Dtk_feat Class Reference

Generic Feature All metric data in feature classes are given in MM All angular data are given in degree. More...

Inheritance diagram for Dtk_feat:

Data Structures
union	dtk_feat_type

Public Member Functions
virtual Dtk_ErrorStatus	_Store (void *)
	Dtk_feat ()
	BaseConstructor of a generic feature More...
	Dtk_feat (const Dtk_feat &s)
	Copy constructor. More...
Dtk_Int32	DtkDynamicType (const Dtk_Int32 &inId)
	Retrieves the dynamic entity type. More...
int	DtkDynamicType (const int &inId)
virtual void	dump (FILE *file=stdout)
int	get_associated_geometry (Dtk_feat_geometry **)
	Returns inner feature's associated geometry More...
int	get_body (Dtk_feat_body **e)
	Returns feature's body More...
int	get_boolean_operation (Dtk_feat_boolean **e)
	Returns feature's inner boolean operation feature. More...
int	get_chamfer (Dtk_feat_chamfer **e)
	Returns feature's inner Chamfer Feature. More...
int	get_close_surf (Dtk_feat_close_surf **e)
	Returns feature's inner close (fill) surface feature More...
int	get_draft (Dtk_feat_draft **e)
	Returns feature's inner Draft Feature. More...
int	get_face_fillet (Dtk_feat_face_fillet **e)
	Returns feature's inner Face Fillet Feature More...
int	get_fillet (Dtk_feat_fillet **e)
	Returns feature's inner Fillet Feature More...
int	get_final_associated_geometry (Dtk_feat_geometry **)
	Returns inner feature's final associated geometry, i.e. geometry that appears on the final Brep model More...
int	get_hole (Dtk_feat_hole **e)
	Returns feature's inner Hole Feature More...
Dtk_InfoPtr	get_info () const
int	get_input_geometry (Dtk_feat_geometry **)
	Returns inner feature's basis geometry More...
int	get_isActive (bool *)
	Returns inner feature's activation status More...
int	get_loft (Dtk_feat_loft **e)
	Returns feature's Loft feature More...
int	get_mirror (Dtk_feat_mirror **e)
	Returns feature's inner mirror feature. More...
int	get_multi_prism (Dtk_feat_multi_prism **e)
	Returns feature's inner Multi Prism Feature (MULTI_PAD|MULTI_POCKET) More...
int	get_name (Dtk_string *)
	Returns the feature name More...
int	get_output_geometry (Dtk_feat_geometry **)
	Returns inner feature's output geometry More...
int	get_pattern (Dtk_feat_pattern **e)
	Returns feature's inner pattern feature (Rectangular & Circular) More...
int	get_pipe (Dtk_feat_pipe **e)
	Returns feature's inner Pipe sub-feature. More...
int	get_prism (Dtk_feat_prism **e)
	Returns feature's inner Prism Feature (PAD|POCKET) More...
int	get_remove_face (Dtk_feat_remove_face **e)
	Returns feature's inner remove face feature More...
int	get_replace_face (Dtk_feat_replace_face **e)
	Returns feature's inner replace face feature More...
int	get_revol (Dtk_feat_revol **e)
	Returns feature's inner Revol Feature (SHAFT|GROOVE) More...
int	get_rotate (Dtk_feat_rotate **e)
	Returns feature's rotate feature More...
int	get_scaling (Dtk_feat_scaling **e)
	Returns feature's scaling feature More...
int	get_sew_surf (Dtk_feat_sew_surf **e)
	Returns feature's inner sew surface feature More...
int	get_sheet_metal (Dtk_feat_sheet_metal **e)
	Returns feature's Sheet Metal feature More...
int	get_shell (Dtk_feat_shell **e)
	Returns feature's inner Shell Feature More...
