Dtk_feat_hole Class Reference

Hole Feature : position, direction, type, diameter, anchorpoint of hole feature. More...

Public Member Functions
	Dtk_feat_hole ()
	Constructor of Hole Feature More...
int	get_anchor_type (ANCHOR_TYPE *)
	Gets the hole anchor type if any. More...
int	get_annotation (Dtk_pnt *, char *)
int	get_axis (Dtk_feat_axis **)
	Returns the hole axis. More...
int	get_bottom_angle (double *)
	Returns the hole bottom angle. More...
int	get_bottom_angle_has_tol (Bool *)
	Tests whether there is a tolerance set on bottom angle. More...
int	get_bottom_angle_with_tol (double *, double *, double *)
	Gets the hole bottom angle with its tolerance value (inf value & sup value) More...
int	get_bottom_type (HOLE_BOTTOM_TYPE *)
	Gets the hole bottom type if any. More...
int	get_counter_angle (double *)
	Returns the hole counter angle. More...
int	get_counter_angle_has_tol (Bool *)
	Tests whether there is a tolerance set on counter angle. More...
int	get_counter_angle_with_tol (double *, double *, double *)
	Gets the hole counter angle with its tolerance value (inf value & sup value) More...
int	get_counter_depth (double *)
	Returns the hole counter depth. More...
int	get_counter_depth_has_tol (Bool *)
	Tests whether there is a tolerance set on counter depth. More...
int	get_counter_depth_with_tol (double *, double *, double *)
	Gets the hole counter depth with its tolerance value (inf value & sup value) More...
int	get_counter_diameter (double *)
	Returns the hole counter diameter. More...
int	get_counter_diameter_has_tol (Bool *)
	Tests whether there is a tolerance set on counter diameter. More...
int	get_counter_diameter_with_tol (double *, double *, double *)
	Gets the hole counter diameter with its tolerance value (inf value & sup value) More...
int	get_depth (double *)
	Returns the hole depth. More...
int	get_depth_has_tol (Bool *)
	Tests whether there is a tolerance set on depth. More...
int	get_depth_with_tol (double *, double *, double *)
	Gets the hole depth with its tolerance value (inf value & sup value) More...
int	get_diameter (double *)
	Returns the hole diameter. More...
int	get_diameter_has_tol (Bool *)
	Tests whether there is a tolerance set on diameter. More...
int	get_diameter_with_tol (double *, double *, double *)
	Gets the hole diameter with its tolerance value (inf value & sup value) More...
int	get_inner_thread (Dtk_feat_inner_thread **)
	Returns the inner thread if any. More...
int	get_limit (Dtk_feat_limit **)
	Returns the hole limit. More...
int	get_sunk_diameter (double *)
	Returns the hole counter diameter. More...
int	get_threaded (Bool *)
	Tests whether the hole is threaded or not. More...
int	get_type (HOLE_TYPE *)
	Gets the hole type More...
Dtk_string	GetAnchorTypeAsString () const
Dtk_feat_axis *	GetAxis () const
Dtk_Double64	GetBottomAngle () const
Dtk_feat_tolerance_set *	GetBottomAngleTolerance () const
Dtk_Double64	GetCounterAngle () const
Dtk_feat_tolerance_set *	GetCounterAngleTolerance () const
Dtk_Double64	GetCounterDepth () const
Dtk_feat_tolerance_set *	GetCounterDepthTolerance () const
Dtk_Double64	GetCounterDiameter () const
Dtk_feat_tolerance_set *	GetCounterDiameterTolerance () const
Dtk_Double64	GetDepth () const
Dtk_feat_tolerance_set *	GetDepthTolerance () const
Dtk_Double64	GetDiameter () const
Dtk_feat_tolerance_set *	GetDiameterTolerance () const
Dtk_Double64	GetEndAngle () const
	return the angle of the end chamfer More...
Dtk_Double64	GetEndDiameter () const
	return the diameter of the end chamfer More...
Dtk_feat_inner_thread *	GetInnerThread () const
Dtk_feat_limit *	GetLimit () const
Dtk_Double64	GetNeckAngle () const
	return the angle of the neck More...
Dtk_Double64	GetNeckDepth () const
	return the depth of the neck More...
Dtk_Double64	GetNeckDiameter () const
	return the diameter of the neck More...
Dtk_Double64	GetReliefAngle () const
	return the angle of the relief More...
Dtk_Double64	GetReliefDepth () const
	return the depth of the relief More...
Dtk_Double64	GetReliefDiameter () const
	return the diameter of the relief More...
Dtk_feat_geometry *	GetSketch () const
Dtk_Double64	GetStartAngle () const
	return the angle of the start chamfer More...
Dtk_Double64	GetStartDiameter () const
	return the diameter of the start chamfer More...
Dtk_Double64	GetSunkDiameter () const
Dtk_feat_geometry *	GetSupport () const
Dtk_string	GetThreadBottomTypeAsString () const
HOLE_TYPE	GetType () const
Dtk_string	GetTypeAsString () const
Dtk_bool	HasBottomAngleTolerance () const
Dtk_bool	HasCounterAngleTolerance () const
Dtk_bool	HasCounterDepthTolerance () const
Dtk_bool	HasCounterDiameterTolerance () const
Dtk_bool	HasDepthTolerance () const
Dtk_bool	HasDiameterTolerance () const
Dtk_Int32	IsEndActived () const
	test if end chamfer is activated More...
Dtk_Int32	IsNeckActived () const
	test if neck is activated , only neck or relief can be activated not both More...
Dtk_Int32	IsReliefActived () const
	test if relief is activated , only relief or neck can be activated not both More...
Dtk_Int32	IsStartActived () const
	test if start chamfer is activated More...
Dtk_bool	IsThreaded () const
	~Dtk_feat_hole ()
	Destructor of a hole feature More...

