Difference between revisions of "Microduino-Joypad Getting start"

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{| style="width: 800px;"
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|-
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|
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*Microduino modules needed 
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{|class="wikitable"
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|-
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|Module||Number||Function
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|-
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|[[Microduino-Joypad]] ||1||Remote controller 
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|-
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|[[Microduino-Core ]]||1||Core board 
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|-
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|[[Microduino-USBTTL]]||1||Program download
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|}
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*Other Equipment 
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{|class="wikitable"
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|-
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|Module||Number||Function
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|-
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| USB cable|| 1||Data transmission
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|-
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| Battery box || 1||Battery load
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|-
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|7th battery ||3 ||Power supply
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|}
  
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[[File:Microduino_Joypad_TFT-all.jpg||600px|center|thumb]]
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*Step 1: Install Microduino-TFT on the panel of Microduino-Joypad; 
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[[File:Microduino_Joypad_TFT-1.jpg||600px|center|thumb]]
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[[File:Microduino_Joypad_TFT-2.jpg||600px|center|thumb]]
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*Step 2: Fixate plastic fasteners on Microduino-Joypad; 
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[[File:Microduino_Joypad_nilong-1.jpg||600px|center|thumb]]
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*Step 3: Stack Microduino-USBTTL, Microduino-Core on the base board of Microduino-Joypad.
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[[File:Microduino_Joypad_Module-1.jpg||600px|center|thumb]]
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*Step 4: Connect Microduino-TFT and Microduino-Joypad through adapter cable; 
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[[File:Microduino_Joypad_1.jpg||600px|center|thumb]]
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*Step 5: Fixate the panel and the base board with plastic fasteners; 
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[[File:Microduino_Joypad_face_bord-1.jpg||600px|center|thumb]]
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*Step 6: If there is vibration, please install vibration motor; 
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[[File:Microduino_Joypad_shock-1.jpg||600px|center|thumb]]
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*Step 7: Connect the battery box on the base board and make sure the electrodes are connected correctly, then paste the board at the bottom of Microduino-Joypad;
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[[File:Microduino_Joypad_power_1.jpg||600px|center|thumb]]
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*Step 8: You can power on and see if the power supply works fine or not. 
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[[File:Microduino_Joypad_switch-2.jpg||600px|center|thumb]]
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*If you want to install Microduino-Joypad-Game board, you need to take off the right joystick.
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[[File:Microduino_Joypad_keyboard_1.jpg||600px|center|thumb]]
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*Connect the interface of the key and the base board on the panel by a connector. 
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[[File:Microduino_Joypad_keyboard_2.jpg||600px|center|thumb]]
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*Fixate the panel with fasteners. 
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[[File:Microduino_Joypad_keyboard_3.jpg||600px|center|thumb]]
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==Test==
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*Two parallel UPIN27 base boards;
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*Two switches; 
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*Four buttons;
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*MIC sound detection input;
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*Photosensitive detection input;
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*Buzzer output, connected to D6 pin of Microduino;
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*Vibration motor output, connected to D8 pin of Microduino;
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*On-board Micro USB power supply, charging management and 3.3V stability. 
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*2.54-inch pitch for power supply interface. 
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[[File:Microduino-Joypad-Expansion.png|600px|thumb|center|Microduino-Joypad-Expansion]]
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*Libraries needed:
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**https://github.com/wasdpkj/libraries
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You will need _01_Microduino_TFT and _08_Microduino_Shield_Joypad library.
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*Debugging:
 +
**Hardware needed: Microduino-USBTTL, Microduino-Core and the equipped Microduino-Joypad 
 +
**Software needed: libraries and Arduino IDE;
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**Decompress and download the library file and copy it to libraries of Arduino IDE; Decompress and download library file and then copy it to libraries of Arduino IDE;
 +
**Re-open “Arduino-IDE” and you can select examples in “_08_Microduino_Shield_Joypad\examples”. After successful compiling, choose the board Microduino Core (Atmega328P@16M,5V) and then download;
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===Program Description===
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*Read:
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**Read the value of A and B about illumination, MIC, extension interface. The return value should be within int(0~1023); <source lang="cpp">
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//Illumination----------------------
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Joypad.readLightSensor();
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//MIC--------------------
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Joypad.readMicrophone();
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//INTA----------------------
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Joypad.readIntA();
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//INTB----------------------
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Joypad.readIntB();
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</source>
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**Read values of the left and the right analog joysticks. The return value is: int(-512~512);   
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<source lang="cpp">
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//Left analog joystick----------------
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Joypad.readJoystickX();
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Joypad.readJoystickY();
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//Right analog joystick----------------
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Joypad.readJoystick1X();
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Joypad.readJoystick1Y();
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</source>
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**Read the left and the right analog joystick values; The return value of the left-and-right analog joystick, switches, four-group-of-button are: Boolean(HIGH、LOW)； 
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<source lang="cpp">
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Joypad.readButton(byte ch);
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//Left analog joystick----------------
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JOYSTICK_UP;
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JOYSTICK_DOWN;
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JOYSTICK_LEFT;
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JOYSTICK_RIGHT;
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//Left analog joystick press------------
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CH_JOYSTICK_SW
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//Right analog joystick----------------
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JOYSTICK1_UP;
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JOYSTICK1_DOWN;
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JOYSTICK1_LEFT;
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JOYSTICK1_RIGHT;
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//Right analog joystick press ------------
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CH_JOYSTICK1_SW
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//Switch ------------------
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CH_SWITCH_L;
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CH_SWITCH_R;
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//Four groups of buttons------------------
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CH_SWITCH_1;
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CH_SWITCH_2;
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CH_SWITCH_3;
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CH_SWITCH_4;
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</source>
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*Write:
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**Control buzzer and vibration; 
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<source lang="cpp">
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//==========================
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//Buzzer---------------------
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  Joypad.tone(unsigned int freq);
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  Joypad.tone(unsigned int freq, unsigned long duration);
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  Joypad.noTone();
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//Vibration------------------------
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Joypad.motor(unsigned int motor_vol);
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“unsigned int motor_vol”：Vibration intensity 
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</source>
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==Start Application==
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[[Microduino-Joypad Application Tutorial]]
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|}

