Table Of Contents:

Hole Feature - Dtk_feat_hole

Dtk_feat_hole	Applicable to ALL hole types : int Dtk_feat_hole::get_depth( double * ) int Dtk_feat_hole::get_diameter(double *)
	Tolerances applicable to numerical data : int get_XXX (double ) int get_XXX_with_tol (double , double , double )

All values expressed in Millimeters

	int Dtk_feat_hole::get_type(HOLE_TYPE *) Gets the hole type.
	HOLE_TYPE::SIMPLE
	HOLE_TYPE::TAPERED	int Dtk_feat_hole::get_counter_angle(double *)
	HOLE_TYPE::COUNTER_BORED	int Dtk_feat_hole::get_counter_diameter(double ) int Dtk_feat_hole::get_counter_depth(double ) int Dtk_feat_hole::get_anchor_type(ANCHOR_TYPE *)
	HOLE_TYPE::COUNTER_SUNK	int Dtk_feat_hole::get_counter_angle(double ) int Dtk_feat_hole::get_counter_depth(double ) int Dtk_feat_hole::get_counter_diameter(double *)
	HOLE_TYPE::COUNTER_DRILLED	int Dtk_feat_hole::get_counter_angle(double ) int Dtk_feat_hole::get_counter_depth(double ) int Dtk_feat_hole::get_counter_diameter(double ) int Dtk_feat_hole::get_anchor_type(ANCHOR_TYPE )

Thread definition - Dtk_feat_inner_thread

A	Dtk_feat_inner_thread::get_thread_limit_type(DTK_THREAD_LIMIT_TYPE&);	Returns the thread limit type value "Dimension", "Support Depth" or "Up To Plane".
B	Dtk_feat_inner_thread::get_thread_limit_reference(Dtk_feat_geometry **);	Returns the thread limit reference plane if exists. Only for "Up To Plane" thread limit.
C	Dtk_feat_inner_thread::get_def_type(wchar_t **);	Returns the thread standard definition type if any.
D	Dtk_feat_inner_thread::get_def_value(wchar_t **);	Returns the thread standard description if any.
E/G		Data retrieved using hole methods.
F	Dtk_feat_inner_thread::get_depth(double ); Dtk_feat_inner_thread::get_depth_with_tol(double , double , double);	Returns the thread depth with tolerance values if any.
H	Dtk_feat_inner_thread::get_pitch(double *); Dtk_feat_inner_thread::get_pitch_with_tol;	Returns the thread pitch with tolerance values if any.
I	Dtk_feat_inner_thread::get_right_threaded(Bool *);	Tests whether the thread is rigth or left threaded.

Thread Feature - Dtk_feat_thread

A	Dtk_feat_thread::get_support(Dtk_feat_geometry **);	Returns the thread support surface.
B	Dtk_feat_thread::get_limit(Dtk_feat_geometry **);	Returns thread limit surface.
C	Dtk_feat_thread::get_inner_thread Dtk_feat_inner_thread::get_thread_type(DTK_THREAD_TYPE&);	Get the inner thread, then the thread type (Tap, Thread).
D	Dtk_feat_thread::get_direction_reversed(Bool *);	Returns thread direction reversed flag.
E	Dtk_feat_thread::get_inner_thread; Dtk_feat_inner_thread::get_thread_limit_type(DTK_THREAD_LIMIT_TYPE&);	Returns the thread limit type value "Dimension", "Support Depth" or "Up To Plane".
F	Dtk_feat_thread::get_inner_thread; Dtk_feat_inner_thread::get_thread_limit_reference(Dtk_feat_geometry **);	Returns the thread limit reference plane if exists. Only for "Up To Plane" thread limit.
G	Dtk_feat_thread::get_inner_thread; Dtk_feat_inner_thread::get_def_type(wchar_t ); Dtk_feat_inner_thread::get_def_value(wchar_t );	Returns the thread standard definition type and description if any.
H	Dtk_feat_thread::get_inner_thread; Dtk_feat_inner_thread::get_diameter(double ); Dtk_feat_inner_thread::get_diameter_with_tol(double , double , double );	Returns the thread diameter (with tolerance if any).
I	Dtk_feat_thread::get_support_diameter(double ); Dtk_feat_thread::get_support_diameter_with_tol(double , double , double );	Returns the thread support surface diameter with tolerance values if any.
J	Dtk_feat_thread::get_inner_thread; Dtk_feat_inner_thread::get_depth(double ); Dtk_feat_inner_thread::get_depth_with_tol(double , double , double );	Returns the thread depth with tolerance values if any.
K	Dtk_feat_thread::get_support_depth(double ); Dtk_feat_thread::get_support_depth_with_tol(double , double , double );	Returns the thread support surface depth with tolerance values if any.
L	Dtk_feat_thread::get_inner_thread; Dtk_feat_inner_thread::get_pitch(double *); Dtk_feat_inner_thread::get_pitch_with_tol;	Returns the thread pitch with tolerance values if any.
M	Dtk_feat_inner_thread::get_right_threaded(Bool *);	Tests whether the thread is rigth or left threaded.