Data Fields
Dtk_pnt	anchor
ANCHOR_TYPE	anchor_type
Dtk_feat_axis *	axis
Dtk_counter_params	counter_params
char *	dimension_tolerance
Dtk_feat_geometry *	direction
Dtk_Int32	end_active
Dtk_hole_params	end_params
Dtk_feat_sketch *	feat_sketch
HOLE_BOTTOM_TYPE	hole_bottom_type
Dtk_feat_limit *	hole_limit
Dtk_hole_params	hole_params
Bool	hole_threaded
HOLE_TYPE	hole_type
Dtk_feat_geometry *	limit
Dtk_Int32	neck_active
Dtk_hole_params	neck_params
Dtk_Int32	relief_active
Dtk_hole_params	relief_params
Dtk_feat_geometry *	sketch
Dtk_Int32	start_active
Dtk_hole_params	start_params
Dtk_Double64	Sunk_diameter
Dtk_feat_geometry *	support
Dtk_feat_inner_thread *	thread
Dtk_feat_tolerance_set *	tol_counter [3]
Dtk_feat_tolerance_set *	tol_hole [3]

Detailed Description

Hole Feature : position, direction, type, diameter, anchorpoint of hole feature.

Constructor & Destructor Documentation

Dtk_feat_hole()

Dtk_feat_hole::Dtk_feat_hole

(

)

Constructor of Hole Feature

Parameters

	[in/out]
[out]	Allocated	hole feature

Returns

Remarks

~Dtk_feat_hole()

Dtk_feat_hole::~Dtk_feat_hole

(

)

Destructor of a hole feature

Parameters

[in]	Hole	feature to destruct
	[in/out]
[out]	Free	Hole Feature

Returns

Remarks

Member Function Documentation

get_anchor_type()

int Dtk_feat_hole::get_anchor_type

(

ANCHOR_TYPE *

)

Gets the hole anchor type if any.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	Anchor Type

Returns

NOTOK if error, ISOK if ok

Remarks

You should test hole type before

get_annotation()

int Dtk_feat_hole::get_annotation	(	Dtk_pnt *	,
		char *
	)

get_axis()

int Dtk_feat_hole::get_axis

(

Dtk_feat_axis **

)

Returns the hole axis.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Axis

Returns

NOTOK if error, ISOK if ok

Remarks

get_bottom_angle()

int Dtk_feat_hole::get_bottom_angle

(

double *

)

Returns the hole bottom angle.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	bottom angle

Returns

NOTOK if error, ISOK if ok

Remarks

Used for V-Bottom holes. In other cases, you shoud obtain a 0.0 value. You should test hole type before.

get_bottom_angle_has_tol()

int Dtk_feat_hole::get_bottom_angle_has_tol

(

Bool *

)