int	get_split_surf (Dtk_feat_split_surf **e)
	Returns feature's inner split surface feature More...
int	get_spot_point (Dtk_feat_SpotPoint *&e)
	Returns SpotPoint feature. More...
int	get_stiffener (Dtk_feat_stiffener **e)
	Returns feature's stiffener feature More...
int	get_surf_feature (Dtk_feat_surf_feature **e)
	Returns feature's Surface feature More...
int	get_sweep (Dtk_feat_sweep **e)
	Returns feature's inner Sweep Feature (RIB|SLOT) More...
int	get_symmetry (Dtk_feat_symmetry **e)
	Returns feature's symmetry feature More...
int	get_thickness_feat (Dtk_feat_thickness_feat **e)
	Returns feature's (Face) Thickness feature More...
int	get_thread (Dtk_feat_thread **e)
	Returns feature's inner Thread Feature More...
int	get_translate (Dtk_feat_translate **e)
	Returns feature's translate feature More...
int	get_tritangent_fillet (Dtk_feat_tritangent_fillet **e)
	Returns feature's inner Tri-tangent Fillet Feature More...
int	get_type (DTK_FEATURE_TYPE *)
	Gets the feature type More...
type_detk	get_type_detk () const
int	get_user_pattern (Dtk_feat_user_pattern **e)
	Returns feature's inner user pattern feature. More...
Dtk_feat_geometry *	GetAssociatedGeometry () const
Dtk_feat_boolean *	GetBooleanOperation () const
Dtk_feat_chamfer *	GetChamfer () const
Dtk_feat_close_surf *	GetCloseSurface () const
Dtk_feat_draft *	GetDraft () const
Dtk_feat_face_fillet *	GetFaceFillet () const
Dtk_feat_body *	GetFeatBody () const
Dtk_feat_fillet *	GetFillet () const
Dtk_feat_geometry *	GetFinalAssociatedGeometry () const
Dtk_feat_hole *	GetHole () const
Dtk_feat_hole_series *	GetHoleSeries () const
int	GetId () const
const Dtk_ID &	GetID () const
	Get Internal UniqueID. More...
Dtk_feat_geometry *	GetInputGeometry () const
Dtk_feat_loft *	GetLoft () const
Dtk_feat_mirror *	GetMirror () const
Dtk_feat_multi_prism *	GetMultiPrism () const
Dtk_string	GetName () const
Dtk_feat_geometry *	GetOutputGeometry () const
Dtk_feat_pattern *	GetPattern () const
Dtk_feat_pipe *	GetPipe () const
Dtk_feat_prism *	GetPrism () const
Dtk_feat_remove_face *	GetRemoveFace () const
Dtk_feat_replace_face *	GetReplaceFace () const
Dtk_feat_revol *	GetRevol () const
Dtk_feat_rotate *	GetRotate () const
Dtk_feat_scaling *	GetScaling () const
Dtk_feat_sew_surf *	GetSewSurface () const
Dtk_feat_sheet_metal *	GetSheetMetal () const
Dtk_feat_shell *	GetShell () const
virtual Dtk_Size_t	GetSize () const
Dtk_feat_split_surf *	GetSplitSurface () const
Dtk_feat_SpotPoint *	GetSpotPoint () const
Dtk_feat_stiffener *	GetStiffener () const
Dtk_feat_surf_feature *	GetSurfaceFeature () const
Dtk_feat_sweep *	GetSweep () const
Dtk_feat_symmetry *	GetSymmetry () const
Dtk_feat_thickness_feat *	GetThicknessFeature () const
Dtk_feat_thread *	GetThread () const
Dtk_feat_translate *	GetTranslate () const
Dtk_feat_tritangent_fillet *	GetTriTangentFillet () const
DTK_FEATURE_TYPE	GetType () const
Dtk_string	GetTypeAsString ()
Dtk_feat_udf *	GetUdf () const
Dtk_feat_user_defined *	GetUserDefined () const
Dtk_feat_user_pattern *	GetUserPattern () const
Dtk_InfoPtr &	info ()
Dtk_bool	IsActive () const
virtual void	PrepareTransfo ()
Dtk_ErrorStatus	Transform (const Dtk_transfo &inTransfo)
	~Dtk_feat ()
	BaseDestructor of a generic feature More...

