Template class for Solid and mesh geometry. More...

Inheritance diagram for T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >:

Public Member Functions
GO2SEnum::GO2SError	CreateCone (GO2SXYZ center, Number radiusBase, Number radiusTop, Number height)

GO2SEnum::GO2SError	CreateCuboid (GO2SXYZ Org, GO2SXYZ ptX, GO2SXYZ ptY, Number h)

GO2SEnum::GO2SError	CreateCylinder (GO2SXYZ center, Number radius, Number height)

GO2SEnum::GO2SError	CreateFace (GO2SProfile prf)

GO2SEnum::GO2SError	CreateMultiRevolution (Array< GO2SProfile > profiles, GO2SXYZ axis, Number angle, Boolean surfacic)

GO2SEnum::GO2SError	CreateRevolution (GO2SProfile profile, GO2SXYZ axis, Number angle, Boolean surfacic)

GO2SEnum::GO2SError	CreateSphere (GO2SXYZ center, Number radius)

GO2SEnum::GO2SError	CreateTorus (GO2SXYZ center, Number radius, Number height)

Public Member Functions inherited from GO2SSolidGeometry
GO2SMultipleGeometry	CreateSilhouette (GO2SXYZ direction, Number altitude, Number tolerance=0.01)

GO2SMultipleGeometry	CreateSilhouetteRevolution (GO2SXYZ direction, GO2SEnum::GO2SSilhouetteType type, Number tolerance)
	Given a direction, creates a revolution silhouette from a Solid.

GO2SMultipleGeometry	CreateSlice (GO2SXYZ direction, Number altitude, Number tolerance=0.01)
	Given a direction, creates a slice on the solid at a given altitude.

GO2SGeometry	ExtractEdge (GO2SEdge edge, Number tol=0.01)
	Extract a curve from an edge of a solid.

GO2SXYZ	GetExtrema (GO2SXYZ dir1, GO2SXYZ dir2, GO2SXYZ dir3)

GO2SMatrix	GetPrincipalAxes ()

Number	GetSurface ()

Number	GetVolume ()

GO2SMesh	ToMesh (Number tol=0.1)

Public Member Functions inherited from GO2SGeometry
GO2SEnum::GO2SError	ChangePlane (Number plane)

GO2SGeometry	Copy ()

GO2SEnum::GO2SError	Delete ()

Array< GO2SXYZ >	Discretize (Number accuracy=0.01)

Boolean	Equals (GO2SGeometry other)

Array< GO2SXYZ >	GetBoundingBox ()

Number	GetColor ()

Array< GO2SEnum::GO2SParam >	GetEditableParams ()

Number	GetLayer ()

Number	GetLineType ()

Number	GetLineWidth ()

String	GetName ()

Number	GetParam (GO2SEnum::GO2SParam param)

GO2SGeometry	GetParent ()

Number	GetPlane ()

GO2SXYZ	GetPosition ()

Boolean	IsCircular ()

Boolean	IsLinear ()

Boolean	IsMesh ()

Boolean	IsParamEditable (GO2SEnum::GO2SParam param)

Boolean	IsPoint ()

Boolean	IsPositionEditable ()

Boolean	IsSolid ()

Boolean	IsValid ()

Boolean	IsVisible ()

Boolean	IsWireframe ()

GO2SGeometry	Rotated (GO2SXYZ xyz, Number angle, Boolean xyzDir)

GO2SEnum::GO2SError	SetColor (Number color)

GO2SEnum::GO2SError	SetLayer (Number layer)

GO2SEnum::GO2SError	SetLineType (ELineType type)

GO2SEnum::GO2SError	SetLineWidth (Number width)

GO2SEnum::GO2SError	SetName (String p1)

GO2SEnum::GO2SError	SetParam (GO2SEnum::GO2SParam param, Number value)

GO2SEnum::GO2SError	SetPlane (Number plane)

GO2SEnum::GO2SError	SetPolarPosition (Number radius, Number angle, Number altitude=0)

GO2SEnum::GO2SError	SetPosition (GO2SXYZpos)

GO2SEnum::GO2SError	SetPosition (Number x, Number y, Number z)

GO2SEnum::GO2SError	SetVisible (Boolean visibility)

String	toString ()

GO2SEnum::GO2SError	Transform (GO2SMatrix matrix)

GO2SGeometry	Transformed (GO2SMatrix matrix)

GO2SGeometry	Translated (GO2SXYZ origin, GO2SXYZ p)

Detailed Description

template<class TShape, class TExtrusion, class TRevol, class TBool, class TFaceCompute>
class T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >

Template class for Solid and mesh geometry.