Tests whether there is a tolerance set on bottom angle.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Bool

Returns

NOTOK if error, ISOK if ok

Remarks

get_bottom_angle_with_tol()

int Dtk_feat_hole::get_bottom_angle_with_tol	(	double *	,
		double *	,
		double *
	)

Gets the hole bottom angle with its tolerance value (inf value & sup value)

Parameters

[in]	Hole	feature
	[in/out]
[out]	Bottom	Angle, Inf Value, Sup Value

Returns

NOTOK if error, ISOK if ok

Remarks

You have to test if there is a tolerance on the bottom angle with get_bottom_angle_has_tol. In case of direct call and no tolerance set, you should obtain a NOTOK status

get_bottom_type()

int Dtk_feat_hole::get_bottom_type

(

HOLE_BOTTOM_TYPE *

)

Gets the hole bottom type if any.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	Bottom Type :

Returns

NOTOK if error, ISOK if ok

Remarks

get_counter_angle()

int Dtk_feat_hole::get_counter_angle

(

double *

)

Returns the hole counter angle.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	counter angle

Returns

NOTOK if error, ISOK if ok

Remarks

get_counter_angle_has_tol()

int Dtk_feat_hole::get_counter_angle_has_tol

(

Bool *

)

Tests whether there is a tolerance set on counter angle.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Bool

Returns

NOTOK if error, ISOK if ok

Remarks

get_counter_angle_with_tol()

int Dtk_feat_hole::get_counter_angle_with_tol	(	double *	,
		double *	,
		double *
	)

Gets the hole counter angle with its tolerance value (inf value & sup value)

Parameters

[in]	Hole	feature
	[in/out]
[out]	Counter	Depth, Inf Value, Sup Value

Returns

NOTOK if error, ISOK if ok

Remarks

You have to test if there is a tolerance on the counter angle with get_angle_has_tol. In case of direct call and no tolerance set, you should obtain a NOTOK status

get_counter_depth()

int Dtk_feat_hole::get_counter_depth

(

double *

)

Returns the hole counter depth.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	counter depth

Returns

NOTOK if error, ISOK if ok

Remarks

get_counter_depth_has_tol()

int Dtk_feat_hole::get_counter_depth_has_tol

(

Bool *

)

Tests whether there is a tolerance set on counter depth.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Bool

Returns

NOTOK if error, ISOK if ok

Remarks

get_counter_depth_with_tol()

int Dtk_feat_hole::get_counter_depth_with_tol	(	double *	,
		double *	,
		double *
	)

Gets the hole counter depth with its tolerance value (inf value & sup value)

Parameters

[in]	Hole	feature
	[in/out]
[out]	Counter	Depth, Inf Value, Sup Value

Returns

NOTOK if error, ISOK if ok

Remarks

You have to test if there is a tolerance on the counter depth with get_dtk_feat_hole_counter_depth_has_tol. In case of direct call and no tolerance set, you should obtain a NOTOK status

get_counter_diameter()

int Dtk_feat_hole::get_counter_diameter

(

double *

)

Returns the hole counter diameter.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	counter diameter

Returns

NOTOK if error, ISOK if ok

Remarks

get_counter_diameter_has_tol()

int Dtk_feat_hole::get_counter_diameter_has_tol

(

Bool *

)

Tests whether there is a tolerance set on counter diameter.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Bool

Returns

NOTOK if error, ISOK if ok

Remarks

get_counter_diameter_with_tol()

int Dtk_feat_hole::get_counter_diameter_with_tol	(	double *	,
		double *	,
		double *
	)

Gets the hole counter diameter with its tolerance value (inf value & sup value)

Parameters

[in]	Hole	feature
	[in/out]
[out]	Counter	Diameter, Inf Value, Sup Value

Returns

NOTOK if error, ISOK if ok

Remarks

You have to test if there is a tolerance on the counter diameter with get_dtk_feat_hole_counter_diameter_has_tol. In case of direct call and no tolerance set, you should obtain a NOTOK status

get_depth()

int Dtk_feat_hole::get_depth

(

double *

)

Returns the hole depth.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	depth

Returns

NOTOK if error, ISOK if ok

Remarks

get_depth_has_tol()

int Dtk_feat_hole::get_depth_has_tol

(

Bool *

)

Tests whether there is a tolerance set on depth.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Bool

