dulRadio

Class DULRadio

java.lang.Object

dulRadio.DULRadio

public class DULRadio
extends Object

Nested Class Summary

Nested Classes

Modifier and Type	Class and Description
class	DULRadio.SerialProxy We need a class descended from PApplet so that we can override the serialEvent() method to capture serial data.

Constructor Summary

Constructors

Constructor and Description
DULRadio(PApplet parent, String comport) Simple initialize
DULRadio(PApplet parent, String comport, int baud, int del) Initialize interaction with DUL Radio

Method Summary

Methods

Modifier and Type	Method and Description
void	configShakeEvent(int id, int minForce, int minDirChange, int maxPausBtwnDirChg, int maxTotDurShk) Configure when a shake is registered
void	dispose() Closes the serial connection when the parent PApplet closes
Integer[]	getCurrentData(int id)
String	getState(int id)
int[]	getTiltPosition(int id)
void	setSmoothSamples(int id, int s)
int[]	smoothValues(int id)

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

DULRadio

public DULRadio(PApplet parent,
        String comport,
        int baud,
        int del)

Initialize interaction with DUL Radio

Parameters:

parent - The Processing sketch (PApplet)

comport - The COM port the USB stick is connected to

baud - The Baud rate (defaults to 9600)

del - A delimiter for when to stop buffering and send to main sketch (defaults to 13)

DULRadio

public DULRadio(PApplet parent,
        String comport)

Simple initialize

Method Detail

dispose

public void dispose()

Closes the serial connection when the parent PApplet closes

getCurrentData

public Integer[] getCurrentData(int id)

Parameters:

id - the id of the sensor board to get data from

Returns:

the last received data form sensor board with the id

getState

public String getState(int id)

Parameters:

id - the id of the sensor board to get data from

Returns:

The state of the sensor board (active, inactive, resting sleeping etc.)

configShakeEvent

public void configShakeEvent(int id,
                    int minForce,
                    int minDirChange,
                    int maxPausBtwnDirChg,
                    int maxTotDurShk)

Configure when a shake is registered

Parameters:

id - the id of the sensor board to get data from

minForce - The minimum force to consider

minDirChange - Minimum times in a shake gesture that the direction of movement needs to change.

maxPausBtwnDirChg - Maximum pause between movements.

maxTotDurShk - Maximum allowed time for shake gesture.

setSmoothSamples

public void setSmoothSamples(int id,
                    int s)

Parameters:

id - the id of the sensor board to get data from

s - number of samples to smooth over

smoothValues

public int[] smoothValues(int id)

Parameters:

id - the id of the sensor board to get data from

Returns:

A list of smoothed values from the sensor board with this id

getTiltPosition

public int[] getTiltPosition(int id)

Parameters:

id - the id of the sensor board to get data from

Returns:

360 degree position for x (0) and z (2). Y (1) is 180 degree. Y is experimental!