cartman-sp69
commented
3 years ago Sorted itself out when i rewrote the code, Just still struggling with A0 is reading on all Axis
Closed cartman-sp69 closed 3 years ago
cartman-sp69
commented
3 years ago Sorted itself out when i rewrote the code, Just still struggling with A0 is reading on all Axis
Description of Issue
I'm unable to calibrate the device if i have my Logitech G29 Steering wheel plugged in, I'm able to calibrate it when i plug out the G29 also for some reason my Analog Pin A0 reports on all 3 Axis.
Technical Details
Sketch File that Reproduces Issue
I'm using the example sketch from DCFreelanceAudio
With a few things commented out just wanted to test will rewrite my own version once I understand the library.
//Arduino Joystick 2.0 Library, by MHeironimus (https://github.com/MHeironimus) //Beginners Guide, by Daniel Cantore //Example Code (Oct 2020), with in-depth commenting
//Initial Definitions and Setup //Libary Inclusion
include
//Define and Allocate Input Pins to memorable names
define joyRx A0
define joyRy A1
define joyRz A2
//#define joyThrottle A2 //#define joyButton1 9 //#define joyButton2 8 //#define joyButton3 7
//Initializing Axis as Integers, at a 0 default value int rxAxis = 0; int ryAxis = 0; int rzAxis = 0; //int throttle = 0;
//Setting up Buttons //Updating a static variable gives greater stability than reading directly from the digital pin. //Giving Default Values to the Buttons for later use // int lastButton1State = 0; // int lastButton2State = 0; // int lastButton3State = 0;
//Defining the Joystick //The Joystick is defined in the following setup: //Joystick(Joystick HID ID, Joystick Type, Button Count, Hat Switch Count, Include X, Include Y, Include Z, Include Rx, Include Ry, Include Rz, Include Rudder, Include Throttle, Include Accelerator, Include Brake, Include Steering //Joystick HID ID: A Hex value identifier for HID Device Recognition (default: 0x03). DO NOT USE 0x01 or 0x02 //Joystick type: Define the type of joystick from the types supported. Types: DEFAULT Joystick (0x04 or JOYSTICK_TYPE_JOYSTICK), Gamepad (0x05 or JOYSTICK_TYPE_GAMEPAD), Multi-Axis Controller (0x08 or JOYSTICK_TYPE_MULTI_AXIS) //Button Count: Number of Buttons shown to HID system (default: 32) //Hat Switch Count: Number of Hat Switches, max 2. (default:2) //Include X Axis: Determines whether the X axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Y Axis: Determines whether the Y axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Z Axis: Determines whether the Z axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Rx Axis: Determines whether the X Rotational axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Ry Axis: Determines whether the Y Rotational axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Rz Axis: Determines whether the Z Rotational axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Rudder: Determines whether a Rudder axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Throttle: Determines whether a Throttle axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Accelerator: Determines whether an Accelerator axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Brake: Determines whether a Brake axis is avalible for used by the HID system, defined as a bool value (default:true) //Include Steering: Determines whether a Steering axis is avalible for used by the HID system, defined as a bool value (default:true)
Joystick_ Joystick(0x12, JOYSTICK_TYPE_JOYSTICK, 0, 0,false,false,false,true,true,true,false,false,false,false,false);
//Set Auto Send State //Enables Auto Sending, allowing the controller to send information to the HID system, rather than waiting to be asked. const bool initAutoSendState = true;
void setup() { //Initialize Buttons //Buttons set up between Digital Pin and Ground, following pin allocations from earlier on // pinMode(joyButton1, INPUT_PULLUP); // pinMode(joyButton2, INPUT_PULLUP); // pinMode(joyButton3, INPUT_PULLUP);
//Start Joystick - Needed to start the Joystick function libary Joystick.begin(); }
void loop() {
//Axis Reading during Runtime //Setting Read functions for each axis and parsing correctly. The X axis will be used as an example for explanation
//Reading the X Axis analog pin to the xAxis variable for processing rxAxis = analogRead(joyRx); //Mapping the X Axis data from a 0-1023 to 0-255 range for a smoother action rxAxis = map(rxAxis,0,1023,0,255); //Set the Joystick X Axis value as the new, smoother, value Joystick.setRxAxis(rxAxis_);
ryAxis = analogRead(joyRy); ryAxis = map(ryAxis,0,1023,0,255); Joystick.setRyAxis(ryAxis);
rzAxis = analogRead(joyRz); rzAxis = map(rzAxis,0,1023,0,255); Joystick.setRzAxis(rzAxis);
// throttle = analogRead(joyThrottle); // throttle = map(throttle,0,1023,0,255); //Joystick.setThrottle(throttle);
//Button Reading during Runtime //Setting Read functions for each button, using a state value for memory. Button 1 will be used as an example for explanation
//Reading the current Button digital pin to the Current Button State for processing // int currentButton1State = !digitalRead(joyButton1); //If loop - Check that the button has actually changed. // if (currentButton1State != lastButton1State){ //If the button has changed, set the specified HID button to the Current Button State // Joystick.setButton(0, currentButton1State); //Update the Stored Button State // lastButton1State = currentButton1State; // }
// int currentButton2State = !digitalRead(joyButton2); // if (currentButton2State != lastButton2State){ // Joystick.setButton(1, currentButton2State); // lastButton2State = currentButton2State; // } // int currentButton3State = !digitalRead(joyButton3); // if (currentButton3State != lastButton3State){ // Joystick.setButton(2, currentButton3State); // lastButton3State = currentButton3State; // }
//Pole Delay/Debounce //To reduce unessecary processing, the frequency of the reading loop is delayed. The value(in ms) can be changed to match requirement delay(10); }