Returns

NOTOK if error, ISOK if ok

Remarks

get_depth_with_tol()

int Dtk_feat_hole::get_depth_with_tol	(	double *	,
		double *	,
		double *
	)

Gets the hole depth with its tolerance value (inf value & sup value)

Parameters

[in]	Hole	feature
	[in/out]
[out]	Depth,Inf	Value, Sup Value

Returns

NOTOK if error, ISOK if ok

Remarks

You have to test if there is a tolerance on the depth with get_depth_has_tol. In case of direct call and no tolerance set, you should obtain a NOTOK status

get_diameter()

int Dtk_feat_hole::get_diameter

(

double *

)

Returns the hole diameter.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	diameter

Returns

NOTOK if error, ISOK if ok

Remarks

get_diameter_has_tol()

int Dtk_feat_hole::get_diameter_has_tol

(

Bool *

)

Tests whether there is a tolerance set on diameter.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Bool

Returns

NOTOK if error, ISOK if ok

Remarks

get_diameter_with_tol()

int Dtk_feat_hole::get_diameter_with_tol	(	double *	,
		double *	,
		double *
	)

Gets the hole diameter with its tolerance value (inf value & sup value)

Parameters

[in]	Hole	feature
	[in/out]
[out]	Diameter,Inf	Value, Sup Value

Returns

NOTOK if error, ISOK if ok

Remarks

You have to test if there is a tolerance on the diameter with get_diameter_has_tol. In case of direct call and no tolerance set, you should obtain a NOTOK status

get_inner_thread()

int Dtk_feat_hole::get_inner_thread

(

Dtk_feat_inner_thread **

)

Returns the inner thread if any.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Inner	Thread

Returns

NOTOK if error, ISOK if ok

Remarks

You should test if the hole is threaded before by get_threaded

get_limit()

int Dtk_feat_hole::get_limit

(

Dtk_feat_limit **

)

Returns the hole limit.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	limit

Returns

NOTOK if error, ISOK if ok

Remarks

get_sunk_diameter()

int Dtk_feat_hole::get_sunk_diameter

(

double *

)

Returns the hole counter diameter.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	sunk diameter (when type is COUNTER_DRILLED_2)

Returns

NOTOK if error, ISOK if ok

Remarks

Find Bore diameter in counter_params[2] (get_counter_diameter)

get_threaded()

int Dtk_feat_hole::get_threaded

(

Bool *

)

Tests whether the hole is threaded or not.

Parameters

[in]	Hole	feature
	[in/out]
[out]	Bool

Returns

NOTOK if error, ISOK if ok

Remarks

get_type()

int Dtk_feat_hole::get_type

(

HOLE_TYPE *

)

Gets the hole type

Parameters

[in]	Hole	feature
	[in/out]
[out]	Hole	Type

Returns

NOTOK if error, ISOK if ok

Remarks

GetAnchorTypeAsString()

Dtk_string Dtk_feat_hole::GetAnchorTypeAsString

(

)

const

GetAxis()

Dtk_feat_axis* Dtk_feat_hole::GetAxis

(

)

const

{return axis;}

GetBottomAngle()

Dtk_Double64 Dtk_feat_hole::GetBottomAngle

(

)

const

{return  hole_params[IND_ANGLE];}

GetBottomAngleTolerance()

Dtk_feat_tolerance_set* Dtk_feat_hole::GetBottomAngleTolerance

(

)

const

{return tol_hole[IND_ANGLE]; }

GetCounterAngle()

Dtk_Double64 Dtk_feat_hole::GetCounterAngle

(

)

const

{return  counter_params[IND_ANGLE];}

GetCounterAngleTolerance()

Dtk_feat_tolerance_set* Dtk_feat_hole::GetCounterAngleTolerance

(

)

const

{return tol_counter[IND_ANGLE]; }

GetCounterDepth()

Dtk_Double64 Dtk_feat_hole::GetCounterDepth

(

)

const

{return  counter_params[IND_DEPTH];}

GetCounterDepthTolerance()

Dtk_feat_tolerance_set* Dtk_feat_hole::GetCounterDepthTolerance

(

)

const

{return tol_counter[IND_DEPTH]; }

GetCounterDiameter()

Dtk_Double64 Dtk_feat_hole::GetCounterDiameter

(

)

const

{return  counter_params[IND_DIAMETER];}

GetCounterDiameterTolerance()

