Crate open_configuration
source · [−]Modules
Structs
An attachment point for planning support and placement of children. All attributes are mandatory.
A simple camera definition. Up vector is per default in positive y direction. FOV / Dollying depends on viewer.
Basic color value. Linear RGB (Not sRGB). Values in the range 0.0 to 1.0
A 3D component that is used to model products. A product corresponds to a tree of Objects. Inside the tree, transforms are always inherited from parent to child and concatenated. Material Categories are inherited from parent to child, as long as the child does not have one.
An abstract representation of a 3D Geometry.
A Transformation of the UV Set of a Geometry
Ordering S///T///R///V
This order minimizes shearing and improves
the posibility to fix tiling.
Basic master data, used OC master-data scenarios.
An abstract representation of a Material.
An initial or incremental product representation.
State information of a product.
Description of a three-dimensional rotation. All attributes are mandatory.
The Scene is the central part of an OC data set. Each OC data set contains exactly one.
Top-view representation of a Product. Implemented by an image that is put into a rectangular region. The origin of the region is aligned with the origin of the Product but may be moved by an offset.
Spatial transformation of an object, relative to it’s parent object. All attributes are optional. But, if an attribute exists, all it’s attributes must exist, too. The application ordering follows industry standard (X3D, ThreeJS) so first scales then rotates and then positions. This basically allows to scale and rotate an object undisturbed and then move it to its position. Think of a cube. Ordering as Matrices is therefore T///R///S///V
Value of properties
Description of either Positions or Scalings. All attributes are mandatory. For positions, 1.0 means 1.0 m.
Enums
The type of the point “Origin” - the origin of a product, matches to “Child” “Child” - a (virtual) child can be placed, matches to “Origin” “Left” - L-R neighborship, matches to “Right” “Right” - L-R neighborship, matches to “Left” “Top” - vertical neighborship, matches to “Bottom” “Bottom” - vertical neighborship, matches to “Top” “Front” - front/back neighborship, matches to “Back” “Back” - front/back neighborship, machtes to “Front” “Alignment” - auxiliary point to support alignments “Maximum” - marks the maximum of the bbox “Minimum” - marks the minimum of the bbox