
📊 Auto-Invert in Common Workflows
Auto-Invert is most relevant in three specific situations. In each case, enabling the setting means the fitter can proceed without manually checking and reversing lateral pitch values.
Note: ⚠️ Verify with your Spectre team: confirm which of the three workflows above Auto-Invert actually applies to in the current version of Spectre Cloud, and whether "switching a bowler's handedness on their profile" retroactively updates existing spec sheets or only affects new ones created afterward.
Related Sections
- 2.6.3 — Auto-CLT: lateral pitch of fingers based on CLT chart
- 2.6.2 — Pitch suggestion: auto forward pitch based on hand flexibility
- 2.6.1 — Overview: why leaving all auto-suggestions on saves time
- 2.6.5 — Next auto-suggestion setting (if applicable)
- 2.4.1 — Does your machine display right pitch as positive? Y/N
- 3.x — Bowlers: recording handedness in a bowler profile
- 4.x — Spec Sheet: cloning and applying templates
Tip: Left-handed bowlers make up roughly 10–15% of the bowling population — a busy shop will fit several per week. Auto-Invert is a small setting with a disproportionately large safety payoff: one enabled toggle prevents a whole category of handedness-related drilling errors from ever reaching the press.
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