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Choose your department to access your personalized dashboard.

Each company has its own empty System Registry. Super admin assigns registered systems to that company only.

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Assign None, View or Edit on every workspace zone, Admin module and tool.

Job function

Brand *

Typology *

Sub System *

System Label *

System ID *

Status

File Path (optional)

Thumbnail Path (optional)

Description (optional)

Features (comma-separated)

Min Width (mm)

Max Width (mm)

Min Height (mm)

Max Height (mm)

Overview Notes (shown in Overview popup)

Custom System Registry

Brand

Typology

Status

Brand	Typology	Sub System	System	ID	Status	File	Description	Notes	Actions

Legacy Template Data Hidden legacy area. Formula Center Assembly + Detail Sets are now the active workflow.

Code	Name	Linked Configurator	Elevation Types (Units)	Notes	Actions
No templates yet — click "New Template" to create one

New Template

Template Code *

Template Name *

Notes (optional)

Folder (group for organizing templates)

Linked Configurator (for direct reflection in assembly configurator)

Elevation Units Each row = one opening / facade unit (can add 100+ of any type) Number of Panels in Width: Number of Panels in Height:

#	Elevation Type	Width (mm)	Height (mm)	Qty	Position	Notes
No units yet — click "+ Add Unit"

Elevation Preview

Predefined Options

Custom Options

Label

Type

Glass Specification Define type, build-up layers, then place the GL hook on the section

Identity

Glass Type *

Total Thickness

Brand

Typology

Subsystem

Specification

Performance

U-Value (W/m²K)

G-Value

Coating / Make-up

Glass Build-up (mm)

Enter each layer thickness. Section lines update automatically.

Glass Hook Point *

Same hook # as the Glass Hook on the profile CAD (start 1–9, 3–6 digits, max 10 chars; letters and - _ ( ) [ ] { } allowed, e.g. 773657_A1). Prefix GL- is automatic. Click the preview to place X/Y — that point seats the glass in drawings.

Hook Reference

GL-

Hook X (mm)

Hook Y (mm)

Active seat: GL— at 0, 0 mm

Section Preview

Select a glass type to preview section lines. Click the sketch to place the red glass hook.

Glass Data List

	Type	Build-up	Thickness	Glass Hook	Brand	Typology	Subsystem	U-Value	G-Value	Coating	Specification

Add Panel Specification

Panel Type *

Thickness *

Specification

Panel Data List

Type	Thickness	Specification

Add Connection Rule Define required connections by window/door type so elevation rules can reuse them

Connection Name *

Category *

Connection Code

Orientation

Default Qty

Joint Type

Profile Thickness (mm)

Anchor X (mm)

Anchor Y (mm)

Connection DXF Drawing

No drawing

Connection Sketch Preview

Applies To (Window Type Tokens)

All Single Double Leaf Multiple Division Sliding Hinged Casement Tilt & Turn Curtain Wall

Notes

Connection Data List

DXF	Name	Category	Code	Joint	Orientation	Qty	Applies To	Notes

Import JSON

CNC Operation Studio Live notching · screw holes · up to 20 custom DXF cuts per profile

Rotate Face to the connecting wall, Save, then return.

Notch Rule Name *

CNC Code

Profile *

Linked Connection

Notch Type *

Profile End

Side / Face

ROTATE FACE 0°

Rotate Face turns the section drawing so Left / Top match the machine. Side / Face still chooses which wall to cut.

Cut Degree

Depth (mm)

Width (mm)

Length (mm)

Offset from End (mm)

Left from 0 (mm)

Start origin 0,0,0 · positive toward +

Right from 0 (mm)

Far end · negative toward − · both sides independent

Angle (°)

Profile Thickness (mm)

Machine / Tool

Screw / Bolt Holes

No holes · open studio to add

FREE HOLE

Standard shape → click 3D to assign. Pitch rules repeat along the bar and export to CNC + Formula / assembly.

Custom Notch DXFs (up to 20 · adjust X/Y/Z/rot)

0 / 20

Notes

Saved operations Drag a chip onto the profile or 3D view

Drop a saved operation here to load it on the selected profile.

2D Marking · Side & Section Click sketch / section → updates 3D

Length sketch (side)

Section (mark face)

DXF thumbnail

Live 3D Profile Cut

Zoom · color · CAD edges on canvas

Bottom bar: Zoom +/− / Fit · Color (alum / grey / black / any) · CAD edges. Mouse wheel zooms · drag orbits.

