Miscellaneous Module

Types

	A3DMiscPhysicMaterialData
	A3DMiscMaterialFiberData
	A3DMiscMaterialHoneyCombData
	A3DMiscMaterialIsotropicData
	A3DMiscMaterialOrthotropic2DData
	A3DMiscMaterialOrthotropic3DData
	A3DMiscMaterialAnisotropicData
	A3DMiscMaterialPropertiesData
	`A3DMaterialPhysicType`

Fields

	`A3DPhysicType_None`
	`A3DPhysicType_Fiber`
	`A3DPhysicType_HoneyComb`
	`A3DPhysicType_Isotropic`
	`A3DPhysicType_Orthotropic2D`
	`A3DPhysicType_Orthotropic3D`
	`A3DPhysicType_Anisotropic`

Functions

`A3DStatus`	`A3DMiscGetMaterialProperties`
`A3DStatus`	`A3DMiscGetBoundingBox`
`A3DStatus`	`A3DMiscComputeBoundingBox`

Detailed Description

group a3d_misc_module

Tools and common structures.

This module describes tools and common structures.

Type Documentation

enum A3DMaterialPhysicType

Material physical type properties.

Version: 9.0

Values:

enumerator A3DPhysicType_None: If no material type set.

enumerator A3DPhysicType_Fiber: Fiber Type.

enumerator A3DPhysicType_HoneyComb: Honey Comb Type.

enumerator A3DPhysicType_Isotropic: Isotropic Type.

enumerator A3DPhysicType_Orthotropic2D: Orthotropic Type.

enumerator A3DPhysicType_Orthotropic3D: Orthotropic 3D Type.

enumerator A3DPhysicType_Anisotropic: Anisotropic Type.

Function Documentation

A3DStatus A3DMiscGetMaterialProperties(const A3DEntity *pEntity, A3DMiscMaterialPropertiesData *pMaterialPropertiesData)

Get density in kg/m3 read from the file.

Equal to -1.0 if not set \ Can call it on product occurrences, part, and representation item

Version: 8.2

A3DStatus A3DMiscGetBoundingBox(const A3DEntity *pEntity, A3DBoundingBoxData *pAABB)

Read the axis-aligned bounding box (AABB) of the given A3DEntity directly from the CAD data.

Version: 8.2

Warning

This function does not compute any bounding box. To do so please check A3DMiscComputeBoundingBox.

Parameters

pEntity – [in] The Entity to get the bounding box from. It can be any of A3DAsmModelFile, A3DAsmProductOccurrence, A3DAsmPartDefinition or A3DRiSet.
pAABB – [out] A pointer to a valid A3DBoundingBoxData which will be filled in with the found bounding box. If no AABB is found in the CAD data, A3DBoundingBoxData::m_sMin and A3DBoundingBoxData::m_sMax will be set to zero vectors ({0.0, 0.0, 0.0}).

Return values

A3D_SUCCESS –
A3D_BASE_BAD_ENTITY_TYPE –
A3D_INITIALIZE_BAD_VALUES –

Returns

A3D_SUCCESS in case of success or an error code

A3DStatus A3DMiscComputeBoundingBox(const A3DEntity *pEntity, A3DDouble const *pOptPlacement, A3DBoundingBoxData *pAABB)

Use the tessellation to compute the axis-aligned bounding box (AABB) of the given entity.

An invalid bouding box corresponds to those values:

A3DBoundingBoxData::m_sMin is {1.0, 0.0, 0.0}
A3DBoundingBoxData::m_sMax is {-1.0, 0.0, 0.0}

Version: 11.1

It can occur under following conditions:

The computation is done on infinite elements.
The CAD data do not contain any tessellation.
pEntity is of type A3DRiPlane.

Warning

This function computes the bounding box using tessellation data. If you want to read the actual bounding box from CAD data, see A3DMiscGetBoundingBox.

Parameters

pEntity – [in] The Entity to get the bounding box from. It can be any of A3DAsmProductOccurrence, A3DAsmPartDefinition or A3DRiSet.
pOptPlacement – [in] Reserved for future use. Must be set to 0.
pAABB – [out] A pointer to a valid A3DBoundingBoxData which will be filled in with the computed bounding box. If not possible an invalid bounding box is filled in (see below).

Return values

A3D_INVALID_DATA_STRUCT_SIZE –
A3D_INVALID_DATA_STRUCT_NULL –
A3D_BASE_BAD_ENTITY_TYPE –
A3D_SUCCESS – The bouding box computation is done on visible entities only. The unit used is the same as the given entity.

Returns

A3D_SUCCESS in case of success or an error code