Rhino C++ API  7.24
Public Member Functions | List of all members
CRhinoInferredCurveArray Class Reference

#include <rhinoSdkSnap.h>

Inheritance diagram for CRhinoInferredCurveArray:
ON_ClassArray< CRhinoInferredCurve >

Public Member Functions

 CRhinoInferredCurveArray ()
 
 ~CRhinoInferredCurveArray ()
 
void Append (const CRhinoInferredCurve &c)
 
- Public Member Functions inherited from ON_ClassArray< CRhinoInferredCurve >
 ON_ClassArray () ON_NOEXCEPT
 construction //////////////////////////////////////////////////////// More...
 
 ON_ClassArray (const ON_ClassArray< CRhinoInferredCurve > &)
 Copy constructor. More...
 
 ON_ClassArray (size_t)
 size_t parameter = initial capacity More...
 
virtual ~ON_ClassArray ()
 override for struct member deallocation, etc. More...
 
void Append (const CRhinoInferredCurve &)
 
void Append (int, const CRhinoInferredCurve *)
 Append copy of an array T[count]. More...
 
CRhinoInferredCurveAppendNew ()
 array operations //////////////////////////////////////////////////// More...
 
CRhinoInferredCurveArray ()
 The Array() function return the. More...
 
const CRhinoInferredCurveArray () const
 m_a pointer value. More...
 
CRhinoInferredCurveAt (int)
 At(index) returns nullptr if index < 0 or index >= count. More...
 
const CRhinoInferredCurveAt (int) const
 
CRhinoInferredCurveAt (ON__INT64)
 
const CRhinoInferredCurveAt (ON__INT64) const
 
CRhinoInferredCurveAt (ON__UINT64)
 
const CRhinoInferredCurveAt (ON__UINT64) const
 
CRhinoInferredCurveAt (unsigned int)
 
const CRhinoInferredCurveAt (unsigned int) const
 
int BinarySearch (const CRhinoInferredCurve *, int(*)(const CRhinoInferredCurve *, const CRhinoInferredCurve *)) const
 See Also: ON_CompareIncreasing<T> and ON_CompareDeccreasing<T> More...
 
int BinarySearch (const CRhinoInferredCurve *, int(*)(const CRhinoInferredCurve *, const CRhinoInferredCurve *), int) const
 
int Capacity () const
 capacity of array More...
 
int Count () const
 query /////////////////////////////////////////////////////////////// More...
 
void Destroy ()
 onfree any memory and set count and capacity to zero More...
 
void EmergencyDestroy (void)
 emergency bailout /////////////////////////////////////////////////// More...
 
void Empty ()
 Sets count to 0, leaves capacity untouched. More...
 
CRhinoInferredCurveFirst ()
 
const CRhinoInferredCurveFirst () const
 returns nullptr if count = 0 More...
 
virtual bool HeapSort (int(*)(const CRhinoInferredCurve *, const CRhinoInferredCurve *))
 QuickSort() is generally the better choice. More...
 
void Insert (int, const CRhinoInferredCurve &)
 Insert called with a reference uses operator =. More...
 
int InsertInSortedList (const CRhinoInferredCurve &, int(*)(const CRhinoInferredCurve *, const CRhinoInferredCurve *))
 
int InsertInSortedList (const CRhinoInferredCurve &, int(*)(const CRhinoInferredCurve *, const CRhinoInferredCurve *), int)
 
CRhinoInferredCurveKeepArray ()
 
CRhinoInferredCurveLast ()
 
const CRhinoInferredCurveLast () const
 returns nullptr if count = 0 More...
 
int NewCapacity () const
 
 operator const CRhinoInferredCurve * () const
 
 operator CRhinoInferredCurve * ()
 The cast operators return a pointer. More...
 
ON_ClassArray< CRhinoInferredCurve > & operator= (const ON_ClassArray< CRhinoInferredCurve > &)
 Assignment operator. More...
 
CRhinoInferredCurveoperator[] (int)
 
const CRhinoInferredCurveoperator[] (int) const
 
CRhinoInferredCurveoperator[] (ON__INT64)
 
const CRhinoInferredCurveoperator[] (ON__INT64) const
 
CRhinoInferredCurveoperator[] (ON__UINT64)
 
const CRhinoInferredCurveoperator[] (ON__UINT64) const
 
CRhinoInferredCurveoperator[] (unsigned int)
 
const CRhinoInferredCurveoperator[] (unsigned int) const
 
bool Permute (const int *)
 
virtual bool QuickSort (int(*)(const CRhinoInferredCurve *, const CRhinoInferredCurve *))
 Sorts the array using the heap sort algorithm. More...
 
virtual CRhinoInferredCurveRealloc (CRhinoInferredCurve *, int)
 low level memory managment /////////////////////////////////////// More...
 
void Remove ()
 
void Remove (int)
 
CRhinoInferredCurveReserve (size_t)
 memory managment ///////////////////////////////////////////////// More...
 
void Reverse ()
 reverse order More...
 
int Search (const CRhinoInferredCurve *, int(*)(const CRhinoInferredCurve *, const CRhinoInferredCurve *)) const
 
void SetArray (CRhinoInferredCurve *)
 
void SetArray (CRhinoInferredCurve *, int, int)
 
CRhinoInferredCurveSetCapacity (size_t)
 
void SetCount (int)
 low level memory managment ////////////////////////////////////////// More...
 
void Shrink ()
 remove unused capacity More...
 
unsigned int SizeOfArray () const
 amount of memory in the m_a[] array More...
 
unsigned int SizeOfElement () const
 amount of memory in an m_a[] array element More...
 
bool Sort (ON::sort_algorithm sort_algorithm, int *, int(*)(const CRhinoInferredCurve *, const CRhinoInferredCurve *)) const
 
bool Sort (ON::sort_algorithm sort_algorithm, int *, int(*)(const CRhinoInferredCurve *, const CRhinoInferredCurve *, void *), void *) const
 
void Swap (int, int)
 swap elements i and j More...
 
unsigned int UnsignedCount () const
 
void Zero ()
 

Additional Inherited Members

- Protected Member Functions inherited from ON_ClassArray< CRhinoInferredCurve >
void ConstructDefaultElement (CRhinoInferredCurve *)
 
void DestroyElement (CRhinoInferredCurve &)
 
void Move (int, int, int)
 implimentation ////////////////////////////////////////////////////// More...
 
- Protected Attributes inherited from ON_ClassArray< CRhinoInferredCurve >
CRhinoInferredCurvem_a
 pointer to array memory More...
 
int m_capacity
 actual length of m_a[] More...
 
int m_count
 0 <= m_count <= m_capacity More...
 

Constructor & Destructor Documentation

◆ CRhinoInferredCurveArray()

CRhinoInferredCurveArray::CRhinoInferredCurveArray ( )

◆ ~CRhinoInferredCurveArray()

CRhinoInferredCurveArray::~CRhinoInferredCurveArray ( )

Member Function Documentation

◆ Append()

void CRhinoInferredCurveArray::Append ( const CRhinoInferredCurve c)

A special version of the array appender that checks if a line you are trying to add overlaps a line already on the array. That way Int snapping will work right because parallel overlapping lines will never end up being the ones that get tested for intersection.