Static Public Member Functions
static Dtk_FeaturePtr	Create ()
	Calls default constructor to allocate a new object. More...
static Dtk_feat *	DtkDynamicCast (Dtk_Object *s)
	Performs a dynamic cast - doesn't need RTTI -. More...
static Dtk_FeaturePtr	release (Dtk_FeaturePtr inFeature)
	Delete object. More...

Data Fields
Dtk_feat_geometry *	associated_geometry
long	body_id
union Dtk_feat::dtk_feat_type	entity
Dtk_feat_geometry *	final_associated_geometry
long	id
Dtk_feat_geometry *	input_geometry
bool	isActive
Dtk_string	name
Dtk_feat_geometry *	output_geometry
DTK_FEATURE_TYPE	type

Protected Types
enum	{ _typeID = DTK_TYPE_OBJECT }
enum	{ _typeID = DTK_TYPE_FEATURE }

Protected Member Functions
void	_copy (const Dtk_Entity &s)
void	_init ()
void	_reset ()
virtual Dtk_Object *	Clone ()

Protected Attributes
Dtk_Handle *	_Private
unsigned long	count_

Detailed Description

Generic Feature All metric data in feature classes are given in MM All angular data are given in degree.

Member Enumeration Documentation

anonymous enum

anonymous enum

protectedinherited

Enumerator
_typeID

{ _typeID = DTK_TYPE_OBJECT }; 

anonymous enum

anonymous enum

protected

Enumerator
_typeID

          {
          _typeID = DTK_TYPE_FEATURE
     };

Constructor & Destructor Documentation

Dtk_feat() [1/2]

Dtk_feat::Dtk_feat

(

)

BaseConstructor of a generic feature

Parameters

	[in/out]
[out]	<br>

Returns

Allocated generic feature

Remarks

Dtk_feat() [2/2]

Dtk_feat::Dtk_feat

(

const Dtk_feat &

s

)

Copy constructor.

Parameters

const

Dtk_feat& Object to copy from.

~Dtk_feat()

Dtk_feat::~Dtk_feat

(

)

BaseDestructor of a generic feature

Parameters

[in]	Generic	feature to destruct
	[in/out]
[out]	<br>

Returns

Free generic feature

Remarks

Inner test to know which kind of feature to disallocate

Member Function Documentation

_copy()

void Dtk_Entity::_copy ( const Dtk_Entity &  s )

protectedinherited

_init()

void Dtk_Entity::_init ( )

protectedinherited

_reset()

void Dtk_Entity::_reset ( )

protectedinherited

_Store()

virtual Dtk_ErrorStatus Dtk_Entity::_Store ( void *  )

virtualinherited

Reimplemented in Dtk_Shell, Dtk_Body, Dtk_Lump, Dtk_Volume, Dtk_Face, Dtk_Loop, Dtk_Coedge, Dtk_Edge, Dtk_Vertex, Dtk_TransformedSurface, Dtk_FilletSurface, Dtk_OffsetSurface, Dtk_SphericalSurface, Dtk_ToroidalSurface, Dtk_ConicalSurface, Dtk_CylindricalSurface, Dtk_RuledSurface, Dtk_LinearExtrusionSurface, Dtk_StandardRevolutionSurface, Dtk_RevolutionSurface, Dtk_PlaneSurface, Dtk_NurbsSurface, Dtk_Surface, Dtk_Hyperbola, Dtk_Parabola, Dtk_Ellipse, Dtk_Conic, Dtk_Line, Dtk_Polyline, Dtk_NurbsCurve, Dtk_Curve, and Dtk_Point.

Clone()

virtual Dtk_Object* Dtk_feat::Clone ( )

protectedvirtual

Implements Dtk_Entity.

{ return new Dtk_feat(*this); }

Create()

static Dtk_FeaturePtr Dtk_feat::Create ( )

static

Calls default constructor to allocate a new object.

DtkDynamicCast()

static Dtk_feat* Dtk_feat::DtkDynamicCast ( Dtk_Object *  s )

static

Performs a dynamic cast - doesn't need RTTI -.

     { 
          if(s->DtkDynamicType(_typeID)) 
               return static_cast<Dtk_feat*>(s); 
          return NULL; 
     } 

DtkDynamicType() [1/2]

Dtk_Int32 Dtk_feat::DtkDynamicType

(

const Dtk_Int32 &

inId

)

Retrieves the dynamic entity type.

     { 
          if (inId == _typeID)
          {
               return 1; 
          }
          return Dtk_Entity::DtkDynamicType(inId); 
     }

DtkDynamicType() [2/2]

int Dtk_Entity::DtkDynamicType ( const int &  inId )

virtualinherited

Implements Dtk_Object.

