Defines non-decreasing double data array. [詳解]

MGNDDArray の継承関係図

公開メンバ関数
	MGNDDArray ()
	void constructor. [詳解]

	MGNDDArray (int n, const double *data=0)
	Constructor MGNDDArray of size n and lenght=n. [詳解]

	MGNDDArray (int n, double init, double increment=1.0)

	MGNDDArray (const MGBPointSeq &)
	From Data Point ordinate, obtain data point seq abscissa. [詳解]

	MGNDDArray (MGENDCOND begin, MGENDCOND end, const MGBPointSeq &)

	MGNDDArray (MGENDCOND begin, MGENDCOND end, const MGKnotVector &t)

	MGNDDArray (const MGNDDArray &, int nnew)

	MGNDDArray (const MGNDDArray &, double ts, double te)

	MGNDDArray (int start_id, int num, const MGNDDArray &array2)
	Construct by extracting sub interval of array2. [詳解]

	MGNDDArray (int id1, int num1, const MGNDDArray &array1, int id2, int num2, const MGNDDArray &array2)

	MGNDDArray (const MGNDDArray &nd)
	Copy constructor. [詳解]

virtual	~MGNDDArray ()

double	operator[] (int i) const
	Access to i-th element. [詳解]

double	operator() (int i) const

double &	operator[] (int i)
	Access to i-th element. [詳解]

double &	operator() (int i)

MGNDDArray &	operator= (const MGNDDArray &vec2)
	Assignment. [詳解]

MGNDDArray	operator+ (double) const

MGNDDArray &	operator+= (double)

MGNDDArray	operator- (double) const

MGNDDArray &	operator-= (double)

MGNDDArray	operator- () const

MGNDDArray	operator* (double scale) const
	Scaling. [詳解]

MGNDDArray &	operator*= (double scale)

bool	operator== (const MGNDDArray &t2) const
	Copmarison operator. [詳解]

bool	operator!= (const MGNDDArray &t2) const

int	add_data (double value, int mult_max=1)

int	add_data (const MGKnot &knot, int mult_max)

void	copy_removing_multi (int start_id, int num, const MGNDDArray &array2)
	Copy data points from array by removing the mltiple knot. [詳解]

const double *	data (int i=0) const
	Return a pointer to raw data of MGNDDArray. [詳解]

double *	data (int i=0)
	Return a pointer to raw data of MGNDDArray. [詳解]

int	del_data (int index)

bool	is_null () const
	Test if this is null. [詳解]

int	length () const
	Return the length of MGNDDArray. [詳解]

void	set_length (int length)
	Set the length of effective data. [詳解]

virtual void	set_null ()
	Set this as a null NDDArray. [詳解]

void	store_with_capacityCheck (int i, double data)

virtual int	locate (double tau) const

virtual int	locate_multi (int start, int multi, int &index) const

virtual void	change_range (double ts, double te)

MGNDDArray &	change_number (int nnew)

double	ref (int i) const
	Reference to i-th element. [詳解]

void	remove_too_near (bool allow_multi=false, double ratio=6.)
	Remove too near data points. [詳解]

void	remove_too_near (MGBPointSeq &ordinates, bool allow_multi=false, double ratio=6.)
	Remove too near data points. Removal will be done with the ordinates. [詳解]

void	reshape (int size, int start=0)

void	resize (int nsize)

int	capacity () const
	Return the size of MGNDDArray. [詳解]

MGNDDArray &	update_from_knot (const MGKnotVector &t)
	Obtain data point from KnotVector t and replace own with it. [詳解]

virtual int	dump_size () const

virtual int	dump (MGOfstream &) const
	Dump Function. [詳解]

virtual int	restore (MGIfstream &)
	Restore Function. [詳解]

限定公開変数類
int	m_current
	current interval of the array is held. [詳解]

フレンド
MG_DLL_DECLR friend MGNDDArray	operator* (double scale, const MGNDDArray &nd)
	Friend Function. [詳解]

MG_DLL_DECLR friend std::ostream &	operator<< (std::ostream &, const MGNDDArray &)
	String stream Function. [詳解]

詳解

Defines non-decreasing double data array.

Used for data point abscissa, or knot vector, etc. MGNDDArray has size and effective data length.

構築子と解体子

MGNDDArray::MGNDDArray ( )

inline

void constructor.

MGNDDArray::MGNDDArray	(	int	n,
		const double *	data = `0`
	)

explicit

Constructor MGNDDArray of size n and lenght=n.

引数

n	size of this.
data	data array of length n if data!=NULL.

MGNDDArray::MGNDDArray	(	int	n,
		double	init,
		double	increment = `1.0`
	)

Construct MGNDDArray so that initial data is init and is incremented by increment.

MGNDDArray::MGNDDArray ( const MGBPointSeq & )

explicit

From Data Point ordinate, obtain data point seq abscissa.

