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

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

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

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

GO2SEnum::GO2SError	CreateExtrusion (GO2SProfile profile, GO2SXYZ direction, Number height, Number taperAngle, Boolean surfacic)

GO2SEnum::GO2SError	CreateMultiExtrusion (Array< GO2SProfile > profiles, GO2SXYZ direction, Number height, Number taperAngle, Boolean surfacic)

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

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

Public Member Functions inherited from GO2SSolidGeometry
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	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 T_GO2SSolid< TShape, TExtrusion, TRevol, TBool >

Template class for Solid and mesh geometry.

Member Function Documentation

◆ CreateCuboid()

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

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool >::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 >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool >::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

◆ CreateExtrusion()

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

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool >::CreateExtrusion	(	GO2SProfile	profile,
		GO2SXYZ	direction,
		Number	height,
		Number	taperAngle,
		Boolean	surfacic )

inline

Create an extrusion from a profile

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

Parameters

[in]	profile	the profile to extrude
[in]	direction	the extrusion direction
[in]	height	the height of the cylinder
[in]	taperAngle	taper angle in degree
[in]	surfacic	if the extrusion is surfacic

◆ CreateMultiExtrusion()

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

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool >::CreateMultiExtrusion	(	Array< GO2SProfile >	profiles,
		GO2SXYZ	direction,
		Number	height,
		Number	taperAngle,
		Boolean	surfacic )

inline

Create an extrusion 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 to extrude
[in]	direction	the extrusion direction
[in]	height	the height of the cylinder
[in]	taperAngle	taper angle in degree
[in]	surfacic	if the extrusion is surfacic

◆ CreateMultiRevolution()

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

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool >::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 >

GO2SEnum::GO2SError T_GO2SSolid< TShape, TExtrusion, TRevol, TBool >::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

Public Member Functions

Detailed Description

Member Function Documentation

◆ CreateCuboid()

◆ CreateCylinder()

◆ CreateExtrusion()

◆ CreateMultiExtrusion()

◆ CreateMultiRevolution()

◆ CreateRevolution()