Dtk_feat_tolerance_set* Dtk_feat_hole::GetCounterDiameterTolerance

(

)

const

{return tol_counter[IND_DIAMETER]; }

GetDepth()

Dtk_Double64 Dtk_feat_hole::GetDepth

(

)

const

{return  hole_params[IND_DEPTH];}

GetDepthTolerance()

Dtk_feat_tolerance_set* Dtk_feat_hole::GetDepthTolerance

(

)

const

{return tol_hole[IND_DEPTH]; }

GetDiameter()

Dtk_Double64 Dtk_feat_hole::GetDiameter

(

)

const

{return  hole_params[IND_DIAMETER];}

GetDiameterTolerance()

Dtk_feat_tolerance_set* Dtk_feat_hole::GetDiameterTolerance

(

)

const

{return tol_hole[IND_DIAMETER]; }

GetEndAngle()

Dtk_Double64 Dtk_feat_hole::GetEndAngle

(

)

const

return the angle of the end chamfer

Returns

the angle value

Remarks

{return  end_params[IND_ANGLE];}

GetEndDiameter()

Dtk_Double64 Dtk_feat_hole::GetEndDiameter

(

)

const

return the diameter of the end chamfer

Returns

the diameter value

Remarks

{return  end_params[IND_DIAMETER];}

GetInnerThread()

Dtk_feat_inner_thread* Dtk_feat_hole::GetInnerThread

(

)

const

{return thread;}

GetLimit()

Dtk_feat_limit* Dtk_feat_hole::GetLimit

(

)

const

{return hole_limit;}

GetNeckAngle()

Dtk_Double64 Dtk_feat_hole::GetNeckAngle

(

)

const

return the angle of the neck

Returns

the angle value

Remarks

{return  neck_params[IND_ANGLE];}

GetNeckDepth()

Dtk_Double64 Dtk_feat_hole::GetNeckDepth

(

)

const

return the depth of the neck

Returns

the depth value

Remarks

{return  neck_params[IND_DEPTH];}

GetNeckDiameter()

Dtk_Double64 Dtk_feat_hole::GetNeckDiameter

(

)

const

return the diameter of the neck

Returns

the diameter value

Remarks

{return  neck_params[IND_DIAMETER];}

GetReliefAngle()

Dtk_Double64 Dtk_feat_hole::GetReliefAngle

(

)

const

return the angle of the relief

Returns

the angle value

Remarks

{return  relief_params[IND_ANGLE];}

GetReliefDepth()

Dtk_Double64 Dtk_feat_hole::GetReliefDepth

(

)

const

return the depth of the relief

Returns

the depth value

Remarks

{return  relief_params[IND_DEPTH];}

GetReliefDiameter()

Dtk_Double64 Dtk_feat_hole::GetReliefDiameter

(

)

const

return the diameter of the relief

Returns

the diameter value

Remarks

{return  relief_params[IND_DIAMETER];}

GetSketch()

Dtk_feat_geometry* Dtk_feat_hole::GetSketch

(

)

const

{return sketch;}

GetStartAngle()

Dtk_Double64 Dtk_feat_hole::GetStartAngle

(

)

const

return the angle of the start chamfer

Returns

the angle value

Remarks

{return  start_params[IND_ANGLE];}

GetStartDiameter()

Dtk_Double64 Dtk_feat_hole::GetStartDiameter

(

)

const

return the diameter of the start chamfer

Returns

the diameter value

Remarks

{return  start_params[IND_DIAMETER];}

GetSunkDiameter()

Dtk_Double64 Dtk_feat_hole::GetSunkDiameter

(

)

const

{return  Sunk_diameter;}

GetSupport()

Dtk_feat_geometry* Dtk_feat_hole::GetSupport

(

)

const

{return support;}

GetThreadBottomTypeAsString()

Dtk_string Dtk_feat_hole::GetThreadBottomTypeAsString

(

)

const

GetType()

HOLE_TYPE Dtk_feat_hole::GetType

(

)

const

{return hole_type;}

GetTypeAsString()

Dtk_string Dtk_feat_hole::GetTypeAsString

(

)

const

HasBottomAngleTolerance()