MGNDDArray::MGNDDArray	(	MGENDCOND	begin,
		MGENDCOND	end,
		const MGBPointSeq &
	)

From Data Point ordinate with End condition, obtain data point seq abscissa.

MGNDDArray::MGNDDArray	(	MGENDCOND	begin,
		MGENDCOND	end,
		const MGKnotVector &	t
	)

From knot vector with End conditions, obtain data point seq abscissa. This data point can be input of MGSBRep constructor of the following form: MGSBRep::MGSBRep( MGSBRepEndC& endc,///end condition const MGNDDArray& utaui, ///Data point of u-direction const MGNDDArray& vtaui, ///Data point of v-direction const MGSPointSeq& value, ///Data point ordinate const MGKnotVector& tu, ///knot vector of u-direction, of order 4 const MGKnotVector& tv, ///knot vector of v-direction, of order 4 int &error) ///Error flag. That is, generate utaui or vtaui from tu or tv each, taking endc into account. The order is assumed to be 4.

MGNDDArray::MGNDDArray	(	const MGNDDArray &	,
		int	nnew
	)

From data point, obtain data point of updated number(nnew). If original data point has multiplicities and nnew>=length(), original data point parameters and the multiplicities are preserved. Same as change_number().

MGNDDArray::MGNDDArray	(	const MGNDDArray &	,
		double	ts,
		double	te
	)

From data point, obtain data point of updated value range. Update so that (*this)(0)=ts, and (*this)(lenght()-1)=te. Must be ts<te.

MGNDDArray::MGNDDArray	(	int	start_id,
		int	num,
		const MGNDDArray &	array2
	)

Construct by extracting sub interval of array2.

引数

start_id	Start id of array2(from 0).
num	new array length.
array2	Original NDDArray.

MGNDDArray::MGNDDArray	(	int	id1,
		int	num1,
		const MGNDDArray &	array1,
		int	id2,
		int	num2,
		const MGNDDArray &	array2
	)

Construct by mixing two arrays. Mixing is so done as that no too close points are included. Although data point multiplicities of array1 are preserved, multiplicities of array2 are not. DATA POINT MULTIPLICITY IS ALLOWED ONLY IN array1.

引数

id1	Start id of array1(from 0).
num1	new array length to use of array1.
array1	Original NDDArray1.
id2	Start id of array2(from 0).
num2	new array length to use of array2..
array2	Original NDDArray2.

MGNDDArray::MGNDDArray ( const MGNDDArray & nd )

Copy constructor.

virtual MGNDDArray::~MGNDDArray ( )

inlinevirtual

関数詳解

int MGNDDArray::add_data	(	double	value,
		int	mult_max = `1`
	)

Add data of multiplicity 1 into data points. mult_max is the maximum multiplicity allowed for NDDArray. Return value is number of data actually added.

int MGNDDArray::add_data	(	const MGKnot &	knot,
		int	mult_max
	)

Add data with multiplicity into data points. mult_max is the maximum multiplicity allowed. Return value is number of data actually added.

int MGNDDArray::capacity ( ) const

inline

Return the size of MGNDDArray.

MGNDDArray& MGNDDArray::change_number ( int nnew )

Update array length. Updated array is so generated that the original proportions of neighbors hold as much as possible. If original data point has multiplicities and nnew>=length(), original data point parameters and the multiplicities are preserved.

virtual void MGNDDArray::change_range	(	double	ts,
		double	te
	)

virtual

Update so that (*this)(0)=ts, and (*this)(lenght()-1)=te. Must be ts<te.

MGKnotVectorで再実装されています。

void MGNDDArray::copy_removing_multi	(	int	start_id,
		int	num,
		const MGNDDArray &	array2
	)

Copy data points from array by removing the mltiple knot.

引数

start_id	Start id of array2(from 0).
num	new array length from start_id
array2	Original NDDArray.

const double* MGNDDArray::data ( int i = 0 ) const

inline

Return a pointer to raw data of MGNDDArray.

double* MGNDDArray::data ( int i = 0 )

inline

Return a pointer to raw data of MGNDDArray.

int MGNDDArray::del_data ( int index )

Delete one data at index. Return value is new total number of data in the array, generally is original_length()-1.

virtual int MGNDDArray::dump ( MGOfstream & ) const

virtual

Dump Function.

MGKnotVectorで再実装されています。

virtual int MGNDDArray::dump_size ( ) const

virtual

Dump Functions. Calculate dump size

MGKnotVectorで再実装されています。

bool MGNDDArray::is_null ( ) const

inline

Test if this is null.

int MGNDDArray::length ( ) const

inline

Return the length of MGNDDArray.

virtual int MGNDDArray::locate ( double tau ) const

virtual

Finds index where tau is located in MGNDDArray as an index of knot: tau < (*this)(0) : index=-1. (*this)(0) <= tau< (*this)(n-1) : 0<= index <n-1, such that (*this)(index) <= tau < (*this)(index+1) (*this)(n-1) <= tau : index=n-1. Here n=lenght().