CNC Notch Rules

DXF	Name	Code	Profile	Type	End	Side	D×W×L	Degree	Custom	Notes

Create / Edit Detail Frame Family · Sash Family · Interlock · Covers · Shrinked. Sliding: create the meeting join on the Interlock tab.

Frame Family

Frame Detail Group

Name * Code Track Corner

Open a side in the folder to add its profile. Left is drawn in Left Pose. Right / Top / Bottom follow automatically (mirror / rotate).

Sash Detail Group

Category Sash type Name * Corner

This sash is its own folder. HS-L / FX-L: Left + Top + Bottom. HS-R / FX-R: Right + Top + Bottom. IS / IFX / RSI: Top + Bottom only. Interlock sides are filled at Create Assembly from Interlock Connection (Left Pose + mirrored Right).

Interlock Connection

This is the meeting join (two stiles, one mirrored) — the drawing with hooked profiles. Click + New, then add Left Profile (Left Pose) and Right Profile (auto-mirrored). Same DXF twice, or two different codes. Glass is not drawn here — Create Assembly seats it on GL- hooks.

Sash Family → Interlock Sash (IS-L / IFX) is only Top + Bottom of the middle leaf. The join itself lives on this tab.

Covers

Add cover / clip profiles and their hooking numbers. The system places them on empty tracks from the Frame group.

Profile Hooking no.

Shrinked · assembled detail

Import Frame, Sash and Cover from their family tabs, then connect them by hooking number. Arrange on the canvas if needed. Create Assembly uses this saved join instead of stacking the families on its own.

Name * Code Side Track Sash type

Frame Family

Sash Family

Cover Family

Pick Frame + Sash (Cover optional). Import seats them on matching hook numbers. Then arrange on Join Preview if a profile still needs a nudge.

Fixed window detail Jamb / head / sill / mullion. No sash-type or interlock match — those fields belong to sliding only.

Covers / frame clips sit on the frame (empty track), not on the sash. Add codes on the Covers tab, then on Frame Family or Shrinked click Auto-add Covers to seat them on matching hooks.

Detail Code *

Detail Name *

Brand

System Series

Opening Type

Panel Count

Detail Slot

CAD authored in Left Pose

Draw as a left jamb. Right / Top / Bottom are mirrored or rotated from this slot.

Elevation connection

This joined DXF is swept along the member (LogiKal method). Tick Default so this system uses it on the elevation until a unit assigns another detail. Copy profile DXFs to Data/dxf/<CODE>.dxf on the server.

Elevation joint

Default connection for this system + slot

Sliding Connection Detail

Interlock Connection is a pair: Left in Left Pose, Right mirrored (flip X) — same profile or two different codes. Match sash type + interlock number so Create Assembly auto-picks this joint. Do not put glass here.

Connection Detail Type

Blow-up / Section Label

Sash Type Match

Interlock Number Match

Add Left (Left Pose) then Right (auto-mirrored). Same DXF twice, or two codes. Optional Center gasket. Create Assembly chooses this join from calculated interlock + sash types. Glass seats on GL- hooks at assembly — not in this detail.

Mullion / Transom Detail

Fixed and hinged units use this slot for a middle bar. Join Main → Secondary (frame + child). There is no sash-type or interlock match — those rules exist only on sliding.

Advanced · Join criteria

Join Criteria *

1 · Primary → Secondary Main (primary) profile + secondary children. Typical frame / outer details. 2 · Secondary ↔ Secondary No primary/Main. Secondaries join each other, and can also have Child profiles — sash, interlock, similar. 3 · Primary ↔ Primary Store Main (primary) profiles here, then link them one by one — each next Main attaches to a previous Main.

Join type is set from the slot. Open Advanced only if you need to override.

Notes

Profile relation —

Open a side in the folder to add that family’s profile. Sliding Sash Family hides the interlock side(s). Frame Family and Sash Family stay on separate tabs — Create Assembly uses each one on its own.

2 · Profile Members (Primary → Secondary)

Role	Side	Profile (DXF)	Parent	Child Ref X	Child Ref Y	Place on Parent X	Place on Parent Y	Join	Along	Bar run	Twist°	Tilt°	Actions

How members join

When adding a profile, pick Bar run: Horizontal / Vertical for T-joins (like connecting a mullion into a transom), or Depth for coplanar section details. Use Join = Mid (T) or the Mid T button so the child sits in the middle of the parent (not at the edge). Fine-tune with Along, Twist°, and Tilt°. A gasket / brush / accessory child uses the same hooking number as the Primary / Secondary it sits on (e.g. both 201). Mark that number on both DXFs in Left Pose, then click Align Matching Hooks (translate only — do not rewrite the DXF origin). Glass seats are GL- and never match a gasket number.

