5 #if !defined( __MGIGESPD126_H__)
6 #define __MGIGESPD126_H__
8 #include "mg/Position.h"
10 #include "mgiges/IgesPD.h"
32 std::istringstream& pdstream
66 #endif // __MGIGESPD126_H__
short m_non_rational
=0:rational, =1:non rational;
Definition: igespd126.h:55
MGKnotVector m_knots
Knot vector of length (nBrep+order).
Definition: igespd126.h:57
short m_periodic
=0:nonperiodic, =1:periodic;
Definition: igespd126.h:56
short m_closed
=0:open curve, =1:closed curve;
Definition: igespd126.h:54
const MGIgesDirectoryEntry * DEpointer() const
Definition: igesPD.h:39
void read_in(char pDelimeter, std::istringstream &pdstream)
Read in parameter data from string stream data.
int m_upper_index
Upper index of sum, that is, m_upper_index=nBrep-1.
Definition: igespd126.h:51
double m_start_param
Definition: igespd126.h:60
MGLBRep is a class for B-SPline representation.
Definition: LBRep.h:41
MGIgesDirectoryEntry describes a directory entry section of an IGES file.
Definition: IgesDirectoryEntry.h:20
std::vector< double > m_weights
Weight vector of length nBrep.
Definition: igespd126.h:58
double m_end_param
Definition: igespd126.h:60
MGIgesPD is the parent class of all the Parameter data section type.
Definition: igesPD.h:17
MGIgesPD126 is the class for Iges parameter data type 126(NURBS).
Definition: igespd126.h:13
Defines Knot vector of B-Representation.
Definition: KnotVector.h:28
~MGIgesPD126()
Destructor;.
Definition: igespd126.h:27
Defines BPoint seq of a space dimension and of a capacity.
Definition: BPointSeq.h:38
int m_degree
Degree of the NURBS, that is, m_degree=order-1.
Definition: igespd126.h:52
Defines Rational Line B-Representation.
Definition: RLBRep.h:32
MGIgesPD126(MGIgesDirectoryEntry *DEpointer=0)
Constructs an object of class MGIgesPD126.
MGBPointSeq m_control_points
Control points of length nBrep.
Definition: igespd126.h:59
short m_planar
=0:nonplanar, =1:planar;
Definition: igespd126.h:53
MGIgesGSec describes a Global Section of a IGES file.
Definition: IgesGSec.h:18
void write_out_into_string(const MGIgesGSec &gsec, MGPvector< std::string > &plines) const
Defines Vector of newed object pointers.
Definition: Pvector.h:27
double m_normal[3]
Normal vector of the plane if the NURBS is planar.
Definition: igespd126.h:63