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Does Hallowing support the joystick and buttons?
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Does Hallowing support the joystick and buttons?

by flightrisk on Wed Jun 12, 2019 10:18 am

The Teensy Eyes project supports the joystick to move the eyes and the buttons to blink. Is this supported in the Hallowing? If so, do I look at the Teensy Eyes project wiring and then figure out which pins correspond on the Hallowing so it works without uploading new firmware from the default eyes that come pre flashed?

flightrisk
 
Posts: 31
Joined: Wed Jan 19, 2011 2:54 pm

Re: Does Hallowing support the joystick and buttons?

by XRAD on Thu Jun 13, 2019 8:11 pm

Look in the 'config' file. you will see that if defined Hallowing uses light sensor pin while teensy uses joystick pin, or however they are labelled, A0 A1 and 1.

Soooo, you could edit the config file to reflect your Hallowing pins and joystick control....If you mess it up, you can always download a fresh config file from Adafruit or github...

I had some fun messing with this configuration for my Eye of Agamotto project.....teensy gives you something like 32 pins, many fewer pins are brought out on the Hallowing board, so choose wisely


here is the file. Read through from top to bottom and see what goes where. There are good txt explanations throughout the config file:

Code: Select all | TOGGLE FULL SIZE
// Pin selections here are based on the original Adafruit Learning System
// guide for the Teensy 3.x project.  Some of these pin numbers don't even
// exist on the smaller SAMD M0 & M4 boards, so you may need to make other
// selections:

// GRAPHICS SETTINGS (appearance of eye) -----------------------------------

// If using a SINGLE EYE, you might want this next line enabled, which
// uses a simpler "football-shaped" eye that's left/right symmetrical.
// Default shape includes the caruncle, creating distinct left/right eyes.
#ifdef ADAFRUIT_HALLOWING // Hallowing, with one eye, does this by default
  #define SYMMETRICAL_EYELID
#else                     // Otherwise your choice, standard is asymmetrical
  //#define SYMMETRICAL_EYELID
#endif

// Enable ONE of these #includes -- HUGE graphics tables for various eyes:
#include "graphics/defaultEye.h"      // Standard human-ish hazel eye -OR-
//#include "graphics/dragonEye.h"     // Slit pupil fiery dragon/demon eye -OR-
//#include "graphics/noScleraEye.h"   // Large iris, no sclera -OR-
//#include "graphics/goatEye.h"       // Horizontal pupil ('g o a t'   is a spam word)/Krampus eye -OR-
//#include "graphics/newtEye.h"       // Eye of newt -OR-
//#include "graphics/terminatorEye.h" // Git to da choppah!

// Optional: enable this line for startup logo (screen test/orient):
#if !defined ADAFRUIT_HALLOWING     // Hallowing can't always fit logo+eye
  #include "graphics/logo.h"        // Otherwise your choice, if it fits
#endif

// EYE LIST ----------------------------------------------------------------

// This table contains ONE LINE PER EYE.  The table MUST be present with
// this name and contain ONE OR MORE lines.  Each line contains THREE items:
// a pin number for the corresponding TFT/OLED display's SELECT line, a pin
// pin number for that eye's "wink" button (or -1 if not used), and a screen
// rotation value (0-3) for that eye.

eyeInfo_t eyeInfo[] = {
#ifdef ADAFRUIT_HALLOWING
  { 39, -1, 1 }, // SINGLE EYE display-select and wink pins, rotate 180
#else
  {  9, 0, 0 }, // LEFT EYE display-select and wink pins, no rotation
  { 10, 2, 0 }, // RIGHT EYE display-select and wink pins, no rotation
#endif
};

// DISPLAY HARDWARE SETTINGS (screen type & connections) -------------------

#ifdef ADAFRUIT_HALLOWING
  #include <Adafruit_ST7735.h> // TFT display library
  #define DISPLAY_DC       38  // Display data/command pin
  #define DISPLAY_RESET    37  // Display reset pin
  #define DISPLAY_BACKLIGHT 7
  #define BACKLIGHT_MAX   128
  //#define SYNCPIN          A2  // I2C sync if set, GND this pin on receiver
  //#define SYNCADDR       0x08  // I2C address of receiver
                               // (Try disabling SYMMETRICAL_EYELID then)
#else
  // Enable ONE of these #includes to specify the display type being used
  //#include <Adafruit_SSD1351.h>  // OLED display library -OR-
  #include <Adafruit_ST7735.h> // TFT display library (enable one only)
  #define DISPLAY_DC        7    // Data/command pin for ALL displays
  #define DISPLAY_RESET     8    // Reset pin for ALL displays
#endif

#if defined(_ADAFRUIT_ST7735H_) || defined(_ADAFRUIT_ST77XXH_)
  #define SPI_FREQ 24000000    // TFT: use max SPI (clips to 12 MHz on M0)
#else // OLED
  #if !defined(ARDUINO_ARCH_SAMD) && (F_CPU <= 72000000)
    #define SPI_FREQ 24000000  // OLED: 24 MHz on 72 MHz Teensy only
  #else
    #define SPI_FREQ 12000000  // OLED: 12 MHz in all other cases
  #endif
#endif

// INPUT SETTINGS (for controlling eye motion) -----------------------------

// JOYSTICK_X_PIN and JOYSTICK_Y_PIN specify analog input pins for manually
// controlling the eye with an analog joystick.  If set to -1 or if not
// defined, the eye will move on its own.
// IRIS_PIN speficies an analog input pin for a photocell to make pupils
// react to light (or potentiometer for manual control).  If set to -1 or
// if not defined, the pupils will change on their own.
// BLINK_PIN specifies an input pin for a button (to ground) that will
// make any/all eyes blink.  If set to -1 or if not defined, the eyes will
// only blink if AUTOBLINK is defined, or if the eyeInfo[] table above
// includes wink button settings for each eye.

//#define JOYSTICK_X_PIN A0 // Analog pin for eye horiz pos (else auto)
//#define JOYSTICK_Y_PIN A1 // Analog pin for eye vert position (")
//#define JOYSTICK_X_FLIP   // If defined, reverse stick X axis
//#define JOYSTICK_Y_FLIP   // If defined, reverse stick Y axis
#define TRACKING            // If defined, eyelid tracks pupil
#define BLINK_PIN         1 // Pin for manual blink button (BOTH eyes)
#define AUTOBLINK           // If defined, eyes also blink autonomously
#ifdef ADAFRUIT_HALLOWING
  #define LIGHT_PIN      A1 // Hallowing light sensor pin
  #define LIGHT_CURVE  0.33 // Light sensor adjustment curve
  #define LIGHT_MIN      30 // Minimum useful reading from light sensor
  #define LIGHT_MAX     980 // Maximum useful reading from sensor
#else
  #define LIGHT_PIN      A2 // Photocell or potentiometer (else auto iris)
//#define LIGHT_PIN_FLIP    // If defined, reverse reading from dial/photocell
  #define LIGHT_MIN       0 // Lower reading from sensor
  #define LIGHT_MAX    1023 // Upper reading from sensor
#endif
#define IRIS_SMOOTH         // If enabled, filter input from IRIS_PIN
#if !defined(IRIS_MIN)      // Each eye might have its own MIN/MAX
  #define IRIS_MIN      120 // Iris size (0-1023) in brightest light
#endif
#if !defined(IRIS_MAX)
  #define IRIS_MAX      720 // Iris size (0-1023) in darkest light
#endif


XRAD
 
Posts: 397
Joined: Sat Nov 19, 2016 3:28 pm

Please be positive and constructive with your questions and comments.