Do not link glass in this detail. Create Assembly seats glass on the profile GL- hook from Glass Data (unit thickness / selected glass). Keep the pocket empty here.

3 · Linked Glass

4 · Gaskets & Accessories

Type	Item (catalog)	Attach to	Seat Hook	Place X	Place Y	Rot°	Actions

5 · Hook → Profile

Hook	X / Y / Z (mm)	Attach Profile	Actions
Add a Main profile with CAD hooks (HK101, HK102…) to bind child profiles.

Saved Details 0

Join Preview Left Pose · as drawn

DXF wireframe. Use views above, or Open Preview Popup for zoom, drag-adjust, and 3D.

CNC rules for these profiles

One elevation per typology. Pick the product type above, assign Detail Set sides, then Save Elevation. Sash appears only when the typology needs it — frame, sash, and combined drawing are one record.

Typology style follows the selected category and system.

1 · Identity

Frame Code

Frame Name

Brand

Typology

Subsystem

System Series

Opening Type

Panel Count

2 · Geometry

Frame Type

Single Frame Multi Frame Corner Frame

Default Width (mm)

Default Height (mm)

Division Qty

Corner Side

Profile depth is taken from each side’s Detail Set (exact DXF). Manual L/R/T/B thickness is no longer used for elevation.

3 · Frame sides

Fixed Window: no sash data is required. Glass is placed directly inside the outer frame.

Same detail for the whole frame — mirror sides (Left → Right, Top → Bottom)

Pick Left and Top only — Right and Bottom follow automatically, each still cut to its own width/height. Uncheck to set all four sides independently.

Top Frame

Left Frame

Opening

Right Frame

Bottom Frame

Middle Frame Details

One internal middle frame is required between each division. Select the Detail Set used at every divider; all selected details combine into one elevation unit.

Interlock for Auto-pick Sash Type Hint (optional)

Advanced · Corner connections

Left Top

Right Top

Left Bottom

Right Bottom

Middle Top

Middle Bottom

Notes

Fabrication Cut Schedule

Side	Profile	Cut (mm)	Short Face	Angles	Allowance

Elevations Brand → Series → Type → Panels

Organization

Select a branch in the tree to show related Elevations.

Code	Type	Panels	Size	Detail Set

Elevation drawing Click a panel to set opening symbol

Assign frame sides — this drawing follows the selected typology.

3D CAD Preview (optional)

Select Detail Set sides (L/R/T/B) for exact DXF CAD elevation — no box SVG.

CNC subtract notches

1 · Shutter Identity

Shutter Code

Shutter Name

Brand

Typology

Subsystem

System / Series

Sash / shutter

Sash Type Reference

Pick the panel type. Left / Right handing uses Flip Elevation — you do not create a separate L and R drawing.

Sliding doors: pick the sash type. Authored sides come from that type’s Sash Family kit. Interlock sides are filled automatically at Create Assembly.

Disable one vertical side (3 details)

Disable Left (interlock auto) Disable Right (interlock auto)

Locked from sash type: HS-L / FX-L → Right is interlock. HS-R / FX-R → Left is interlock. IS / IFX → both sides interlock.

Top Sash

Left Sash

Glass

Right Sash

Bottom Sash

Sash offset & opening

Sash profile depth comes from each side’s Detail Set (exact DXF). Manual shutter thickness is not used for elevation.

Shutter Offset from Frame (mm)

Left

Right

Top

Bottom

Glass Offset from Shutter (mm)

Left

Right

Top

Bottom

Glass Placement

Inside Shutter Inside Frame

Opening Symbol

Notes

Shutter List

Code	Category	Sash Type	Symbol	Detail Set	Glass

2D Elevation Click drawing to set opening symbol

Choose an opening symbol to mark this sash.

3D CAD Preview (optional)

Assign Sash Detail Set sides (L/R/T/B) for exact DXF elevation.

Panels & assembly

Elevation Code

Panel count

Meeting Thickness (mm)

Brand

Typology

Subsystem

System / Series

Match Conditions (auto-select rules)

Optional. key=value pairs separated by ;. Used by the 5-scenario auto-match (brand · system · typology · subsystem · conditions).

