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Body Main AVR.ino.bak
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/*
Name: Shadow_Receiver.ino
Created: 6/26/2017 9:06:12 PM
Author: hoodlum
*/
// =======================================================================================
// SHADOW_MD: Small Handheld Arduino Droid Operating Wand + MarcDuino
// =======================================================================================
// Last Revised Date: 08/23/2015
// Revised By: vint43
// Inspired by the PADAWAN / KnightShade SHADOW effort
// =======================================================================================
//
// This program is free software: you can redistribute it and/or modify it for
// your personal use and the personal use of other astromech club members.
//
// This program is distributed in the hope that it will be useful
// as a courtesy to fellow astromech club members wanting to develop
// their own droid control system.
//
// IT IS OFFERED WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
//
// You are using this software at your own risk and, as a fellow club member, it is
// expected you will have the proper experience / background to handle and manage that
// risk appropriately. It is completely up to you to insure the safe operation of
// your droid and to validate and test all aspects of your droid control system.
//
// =======================================================================================
// Note: You will need a Arduino Mega ADK rev3 to run this sketch,
// as a normal Arduino (Uno, Duemilanove etc.) doesn't have enough SRAM and FLASH
//
// This is written to be a SPECIFIC Sketch - supporting only one type of controller
// - PS3 Move Navigation + MarcDuino Dome Controller & Optional Body Panel Controller
//
// PS3 Bluetooth library - developed by Kristian Lauszus (kristianl@tkjelectronics.com)
// For more information visit my blog: http://blog.tkjelectronics.dk/ or
//
// Sabertooth (Foot Drive):
// Set Sabertooth 2x32 or 2x25 Dip Switches: 1 and 2 Down, All Others Up
//
// SyRen 10 Dome Drive:
// For SyRen packetized Serial Set Switches: 1, 2 and 4 Down, All Others Up
// NOTE: Support for SyRen Simple Serial has been removed, due to problems.
// Please contact DimensionEngineering to get an RMA to flash your firmware
// Some place a 10K ohm resistor between S1 & GND on the SyRen 10 itself
//
// =======================================================================================
//
// ---------------------------------------------------------------------------------------
// General User Settings
// ---------------------------------------------------------------------------------------
// local 00:1A:7D:DA:71:14
String PS3ControllerFootMac = "00:07:04:EB:43:DC"; //Set this to your FOOT PS3 controller MAC address
String PS3ControllerDomeMAC = "04:76:6E:98:F7:4B"; //Set to a secondary DOME PS3 controller MAC address (Optional)
// 00:07:04:EB:43:DC
// 04:76:6E:98:F7:4B
String PS3ControllerBackupFootMac = "00:07:04:EE:12:B8"; //Set to the MAC Address of your BACKUP FOOT controller (Optional)
String PS3ControllerBackupDomeMAC = "00:07:04:BB:2C:11"; //Set to the MAC Address of your BACKUP DOME controller (Optional)
// 00:1A:7D:DA:71:14
typedef enum _enum_ioPin_Type {
pinHWSerialRX = 0,
pinHWSerialTX = 1,
#if defined(__AVR_ATmega328P__) || defined(__AVR_ATmega168__)
pinOut_DomeEnableRelay = 2, // relay for dome power
pinOut_MotorRightEnableRelay = 3, // relay for right motor
pinOut_MotorLeftEnableRelay = 4, // relay for left motor
pinOut_MotorDomeEnableRelay = 5, // relay for dome motor
pinOut_MotorDriveControl = 6, // both left and right - goes to the SaberTooth 2x32 - simple software serial
pinOut_MotorDomeControl = 7, // dome - goes to the Syren10 - simple software serial or rc servo control
pinIn_BLE_RX = 8,
pinOut_BLE_TX = 9,
pinIn_BLE_State = 10,
pinOut_BLE_Enable = 11,
pinOut_StatusLEDs = 12, // neopixels x 4 : 1 = battery, 2 = CPU, 3 =, 4 =, 5= ,6= ,7= ,8=
pinOut_MP3SoundTx = 13,
#endif
#if defined(__AVR_ATmega1280__) || defined(__AVR_ATmega2560__)
#define ESP8266MeshSerial Serial1
#define DomePanelController Serial1
#define BodyPanelController Serial3
// pinIn_BLE_RX = 15,
// pinOut_BLE_TX = 14,
// pinIn_BLE_State = 38,
// pinOut_BLE_Enable = 23,
pinOut_StatusLED = 13,
pinHWSerial3TX = 14, // Mega Serial TX3 //
pinHWSerial3RX = 15, // Mega Serial RX3 //
pinHWSerial2TX = 16, // Mega Serial TX2 // syren/sabertooth
pinHWSerial2RX = 17, // Mega Serial RX2 // syren/sabertooth
pinHWSerial1TX = 18, // Mega Serial TX1 //
pinHWSerial1RX = 19, // Mega Serial RX1 //
pin20 = 20, // Mega SDA
pin21 = 21, // Mega SCL
pinOut_StatusLEDs = 22, // neopixels x 8 : 1 = battery, 2 = CPU, 3 = , 4 = , 5= ,6= ,7=FootNav ,8=DomeNav
pinOut_MP3Sound1Tx = 23, // R2 Sounds
pinOut_MP3Sound2Tx = 24, // background music
pin25 = 25,
pinOut_MotorDomeEnableRelay = 26, // relay for dome
