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2.5.1 Default Layout Type — VLS, 2LS, PAL (Mo Pinel), or NONE
Default Layout Type — VLS, 2LS, PAL (Mo Pinel), or NONE 2.5.1 layout The Default Layout Type setting controls which layout system Spectre Cloud pre-selects when a new spec sheet is created. Rather than choosing a layout method from scratch every time, y...
2.5.1.1 VLS — Storm system for bowlers using thumb
VLS — Storm system for bowlers using thumb 2.5.1a layout The VLS (Versatile Layout System) is a ball layout method developed by Storm Bowling that determines pin and mass bias placement using a bowler's track, PAP (Positive Axis Point), and a small set ...
2.5.1.2 2LS — Storm system for two-handed bowlers
2LS — Storm system for two-handed bowlers 2.5.1b layout The 2LS (Two-Layout System) is a ball layout method developed by Storm Bowling specifically to address the unique PAP location and track profile of two-handed bowlers. Where VLS was designed with t...
2.5.1.3 PAL / Dual Angle system
PAL / Dual Angle system 2.5.1c layout The PAL (Performance Axis Layout) system — referred to in Spectre Cloud as Dual Angle — is a ball layout method that uses three measured values to precisely define pin and mass bias placement relative to a bowler's ...
2.5.1.4 NONE — Manual layout entry
NONE — Manual layout entry 2.5.1d layout When the None layout type is selected in Spectre Cloud, no layout system is applied to the spec sheet. Instead of being guided through a structured set of layout inputs, the driller enters layout information free...
2.5.2 Default Dual Angle Degree Increments — 1° vs. 5°
Default Dual Angle Degree Increments — 1° vs. 5° 2.5.2 layout When entering drilling angle and VAL angle values in a Dual Angle (PAL) layout, Spectre Cloud lets you choose the degree increment used when adjusting angle inputs — either 1° for fine-graine...