Assembly Configuration

Connected Frame *

Panel Shutter Assignment

Assign a reusable type per panel (SHD-OUT, FX, STTW…). Double codes (DHD / DHW / DTTW / DPVT) are their own drawings. Left / Right uses Flip Elevation.

Notes

Elevation List

Code	Qty	Panels	Meeting	System	Assembly	Frame	Shutters

2D Elevation Click drawing to set opening symbol

Link a frame and assign shutter panels to preview this elevation.

Opening Symbol

Click a symbol to mark the current elevation (solid = open out, dashed = open in).

Assembly Groups Create Frame, Sash, Louver or Curtain Wall groups with full cutting formulas

▣

Frame Group

No groups

◽

Sash Group

No groups

⇸

Sliding Group

No groups

🔗

Interlock Group

Database & Calculator

☷

Louver Group

No groups

📋

Cover Group

No groups

⚙

Bearing Group

No groups

◯

Beading Group

No groups

⚙

General Group

No groups

Curtain Wall Groups Main CW group plus related accessory groups

🏗

Curtain Wall Group

No groups

▮

Flashing Group

No groups

▤

Bracket Group

No groups

☰

Stiffener Group

No groups

⟠

Cleat Group

No groups

Frame Groups

	Group Name	Brand	Subsystem	Typology	Main Frames	Components	Accessories	Actions
No groups yet — click "New Group" to create one

New Frame Group

Group Name *

Brand

Subsystem

Typology

Track Type

◇ Panel Division Set division count and cut formulas for each sub-panel.

Panel Division Qty

Minimum Sash Width (L1/L2/L3...) *

Maximum Sash Width (L1/L2/L3...) *

Minimum Sash Height *

Maximum Sash Height *

Curtain Wall Profiles Define mullion and transom profiles directly — quantities are per structural bay

System Face Width — FW (mm) *

Transom cut = M/W − FW · Pressure plate = same

Glass Rebate Deduction — GD (mm) *

Glass W = M/W − GD · Glass H = M/H − GD

ⓘ Standard Formula Reference (enter FW & GD above to see live values)

Mullion lengthHfull height — no deduction, formula: H

Transom lengthM/W − FWbay width minus face width, e.g. W−52

Glass widthM/W − GDmodule width minus rebate, e.g. W−20

Glass heightM/H − GDmodule height minus rebate, e.g. H−20

Glass qtyC × Rcols × rows panels — shown in elevation grid

│ Mullion Profiles (vertical members — formula uses H = CW height; qty = per vertical bay)

#	Profile (Inventory)	Item Code	Description	Cut Formula (mm)	Cut Degree	Qty/Bay	Position	Finish
No mullion profiles — click "+ Add Mullion"

─ Transom Profiles (horizontal members — formula uses W = bay width; qty = per horizontal bay)

#	Profile (Inventory)	Item Code	Description	Cut Formula (mm)	Cut Degree	Qty/Bay	Position	Finish
No transom profiles — click "+ Add Transom"

Type 1 Cover Method

HS + FX both sides · enter CH / CV only

Enter only CH and CV. Stacking such as L1+L2+L3−CH is not typed here — Create Assembly decides how many L’s to add from shutter qty and track (pieces = min(N, tracks) − 1). Every cover profile uses Type 1. Bearing is on the Bearing Group card.

Method	Item Code	Description	CH	CV	Finish
No Type 1 covers — click + Add Type 1 cover

Bearing Group

Separate from Cover · HS / FX options

Cut = shutter L − BH. Type 1 = HS + FX, Type 2 = HS only, Moving = HS + IS, All = every shutter. Pick the bearing wheel on this row (qty per metre — zigzag 2 pcs every 100 mm = 20 / m). Each shutter also gets 4 pcs × 150 mm of the bearing profile, fixed. Do not add the same wheel again in Accessories below. Qty and cut length are calculated in Create Assembly.

Bearing Type	Profile Code	Description	BH	Bearing Wheel	Qty / m	Finish
No bearing profiles — click + Add bearing

◯ Main Frames

Position	Profile (from Profile Data)	Item Code	Description	Cut Formula (mm)	Cut Degree	Qty	Finish
Top
Bottom
Left
Right

No.	Profile	Item Code	Description	Cut Formula (mm)	Cut Deg.	Qty	Position	Finish
No extra frames — click "+ Add Frame"

With Glass Enable glass size formulas for frame-based systems.