pinOut_MotorLeftEnableRelay = 27, // relay for left motor
pinOut_MotorRightEnableRelay = 28, // relay for right motor
pinOut_PowerDomeEnableRelay = 29, // relay dome power
//pinOut_MotorDomeControl = 30, // dome - goes to the Syren10 - simple software serial or rc servo control
//pinOut_MotorDriveControl = 31, // both left and right - goes to the SaberTooth 2x32 - simple software serial
pin30 = 30,
pin31 = 31,
pin32 = 32,
pin33 = 33,
pin34 = 34,
pin35 = 35,
pin36x = 36, // not currently being passed throught to sensor sheild
pin37x = 37, // not currently being passed throught to sensor sheild
pin38 = 38,
pin39 = 39,
pin40 = 40,
pin41 = 41,
pin42 = 42,
pin43 = 43,
pin44 = 44,
pin45 = 45,
pin46 = 46,
pin47 = 47,
pin48 = 48,
pin49 = 49,
pin50 = 50,
pin51 = 51,
pin52 = 52,
pin53 = 53,
pinA0 = A0,
pinA1 = A1,
pinA2 = A2,
pinA3 = A3,
pinA4 = A4,
pinA5 = A5,
pinA6 = A6,
pinA7 = A7,
pinA8 = A8,
pinA9 = A9,
pinA10 = A10,
pinA11 = A11,
pinA12 = A12,
pinA13 = A13,
pinA14 = A14,
pinA15 = A15,
#endif
pinUNOA0 = A0,
pinUNOA1 = A1,
pinUNOA2 = A2,
pinUNOA3 = A3,
pinUNOA4 = A4,
pinUNOA5 = A5,
pinUNOA6 = A6,
pinIn_VoltageMonitor = A7,
pinEnd = 99
} ioPin_Type;
byte drivespeed1 = 45; //For Speed Setting (Normal): set this to whatever speeds works for you. 0-stop, 127-full speed.
byte drivespeed2 = 70; //For Speed Setting (Over Throttle): set this for when needing extra power. 0-stop, 127-full speed.
byte drivespeed3 = 110; //For Speed Setting (Over Throttle): set this for when needing extra power. 0-stop, 127-full speed.
byte domeTurnSpeed = 75; // the higher this number the faster it will spin in place, lower - the easier to control.
// Recommend beginner: 40 to 50, experienced: 50+, I like 75
byte domespeed = 100; // If using a speed controller for the dome, sets the top speed
// Use a number up to 127
byte ramping = 1; // Ramping- the lower this number the longer R2 will take to speedup or slow down,
// change this by increments of 1
byte joystickFootDeadZoneRange = 35; // For controllers that centering problems, use the lowest number with no drift
byte joystickDomeDeadZoneRange = 35; // For controllers that centering problems, use the lowest number with no drift
byte driveDeadBandRange = 10; // Used to set the Sabertooth DeadZone for foot motors
int invertTurnDirection = 1; //This may need to be set to 1 for some configurations
int invertSpeedDirection = -1;
byte domeAutoSpeed = 70; // Speed used when dome automation is active - Valid Values: 50 - 100
int time360DomeTurn = 2500; // milliseconds for dome to complete 360 turn at domeAutoSpeed - Valid Values: 2000 - 8000 (2000 = 2 seconds)
#define SHADOW_DEBUG //uncomment this for console DEBUG output
#define SHADOW_VERBOSE //uncomment this for console VERBOSE output
// ---------------------------------------------------------------------------------------
// MarcDuino Button Settings
// ---------------------------------------------------------------------------------------
// Std MarcDuino Function Codes:
// 1 = Close All Panels
// 2 = Scream - all panels open
// 3 = Wave, One Panel at a time
// 4 = Fast (smirk) back and forth wave
// 5 = Wave 2, Open progressively all panels, then close one by one
// 6 = Beep cantina - w/ marching ants panel action
// 7 = Faint / Short Circuit
// 8 = Cantina Dance - orchestral, rhythmic panel dance
// 9 = Leia message
// 10 = Disco
// 11 = Quite mode reset (panel close, stop holos, stop sounds)
// 12 = Full Awake mode reset (panel close, rnd sound, holo move,holo lights off)
// 13 = Mid Awake mode reset (panel close, rnd sound, stop holos)
// 14 = Full Awake+ reset (panel close, rnd sound, holo move, holo lights on)
// 15 = Scream, with all panels open (NO SOUND)
// 16 = Wave, one panel at a time (NO SOUND)
// 17 = Fast (smirk) back and forth (NO SOUND)
// 18 = Wave 2 (Open progressively, then close one by one) (NO SOUND)
// 19 = Marching Ants (NO SOUND)
// 20 = Faint/Short Circuit (NO SOUND)
// 21 = Rhythmic cantina dance (NO SOUND)
// 22 = Random Holo Movement On (All) - No other actions
// 23 = Holo Lights On (All)
// 24 = Holo Lights Off (All)
// 25 = Holo reset (motion off, lights off)
// 26 = Volume Up
// 27 = Volume Down
// 28 = Volume Max
// 29 = Volume Mid
// 30 = Open All Dome Panels
// 31 = Open Top Dome Panels
// 32 = Open Bottom Dome Panels
// 33 = Close All Dome Panels
// 34 = Open Dome Panel #1
// 35 = Close Dome Panel #1
// 36 = Open Dome Panel #2
// 37 = Close Dome Panel #2
// 38 = Open Dome Panel #3
// 39 = Close Dome Panel #3
// 40 = Open Dome Panel #4
// 41 = Close Dome Panel #4
// 42 = Open Dome Panel #5
// 43 = Close Dome Panel #5
// 44 = Open Dome Panel #6
// 45 = Close Dome Panel #6
// 46 = Open Dome Panel #7
// 47 = Close Dome Panel #7
// 48 = Open Dome Panel #8
// 49 = Close Dome Panel #8
// 50 = Open Dome Panel #9
// 51 = Close Dome Panel #9
// 52 = Open Dome Panel #10
// 53 = Close Dome Panel #10
