Accel3D Class Reference

The basic unit FROG works on. More...

Inherits java::io::Serializable, java::io::Serializable, and java::io::Serializable.

List of all members.

Public Member Functions
	Accel3D (double x, double y, double z)
	Creates a new Accel3D containing the given axis values.
void	add (Accel3D other)
	Performs vector addition on this object using another Accel3D object.
double	distanceFrom (Accel3D other)
	Finds the distance between this Accel3D and another.
double	getMagnitude ()
	Gets the vector magnitude of this Accel3D.
double	getX ()
	Gets acceleration (in G's) of the X axis.
double	getY ()
	Gets acceleration (in G's) of the Y axis.
double	getZ ()
	Gets acceleration (in G's) of the Z axis.
void	rescale (double scaleFactor)
	Scales the X, Y, and Z values to a given scale value.
double[]	toArray ()
	Returns the Accel3D converted to an array (double[3]).
String	toString ()
	Returns a String representation of this object.
	Accel3D (double x, double y, double z)
	Creates a new Accel3D containing the given axis values.
void	add (Accel3D other)
	Performs vector addition on this object using another Accel3D object.
double	distanceFrom (Accel3D other)
	Finds the distance between this Accel3D and another.
double	getMagnitude ()
	Gets the vector magnitude of this Accel3D.
double	getX ()
	Gets acceleration (in G's) of the X axis.
double	getY ()
	Gets acceleration (in G's) of the Y axis.
double	getZ ()
	Gets acceleration (in G's) of the Z axis.
void	rescale (double scaleFactor)
	Scales the X, Y, and Z values to a given scale value.
double[]	toArray ()
	Returns the Accel3D converted to an array (double[3]).
String	toString ()
	Returns a String representation of this object.
	Accel3D (double x, double y, double z)
	Creates a new Accel3D containing the given axis values.
void	add (Accel3D other)
	Performs vector addition on this object using another Accel3D object.
double	distanceFrom (Accel3D other)
	Finds the distance between this Accel3D and another.
double	getMagnitude ()
	Gets the vector magnitude of this Accel3D.
double	getX ()
	Gets acceleration (in G's) of the X axis.
double	getY ()
	Gets acceleration (in G's) of the Y axis.
double	getZ ()
	Gets acceleration (in G's) of the Z axis.
void	rescale (double scaleFactor)
	Scales the X, Y, and Z values to a given scale value.
double[]	toArray ()
	Returns the Accel3D converted to an array (double[3]).
String	toString ()
	Returns a String representation of this object.

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Detailed Description

The basic unit FROG works on.

Accel3D objects contain a single sampling of a device's accelerometers. They also contain helpful methods to manipulate that data.

Author:

Team Better Recognize

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Constructor & Destructor Documentation

Accel3D	(	double	x,
		double	y,
		double	z
	)

Creates a new Accel3D containing the given axis values.

Parameters:

	x	the acceleration in the x-direction (in G's)
	y	the acceleration in the y-direction (in G's)
	z	the acceleration in the z-direction (in G's)

Accel3D	(	double	x,
		double	y,
		double	z
	)

Creates a new Accel3D containing the given axis values.

Parameters:

	x	the acceleration in the x-direction (in G's)
	y	the acceleration in the y-direction (in G's)
	z	the acceleration in the z-direction (in G's)

Accel3D	(	double	x,
		double	y,
		double	z
	)

Creates a new Accel3D containing the given axis values.

Parameters:

	x	the acceleration in the x-direction (in G's)
	y	the acceleration in the y-direction (in G's)
	z	the acceleration in the z-direction (in G's)

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Member Function Documentation

void add

(

Accel3D

other

)

Performs vector addition on this object using another Accel3D object.

The result is stored back in this Accel3D.

Parameters:

other

another Accel3D to add to this Accel3D

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void add

(

Accel3D

other

)

Performs vector addition on this object using another Accel3D object.

The result is stored back in this Accel3D.

