Allow the use of the mathematical vector object. More...

Public Member Functions
SVector	Add (SVector vector)
	Calculate the sum of the current vector and another vector. More...

	ApplyTransformation (SMatrix matrix)
	Apply a geometric transformation to the current SVector by making a product with the given matrix. More...

SVector	Div (number divValue)
	Calculate the division of a vector by a scalar. More...

boolean	Equals (SVector vectToCompare)
	Test if two vectors are equal or not. More...

number	GetLength ()
	Get the length of the SVector. More...

SVector	GetNormalized ()
	Normalize a copy of the current vector. More...

number	GetX ()
	Get the X coordinate value. More...

number	GetY ()
	Get the Y coordinate value. More...

number	GetZ ()
	Get the Z coordinate value. More...

boolean	IsNull ()
	Return if the vector is null (0, 0, 0) or not. More...

SVector	Mult (number multValue)
	Calculate the multiplication of a vector by a scalar. More...

	Normalize ()
	Modify the 3D vector to have its norm equal to 1. More...

	Opposite ()
	Modify the SVector to have its opposite. More...

	SetX (number x)
	Set the X coordinate. More...

	SetY (number y)
	Set the Y coordinate. More...

	SetZ (number z)
	Set the Z coordinate. More...

SVector	Sub (SVector vector)
	Calculate the subtraction of the current vector and another vector. More...

	SVector ()
	Empty constructor. More...

	SVector (number x, number y, number z)
	Constructor from X, Y, Z coordinates. More...

	SVector (SPoint endPt)
	Constructor from one point. The result is the vector between the origin (0,0,0) and the point 'endPt'. More...

	SVector (SPoint startPt, SPoint endPt)
	Constructor which initializes the vector between a starting point and an ending point.In other words the vector is initialized to 'endPt'-'startPt'. More...

	SVector (SVector other)
	Constructor by copy from other vector. More...

string	toString ()
	Get the type of the variable. More...

string	ValuesToString ()
	Get a string representation of the vector. More...

Static Public Member Functions
static number	Angle (SVector vector1, SVector vector2)
	Compute the angle in degrees between two 3D vectors. More...

static SVector	Cross (SVector v1, SVector v2)
	Make the 3D vectorial product of two 3D vectors (cross product). More...

static number	Dot (SVector v1, SVector v2)
	Make the scalar product of two 3D vectors (dot product). More...

static SVector	New ()
	Empty constructor. More...

static SVector	New (number x, number y, number z)
	Constructor from X, Y, Z coordinates. More...

static SVector	New (SPoint endPt)
	Constructor from one point. The result is the vector between the origin (0,0,0) and the point 'endPt'. More...

static SVector	New (SPoint startPt, SPoint endPt)
	Constructor which initializes the vector between a starting point and an ending point.In other words the vector is initialized to 'endPt'-'startPt'. More...

static SVector	New (SVector other)
	Constructor by copy from other vector. More...

Detailed Description

Allow the use of the mathematical vector object.

Constructor & Destructor Documentation

◆ SVector() [1/5]

SVector::SVector ( )

Empty constructor.

◆ SVector() [2/5]

SVector::SVector ( SVector other )

Constructor by copy from other vector.

Parameters

other (SVector) The SVector to copy

◆ SVector() [3/5]

SVector::SVector	(	number	x,
		number	y,
		number	z
	)

Constructor from X, Y, Z coordinates.

Parameters

x	(number) The X coordinate
y	(number) The Y coordinate
z	(number) The Z coordinate

◆ SVector() [4/5]

SVector::SVector ( SPoint endPt )

Constructor from one point. The result is the vector between the origin (0,0,0) and the point 'endPt'.

Parameters

endPt (SPoint) The SPoint to construct the vector with.

◆ SVector() [5/5]

SVector::SVector	(	SPoint	startPt,
		SPoint	endPt
	)

Constructor which initializes the vector between a starting point and an ending point.In other words the vector is initialized to 'endPt'-'startPt'.

Parameters

startPt	(SPoint) The starting SPoint.
endPt	(SPoint) The ending SPoint.

Member Function Documentation

◆ Add()

SVector SVector::Add ( SVector vector )

Calculate the sum of the current vector and another vector.

var myVector = SVector.New(7, 7, 7);

myVector = myVector.Add(SVector.New(3, 3, 3)); // myVector == (10, 10, 10) now

SVector

Allow the use of the mathematical vector object.

Definition: Reshaper.h:2411

SVector::New

static SVector New()

Empty constructor.

SVector::Add

SVector Add(SVector vector)

Calculate the sum of the current vector and another vector.

Parameters

vector (SVector) The SVector used for the addition

Returns: (SVector) The new SVector which is the result of the addition.

◆ Angle()

static number SVector::Angle	(	SVector	vector1,
		SVector	vector2
	)

static

Compute the angle in degrees between two 3D vectors.

Warning: Throw an exception if 'vector1' or 'vector2' is null

Parameters

vector1	(SVector) The first vector to compute angle with.
vector2	(SVector) The second vector to compute angle with.

Returns: (number) The angle between the 2 vectors (in degrees).

◆ ApplyTransformation()

SVector::ApplyTransformation ( SMatrix matrix )

Apply a geometric transformation to the current SVector by making a product with the given matrix.

Parameters

matrix (SMatrix) The SMatrix to apply on the vector

◆ Cross()

static SVector SVector::Cross	(	SVector	v1,
		SVector	v2
	)

static

Make the 3D vectorial product of two 3D vectors (cross product).

Parameters

v1	(SVector) The first vector
v2	(SVector) The second vector

Returns: (SVector) The vector v1 ^ v2 is returned.