Glass Width Formula

Glass Height Formula

▤ Covers

#	Profile (Inventory)	Item Code	Description	Cut Formula (mm)	Cut Degree	Qty	Position	Finish
No covers — click "+ Add Row"

◆ Cleats

#	Profile (Inventory)	Item Code	Description	Cut Formula (mm)	Cut Degree	Qty	Position	Finish
No cleats — click "+ Add Row"

⌝ Brackets

#	Profile (Inventory)	Item Code	Description	Cut Formula (mm)	Cut Degree	Qty	Position	Finish
No brackets — click "+ Add Row"

▬ Flashings

#	Profile (Inventory)	Item Code	Description	Cut Formula (mm)	Cut Degree	Qty	Position	Finish
No flashings — click "+ Add Row"

⚊ Re-inforcement

#	Profile (Inventory)	Item Code	Description	Cut Formula (mm)	Cut Degree	Qty	Position	Finish
No reinforcement profiles — click "+ Add Row"

📌 Accessories

No.	Item Code	Description	Qty (pcs)	Position	Finish	Formula
No accessories — click "+ Add Row"

◷ Roller Wheels

No.	Item Code	Description	Qty (pcs)	Position	Finish	Formula
No roller wheels — click "+ Add Row"

⚖ Gasket

No.	Item Code	Description	Qty (LM)	Layout	Formula
No gaskets — click "+ Add Row"

New Sash Group

Group Name *

Brand

Subsystem

Sliding Type

Sash Type

Minimum Width (mm) *

Maximum Width (mm) *

Minimum Height (mm) *

Maximum Height (mm) *

Sliding sash rule: Maximum Width and Maximum Height cannot be used together at full size. At least one side must be reduced by 20%. Example: if Max W=2500 and Max H=3800, then 2500×3800 is not allowed.

Flip Elevation

Default L/R handing for hinged, tilt & turn, casement, pivot and folding. Unit Configurator can override per unit.

As drawn

▣ Panel Rule: — Not linked — ↓ Sample ↓ Formula Catalog

◇ Panel Division

Configure each sash type once (First / Middle / Last). Create Assembly only asks Panel Qty — the system fills L1…LN from this method. Preview qty below is for the plan only (Standard min 2, Reverse / Meeting min 3, max 100). Constants C / C2 / HA / FA are shared. Optional custom mm overrides one leaf.

Standard, Corner and Pocket: end panels are HS-L or FX-L on the left, and/or HS-R or FX-R on the right. Reverse / Meeting: slide starts from the middle (minimum 3 shutters).

Panel Division Qty (shutters) *

Track Type

End Sash Position

Minimum Sash Width (L1/L2/L3...) *

Maximum Sash Width (L1/L2/L3...) *

Minimum Sash Height *

Maximum Sash Height *

◇ Scenario Constants (international — your system values)

Shared method: base = (W − C) / N. Handle extra = +HA. Fix extra = +FA. Middle = base. 2-panel uses C2 / HA2 / FA2. Create Assembly supplies N. Vars: N C HA FA L1…

Overlap C (3+)

Overlap C2 (2-panel)

Handle Add HA

Handle Add HA2

Fix Add FA

Fix Add FA2

Glass − Handle

Glass − Middle

Glass − Fix

Glass Height formula

◇ Shutter Type Formulas

One row per sash type — not one template per shutter count

Example: FXR = Last Panel · extra none → (W−C)/N. HSR = Last Panel · +HA → (W−C)/N+HA. ISR = Middle Panel · none → (W−C)/N. A 10-shutter door is then First + 8× Middle + Last. No 10-shutter Panel Data record is required.

Sash Type	Panel Position	Extra	Formula
No sash types — click Fill from Sliding Type or + Add

▭ Sliding Panel Plan

Uses the L1…Ln sash types above. A completed Shrinked assembled detail that matches this plan (sash type + track + side) is marked here. Flip the plan = inside/outside track.

⦿ Main Frames

Position	Profile (from Profile Data)	Item Code	Description	Cut Formula (mm)	Cut Degree	Qty	Finish
Top
Bottom
Left
Right

+ Add Frame

No.	Profile	Item Code	Description	Cut Formula (mm)	Cut Deg.	Qty	Position	Track	Finish
No components — click "+ Add Row"

Sash Formula — Height

◽ Main Sash-Profiles

S/N	Position	Profile (from Profile Data)	Item Code	Description	Cut Formula (mm)	Cut Deg.	Qty	Finish
No main sash profiles — click "+ Add Row"

Add Interlock Formula

Auto-selected interlock from Configuration will use this formula for cut length and show with sash profiles in assembly list.