Reimplemented in Dtk_Shell, Dtk_Body, Dtk_Lump, Dtk_Volume, Dtk_Face, Dtk_Loop, Dtk_Coedge, Dtk_Edge, Dtk_Vertex, Dtk_TopologicalEntity, Dtk_MeshSurface, Dtk_TransformedSurface, Dtk_FilletSurface, Dtk_OffsetSurface, Dtk_SphericalSurface, Dtk_ToroidalSurface, Dtk_ConicalSurface, Dtk_CylindricalSurface, Dtk_RuledSurface, Dtk_LinearExtrusionSurface, Dtk_StandardRevolutionSurface, Dtk_RevolutionSurface, Dtk_PlaneSurface, Dtk_NurbsSurface, Dtk_Surface, Dtk_Hyperbola, Dtk_Parabola, Dtk_Ellipse, Dtk_Conic, Dtk_Line, Dtk_Polyline, Dtk_NurbsCurve, Dtk_Curve, Dtk_Point, Dtk_Constraint, Dtk_ConstraintReference, and Dtk_AxisSystem.

dump()

virtual void Dtk_Object::dump ( FILE *  file = stdout )

virtualinherited

get_associated_geometry()

int Dtk_feat::get_associated_geometry

(

Dtk_feat_geometry **

)

Returns inner feature's associated geometry

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Inner	feature's associated geometry

Returns

NOTOK if error, ISOK if ok

Remarks

get_body()

int Dtk_feat::get_body

(

Dtk_feat_body **

e

)

Returns feature's body

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Body	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_boolean_operation()

int Dtk_feat::get_boolean_operation

(

Dtk_feat_boolean **

e

)

Returns feature's inner boolean operation feature.

Parameters

[in]	Generic	Feature
	[in/out]
[out]	boolean	Operation Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_chamfer()

int Dtk_feat::get_chamfer

(

Dtk_feat_chamfer **

e

)

Returns feature's inner Chamfer Feature.

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Chamfer	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_close_surf()

int Dtk_feat::get_close_surf

(

Dtk_feat_close_surf **

e

)

Returns feature's inner close (fill) surface feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Close	Surface Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_draft()

int Dtk_feat::get_draft

(

Dtk_feat_draft **

e

)

Returns feature's inner Draft Feature.

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Draft	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_face_fillet()

int Dtk_feat::get_face_fillet

(

Dtk_feat_face_fillet **

e

)

Returns feature's inner Face Fillet Feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Face	Fillet Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_fillet()

int Dtk_feat::get_fillet

(

Dtk_feat_fillet **

e

)

Returns feature's inner Fillet Feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Fillet	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_final_associated_geometry()

int Dtk_feat::get_final_associated_geometry

(

Dtk_feat_geometry **

)

Returns inner feature's final associated geometry, i.e. geometry that appears on the final Brep model

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Inner	feature's final associated geometry

Returns

NOTOK if error, ISOK if ok

Remarks

get_hole()

int Dtk_feat::get_hole

(

Dtk_feat_hole **

e

)

Returns feature's inner Hole Feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Hole	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_info()

Dtk_InfoPtr Dtk_Entity::get_info ( ) const

inherited

get_input_geometry()

int Dtk_feat::get_input_geometry

(

Dtk_feat_geometry **

)

Returns inner feature's basis geometry

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Inner	feature's geometry

Returns

NOTOK if error, ISOK if ok

Remarks

get_isActive()

int Dtk_feat::get_isActive

(

bool *

)

Returns inner feature's activation status

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Inner	feature's activation status (bool)

Returns

NOTOK if error, ISOK if ok

Remarks

get_loft()

int Dtk_feat::get_loft

(

Dtk_feat_loft **

e

)

Returns feature's Loft feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Loft	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_mirror()

int Dtk_feat::get_mirror

(

Dtk_feat_mirror **

e

)

Returns feature's inner mirror feature.

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Mirror	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_multi_prism()

int Dtk_feat::get_multi_prism

(

Dtk_feat_multi_prism **

e

)

Returns feature's inner Multi Prism Feature (MULTI_PAD|MULTI_POCKET)

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Multi	Prism Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_name()

int Dtk_feat::get_name

(

Dtk_string *

)

Returns the feature name

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Feature	Name

Returns

NOTOK if error, ISOK if ok

Remarks

get_output_geometry()

int Dtk_feat::get_output_geometry

(

Dtk_feat_geometry **

)

Returns inner feature's output geometry

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Inner	feature's output geometry

Returns

NOTOK if error, ISOK if ok

Remarks

get_pattern()

int Dtk_feat::get_pattern

(

Dtk_feat_pattern **

e

)

Returns feature's inner pattern feature (Rectangular & Circular)

Parameters

[in]	Generic	Feature
	[in/out]
[out]	pattern	Feature (Rectangular & Circular)

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_pipe()

int Dtk_feat::get_pipe

(

Dtk_feat_pipe **

e

)

Returns feature's inner Pipe sub-feature.