Member Function Documentation

◆ CreateCone()

template<class TShape , class TExtrusion , class TRevol , class TBool , class TFaceCompute >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >::CreateCone	(	GO2SXYZ	center,
		Number	radiusBase,
		Number	radiusTop,
		Number	height )

inline

Create a cone shape

Returns: GO2SError.success (0) if success, see GO2SError otherwise

Parameters

[in]	center	the center of the basis of the cone (bottom face)
[in]	radiusBase	radius of base circle
[in]	radiusTop	radius of top circle
[in]	height	height of the cone

◆ CreateCuboid()

template<class TShape , class TExtrusion , class TRevol , class TBool , class TFaceCompute >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >::CreateCuboid	(	GO2SXYZ	Org,
		GO2SXYZ	ptX,
		GO2SXYZ	ptY,
		Number	h )

inline

Create a cuboid shape

Returns: GO2SError.success (0) if success, see GO2SError otherwise

Parameters

[in]	Org	a bottom corner of the cuboid shape
[in]	ptX	a point defining the length of the cuboid basis
[in]	ptY	a point defining the with of the cuboid basis
[in]	h	the height of the cuboid

◆ CreateCylinder()

template<class TShape , class TExtrusion , class TRevol , class TBool , class TFaceCompute >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >::CreateCylinder	(	GO2SXYZ	center,
		Number	radius,
		Number	height )

inline

Create a cylinder shape

Returns: GO2SError.success (0) if success, see GO2SError otherwise

Parameters

[in]	center	the center of the basis of the cylinder (bottom face)
[in]	radius	the radius of the cylinder
[in]	height	the height of the cylinder

◆ CreateFace()

template<class TShape , class TExtrusion , class TRevol , class TBool , class TFaceCompute >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >::CreateFace ( GO2SProfile prf )

inline

Create a face from a profile

Warning: will delete the profile after the operation

Returns: GO2SError.success (0) if success, see GO2SError otherwise

Parameters

[in] prf the profile (boundary of the face)

◆ CreateMultiRevolution()

template<class TShape , class TExtrusion , class TRevol , class TBool , class TFaceCompute >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >::CreateMultiRevolution	(	Array< GO2SProfile >	profiles,
		GO2SXYZ	axis,
		Number	angle,
		Boolean	surfacic )

inline

Create a revolution from several profiles. The profiles are automatically ordered in pockets and Islands so that profiles inside another profile are considered as islands and will create holes

Returns: GO2SError.success (0) if success, see GO2SError otherwise

Parameters

[in]	profiles	the profiles for revolution
[in]	axis	the revolution axis
[in]	angle	the revolution angle (360 for a complete revolution)
[in]	surfacic	if the revolution is surfacic

◆ CreateRevolution()

template<class TShape , class TExtrusion , class TRevol , class TBool , class TFaceCompute >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >::CreateRevolution	(	GO2SProfile	profile,
		GO2SXYZ	axis,
		Number	angle,
		Boolean	surfacic )

inline

Create a solid revolution from a profile, an axis and an angle

Returns: GO2SError.success (0) if success, see GO2SError otherwise

Parameters

[in]	profile	the profile for revolution
[in]	axis	the revolution axis
[in]	angle	the revolution angle (360 for a complete revolution)
[in]	surfacic	if the revolution is surfacic

◆ CreateSphere()

template<class TShape , class TExtrusion , class TRevol , class TBool , class TFaceCompute >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >::CreateSphere	(	GO2SXYZ	center,
		Number	radius )

inline

Create a sphere shape

Returns: GO2SError.success (0) if success, see GO2SError otherwise

Parameters

[in]	center	the center of the basis of the cylinder (bottom face)
[in]	radius	the radius of the sphere

◆ CreateTorus()

template<class TShape , class TExtrusion , class TRevol , class TBool , class TFaceCompute >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool, TFaceCompute >::CreateTorus	(	GO2SXYZ	center,
		Number	radius,
		Number	height )

inline

Create a torus shape

Returns: GO2SError.success (0) if success, see GO2SError otherwise

Parameters

[in]	center	the center of the basis of the cylinder (bottom face)
[in]	radius	diameter of the torus
[in]	height	height of the torus

Public Member Functions

Detailed Description

Member Function Documentation

◆ CreateCone()

◆ CreateCuboid()

◆ CreateCylinder()

◆ CreateFace()

◆ CreateMultiRevolution()

◆ CreateRevolution()

◆ CreateSphere()

◆ CreateTorus()