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2.4.4 Matching Spectre output to your specific drill press brand/model
Matching Spectre output to your specific drill press brand/model 2.4.4 TIP calibration Spectre Cloud includes a drill press brand and model selector that automatically configures the pitch sign convention and axis orientation settings to match your mac...
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...
2.6.1 Overview — why leaving all Auto-Suggestions ON saves time
Overview — why leaving all Auto-Suggestions ON saves time 2.6.1 TIP auto Spectre Cloud includes a suite of auto-suggestion features that automatically populate recommended values across spec sheets as you work — finger and thumb sizes, pitches, spans,...
2.6.2 Pitch Suggestion — auto forward pitch based on hand flexibility
Pitch Suggestion — auto forward pitch based on hand flexibility 2.6.2 auto The Pitch Suggestion setting controls whether Spectre Cloud automatically recommends a forward thumb pitch value based on the bowler's recorded hand flexibility. When enabled, th...
2.6.3 Auto-CLT — lateral pitch of fingers based on CLT chart
Auto-CLT — lateral pitch of fingers based on CLT chart 2.6.3 auto The Auto-CLT setting controls whether Spectre Cloud automatically suggests a lateral pitch value for the finger holes based on the bowler's Center Line Transformation (CLT) measurement. W...
2.6.4 Auto-Invert standard lateral pitches when changing from RH to LH
Auto-Invert standard lateral pitches when changing from RH to LH 2.6.4 auto The Auto-Invert setting controls whether Spectre Cloud automatically mirrors lateral pitch values when a spec sheet is switched between a right-handed (RH) and left-handed (LH) ...
2.6.5 Autofill Bridge — auto standard bridge (1/4" Fingertip, 3/8" conventional)
Autofill Bridge — auto standard bridge (1/4" Fingertip, 3/8" conventional) 2.6.5 auto The Autofill Bridge setting controls whether Spectre Cloud automatically populates the bridge measurement field on a new spec sheet based on the bowler's grip style. W...
2.6.6 Autofill Insert OD — auto drill bit size per insert type and grip
Autofill Insert OD — auto drill bit size per insert type and grip 2.6.6 auto The Autofill Insert OD setting controls whether Spectre Cloud automatically suggests the correct drill bit size for a bowler's finger holes based on their insert type and grip ...
2.6.7 Auto-Repeat Insert Size — mirror size from ring to middle finger
Auto-Repeat Insert Size — mirror size from ring to middle finger 2.6.7 auto l The Auto-Repeat Insert Size setting controls whether Spectre Cloud automatically copies the ring finger insert size to the middle finger insert size field when a spec sheet is b...
2.6.8 Auto-calculate ring finger span based on 5/16" rule
Auto-calculate ring finger span based on 5/16" rule 2.6.8 auto The Auto-Calculate Ring Span setting controls whether Spectre Cloud automatically derives the ring finger span from the middle finger span using the 5/16" rule. This long-established fitting...
2.6.9 Autofill Cut to Cut measurement based on insert type/size
Autofill Cut to Cut measurement based on insert type/size 2.6.9 auto The Autofill Cut to Cut setting controls whether Spectre Cloud automatically calculates and populates the Cut to Cut (C) measurement based on the bowler's recorded insert type and inse...
2.6.10 Auto-Suggest Layouts — AI-based layout suggestion from bowler's profile
Auto-Suggest Layouts — AI-based layout suggestion from bowler's profile 2.6.10 auto The Auto-Suggest Layouts setting controls whether Spectre Cloud uses an AI-based suggestion engine to recommend a ball layout when a new spec sheet is created. Drawing o...
3.1.1 Creating your first bowler (client) profile
Creating your first bowler (client) profile 3.1.1 KEY step-by-step A bowler profile is the foundation of everything in Spectre Cloud. Every spec sheet, arsenal entry, layout history, and auto-suggestion is anchored to a bowler profile — without on...
3.1.2 Required fields: name, hand, grip type
Required fields: name, hand, grip type 3.1.2 fields When creating a bowler profile in Spectre Cloud, three fields are required before the profile can be saved: the bowler's name, their dominant hand, and their grip type. Every other field on the profile...
3.1.3 Optional profile fields: PAP, axis tilt, axis rotation, rev rate, ball speed
Optional profile fields: PAP, axis tilt, axis rotation, rev rate, ball speed 3.1.3 fields Beyond the three required fields covered in 3.1.2, a bowler profile in Spectre Cloud can store a rich set of optional fitting measurements that power the app's mos...