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Pipe	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_prism()

int Dtk_feat::get_prism

(

Dtk_feat_prism **

e

)

Returns feature's inner Prism Feature (PAD|POCKET)

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Prism	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_remove_face()

int Dtk_feat::get_remove_face

(

Dtk_feat_remove_face **

e

)

Returns feature's inner remove face feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Remove	Face Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_replace_face()

int Dtk_feat::get_replace_face

(

Dtk_feat_replace_face **

e

)

Returns feature's inner replace face feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Replace	Face Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_revol()

int Dtk_feat::get_revol

(

Dtk_feat_revol **

e

)

Returns feature's inner Revol Feature (SHAFT|GROOVE)

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Revol	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_rotate()

int Dtk_feat::get_rotate

(

Dtk_feat_rotate **

e

)

Returns feature's rotate feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Generic	Rotate Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_scaling()

int Dtk_feat::get_scaling

(

Dtk_feat_scaling **

e

)

Returns feature's scaling feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Generic	Scaling Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_sew_surf()

int Dtk_feat::get_sew_surf

(

Dtk_feat_sew_surf **

e

)

Returns feature's inner sew surface feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Sew	Surface Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_sheet_metal()

int Dtk_feat::get_sheet_metal

(

Dtk_feat_sheet_metal **

e

)

Returns feature's Sheet Metal feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Sheet	Metal Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_shell()

int Dtk_feat::get_shell

(

Dtk_feat_shell **

e

)

Returns feature's inner Shell Feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Shell	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_split_surf()

int Dtk_feat::get_split_surf

(

Dtk_feat_split_surf **

e

)

Returns feature's inner split surface feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Split	Surface Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_spot_point()

int Dtk_feat::get_spot_point

(

Dtk_feat_SpotPoint *&

e

)

Returns SpotPoint feature.

Parameters

[in]	Generic	Feature
	[in/out]
[out]	SpotPoint	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_stiffener()

int Dtk_feat::get_stiffener

(

Dtk_feat_stiffener **

e

)

Returns feature's stiffener feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Generic	Stiffener Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_surf_feature()

int Dtk_feat::get_surf_feature

(

Dtk_feat_surf_feature **

e

)

Returns feature's Surface feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Surface	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_sweep()

int Dtk_feat::get_sweep

(

Dtk_feat_sweep **

e

)

Returns feature's inner Sweep Feature (RIB|SLOT)

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Sweep	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_symmetry()

int Dtk_feat::get_symmetry

(

Dtk_feat_symmetry **

e

)

Returns feature's symmetry feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Generic	Rotate Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_thickness_feat()

int Dtk_feat::get_thickness_feat

(

Dtk_feat_thickness_feat **

e

)

Returns feature's (Face) Thickness feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Thickness	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_thread()

int Dtk_feat::get_thread

(

Dtk_feat_thread **

e

)

Returns feature's inner Thread Feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Thread	Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_translate()

int Dtk_feat::get_translate

(

Dtk_feat_translate **

e

)

Returns feature's translate feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Generic	Translate Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_tritangent_fillet()

int Dtk_feat::get_tritangent_fillet

(

Dtk_feat_tritangent_fillet **

e

)

Returns feature's inner Tri-tangent Fillet Feature

Parameters

[in]	Generic	Feature
	[in/out]
[out]	Face	Fillet Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

get_type()

int Dtk_feat::get_type

(

DTK_FEATURE_TYPE *

)

Gets the feature type

Parameters

[in]	Generic	feature
	[in/out]
[out]	the	feature type : enum DTK_FEATURE_TYPE

Returns

NOTOK if error, ISOK if ok

Remarks

You need to test the type to get the inner feature

get_type_detk()

type_detk Dtk_feat::get_type_detk ( ) const

virtual

Returns

The type of the entity type - DTK_TYPE_FEATURE -

Implements Dtk_Entity.

{ return DTK_TYPE_FEATURE; }

get_user_pattern()

int Dtk_feat::get_user_pattern

(

Dtk_feat_user_pattern **

e

)

Returns feature's inner user pattern feature.

