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WII5Firmware/WII5_board_v2.h
T
scottp 295abb37ee Initial public release of WII5 Buoy firmware 
Firmware for an autonomous wave-measurement buoy (ATmega2560-based
WII5 v2 board). Reads wave motion from a Sparton AHRS-M1/M2 IMU,
samples GPS and battery state, and reports back over Iridium SBD
satellite telemetry. Originally developed 2012-2024.

This is the first public release. Code, documentation, and field-tested
operating modes (Capture, Sleep, Position, ManualTest, SelfTest,
LowBattery) are licensed under Apache 2.0 — see LICENSE and NOTICE.

See README.md for an overview and build instructions, CONTRIBUTING.md
for how to contribute, and DEPLOYMENTS.md for the field-deployment log.
2026-05-07 16:27:18 +10:00

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// SPDX-License-Identifier: Apache-2.0
// Copyright (c) 2012-2024 Scott Penrose <scottp@dd.com.au> and WII5 Buoy contributors
//
// This file is part of WII5 Buoy firmware.
// See LICENSE for full terms.
/**
* @file WII5_board_v2.h
* @brief Pin and peripheral configuration for the WII5 v2 hardware revision.
*/
/*
WII5 Board = WII5v2.0..v5.0 - This is current configuration used in V5.5 board in 2024
* TODO:
* Update all PINS
* Remove unused PINS
* Test
* Test V1 board is still working
Define PINS and pin Modes, Serial ports etc
Board Versions
v1 - Hardware / Layout, just increment each time
v1.1 - Second number is changes locall - e.g. v1.1 might use a Software Serial for Matrix input
mega_dev - Development board using a Sparkfun 3.3V 8Mhz Arduino Mega
File Structure
* Names for all ports etc used on this board.
NOTE: Do we need WII5 prefix?, e.g. WII5_PIN_D0_NAME
Initial Build test using 595eb5a
Sketch uses 115740 bytes (44%) of program storage space. Maximum is 258048 bytes.
Global variables use 6667 bytes (81%) of dynamic memory, leaving 1525 bytes for local variables. Maximum is 8192 bytes.
Sketch uses 115740 bytes (44%) of program storage space. Maximum is 258048 bytes.
Global variables use 6667 bytes (81%) of dynamic memory, leaving 1525 bytes for local variables. Maximum is 8192 bytes.
Improved strings
Sketch uses 115738 bytes (44%) of program storage space. Maximum is 258048 bytes.
Global variables use 6661 bytes (81%) of dynamic memory, leaving 1531 bytes for local variables. Maximum is 8192 bytes.
Sketch uses 115914 bytes (44%) of program storage space. Maximum is 258048 bytes.
Global variables use 6647 bytes (81%) of dynamic memory, leaving 1545 bytes for local variables. Maximum is 8192 bytes.
Free Memory
213/8192 really of 213 of 1545 - so we still have 1200 bytes dynamic created ! Find and destory
SUB 1
left
right
SUB 3
left
2 - D3
5 - D27
right
3 - D9
4 - D12
5 - D62
Shared 5 Volts:
* Maths - now has its own supply, not shared
* Needs 5 Volts:
* Sparton
* Iridium
* Beeper
*/
// Enable extended EEPROM code
#define WII5_EEPROMex
#define WII5_BOARD_ID 102
#define WII5_BOARD_NAME "WII5_V5.0"
#define WII5_BOARD_CPU "AVR25560"
#define WII5_BOARD_MEMORY 8192
#define WII5_BOARD_EEPROM 4096
#ifdef F_CPU
#define WII5_BOARD_CLOCK F_CPU
#else
#define WII5_BOARD_CLOCK 8000000L
#endif
// ----------------------------------------------------------------------
// Sh3d stuff - how to pass in.
