Product Management

Components

Components are the fundamental building blocks for creating systems such as windows, doors, and shading solutions. Therefore, it is recommended to set up all components before creating a new system.

With few exceptions, all components are similarly structured and require a unique code, a name, and specific technical data.

For the Code field, only numbers, letters, and underscores are supported. Spaces or special characters cannot be used in the code.

For illustrations, filenames can contain numbers, letters, underscores, and hyphens. Filenames with spaces or unsupported special characters may not be consistently supported.

Image and vector graphic for front door panels

Infills are a special component because, in addition to an illustration, they also allow the use of SVG code, which can interpret the following variables:

Variable	Description
$w	Filling width
$h	Filling height
$cx	Half-width (center point)
$cy	Half-height (center point)
gradient_glazing	Glass surface
gradient_infill	Base color
additional_color	Additional color
application_color	Application color
application_steel	Stainless steel application

Example Code

 	<path d="M {$cx-260} {$cy-500} L {$cx-260} {$cy-760} L $cx {$cy-760} L $cx {$cy-500} Z" stroke="#000000" stroke-width="1" fill="gradient_glazing" ></path>
 	<path d="M {$cx-260} {$cy-100} L {$cx-260} {$cy-360} L $cx {$cy-360} L $cx {$cy-100} Z" stroke="#000000" stroke-width="1" fill="gradient_glazing" ></path>
 	<path d="M {$cx-260} {$cy+40} L {$cx-260} {$cy+300} L $cx {$cy+300} L $cx {$cy+40} Z" stroke="#000000" stroke-width="1" fill="gradient_glazing" ></path>
 	<path d="M {$cx-260} {$cy+440} L {$cx-260} {$cy+700} L $cx {$cy+700} L $cx {$cy+440} Z" stroke="#000000" stroke-width="1" fill="gradient_glazing" ></path>

 	<path d="M {$cx-260} 0 L {$cx-260} $h Z" stroke="#dddddd" stroke-width="12"></path>

 	<path d="M {$cx-260} {$cy-500} L $w {$cy-500} Z" stroke="#dddddd" stroke-width="12" ></path>
 	<path d="M {$cx-260} {$cy-100} L $w {$cy-100} Z" stroke="#dddddd" stroke-width="12" ></path>
 	<path d="M {$cx-260} {$cy+300} L $w {$cy+300} Z" stroke="#dddddd" stroke-width="12" ></path>
 	<path d="M {$cx-260} {$cy+700} L $w {$cy+700} Z" stroke="#dddddd" stroke-width="12" ></path>

Image and vector graphic of a window handle

Handles also support SVG code in addition to an illustration, which can interpret the following variables:

Variable	Description
$color	Handle color
$w	Handle width
$h	Handle height
$cx	Half handle width (center point)
$cy	Half handle height (center point)
$vent_min_x	Wing minimum x-value
$vent_min_y	Wing minimum y-value
$vent_max_x	Wing maximum x-value
$vent_max_y	Wing maximum y-value
$vent_width	Wing width
$vent_height	Wing height
$vent_face_width	Wing profile width
$vent_cx	Half wing width (center point)
$vent_cy	Half wing height (center point)

Example Code

 	<path d="m 0.1325,12.4585 c 0,-16.4348912 28,-16.4348912 28,0 v 37 c 0,14.74256 -28,14.74256 -28,0 z" stroke="#000000" stroke-width="0.265" fill="$color"></path>
 	<path d="M 25.46,32.21 A 11.35,13.62 0 0 1 14.11,45.83 11.35,13.62 0 0 1 2.76,32.21 11.35,13.62 0 0 1 14.11,18.59 11.35,13.62 0 0 1 25.46,32.21 Z" stroke="#000000" stroke-width="0.265" fill="$color"></path>
 	<path d="m 3.1325,37.401239 c 0,-13.096 22,-13.096 22,0 l -2.5,110.480 c 0,4.312 -3.5,4.312 -8.5,4.312 -5,0 -8.5,0 -8.5,-4.30972 z" stroke="#000000" stroke-width="0.265" fill="$color"></path>