Parameters

[in]	Generic	Feature
	[in/out]
[out]	user	pattern Feature

Returns

NOTOK if error, ISOK if ok

Remarks

You should test Generic Feature type before call

GetAssociatedGeometry()

Dtk_feat_geometry* Dtk_feat::GetAssociatedGeometry

(

)

const

{return associated_geometry;}

GetBooleanOperation()

Dtk_feat_boolean* Dtk_feat::GetBooleanOperation

(

)

const

{return entity.boolean_op;}

GetChamfer()

Dtk_feat_chamfer* Dtk_feat::GetChamfer

(

)

const

{return entity.chamfer;}

GetCloseSurface()

Dtk_feat_close_surf* Dtk_feat::GetCloseSurface

(

)

const

{return entity.close;}

GetDraft()

Dtk_feat_draft* Dtk_feat::GetDraft

(

)

const

{return entity.draft;}

GetFaceFillet()

Dtk_feat_face_fillet* Dtk_feat::GetFaceFillet

(

)

const

{return entity.face_fillet;}

GetFeatBody()

Dtk_feat_body* Dtk_feat::GetFeatBody

(

)

const

{return entity.body;}

GetFillet()

Dtk_feat_fillet* Dtk_feat::GetFillet

(

)

const

{return entity.fillet;}

GetFinalAssociatedGeometry()

Dtk_feat_geometry* Dtk_feat::GetFinalAssociatedGeometry

(

)

const

{return final_associated_geometry;}

GetHole()

Dtk_feat_hole* Dtk_feat::GetHole

(

)

const

{return entity.hole;}

GetHoleSeries()

Dtk_feat_hole_series* Dtk_feat::GetHoleSeries

(

)

const

{return entity.hole_series;}

GetId()

int Dtk_feat::GetId

(

)

const

{return id;}

GetID()

const Dtk_ID& Dtk_Entity::GetID ( ) const

inherited

Get Internal UniqueID.

Returns

InternalID

GetInputGeometry()

Dtk_feat_geometry* Dtk_feat::GetInputGeometry

(

)

const

{return input_geometry;}

GetLoft()

Dtk_feat_loft* Dtk_feat::GetLoft

(

)

const

{return entity.loft;}

GetMirror()

Dtk_feat_mirror* Dtk_feat::GetMirror

(

)

const

{return entity.mirror;}

GetMultiPrism()

Dtk_feat_multi_prism* Dtk_feat::GetMultiPrism

(

)

const

{return entity.multi_prism;}

GetName()

Dtk_string Dtk_feat::GetName

(

)

const

{return name;}

GetOutputGeometry()

Dtk_feat_geometry* Dtk_feat::GetOutputGeometry

(

)

const

{return output_geometry;}

GetPattern()

Dtk_feat_pattern* Dtk_feat::GetPattern

(

)

const

{return entity.pattern;}

GetPipe()

Dtk_feat_pipe* Dtk_feat::GetPipe

(

)

const

{return entity.pipe;}

GetPrism()

Dtk_feat_prism* Dtk_feat::GetPrism

(

)

const

{return entity.prism;}

GetRemoveFace()

Dtk_feat_remove_face* Dtk_feat::GetRemoveFace

(

)

const

{return entity.remove_face;}

GetReplaceFace()

Dtk_feat_replace_face* Dtk_feat::GetReplaceFace

(

)

const

{return entity.replace_face;}

GetRevol()

Dtk_feat_revol* Dtk_feat::GetRevol

(

)

const

{return entity.revol;}

GetRotate()

Dtk_feat_rotate* Dtk_feat::GetRotate

(

)

const

{return entity.rotate;}

GetScaling()

Dtk_feat_scaling* Dtk_feat::GetScaling

(

)

const

{return entity.scaling;}

GetSewSurface()

Dtk_feat_sew_surf* Dtk_feat::GetSewSurface

(

)

const

{return entity.sew;}

GetSheetMetal()

Dtk_feat_sheet_metal* Dtk_feat::GetSheetMetal

(

)

const

{return entity.sheet_metal;}

GetShell()

Dtk_feat_shell* Dtk_feat::GetShell

(

)

const

{return entity.shell;}

GetSize()

virtual Dtk_Size_t Dtk_Entity::GetSize ( ) const

virtualinherited

Reimplemented from Dtk_Object.

