Enum ruststep::ap203::config_control_design::GeometricRepresentationItemAnyHolder

pub enum GeometricRepresentationItemAnyHolder {
    GeometricRepresentationItem(Box<GeometricRepresentationItemHolder>),
    CartesianTransformationOperator(Box<CartesianTransformationOperatorAnyHolder>),
    Curve(Box<CurveAnyHolder>),
    Direction(Box<DirectionHolder>),
    EdgeBasedWireframeModel(Box<EdgeBasedWireframeModelHolder>),
    EdgeCurve(Box<EdgeCurveHolder>),
    FaceSurface(Box<FaceSurfaceAnyHolder>),
    GeometricSet(Box<GeometricSetAnyHolder>),
    Placement(Box<PlacementAnyHolder>),
    Point(Box<PointAnyHolder>),
    PolyLoop(Box<PolyLoopHolder>),
    ShellBasedSurfaceModel(Box<ShellBasedSurfaceModelHolder>),
    ShellBasedWireframeModel(Box<ShellBasedWireframeModelHolder>),
    SolidModel(Box<SolidModelAnyHolder>),
    Surface(Box<SurfaceAnyHolder>),
    Vector(Box<VectorHolder>),
    VertexPoint(Box<VertexPointHolder>),
}

Variants

GeometricRepresentationItem(Box<GeometricRepresentationItemHolder>)

Tuple Fields of GeometricRepresentationItem

0: Box<GeometricRepresentationItemHolder>

CartesianTransformationOperator(Box<CartesianTransformationOperatorAnyHolder>)

Tuple Fields of CartesianTransformationOperator

0: Box<CartesianTransformationOperatorAnyHolder>

Curve(Box<CurveAnyHolder>)

Tuple Fields of Curve

0: Box<CurveAnyHolder>

Direction(Box<DirectionHolder>)

Tuple Fields of Direction

0: Box<DirectionHolder>

EdgeBasedWireframeModel(Box<EdgeBasedWireframeModelHolder>)

Tuple Fields of EdgeBasedWireframeModel

0: Box<EdgeBasedWireframeModelHolder>

EdgeCurve(Box<EdgeCurveHolder>)

Tuple Fields of EdgeCurve

0: Box<EdgeCurveHolder>

FaceSurface(Box<FaceSurfaceAnyHolder>)

Tuple Fields of FaceSurface

0: Box<FaceSurfaceAnyHolder>

GeometricSet(Box<GeometricSetAnyHolder>)

Tuple Fields of GeometricSet

0: Box<GeometricSetAnyHolder>

Placement(Box<PlacementAnyHolder>)

Tuple Fields of Placement

0: Box<PlacementAnyHolder>

Point(Box<PointAnyHolder>)

Tuple Fields of Point

0: Box<PointAnyHolder>

PolyLoop(Box<PolyLoopHolder>)

Tuple Fields of PolyLoop

0: Box<PolyLoopHolder>

ShellBasedSurfaceModel(Box<ShellBasedSurfaceModelHolder>)

Tuple Fields of ShellBasedSurfaceModel

0: Box<ShellBasedSurfaceModelHolder>

ShellBasedWireframeModel(Box<ShellBasedWireframeModelHolder>)

Tuple Fields of ShellBasedWireframeModel

0: Box<ShellBasedWireframeModelHolder>

SolidModel(Box<SolidModelAnyHolder>)

Tuple Fields of SolidModel

0: Box<SolidModelAnyHolder>

Surface(Box<SurfaceAnyHolder>)

Tuple Fields of Surface

0: Box<SurfaceAnyHolder>

Vector(Box<VectorHolder>)

Tuple Fields of Vector

0: Box<VectorHolder>

VertexPoint(Box<VertexPointHolder>)

Tuple Fields of VertexPoint

0: Box<VertexPointHolder>

Trait Implementations

impl Clone for GeometricRepresentationItemAnyHolder

fn clone(&self) -> GeometricRepresentationItemAnyHolder

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for GeometricRepresentationItemAnyHolder

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<'de> Deserialize<'de> for GeometricRepresentationItemAnyHolder

fn deserialize<D>(deserializer: D) -> Result<Self, D::Error> where
    D: Deserializer<'de>, 

Deserialize this value from the given Serde deserializer.

impl EntityTable<GeometricRepresentationItemAnyHolder> for Tables

fn get_owned(&self, entity_id: u64) -> Result<GeometricRepresentationItemAny>

Get owned entity from table

fn owned_iter<'table>(
    &'table self
) -> Box<dyn Iterator<Item = Result<GeometricRepresentationItemAny>> + 'table>

Get owned entities as an iterator

impl Holder for GeometricRepresentationItemAnyHolder

fn name() -> &'static str

fn attr_len() -> usize

impl IntoOwned for GeometricRepresentationItemAnyHolder

type Owned = GeometricRepresentationItemAny

type Table = Tables

fn into_owned(self, table: &Self::Table) -> Result<Self::Owned>

impl PartialEq<GeometricRepresentationItemAnyHolder> for GeometricRepresentationItemAnyHolder

fn eq(&self, other: &GeometricRepresentationItemAnyHolder) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &GeometricRepresentationItemAnyHolder) -> bool

This method tests for !=.

impl WithVisitor for GeometricRepresentationItemAnyHolder

type Visitor = GeometricRepresentationItemAnyHolderVisitor

fn visitor_new() -> Self::Visitor

impl StructuralPartialEq for GeometricRepresentationItemAnyHolder