Revision as of 02:58, 25 November 2014

  • Microduino modules needed
Module Number Function
Microduino-Joypad 1 Remote controller
Microduino-Core 1 Core board
Microduino-USBTTL 1 Program download
  • Other Equipment
Module Number Function
USB cable 1 Data transmission
Battery box 1 Battery load
7th battery 3 Power supply
Microduino Joypad TFT-all.jpg
  • Step 1: Install Microduino-TFT on the panel of Microduino-Joypad;
Microduino Joypad TFT-1.jpg
Microduino Joypad TFT-2.jpg
  • Step 2: Fixate plastic fasteners on Microduino-Joypad;
Microduino Joypad nilong-1.jpg
  • Step 3: Stack Microduino-USBTTL, Microduino-Core on the base board of Microduino-Joypad.
Microduino Joypad Module-1.jpg
  • Step 4: Connect Microduino-TFT and Microduino-Joypad through adapter cable;
Microduino Joypad 1.jpg
  • Step 5: Fixate the panel and the base board with plastic fasteners;
Microduino Joypad face bord-1.jpg
  • Step 6: If there is vibration, please install vibration motor;
Microduino Joypad shock-1.jpg
  • Step 7: Connect the battery box on the base board and make sure the electrodes are connected correctly, then paste the board at the bottom of Microduino-Joypad;
Microduino Joypad power 1.jpg


  • Step 8: You can power on and see if the power supply works fine or not.
Microduino Joypad switch-2.jpg
  • If you want to install Microduino-Joypad-Game board, you need to take off the right joystick.
Microduino Joypad keyboard 1.jpg
  • Connect the interface of the key and the base board on the panel by a connector.
Microduino Joypad keyboard 2.jpg
  • Fixate the panel with fasteners.
Microduino Joypad keyboard 3.jpg

Test

  • Two parallel UPIN27 base boards;
  • Two switches;
  • Four buttons;
  • MIC sound detection input;
  • Photosensitive detection input;
  • Buzzer output, connected to D6 pin of Microduino;
  • Vibration motor output, connected to D8 pin of Microduino;
  • On-board Micro USB power supply, charging management and 3.3V stability.
  • 2.54-inch pitch for power supply interface.
Microduino-Joypad-Expansion

You will need _01_Microduino_TFT and _08_Microduino_Shield_Joypad library.

  • Debugging:
    • Hardware needed: Microduino-USBTTL, Microduino-Core and the equipped Microduino-Joypad
    • Software needed: libraries and Arduino IDE;
    • Decompress and download the library file and copy it to libraries of Arduino IDE; Decompress and download library file and then copy it to libraries of Arduino IDE;
    • Re-open “Arduino-IDE” and you can select examples in “_08_Microduino_Shield_Joypad\examples”. After successful compiling, choose the board Microduino Core (Atmega328P@16M,5V) and then download;

Program Description

  • Read:
    • Read the value of A and B about illumination, MIC, extension interface. The return value should be within int(0~1023); 
      	//Illumination----------------------
	Joypad.readLightSensor();
	//MIC--------------------
	Joypad.readMicrophone();
	//INTA----------------------
	Joypad.readIntA();
	//INTB----------------------
	Joypad.readIntB();
    • Read values of the left and the right analog joysticks. The return value is: int(-512~512); 
	//Left analog joystick----------------
	Joypad.readJoystickX();
	Joypad.readJoystickY();

	//Right analog joystick----------------
	Joypad.readJoystick1X();
	Joypad.readJoystick1Y();
    • Read the left and the right analog joystick values; The return value of the left-and-right analog joystick, switches, four-group-of-button are: Boolean(HIGH、LOW)； 
	Joypad.readButton(byte ch);
	//Left analog joystick----------------
		JOYSTICK_UP;
		JOYSTICK_DOWN;
		JOYSTICK_LEFT;
		JOYSTICK_RIGHT;
		
	//Left analog joystick press------------
		CH_JOYSTICK_SW
		
	//Right analog joystick----------------
		JOYSTICK1_UP;
		JOYSTICK1_DOWN;
		JOYSTICK1_LEFT;
		JOYSTICK1_RIGHT;
		
	//Right analog joystick press ------------
		CH_JOYSTICK1_SW
		
	//Switch ------------------
		CH_SWITCH_L;
		CH_SWITCH_R;
		
	//Four groups of buttons------------------
		CH_SWITCH_1;
		CH_SWITCH_2;
		CH_SWITCH_3;
		CH_SWITCH_4;
  • Write:
    • Control buzzer and vibration; 
//==========================
	//Buzzer---------------------
  Joypad.tone(unsigned int freq);
  Joypad.tone(unsigned int freq, unsigned long duration);
  Joypad.noTone();

//Vibration------------------------
Joypad.motor(unsigned int motor_vol);
“unsigned int motor_vol”：Vibration intensity

Start Application

Microduino-Joypad Application Tutorial

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