Burger::FixedVector3D_t Struct Reference

3D Fixed32 vector. More...

Public Member Functions
void	Zero (void)
	Initialize the vector elements to zero.
void	One (void)
	Initialize the vector elements to 1.0f (Fixed)
Fixed32	GetX (void) const
	Return the x component of the vector.
Fixed32	GetY (void) const
	Return the y component of the vector.
Fixed32	GetZ (void) const
	Return the z component of the vector.
void	SetX (Fixed32 fX)
	Set the x component of the vector.
void	SetY (Fixed32 fY)
	Set the y component of the vector.
void	SetZ (Fixed32 fZ)
	Set the z component of the vector.
void	Set (Fixed32 fX, Fixed32 fY, Fixed32 fZ)
	Initialize the vector elements to specific values,.
void	Set (const FixedVector3D_t *pInput)
	Copy a FixedVector3D_t.
void	Set (const Vector3D_t *pInput)
	Convert a floating point vector into fixed point vector.
void	SetAsInt (const Vector3D_t *pInput)
	Convert a floating point vector into an integer vector.
void	Negate (void)
	Negate a fixed vector.
void	Negate (const FixedVector3D_t *pInput)
	Negate and copy a vector.
void	Add (const FixedVector3D_t *pInput)
	Add two vectors.
void	Add (const FixedVector3D_t *pInput1, const FixedVector3D_t *pInput2)
	Add and copy two vectors.
void	Sub (const FixedVector3D_t *pInput)
	Subtract two vectors.
void	Sub (const FixedVector3D_t *pInput1, const FixedVector3D_t *pInput2)
	Subtract and copy two vectors.
Fixed32	Dot (const FixedVector3D_t *pInput) const
	Perform a dot product.
void	Cross (const FixedVector3D_t *pInput1, const FixedVector3D_t *pInput2)
	Perform a cross product.

Public Attributes
Fixed32	x
	X value for the 3D Vector.
Fixed32	y
	Y value for the 3D Vector.
Fixed32	z
	Z value for the 3D Vector.

Detailed Description

3D Fixed32 vector.

---

This 12 byte structure contains 3 32-bit Fixed point values as a 3D vector.

Note

Since this is a structure, there is no constructor or destructor, so assume the data is uninitialized when creating this data type.

Member Function Documentation

Add() [1/2]

void BURGER_API Burger::FixedVector3D_t::Add

(

const FixedVector3D_t *

pInput

)

Add two vectors.

---

Perform a vector addition in the form of x += pInput->x, y+=pInput->y etc.

Parameters

pInput

Pointer to a valid FixedVector3D_t

Add() [2/2]

void BURGER_API Burger::FixedVector3D_t::Add	(	const FixedVector3D_t *	pInput1,
		const FixedVector3D_t *	pInput2 )

Add and copy two vectors.

---

Perform a vector addition in the form of x = pInput1->x+pInput2->x, y = pInput2->y+pInput2->y etc.

Parameters

pInput1	Pointer to a valid FixedVector3D_t
pInput2	Pointer to a valid FixedVector3D_t to add with

Note

The *this vector does not need to be initialized.

Cross()

void BURGER_API Burger::FixedVector3D_t::Cross	(	const FixedVector3D_t *	pInput1,
		const FixedVector3D_t *	pInput2 )

Perform a cross product.

---

Perform a cross product between two vector and store the result in the *this value. The values are cached, so the *this pointer can be used as an input parameter without causing a problem.

Parameters

pInput1	Pointer to a valid FixedVector3D_t
pInput2	Pointer to a valid FixedVector3D_t to add with

Dot()

Fixed32 BURGER_API Burger::FixedVector3D_t::Dot

(

const FixedVector3D_t *

pInput

)

const

Perform a dot product.

---

Perform a dot product with *this and the supplied vector.

Parameters

pInput

Pointer to a valid FixedVector3D_t

Returns

Fixed32 result of the dot product.

GetX()

Fixed32 Burger::FixedVector3D_t::GetX ( void ) const

inline

Return the x component of the vector.

---

Returns

The x component of the vector.

See also

SetX(Fixed32)

GetY()

Fixed32 Burger::FixedVector3D_t::GetY ( void ) const

inline

Return the y component of the vector.

---

Returns

The y component of the vector.

See also

SetY(Fixed32)

GetZ()

Fixed32 Burger::FixedVector3D_t::GetZ ( void ) const

inline

Return the z component of the vector.

---

Returns

The z component of the vector.

See also

SetZ(Fixed32)

Negate() [1/2]

void BURGER_API Burger::FixedVector3D_t::Negate

(

const FixedVector3D_t *

pInput

)

Negate and copy a vector.