Dtk_bool Dtk_feat_hole::HasBottomAngleTolerance

(

)

const

{return !(tol_hole[IND_ANGLE] == NULL);}

HasCounterAngleTolerance()

Dtk_bool Dtk_feat_hole::HasCounterAngleTolerance

(

)

const

{return !(tol_counter[IND_ANGLE] == NULL);}

HasCounterDepthTolerance()

Dtk_bool Dtk_feat_hole::HasCounterDepthTolerance

(

)

const

{return !(tol_counter[IND_DEPTH] == NULL);}

HasCounterDiameterTolerance()

Dtk_bool Dtk_feat_hole::HasCounterDiameterTolerance

(

)

const

{return !(tol_counter[IND_DIAMETER] == NULL);}

HasDepthTolerance()

Dtk_bool Dtk_feat_hole::HasDepthTolerance

(

)

const

{return !(tol_hole[IND_DEPTH] == NULL);}

HasDiameterTolerance()

Dtk_bool Dtk_feat_hole::HasDiameterTolerance

(

)

const

{return !(tol_hole[IND_DIAMETER] == NULL);}

IsEndActived()

Dtk_Int32 Dtk_feat_hole::IsEndActived

(

)

const

test if end chamfer is activated

Returns

DTK_TRUE if activate, if not DTK_FALSE

Remarks

{return end_active;}     

IsNeckActived()

Dtk_Int32 Dtk_feat_hole::IsNeckActived

(

)

const

test if neck is activated , only neck or relief can be activated not both

Returns

DTK_TRUE if activate, if not DTK_FALSE

Remarks

{return neck_active;}

IsReliefActived()

Dtk_Int32 Dtk_feat_hole::IsReliefActived

(

)

const

test if relief is activated , only relief or neck can be activated not both

Returns

DTK_TRUE if activate, if not DTK_FALSE

Remarks

{return relief_active;}

IsStartActived()

Dtk_Int32 Dtk_feat_hole::IsStartActived

(

)

const

test if start chamfer is activated

Returns

DTK_TRUE if activate, if not DTK_FALSE

Remarks

{return start_active;}

IsThreaded()

Dtk_bool Dtk_feat_hole::IsThreaded

(

)

const

{return hole_threaded;}

Field Documentation

anchor

Dtk_pnt Dtk_feat_hole::anchor

anchor_type

ANCHOR_TYPE Dtk_feat_hole::anchor_type

axis

Dtk_feat_axis* Dtk_feat_hole::axis

counter_params

Dtk_counter_params Dtk_feat_hole::counter_params

dimension_tolerance

char* Dtk_feat_hole::dimension_tolerance

direction

Dtk_feat_geometry* Dtk_feat_hole::direction

end_active

Dtk_Int32 Dtk_feat_hole::end_active

end_params

Dtk_hole_params Dtk_feat_hole::end_params

feat_sketch

Dtk_feat_sketch* Dtk_feat_hole::feat_sketch

hole_bottom_type

HOLE_BOTTOM_TYPE Dtk_feat_hole::hole_bottom_type

hole_limit

Dtk_feat_limit* Dtk_feat_hole::hole_limit

hole_params

Dtk_hole_params Dtk_feat_hole::hole_params

hole_threaded

Bool Dtk_feat_hole::hole_threaded

hole_type

HOLE_TYPE Dtk_feat_hole::hole_type

limit

Dtk_feat_geometry* Dtk_feat_hole::limit

neck_active

Dtk_Int32 Dtk_feat_hole::neck_active

neck_params

Dtk_hole_params Dtk_feat_hole::neck_params

relief_active

Dtk_Int32 Dtk_feat_hole::relief_active

relief_params

Dtk_hole_params Dtk_feat_hole::relief_params

sketch

Dtk_feat_geometry* Dtk_feat_hole::sketch

start_active

Dtk_Int32 Dtk_feat_hole::start_active

start_params

Dtk_hole_params Dtk_feat_hole::start_params

Sunk_diameter

Dtk_Double64 Dtk_feat_hole::Sunk_diameter

support

Dtk_feat_geometry* Dtk_feat_hole::support

thread

Dtk_feat_inner_thread* Dtk_feat_hole::thread

tol_counter

Dtk_feat_tolerance_set* Dtk_feat_hole::tol_counter[3]

tol_hole

Dtk_feat_tolerance_set* Dtk_feat_hole::tol_hole[3]