Difference between revisions of "The Use of Joystick Sensor"

From Microduino Wiki
Jump to: navigation, search
(Development)
Line 36: Line 36:
 
*Other Hardware Equipment  
 
*Other Hardware Equipment  
 
**One USB cable   
 
**One USB cable   
[[File:module-light.jpg|600px|center]]
+
[[File:module-joystick.jpg|600px|center]]
  
 
===Preparation===
 
===Preparation===
Line 42: Line 42:
 
[[file:mCookie-pir-sensor.JPG|600px|center]]
 
[[file:mCookie-pir-sensor.JPG|600px|center]]
 
*Setup 2:Stack the CoreUSB, Hub and Light together and then connect them to the computer with a USB cable.
 
*Setup 2:Stack the CoreUSB, Hub and Light together and then connect them to the computer with a USB cable.
[[file:mCookie-Light-pc.JPG|600px|center]]
+
[[file:mCookie-joystick.JPG|600px|center]]
  
 
===Experiment: Detect Analog Brightness Value ===
 
===Experiment: Detect Analog Brightness Value ===
Line 74: Line 74:
 
** The top shift value decrease on the Y-axis, close to zero while the downward shift value increases and gets close to 1,023.  
 
** The top shift value decrease on the Y-axis, close to zero while the downward shift value increases and gets close to 1,023.  
 
===Program Debugging===
 
===Program Debugging===
*Use“analogRead(XX);” to read sensor's input analog value and judge the displacement on both the X-axis and Y-axis.  
+
*Use“analogRead(XX);” to read sensor's input analog value and judge the displacement on both the X-axis and Y-axis.
  
 
==Application==
 
==Application==

Revision as of 04:31, 9 November 2015

Outline

Microduino-Joystick sensor is equipped with a two-way analog output interface. Its output values correspond to offsets on both the X-axis and Y-axis. It is small and beautiful.

Specification

  • Electrical specification
    • Analog input
    • Output returned value 0-1,023
  • Tech parameters
    • Detect displacement on both X- and Y-axis directions.
  • Size
    • Size of the switch: 17mm*17mm,
    • Size of the board: 20mm*24mm
  • Interface
    • Pin Description: GND, VCC, signal 1 output, and signal 2 output which is the analog signal and needs to use analog interface to detect (A0-A7).
    • Y-axis corresponds to signal 1 output and the Y-axis corresponds to signal 2 output.

Development

Equipment

Module Number Function
mCookie-CoreUSB 1 Core board
mCookie-Hub 1 Sensor pin board
Microduino-Joystick 1 Joystick sensor
  • Other Hardware Equipment
    • One USB cable

Preparation

  • Setup 1:Connect Microduino-Joystick and the Hub 's A0 and A1 analog ports.
MCookie-pir-sensor.JPG
  • Setup 2:Stack the CoreUSB, Hub and Light together and then connect them to the computer with a USB cable.

Experiment: Detect Analog Brightness Value

  • Open Arduino IDE and copy the following code into IDE.
#define Pin_X A1
#define Pin_Y A0

void setup() {
  Serial.begin(9600);    //Serial initializing 
  pinMode(Pin_X,INPUT);
  pinMode(Pin_Y,INPUT);
}

void loop() {
  int sensorValueX = analogRead(Pin_X);      //X-axis input 
  int sensorValueY = analogRead(Pin_Y);      //Y-axis input 
  Serial.print("ValueX:");
  Serial.print(sensorValueX);
  Serial.print(",");
  Serial.print("ValueY:");
  Serial.println(sensorValueY);
  delay(100);
}
  • Select the right board from Tools→Serial Port in Arduino IDE and download the program.
    Upload.JPG
  • After the download, you can open the serial monitor. The displayed note reflects the current displacement analog values on both X-and Y-axis.
MCookie-pir-res.JPG
  • Result
    • The right shift value decrease on the X-axis, close to zero while the left shift value increases and gets close to 1,023.
    • The top shift value decrease on the Y-axis, close to zero while the downward shift value increases and gets close to 1,023.

Program Debugging

  • Use“analogRead(XX);” to read sensor's input analog value and judge the displacement on both the X-axis and Y-axis.

Application

  • To control object movement in two-dimensional space.
  • Game joystick

Video