Parameters:

other

another Accel3D to add to this Accel3D

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void add

(

Accel3D

other

)

Performs vector addition on this object using another Accel3D object.

The result is stored back in this Accel3D.

Parameters:

other

another Accel3D to add to this Accel3D

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double distanceFrom

(

Accel3D

other

)

Finds the distance between this Accel3D and another.

Parameters:

other

an Accel3D to compare with

Returns:

the distance of this acceleration vector from the input

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double distanceFrom

(

Accel3D

other

)

Finds the distance between this Accel3D and another.

Parameters:

other

an Accel3D to compare with

Returns:

the distance of this acceleration vector from the input

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double distanceFrom

(

Accel3D

other

)

Finds the distance between this Accel3D and another.

Parameters:

other

an Accel3D to compare with

Returns:

the distance of this acceleration vector from the input

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double getMagnitude

(

)

Gets the vector magnitude of this Accel3D.

Returns:

the magnitude of the acceleration vector

double getMagnitude

(

)

Gets the vector magnitude of this Accel3D.

Returns:

the magnitude of the acceleration vector

double getMagnitude

(

)

Gets the vector magnitude of this Accel3D.

Returns:

the magnitude of the acceleration vector

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double getX

(

)

Gets acceleration (in G's) of the X axis.

Returns:

the acceleration in the x-direction

double getX

(

)

Gets acceleration (in G's) of the X axis.

Returns:

the acceleration in the x-direction

double getX

(

)

Gets acceleration (in G's) of the X axis.

Returns:

the acceleration in the x-direction

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double getY

(

)

Gets acceleration (in G's) of the Y axis.

Returns:

the acceleration in the y-direction

double getY

(

)

Gets acceleration (in G's) of the Y axis.

Returns:

the acceleration in the y-direction

double getY

(

)

Gets acceleration (in G's) of the Y axis.

Returns:

the acceleration in the y-direction

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double getZ

(

)

Gets acceleration (in G's) of the Z axis.

Returns:

the acceleration in the z-direction

double getZ

(

)

Gets acceleration (in G's) of the Z axis.

Returns:

the acceleration in the z-direction

double getZ

(

)

Gets acceleration (in G's) of the Z axis.

Returns:

the acceleration in the z-direction

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void rescale

(

double

scaleFactor

)

Scales the X, Y, and Z values to a given scale value.

Parameters:

scaleFactor

amount to scale by; if 1.0, this vector remains unchanged

void rescale

(

double

scaleFactor

)

Scales the X, Y, and Z values to a given scale value.

Parameters:

scaleFactor

amount to scale by; if 1.0, this vector remains unchanged

void rescale

(

double

scaleFactor

)

Scales the X, Y, and Z values to a given scale value.

Parameters:

scaleFactor

amount to scale by; if 1.0, this vector remains unchanged

double [] toArray

(

)

Returns the Accel3D converted to an array (double[3]).

Returns:

this Accel3D in the form of {x, y, z}

double [] toArray

(

)

Returns the Accel3D converted to an array (double[3]).

Returns:

this Accel3D in the form of {x, y, z}

double [] toArray

(

)

Returns the Accel3D converted to an array (double[3]).

Returns:

this Accel3D in the form of {x, y, z}

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String toString

(

)

Returns a String representation of this object.

Returns:

this Accel3D in the form of "(x, y, z)"

String toString

(

)

Returns a String representation of this object.

Returns:

this Accel3D in the form of "(x, y, z)"

String toString

(

)

Returns a String representation of this object.

Returns:

this Accel3D in the form of "(x, y, z)"

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The documentation for this class was generated from the following files:

• /Users/dev/Documents/SVN brazos.cs.tcu.edu/trunk/FilterTest/src/Accel3D.java
• /Users/dev/Documents/SVN brazos.cs.tcu.edu/trunk/KmeansTest/src/Accel3D.java
• /Users/dev/Documents/SVN brazos.cs.tcu.edu/trunk/KmeansTestRandom/src/Accel3D.java