● Interlock Mode

Standard Reverse

Sash Type ↔ Interlock Qty (auto-populated on sash import)

Sash Group / Type	Interlock Qty
No entries — import sash data or click "+ Add"

Standard Interlock Code (auto)

—

Selected via Interlock Calculator. Used as the "standard side" of the reverse pair.

Reverse Interlock Code

—

Auto-matched: 4326/4327 → 4377, 4328 → NL-4378R, 773659 → 89090. Override if needed.

Sash Type ↔ Std / Rev Interlock Qty (auto-populated on sash import)

Sash Group / Type	Std Qty	Rev Qty
No entries — import sash data or click "+ Add"

◽ Sub Sash

S/N	Position	Profile (from Profile Data)	Item Code	Description	Cut Formula (mm)	Cut Deg.	Qty	Finish
No sub sash profiles — click "+ Add Row"

□ Glass Sizes

S/N	Glass Height Formula
No glass sizes — click "+ Add Row"

📌 Sash Hardware

S/N	Item Code	Description	Qty	Position / Notes	Finish	Formula
No hardware — click "+ Add Row"

📌 Accessories

S/N	Item Code	Description	Qty	Unit	Formula	Track	Remarks
No accessories — click "+ Add Row"

⚖ Gasket

S/N	Item Code	Description	Qty (LM)	Layout	Formula
No gaskets — click "+ Add Row"

📌 Hardwares Auto-selected by weight & size — system picks per sash condition. All alternatives defined here.

S/N	A/N	Item Code	Description	Qty	Unit	Formula	Remarks
No hardware — click "+ Add Hardware"

⚖ Size & Weight Control Weight is first priority — click a hardware S/N to configure its limits

Priority Logic: 1. Sash weight > Max Weight → NOT allowed. 2. Weight ≤ Max Weight but size exceeds Max by ≤ Tolerance → Allowed. 3. Weight ≤ Max Weight & size within Max → Allowed. 4. Size exceeds Max by > Tolerance AND weight > Max Weight → NOT allowed.

S/N	Max W (mm)	Max H (mm)	Min W (mm)	Min H (mm)	Min Wt (kg)	Max Wt (kg)	Tolerance ±mm	Edit
No size & weight controls — add hardware and click S/N to configure

ⓘ Click the S/N button on any hardware row to configure its size & weight limits

Roller Wheels

No.	Item Code	Description	Qty	Position	Track	Finish	Formula
No roller wheels — click "+ Add Row"

New Group

Group Name *

Brand

Subsystem

Typology

Rows Stock split auto-calculated (Length ÷ Stock)

Interlock Systems

⚙ INTERLOCK SYSTEM SELECTOR

Structural Auto-Selection · Sliding Sash

How it works: Enter opening dimensions and wind load. The system calculates sash size from formulas, runs structural deflection auto-selection for the active system bucket, and picks the first profile with sufficient inertia Ix.

Opening Width (mm) *

Opening Height (mm) *

Wind Load (kPa) *

Glass Combination

Deflection Rule

Track Type

System

System Type

Calculates Ireqd and auto-selects a Standard interlock by Ix within the active system bucket.

Manual interlock — Reverse / Meeting

Select Interlock Profile

Pick the interlock required for this Reverse or Meeting sliding. Structural auto-select is not used.

✓ Selection Result

System

Profile Code

Interlock Components

Steel Reinforcement

Glass Combination

Reason

⚠ No suitable interlock row found for the entered Width/Height/Wind with Availability C=1. Update the current system bucket.

Standard list is used by Calculator auto-select. Reverse and Meeting stay in their own lists — copy marked rows to add them without changing Standard. OPV30 bucket

Viewing OPV30 Standard records. Each type is saved separately in this system bucket.

	Pri.	System	Type	Profile Details (D)	Avail (C)	Width A (m)	Height B (m)	Wind L (kPa)	Glass Comb. (K)	Notes
Loading…

No interlock applied yet — Standard uses Calculator auto-select; Reverse / Meeting are picked manually.

How it works: Assign one Reverse ↔ one Standard (1:1), e.g. 4512→4542, 4513→4543, 4514→4544. Do not pick combo profiles here. When Normal is 4542+4544, Reverse becomes 4512+4514. On RSI-L / RSI-R meeting shutters each leaf keeps 1 Normal + 1 Reverse (e.g. RSI-L: 4542+4512, RSI-R: 4544+4514).