// auto_node_id = 'manual'
// ----------------------------------------------------------------------
// Primary Hardware Components
// ----------------------------------------------------------------------
// Small packet radio
// #define WII5_RADIO
// #define WII5_RADIO_LORA
// #define WII5_RADIO_69
// RTC Configuration
// #define WII5_RTC
// TODO 2024 review
// (Removed 2024, board 5.5.5) #define WDT_RESET 59
// #define WII5_WDT_INTERNAL
#define WII5_WDT_EXTERNAL
// WDT External
#define WDT_RESET 59
#define WII5_LOWPOWERSLEEP
// Test and Self Test etc (TODO 2024 - consider to save memory etc)
#define WII5_ENABLE_MANUALTEST
#define WII5_ENABLE_SELFTEST
// GPS Configuration
#define WII5_GPS
// #define WII5_GPS_COMPASS // Compass specific version - some differences
// COMMS - aka GSM Modem or Iridium Satellite
#define WII5_COMMS
#define WII5_COMMS_IRIDIUM // Iridium version of COMMS Driver
// #define WII5_COMMS_GSMSMS // GSM SMS version
// IMU
#define WII5_IMU
#define WII5_IMU_SPARTON // SPARTON aka Serial IMU
// #define WII5_IMU_MPU9250 // 9250 aka I2C 9250
// Weather - Temperature, pressure, humidity and much more
#define WII5_WEATHER_18B20 // Multiple Weather, incluing standard 18B20
// #define WII5_WEATHER_ANEMOMETER
#define WII5_STORAGE_SDBLOCK
#define WII5_BUTTON_HOLD_TIME 10000 // milliseconds
// ----------------------------------------------------------------------
// BUFFER SIZES
// (see Iridium instead) #define WII5_BUFFER_CONSOLE_BINARY 20
#define WII5_BUFFER_CONSOLE_PRINT 220
#define WII5_BUFFER_CONSOLE_CMD 50
#define WII5_BUFFER_RADIO 150
#define WII5_BUFFER_STRING 50
#ifdef WII5_COMMS_IRIDIUM
// NOTE: Max receive = 270, Max send = 340
#define WII5_BUFFER_IRIDIUM 80
#define WII5_IRIDIUM_BIN_MAX 340
#endif
#ifdef WII5_GPS
#define WII5_BUFFER_GPS 80
#endif
#define WII5_FIELD_MAX 15
#define WII5_TIMERLAPS 5
// ----------------------------------------------------------------------
// Convert Float to Integers etc
#define GPS_POS_MULT 100000
#define GPS_ALT_MULT 100
// See BATTERY
// ----------------------------------------------------------------------
// SERIAL
#define SerialConsole Serial
#ifdef F_CPU_11
// #define SerialConsole_Baud 115200
#define SerialConsole_Baud 230400
#else
#define SerialConsole_Baud 57600
#endif
#define SerialConsole_RX 0
#define SerialConsole_TX 1
#define SerialGPS Serial2
#define SerialGPS_Baud 9600
// Comms = Iridium here
#define SerialComms Serial3
#define SerialComms_Baud 19200
// IMU = Sparton
#define SerialIMU Serial1
#ifdef F_CPU_11
#define SerialIMU_Baud 115200
#else
#define SerialIMU_Baud 57600
#endif
// NOTE - Test these and all pins
// Software Serial Devices
// Not all pins on the Mega and Mega 2560 support change interrupts,
// so only the following can be used for RX:
// 10, 11, 12, 13, 14, 15, 50, 51, 52, 53,
// A8 (62), A9 (63), A10 (64), A11 (65), A12 (66), A13 (67), A14 (68), A15 (69).
// STATUS SERIAL - a low level interface
// #define WII5_STATUS_SERIAL
// #define WII5_STATUS_SERIAL_RX 11
// #define WII5_STATUS_SERIAL_TX 8
// #define WII5_STATUS_SERIAL_BAUD 9600
// DEBUG SERIAL Port - to SUB BOARD 1
// #define WII5_DEBUG_SERIAL
// #define WII5_DEBUG_SERIAL_CONSOLE // Add to Console, and mark main as OUTPUT
// #define WII5_DEBUG_SERIAL_RX SoftwareSerial5_RX
// #define WII5_DEBUG_SERIAL_TX SoftwareSerial5_TX
// #define WII5_DEBUG_SERIAL_RX 37
// #define WII5_DEBUG_SERIAL_TX 36
// #define WII5_DEBUG_SERIAL_BAUD 9600
// MOVE Maths to SoftwareSerial 6
// #define WII5_MATHS_SERIAL
/*
Testing
35, 34 - no
34, 35 - Yes (I could have it backwards on the begin?)