Pattern Feature - Dtk_feat_pattern

Rectangular Pattern - Dtk_feat_rect_pattern

A	Dtk_feat_pattern::get_nb_instances( int *);	Returns the number of whole instances generated by the pattern feature.
B	Dtk_feat_pattern::get_rect_pattern(); Dtk_feat_rect_pattern::get_first_dir(); Dtk_feat_pattern_dir::get_spacing(double *);	Returns the distance between two consecutive occurrences.
C	Dtk_feat_pattern::get_rect_pattern(); Dtk_feat_rect_pattern::get_first_dir(); Dtk_feat_pattern_dir::get_length(double *);	Returns the length of the pattern, i.e., the distance between the first and the last occurrence.
D	Dtk_feat_pattern::get_rect_pattern(); Dtk_feat_rect_pattern::get_first_dir(); Dtk_feat_pattern_dir::get_direction(Dtk_feat_axis**);	Returns the axis of direction for pattern feature..
E	Dtk_feat_pattern::get_rect_pattern(); Dtk_feat_rect_pattern::get_first_dir(); Dtk_feat_pattern_dir::get_reverse(Bool *);	Returns the boolean value for the reverse status of the pattern direction.
F	Dtk_feat_pattern::get_objects_to_pattern(Dtk_tab<Dtk_feat_geometry*>&);	Returns the set of objects geometry to pattern.
	Dtk_feat_pattern::get_input_ids(Dtk_tab<long> &);	Returns the array of Feature's IDs or Body ID to pattern.
G	Dtk_feat_pattern::get_keep_spec( Bool *);	Returns the design intent of the pattern (keeping specifications).
H	Dtk_feat_pattern::get_row1( int *);	Returns the order of the base feature in the list of occurrences resulted of the pattern feature.
I	Dtk_feat_pattern::get_row2( int *);	//
J	Dtk_feat_pattern::get_angle( double *);	Returns the rotation angle specified to the pattern feature.
K	Dtk_feat_pattern::get_simple_rep( Bool *);	Returns a boolean value indicating whether some inactive occurrences are set. .
	Dtk_feat_pattern::get_active_instances( Bool **);	Returns the array of boolean values to determine an occurrence to be set active or inactive.

Circular Pattern - Dtk_feat_circ_pattern

A	Dtk_feat_pattern::get_nb_instances( int *);	Returns the number of whole instances generated by the pattern feature.
B	Dtk_feat_pattern::get_circ_pattern(); Dtk_feat_circ_pattern::get_axial_reference(); Dtk_feat_pattern_dir::get_spacing(double *);	Returns the distance between two consecutive occurrences.
C	Dtk_feat_pattern::get_circ_pattern(); Dtk_feat_circ_pattern::get_axial_reference() Dtk_feat_pattern_dir::get_direction(Dtk_feat_axis**);	Returns the axis of direction for pattern feature.
D	Dtk_feat_pattern::get_circ_pattern(); Dtk_feat_circ_pattern::get_axial_reference() Dtk_feat_pattern_dir::get_reverse(Bool *);	Returns the boolean value for the reverse status of the pattern direction.
E	Dtk_feat_pattern::get_objects_to_pattern(Dtk_tab<Dtk_feat_geometry*>&);	Returns the set of objects geometry to pattern.
	Dtk_feat_pattern::get_input_ids(Dtk_tab<long> &);	Returns the array of Feature's IDs or Body ID to pattern.
F	Dtk_feat_pattern::get_keep_spec( Bool *);	Returns the design intent of the pattern (keeping specifications).
G	Dtk_feat_pattern::get_row1( int *);	Returns the order of the base feature in the list of occurrences resulted of the pattern feature.
H	Dtk_feat_pattern::get_row2( int *);	//
I	Dtk_feat_pattern::get_angle( double *);	Returns the rotation angle specified to the pattern feature.
J	Dtk_feat_pattern::get_circ_pattern(); Dtk_feat_circ_pattern::get_radial_alignment(Bool *);	Returns the radial alignment defining the orientation of the created occurrences.
K	Dtk_feat_pattern::get_simple_rep( Bool *);	Returns a boolean value indicating whether some inactive occurrences are set.
	Dtk_feat_pattern::get_active_instances( Bool **);	Returns the array of boolean values to determine an occurrence to be set active or inactive.
L	Dtk_feat_pattern::get_circ_pattern(); Dtk_feat_circ_pattern::get_nb_circles(int *);	Returns the number of crown created from the original circular pattern (including the base circ pattern).
M	Dtk_feat_pattern::get_circ_pattern(); Dtk_feat_circ_pattern::get_circle_spacing(double *);	Returns the distance between two consecutive circles of the crown created.
N	Dtk_feat_pattern::get_circ_pattern(); Dtk_feat_circ_pattern::get_crown_thickness(double *);	Returns the maximum distance allowed between the first and the last circle of a crown (the crown thickness).