Save to Server so other PCs get these pairs

#	System	Reverse Interlock Selection	Matching Standard Interlock	Notes	Active
No mappings yet — click "Reset to Defaults" or "+ Add Pair".

System: Same system list as the Database. Leave on Any to apply across buckets.
Reverse Interlock Selection: Single reverse code only (from Database Reverse tag), e.g. UV4512.
Matching Standard Interlock: Single matching standard code only, e.g. UV4542 — not a combo like 4542+4544.
Example pairs: 4512→4542, 4513→4543, 4514→4544. Seed: NL-4378R→4328, 89090→773659.

How it works: End-cap rows are linked by interlock profile/code + system/subsystem + sash type (and optional position), then pushed dynamically into the assembly list with top/bottom QTY multipliers.

Sample CSV Stored in browser · linked with profile + system data

	#	INTERLOCK	Bottom EndCap	QTY	Top EndCap	QTY	Type Sash	Sash name	Position (When Viewed From outside)	System	Subsystem	Notes	Active
No end-cap mappings yet — click "+ Add" to create one.

Interlock: Matched against selected interlock profile/code from Interlock DB.
System / Subsystem: If provided, must match the selected interlock system/subsystem.
Import format:

INTERLOCK, Bottom EndCap, QTY, Top EndCap, QTY, Type Sash, Sash name, Position (When Viewed From outside), System, Subsystem, Notes, Active

⚙ Interlock Database Record

Add new interlock system record

Priority * (1=lightest, checked first)

System Name *

System Type * (locked to the Database sub-tab)

Profile Details (D) *

Width A (m) *

Height B (m) *

Wind Load L (kPa) *

Availability C

Applicable Glass Combinations (comma-separated, blank = any)

Notes

◽ Add Main Sash Profile

Do you have any similar alternative profiles for this entry?
e.g. same position but different profile code / spec

How many total alternatives? (including this one) rows will be added labelled a, b, c…

⚖ Size & Weight Control

Hardware S/N:

Priority Logic:
1. Sash weight > Max Weight → NOT allowed.
2. Weight ≤ Max Weight but size exceeds Max by ≤ Tolerance → Allowed.
3. Weight ≤ Max Weight & size within Max → Allowed.
4. Size exceeds Max by > Tolerance AND weight > Max Weight → NOT allowed.

Max Width (mm)

Max Height (mm)

Min Width (mm)

Min Height (mm)

Min Weight (kg)

Max Weight (kg)

Size Tolerance ±(mm) — allowed oversize when weight is within limit

⇸ Sash Data Library Pre-defined sash type templates — import into Sliding Group Main Sash area ↓ Sample Excel/CSV ↓ Formula Catalog

S/N	System	Subsystem	Sash Type	Position	Mode	# Profiles	# HW	# Acc	Actions
No sash data — click "Create Sash Data" to add one

▣ Sliding Panel Data Save L1/L2/L3/L4 formulas + track settings, then import to Sliding Group or Assembly ↓ Sample ↓ Formula Catalog

S/N	Rule Name	System	Subsystem	Panels	Track	End Sash	Rows	Actions
No panel data — click Create to add one

New Sliding Rule

Rule Name *

System (Brand)

Subsystem

Panel Qty *

Track Type *

End Sash Position

Sash Type Codes: HS-L = Handle Sash Left, HS-R = Handle Sash Right, FX-L = Fixed Left, FX-R = Fixed Right, IS-L = Sliding Interlock Left, IS-R = Sliding Interlock Right, IFX = Fixed Interlock, RSI-L = Reverse Interlock Left, RSI-R = Reverse Interlock Right. RFX-L = first panel, fixed sash, only next to RSI-R. RFX-R = last panel, fixed sash, only next to RSI-L. 3 panels: RFX-L + RSI-R + FX-R, or FX-L + RSI-L + RFX-R. Not both RFX.

Standard: end panels must be HS-L or FX-L on the left, and/or HS-R or FX-R on the right. Reverse interlock (RSI) and Meeting interlock (M-ISL / M-ISR): the slide starts from the middle — minimum 3 shutters.

Each L dropdown lists sash types for that panel position (first / middle / last), including types you created on the Sliding tab. Middle types (IS / IFX) appear when Panel Qty is 3 or more. Invalid combinations show a warning instead of hiding the list.

Division width method (universal)

2-panel uses overlap C2. 3 or more panels use overlap C. Base = (W − overlap) / N. Handle (HS) = base + HA. Fix (FX) = base + FA. Middle (IS / IFX / RSI) = base. Glass: handle − GH, middle − GM, fix − GF. Height uses the glass height formula. Numbers change per system — the method does not.