D64, D65
*/
// #define WII5_MATHS_SERIAL_RX 64
// #define WII5_MATHS_SERIAL_TX 65
// #define WII5_MATHS_SERIAL_BAUD 57600
// ----------------------------------------------------------------------
// Buttons and LEDjson2csv');
#define LED_1 13
#define LED_1_ON HIGH
#define LED_2 41
#define LED_2_ON HIGH
#define LED_3 0
#define LED_3_ON LOW
#define LED_4 0
#define LED_4_ON LOW
#define BUTTON_1 67
#define BUTTON_1_ON LOW
#define BUTTON_2 45
#define BUTTON_2_ON LOW
#define BUTTON_3 0 // Connects to GPIO 18 on the Pi
#define BUTTON_3_ON LOW
#define BUTTON_4 0
#define BUTTON_4_ON LOW
// ----------------------------------------------------------------------
// Display / Debug - these pins can be used with LED & Buttons
// - OR as a buffer / output for single wire LED grids
#define LCD_1 69
#define LCD_2 68
#define LCD_3 67
#define LCD_4 66
#define LCD_5 65
#define LCD_6 64
// ----------------------------------------------------------------------
// Power Management
#define POWER_MATHS_PIN 29
#define POWER_MATHS_ON HIGH
#define POWER_RADIO_PIN 42
#define POWER_RADIO_ON HIGH
#define POWER_COMMS_PIN 30
#define POWER_COMMS_ON HIGH
#define POWER_GPS_PIN 56
#define POWER_GPS_ON HIGH
#define POWER_STROBE1_PIN 33
#define POWER_STROBE1_ON HIGH
#define POWER_STROBE2_PIN 32
#define POWER_STROBE2_ON HIGH
#define POWER_IMU_SPARTON_PIN 25
#define POWER_IMU_SPARTON_ON HIGH
#define POWER_WEATHER_18B20_PIN 6
#define POWER_WEATHER_18B20_ON HIGH
#define POWER_WEATHER_PIN 39 // NC
#define POWER_WEATHER_ON HIGH
#define POWER_STORAGE_1_PIN 54
#define POWER_STORAGE_1_ON HIGH
#define POWER_STORAGE_2_PIN 0
#define POWER_STORAGE_2_ON HIGH
#define POWER_BUZZER_PIN 41
#define POWER_BUZZER_ON HIGH
// Shared 5 volt piY_
#define SHARED_5VOLT_PIN 28
#define SHARED_5VOLT_ON HIGH
// ----------------------------------------------------------------------
// Battery Management
#define BATTERY_1_VOLTS_PIN 35
#define BATTERY_1_VOLTS_ON HIGH
#define BATTERY_1_VOLTS_ANALOG A14
//#define BATTERY_2_VOLTS_PIN 36
//#define BATTERY_2_VOLTS_ON HIGH
//#define BATTERY_2_VOLTS_ANALOG A15
// 3.027 / 3.3
// #define BATTERY_1_VOLTS_MULT 1320
#define BATTERY_1_VOLTS_MULT 1300
//#define BATTERY_2_VOLTS_MULT 1300
/*
1024 * 3027 / 3300
980
*/
// What do we need to do to turn it into DeciVolts (100th of a volt) as integer
// TODO Hard coded vs Config calibration of Voltage
/*
#define BATTERY_2_PIN 58
#define BATTERY_2_ON HIGH
#define BATTERY_2_VOLTS_PIN 56
#define BATTERY_2_VOLTS_ON HIGH
#define BATTERY_2_VOLTS_ANALOG A0
*/
// TODO Hard coded vs Config calibration of Voltage
// ----------------------------------------------------------------------
// Other analog sensors (e.g. Water)
// ----------------------------------------------------------------------
// SPI Storage
// - SPIMEMORY
// - SD - Single SD Card
// - SD2 - Two SD Cards - switched between boards
// - FRAM
#define STORAGE_PATH_TOP "data"
#define STORAGE_PATH_EXT ".txt"
#define STORAGE_PATH_META "meta"
#define STORAGE_PATH_CONSOLE "console"
#define STORAGE_PATH_DATA "data"
#define STORAGE_TYPE_SD2
#define STORAGE_SPI SPI
#define STORAGE_CS 53
#define STORAGE_SCK 52
#define STORAGE_MOSI 51
#define STORAGE_MISO 50
#define STORAGE_SD1_MATHS_PIN 58
#define STORAGE_SD1_MATHS_ON LOW
#define STORAGE_SD2_MATHS_PIN 57
#define STORAGE_SD2_MATHS_ON LOW
// ----------------------------------------------------------------------
// IMU - Serial (Sparton)
// See also POWER_IMU_SERIAL*
#define SPARTON_RESET 26
// #define SPARTON_INT 30
#define SPARTON_HZ 8 // 8 or 64 only !