MGKnotVectorで再実装されています。

virtual int MGNDDArray::locate_multi	(	int	start,
		int	multi,
		int &	index
	)		const

virtual

Locate where data of multiplicity of multi is after start. index is the starting point index of this found first after start. index>=start if index>=0. Function's return value locate_multi is actual multiplicity at the index, i.e. locate_multi>=multi. If position of the multiplicity is not found to the end, index=(lenght()-1) (index of the last element) and locate_multi=0 will be returned. multi must be >=1.

MGKnotVectorで再実装されています。

bool MGNDDArray::operator!= ( const MGNDDArray & t2 ) const

inline

double MGNDDArray::operator() ( int i ) const

inline

double& MGNDDArray::operator() ( int i )

inline

MGNDDArray MGNDDArray::operator* ( double scale ) const

Scaling.

MGNDDArray& MGNDDArray::operator*= ( double scale )

MGNDDArray MGNDDArray::operator+ ( double ) const

Addition and subtraction of real number. All of the elements will be added or subtracted.

MGNDDArray& MGNDDArray::operator+= ( double )

MGNDDArray MGNDDArray::operator- ( double ) const

MGNDDArray MGNDDArray::operator- ( ) const

単項マイナス。 Unary minus. Reverse the ordering of elements by changing all of the signs.

MGNDDArray& MGNDDArray::operator-= ( double )

MGNDDArray& MGNDDArray::operator= ( const MGNDDArray & vec2 )

Assignment.

bool MGNDDArray::operator== ( const MGNDDArray & t2 ) const

Copmarison operator.

double MGNDDArray::operator[] ( int i ) const

inline

Access to i-th element.

double& MGNDDArray::operator[] ( int i )

inline

Access to i-th element.

double MGNDDArray::ref ( int i ) const

inline

Reference to i-th element.

void MGNDDArray::remove_too_near	(	bool	allow_multi = `false`,
		double	ratio = `6.`
	)

Remove too near data points.

引数

allow_multi	indicates if multiple data point is allowed or not, when allow_multi=false, multiple data points will be removed, when allow_multi=true, will not be removed.
ratio	maximum ratio allowed for neighboring span, let ti=(*this)[i], then if (t(i+1)-ti)/(ti-t(i-1))>ratio or (t(i+1)-ti)/(ti-t(i-1))<1/ratio, a data point will be removed(along with the ordinates).

void MGNDDArray::remove_too_near	(	MGBPointSeq &	ordinates,
		bool	allow_multi = `false`,
		double	ratio = `6.`
	)

Remove too near data points. Removal will be done with the ordinates.

引数

ordinates	ordinate, ordinates.length() must be equal to this->length().
allow_multi	indicates if multiple data point is allowed or not, when allow_multi=false, multiple data points will be removed, when allow_multi=true, will not be removed.
ratio	maximum ratio allowed for neighboring span, let ti=(*this)[i], then if (t(i+1)-ti)/(ti-t(i-1))>ratio or (t(i+1)-ti)/(ti-t(i-1))<1/ratio, a data point will be removed(along with the ordinates).

void MGNDDArray::reshape	(	int	size,
		int	start = `0`
	)

Change the size. start is to indicate from which location of new area to start storing. Although size can be less than original length, some of end data will be lost in this case. When 'start'>0, first 'start' data will be garbage. Original data will be held as long as the storage permits.

void MGNDDArray::resize ( int nsize )

Resize the array. Result will contain garbages. length() and size() will have nsize.

virtual int MGNDDArray::restore ( MGIfstream & )

virtual

Restore Function.

MGKnotVectorで再実装されています。

void MGNDDArray::set_length ( int length )

Set the length of effective data.

virtual void MGNDDArray::set_null ( )

virtual

Set this as a null NDDArray.

MGKnotVectorで再実装されています。

void MGNDDArray::store_with_capacityCheck	(	int	i,
		double	data
	)

store data at the position i of this array. tau(i) must be => tau(i-1). When i>=capacity(), reshape will take place. The data validity after i is not checked.

引数

i	the postion to store at.
data	the data to store.

MGNDDArray& MGNDDArray::update_from_knot ( const MGKnotVector & t )

Obtain data point from KnotVector t and replace own with it.

フレンドと関連関数の詳解

MG_DLL_DECLR friend MGNDDArray operator*	(	double	scale,
		const MGNDDArray &	nd
	)

friend

Friend Function.

MG_DLL_DECLR friend std::ostream& operator<<	(	std::ostream &	,
		const MGNDDArray &
	)

friend

String stream Function.

メンバ詳解

int MGNDDArray::m_current

mutableprotected

current interval of the array is held.

このクラス詳解は次のファイルから抽出されました:

mg/NDDArray.h

公開メンバ関数

限定公開変数類

フレンド

詳解

構築子と解体子

関数詳解

フレンドと関連関数の詳解

メンバ詳解