C (3+ panels)

C2 (2 panels)

HA (handle +)

HA2 (2-panel +)

FA (fix +)

FA2 (2-panel +)

Glass − Handle

Glass − Middle

Glass − Fix

Glass Height

Sliding L Rules (L1, L2, L3, L4 ...)

Default width is the formula. Use Custom mm only when this opening must ignore the formula. Create Assembly lets the user pick any allowed sash — formulas follow the chosen type.

Shutter Elevations (indication)

The system cannot guess how to draw HS-L, FX-R, IS-L, RSI… in elevation. Save the indication for each sash type here. Create Assembly uses the same mark when you pick that sash.

New Sash Data

System (Brand) *

Subsystem *

Sliding Mode

Sash Type *

Panel Position

Width extra

Track Position

◽ Sash Profiles

S/N	Item Code	Description	Qty	Position	Cut Length	Finish	Remarks
No profiles — click "+ Add Row"

📌 Sash Hardware

S/N	Item Code	Description	Qty	Position / Notes
No hardware — click "+ Add Row"

📍 Sash Accessories

S/N	Item Code	Description	Qty	Unit	Formula
No accessories — click "+ Add Row"

▣ Import Panel Data

Select a saved panel rule to import L1/L2/L3 formulas, sash types, and track / fold settings.

Select Panel Rule

Rule preview:

⇸ Import Sash Profiles

Select a sash type (HS-L, HS-R, FX-L, etc.) to import its profiles into Main Sash — each type is kept in a separate named group.

Select Sash Type from Library

Profiles to import:

📁 New Folder

Create a new subsystem folder under a System.

System (Brand) *

Subsystem *

Move to Folder *

ℹ The sash entry's System and Subsystem will be updated to match the target folder.

Brands

Saved Assemblies

Manufacturer → system → typology → pack. Create packs in Formula Center, then open them from here.

0 marked

Group by System

	Assembly Name	Frame Group	Sash Group	Sliding Group	Glass Slots	Brand	Typology	Linked System	External HTML
No saved assemblies yet — create one in Formula Center → Assembly

New Assembly Pack Review imported groups, glass and elevation. Packs are created on Formula Center → Assembly, then stored here.

1 Assembly Pack

Assembly Pack name * Enabled — use this pack in Create Unit

Brand

Typology

Linked System

Width formula (W)

Height formula (H)

Curtain Wall Configuration

CW Group *

CW Elevation Configurator

2 Outer Frame

2 Shutters

2 Sliding

2 Louver

2 Cover

2 Beading

2 General

3 Panel Data

Panel Data is optional. Sliding Group shutter type formulas (First / Middle / Last) generate any panel count in Create Assembly.

4 Technical Restrictions Linked for later use — Create Unit does not block on these yet

Restriction set

5 Glass Each row links glass + bead group

6 Linked Elevation From Elevation Data

Select the Frame (FR) and Standard Elevation (ELV) created in Elevation Data. Selecting a Standard Elevation stamps this assembly link on that ELV — prefer items marked · linked. The preview on the right is the exact CAD for the current selection.

Product Category

Frame Setting (FR)

Shutter Configuration

Custom Shutters Standard Elevation

Shutter Setting (SH)

Standard Elevation (ELV)

Elevation Preview

Select a Frame and Standard Elevation to preview.

Match Conditions (auto-select rules)

key=value pairs separated by ;. Used by the 5-scenario auto-match (brand · system · typology · subsystem · conditions).

Notes

Panel Data

Showing rules for the selected typology only

Created Templates

Standard items ready for Create Unit — pick them as Template source to finish an assembly list quickly.

New Template

Template Code *

Template Name *

Linked Assembly *

Default Width mm

Default Height mm

Notes

Code	Template Name	Linked Assembly	Default Size	Created
No templates yet — click New Template to create one

Custom Models

For units built without a standard template — mainly Sliding Doors and Curtain Walls.

This workflow will be defined next. For now, use Assembly Packs as the source in Create Unit.

Properties

Click a system card
to view details

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Start from zero

Select a person

Saved Assemblies

Created Templates

Custom Models

Preview — 2D Elevation

Assembly Output

Assembly Elevation

Glass Size

Assembly List

Hardware

Accessories

Hinges & Handle — configure on the left panel before generating

Gaskets, Brush & Seals