---

Perform a negation on all three elements of a given vector and store the results.

Parameters

pInput

Pointer to a valid FixedVector3D_t

Note

The *this vector does not need to be initialized.

Negate() [2/2]

void BURGER_API Burger::FixedVector3D_t::Negate

(

void

)

Negate a fixed vector.

---

Perform a negation on all three elements of the vector.

One()

void Burger::FixedVector3D_t::One ( void )

inline

Initialize the vector elements to 1.0f (Fixed)

---

Fills in all of the entries with zero, thereby initializing the structure to a known state.

See also

Set(Fixed32,Fixed32,Fixed32)

Set() [1/3]

void Burger::FixedVector3D_t::Set ( const FixedVector3D_t * pInput )

inline

Copy a FixedVector3D_t.

---

Make a copy of a FixedVector3D_t

Parameters

pInput

Valid pointer to a FixedVector3D_t structure to copy

See also

Set(Fixed32,Fixed32,Fixed32) or Zero(void)

Set() [2/3]

void BURGER_API Burger::FixedVector3D_t::Set

(

const Vector3D_t *

pInput

)

Convert a floating point vector into fixed point vector.

---

Using round to nearest, convert a Vector3D_t 's data into a FixedVector3D_t. Saturation is performed. NaN and Infinity will yield undefined results.

Parameters

pInput

Pointer to an initialized Vector3D_t structure.

See also

SetAsInt(const Vector3D_t *)

Set() [3/3]

void Burger::FixedVector3D_t::Set ( Fixed32 fX, Fixed32 fY, Fixed32 fZ )

inline

Initialize the vector elements to specific values,.

---

Given the new values for x,y and z, store them into the structure.

Parameters

fX	The new x component to store in the vector.
fY	The new y component to store in the vector.
fZ	The new z component to store in the vector.

See also

Zero(void)

SetAsInt()

void BURGER_API Burger::FixedVector3D_t::SetAsInt

(

const Vector3D_t *

pInput

)

Convert a floating point vector into an integer vector.

---

Using round to nearest, convert a Vector3D_t 's data into a FixedVector3D_t and the conversion will place integer values in the members instead of performing the float->Fixed32 conversion. Saturation is performed. NaN and Infinity will yield undefined results.

Parameters

pInput

Pointer to an initialized Vector3D_t structure.

Note

If Fixed32 versions of the values are desired, use Set(const Vector3D_t *) instead.

See also

Set(const Vector3D_t *pInput)

SetX()

void Burger::FixedVector3D_t::SetX ( Fixed32 fX )

inline

Set the x component of the vector.

---

Parameters

fX	The new x component of the vector.

See also

GetX(void) const

SetY()

void Burger::FixedVector3D_t::SetY ( Fixed32 fY )

inline

Set the y component of the vector.

---

Parameters

fY	The new y component of the vector.

See also

GetY(void) const

SetZ()

void Burger::FixedVector3D_t::SetZ ( Fixed32 fZ )

inline

Set the z component of the vector.

---

Parameters

fZ	The new z component of the vector.

See also

GetZ(void) const

Sub() [1/2]

void BURGER_API Burger::FixedVector3D_t::Sub

(

const FixedVector3D_t *

pInput

)

Subtract two vectors.

---

Perform a vector subtraction in the form of x -= pInput->x, y-=pInput->y etc.

Parameters

pInput

Pointer to a valid FixedVector3D_t

Sub() [2/2]

void BURGER_API Burger::FixedVector3D_t::Sub	(	const FixedVector3D_t *	pInput1,
		const FixedVector3D_t *	pInput2 )

Subtract and copy two vectors.

---

Perform a vector subtraction in the form of x = pInput1->x-pInput2->x, y = pInput2->y-pInput2->y etc.

Parameters

pInput1	Pointer to a valid FixedVector3D_t
pInput2	Pointer to a valid FixedVector3D_t to subtract from

Note

The *this vector does not need to be initialized.

Zero()

void Burger::FixedVector3D_t::Zero ( void )

inline

Initialize the vector elements to zero.

---

Fills in all of the entries with zero, thereby initializing the structure to a known state.

See also

Set(Fixed32,Fixed32,Fixed32)

Member Data Documentation

x

Fixed32 Burger::FixedVector3D_t::x

X value for the 3D Vector.

y

Fixed32 Burger::FixedVector3D_t::y

Y value for the 3D Vector.

z

Fixed32 Burger::FixedVector3D_t::z

Z value for the 3D Vector.