#define SPARTON_MS (1000 / SPARTON_HZ) // Milliseconds, approx
// ----------------------------------------------------------------------
// IMU - 9250
// See also POWER_IMU_9250*
// + I2C
// ----------------------------------------------------------------------
// Weather and Other Special Hardware
#define WEATHER_18B20_DATA 5
// ----------------------------------------------------------------------
// Radio (aka LoRa - not used in WII5 2024)
// See also POWER_RADIO_*
#define RADIO_TYPE_RF95
#define RADIO_INT 2
#define RADIO_SPI SPI
#define RADIO_CS 43
#define RADIO_SCK 52
#define RADIO_MOSI 51
#define RADIO_MISO 50
// ----------------------------------------------------------------------
// Communications / Iridium et al
// See also POWER_COMMS* + Serial
#define COMMS_NETWORK 31
// ----------------------------------------------------------------------
// Maths
#define MATHS_RETURNLINE 4 // Connects to GPIO 18 on the Pi, PIN 12
#define MATHS_RETURNHOLD 3600 // Return HOLD for max 1 hour
#define MATHS_MAXHOLD 43200 // aka 12 hours
// ----------------------------------------------------------------------
// RTC
// See also POWER_RTC
#define RTC_ALARM 24
#define META_NC 20000
#define META_VOLTS_12 10012
#define META_VOLTS_5 10005
#define META_VOLTS_3 10003
#define META_VOLTS_SWITCHED 10001
#define META_GROUND 10000
#define META_I2C_SDA 20001
#define META_I2C_SCL 20002
#define META_SPI_MOSI 20003
#define META_SPI_MISO 20004
#define META_SPI_SCK 20005
// SubBoard 1
#define SUBBOARD_1_LEFT_1 META_VOLTS_12
#define SUBBOARD_1_LEFT_2 META_SPI_SCK
#define SUBBOARD_1_LEFT_3 META_SPI_MOSI
#define SUBBOARD_1_LEFT_4 META_SPI_MISO
#define SUBBOARD_1_LEFT_5 33
#define SUBBOARD_1_LEFT_6 META_GROUND
#define SUBBOARD_1_RIGHT_1 META_VOLTS_SWITCHED // controlled by 32
#define SUBBOARD_1_RIGHT_2 META_VOLTS_3 // Always on
#define SUBBOARD_1_RIGHT_3 7 // TX4
#define SUBBOARD_1_RIGHT_4 10 // RX4
#define SUBBOARD_1_RIGHT_5 66
#define SUBBOARD_1_RIGHT_6 META_GROUND
// SubBoard 2
#define SUBBOARD_2_LEFT_1 META_VOLTS_12
#define SUBBOARD_2_LEFT_2 META_NC
#define SUBBOARD_2_LEFT_3 META_NC
#define SUBBOARD_2_LEFT_4 META_NC
#define SUBBOARD_2_LEFT_5 23
#define SUBBOARD_2_LEFT_6 META_GROUND
#define SUBBOARD_2_RIGHT_1 META_VOLTS_SWITCHED // controlled by 32
#define SUBBOARD_2_RIGHT_2 META_VOLTS_3 // Always on
#define SUBBOARD_2_RIGHT_3 8 // TX5
#define SUBBOARD_2_RIGHT_4 11 // RX5
#define SUBBOARD_2_RIGHT_5 65
#define SUBBOARD_2_RIGHT_6 META_GROUND
// SubBoard 3
#define SUBBOARD_3_LEFT_1 META_VOLTS_12
#define SUBBOARD_3_LEFT_2 3
#define SUBBOARD_3_LEFT_3 META_I2C_SDA
#define SUBBOARD_3_LEFT_4 META_I2C_SCL
#define SUBBOARD_3_LEFT_5 27
#define SUBBOARD_3_LEFT_6 META_GROUND
#define SUBBOARD_3_RIGHT_1 META_VOLTS_3 // Controlled by D61 (POWER_SUBBOARD_3_PIN)
#define SUBBOARD_3_RIGHT_2 META_VOLTS_3 // Always on
#define SUBBOARD_3_RIGHT_3 9
#define SUBBOARD_3_RIGHT_4 12
#define SUBBOARD_3_RIGHT_5 62
#define SUBBOARD_3_RIGHT_6 META_GROUND
// Timing testing
// #define TIMING_SPARTON_RUN SUBBOARD_3_LEFT_2
// #define TIMING_SPARTON_CHAR SUBBOARD_3_RIGHT_3
// #define TIMING_SPARTON_RECORD SUBBOARD_3_RIGHT_4
// #define TIMING_SD_WRITE SUBBOARD_3_LEFT_5
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