Reimplemented in Dtk_Shell, Dtk_Body, Dtk_Lump, Dtk_Volume, Dtk_Face, Dtk_Loop, Dtk_Coedge, Dtk_Edge, Dtk_Vertex, Dtk_mesh, Dtk_TransformedSurface, Dtk_FilletSurface, Dtk_OffsetSurface, Dtk_SphericalSurface, Dtk_ToroidalSurface, Dtk_ConicalSurface, Dtk_CylindricalSurface, Dtk_RuledSurface, Dtk_LinearExtrusionSurface, Dtk_StandardRevolutionSurface, Dtk_RevolutionSurface, Dtk_PlaneSurface, Dtk_NurbsSurface, Dtk_Surface, Dtk_Hyperbola, Dtk_Parabola, Dtk_Ellipse, Dtk_Conic, Dtk_Line, Dtk_Polyline, Dtk_NurbsCurve, Dtk_Curve, and Dtk_Point.

GetSplitSurface()

Dtk_feat_split_surf* Dtk_feat::GetSplitSurface

(

)

const

{return entity.split;}

GetSpotPoint()

Dtk_feat_SpotPoint* Dtk_feat::GetSpotPoint

(

)

const

{return entity.spot_point;}

GetStiffener()

Dtk_feat_stiffener* Dtk_feat::GetStiffener

(

)

const

{return entity.stiffener;}

GetSurfaceFeature()

Dtk_feat_surf_feature* Dtk_feat::GetSurfaceFeature

(

)

const

{return entity.surf_feature;}

GetSweep()

Dtk_feat_sweep* Dtk_feat::GetSweep

(

)

const

{return entity.sweep;}

GetSymmetry()

Dtk_feat_symmetry* Dtk_feat::GetSymmetry

(

)

const

{return entity.symmetry;}

GetThicknessFeature()

Dtk_feat_thickness_feat* Dtk_feat::GetThicknessFeature

(

)

const

{return entity.thickness_feat;}

GetThread()

Dtk_feat_thread* Dtk_feat::GetThread

(

)

const

{return entity.thread;}

GetTranslate()

Dtk_feat_translate* Dtk_feat::GetTranslate

(

)

const

{return entity.translate;}

GetTriTangentFillet()

Dtk_feat_tritangent_fillet* Dtk_feat::GetTriTangentFillet

(

)

const

{return entity.tritangent_fillet;}

GetType()

DTK_FEATURE_TYPE Dtk_feat::GetType

(

)

const

{return type;}

GetTypeAsString()

Dtk_string Dtk_feat::GetTypeAsString

(

)

GetUdf()

Dtk_feat_udf* Dtk_feat::GetUdf

(

)

const

{return entity.udf;}

GetUserDefined()

Dtk_feat_user_defined* Dtk_feat::GetUserDefined

(

)

const

{return entity.user_defined;}

GetUserPattern()

Dtk_feat_user_pattern* Dtk_feat::GetUserPattern

(

)

const

{return entity.user_pattern;}

info()

Dtk_InfoPtr& Dtk_Entity::info ( )

inherited

IsActive()

Dtk_bool Dtk_feat::IsActive

(

)

const

{return isActive;}

PrepareTransfo()

virtual void Dtk_Entity::PrepareTransfo ( )

virtualinherited

Reimplemented in Dtk_OffsetSurface.

release()

static Dtk_FeaturePtr Dtk_feat::release ( Dtk_FeaturePtr  inFeature )

static

Delete object.

Transform()

Dtk_ErrorStatus Dtk_feat::Transform ( const Dtk_transfo &  inTransfo )

virtual

Implements Dtk_Entity.

Field Documentation

_Private

Dtk_Handle* Dtk_Entity::_Private

protectedinherited

associated_geometry

Dtk_feat_geometry* Dtk_feat::associated_geometry

body_id

long Dtk_feat::body_id

count_

unsigned long Dtk_Object::count_

protectedinherited

entity

union Dtk_feat::dtk_feat_type Dtk_feat::entity

final_associated_geometry

Dtk_feat_geometry* Dtk_feat::final_associated_geometry

id

long Dtk_feat::id

input_geometry

Dtk_feat_geometry* Dtk_feat::input_geometry

isActive

bool Dtk_feat::isActive

name

Dtk_string Dtk_feat::name

output_geometry

Dtk_feat_geometry* Dtk_feat::output_geometry

type

DTK_FEATURE_TYPE Dtk_feat::type