◆ Div()

SVector SVector::Div ( number divValue )

Calculate the division of a vector by a scalar.

var myVector = SVector.New(4, 4, 4);

myVector = myVector.Div(2); // myVector == (2, 2, 2) now

SVector::Div

SVector Div(number divValue)

Calculate the division of a vector by a scalar.

Parameters

divValue (number) The value used for the division

Returns: (SVector) The new SVector which is the division of current SVector with 'divValue'

◆ Dot()

static number SVector::Dot	(	SVector	v1,
		SVector	v2
	)

static

Make the scalar product of two 3D vectors (dot product).

Parameters

v1	(SVector) The first vector
v2	(SVector) The second vector

Returns: (number) The scalar product v1 * v2

◆ Equals()

boolean SVector::Equals ( SVector vectToCompare )

Test if two vectors are equal or not.

Parameters

vectToCompare (SVector) The SVector to compare with.

Returns: (boolean) True if the points are equal.(nearly to epsilon)

◆ GetLength()

number SVector::GetLength ( )

Get the length of the SVector.

Returns: (number) The length of the vector

◆ GetNormalized()

SVector SVector::GetNormalized ( )

Normalize a copy of the current vector.

See also: Normalize

Returns: (SVector) The normalized SVector.

◆ GetX()

number SVector::GetX ( )

Get the X coordinate value.

Returns: (number) The X coordinate.

◆ GetY()

number SVector::GetY ( )

Get the Y coordinate value.

Returns: (number) The Y coordinate.

◆ GetZ()

number SVector::GetZ ( )

Get the Z coordinate value.

Returns: (number) The Z coordinate.

◆ IsNull()

boolean SVector::IsNull ( )

Return if the vector is null (0, 0, 0) or not.

Returns: (boolean) True is the SVector is null

◆ Mult()

SVector SVector::Mult ( number multValue )

Calculate the multiplication of a vector by a scalar.

var myVector = SVector.New(1, 1, 1);

myVector = myVector.Mult(7); // myVector == (7, 7, 7) now

SVector::Mult

SVector Mult(number multValue)

Calculate the multiplication of a vector by a scalar.

Parameters

multValue (number) The value used for the multiplication

Returns: (SVector) The new SVector which is the current SVector multiplied by 'multValue'

◆ New() [1/5]

static SVector SVector::New ( )

static

Empty constructor.

Returns: (SVector) The new SVector.

◆ New() [2/5]

static SVector SVector::New	(	number	x,
		number	y,
		number	z
	)

static

Constructor from X, Y, Z coordinates.

Parameters

x	(number) The X coordinate
y	(number) The Y coordinate
z	(number) The Z coordinate

Returns: (SVector) The new SVector.

◆ New() [3/5]

static SVector SVector::New ( SPoint endPt )

static

Constructor from one point. The result is the vector between the origin (0,0,0) and the point 'endPt'.

Parameters

endPt (SPoint) The SPoint to construct the vector with.

Returns: (SVector) The new SVector.

◆ New() [4/5]

static SVector SVector::New	(	SPoint	startPt,
		SPoint	endPt
	)

static

Constructor which initializes the vector between a starting point and an ending point.In other words the vector is initialized to 'endPt'-'startPt'.

Parameters

startPt	(SPoint) The starting SPoint.
endPt	(SPoint) The ending SPoint.

Returns: (SVector) The new SVector.

◆ New() [5/5]

static SVector SVector::New ( SVector other )

static

Constructor by copy from other vector.

Parameters

other (SVector) The SVector to copy

Returns: (SVector) The new SVector.

◆ Normalize()

SVector::Normalize ( )

Modify the 3D vector to have its norm equal to 1.

See also: GetNormalized

◆ Opposite()

SVector::Opposite ( )

Modify the SVector to have its opposite.

◆ SetX()

SVector::SetX ( number x )

Set the X coordinate.

Parameters

x	(number) The value to set.

◆ SetY()

SVector::SetY ( number y )

Set the Y coordinate.

Parameters

y	(number) The value to set.

◆ SetZ()

SVector::SetZ ( number z )

Set the Z coordinate.

Parameters

z	(number) The value to set.

◆ Sub()

SVector SVector::Sub ( SVector vector )

Calculate the subtraction of the current vector and another vector.

var myVector = SVector.New(7, 7, 7);

myVector = myVector.Sub(SVector.New(2, 2, 2)); // myVector == (5, 5, 5) now

SVector::Sub

SVector Sub(SVector vector)

Calculate the subtraction of the current vector and another vector.

Parameters

vector (SVector) The SVector used for the subtraction

Returns: (SVector) The SVector which is the result of the subtraction

◆ toString()

string SVector::toString ( )

Get the type of the variable.

Returns: (string) The type name

◆ ValuesToString()

string SVector::ValuesToString ( )

Get a string representation of the vector.

Returns: (string) A string representing the vector.

Public Member Functions

Static Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ SVector() [1/5]

◆ SVector() [2/5]

◆ SVector() [3/5]

◆ SVector() [4/5]

◆ SVector() [5/5]

Member Function Documentation

◆ Add()

◆ Angle()

◆ ApplyTransformation()

◆ Cross()

◆ Div()

◆ Dot()

◆ Equals()

◆ GetLength()

◆ GetNormalized()

◆ GetX()

◆ GetY()

◆ GetZ()

◆ IsNull()

◆ Mult()

◆ New() [1/5]

◆ New() [2/5]

◆ New() [3/5]

◆ New() [4/5]

◆ New() [5/5]

◆ Normalize()

◆ Opposite()

◆ SetX()

◆ SetY()

◆ SetZ()

◆ Sub()

◆ toString()

◆ ValuesToString()