// *** BODY PANEL OPTIONS ASSUME SECOND MARCDUINO MASTER BOARD ON MEGA ADK SERIAL #3 ***
// 54 = Open All Body Panels
// 55 = Close All Body Panels
// 56 = Open Body Panel #1
// 57 = Close Body Panel #1
// 58 = Open Body Panel #2
// 59 = Close Body Panel #2
// 60 = Open Body Panel #3
// 61 = Close Body Panel #3
// 62 = Open Body Panel #4
// 63 = Close Body Panel #4
// 64 = Open Body Panel #5
// 65 = Close Body Panel #5
// 66 = Open Body Panel #6
// 67 = Close Body Panel #6
// 68 = Open Body Panel #7
// 69 = Close Body Panel #7
// 70 = Open Body Panel #8
// 71 = Close Body Panel #8
// 72 = Open Body Panel #9
// 73 = Close Body Panel #9
// 74 = Open Body Panel #10
// 75 = Close Body Panel #10
// *** MAGIC PANEL LIGHTING COMMANDS
// 76 = Magic Panel ON
// 77 = Magic Panel OFF
// 78 = Magic Panel Flicker (10 seconds)
//
// Std MarcDuino Logic Display Functions (For custom functions)
// 1 = Display normal random sequence
// 2 = Short circuit (10 second display sequence)
// 3 = Scream (flashing light display sequence)
// 4 = Leia (34 second light sequence)
// 5 = Display Star Wars
// 6 = March light sequence
// 7 = Spectrum, bar graph display sequence
// 8 = Display custom text
//
// Std MarcDuino Panel Functions (For custom functions)
// 1 = Panels stay closed (normal position)
// 2 = Scream sequence, all panels open
// 3 = Wave panel sequence
// 4 = Fast (smirk) back and forth panel sequence
// 5 = Wave 2 panel sequence, open progressively all panels, then close one by one)
// 6 = Marching ants panel sequence
// 7 = Faint / short circuit panel sequence
// 8 = Rhythmic cantina panel sequence
// 9 = Custom Panel Sequence
//----------------------------------------------------
// CONFIGURE: The FOOT Navigation Controller Buttons
//----------------------------------------------------
//---------------------------------
// CONFIGURE: Arrow Up
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnUP_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnUP_MD_func = 12;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnUP_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnUP_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnUP_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnUP_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnUP_use_DP1 = false;
int btnUP_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnUP_use_DP2 = false;
int btnUP_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnUP_use_DP3 = false;
int btnUP_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnUP_use_DP4 = false;
int btnUP_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnUP_use_DP5 = false;
int btnUP_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnUP_use_DP6 = false;
int btnUP_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7
boolean btnUP_use_DP7 = false;
int btnUP_DP7_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP7_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #8
boolean btnUP_use_DP8 = false;
int btnUP_DP8_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP8_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #9
boolean btnUP_use_DP9 = false;
int btnUP_DP9_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP9_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #10
boolean btnUP_use_DP10 = false;
int btnUP_DP10_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_DP10_stay_open_time = 5; // in seconds (1 to 30)
//---------------------------------
// CONFIGURE: Arrow Left
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnLeft_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnLeft_MD_func = 13;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnLeft_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnLeft_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnLeft_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnLeft_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnLeft_use_DP1 = false;
int btnLeft_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnLeft_use_DP2 = false;
int btnLeft_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnLeft_use_DP3 = false;
int btnLeft_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnLeft_use_DP4 = false;
int btnLeft_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnLeft_use_DP5 = false;
int btnLeft_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnLeft_use_DP6 = false;
int btnLeft_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7
boolean btnLeft_use_DP7 = false;
int btnLeft_DP7_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP7_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #8
boolean btnLeft_use_DP8 = false;
int btnLeft_DP8_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP8_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #9
boolean btnLeft_use_DP9 = false;
int btnLeft_DP9_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP9_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #10
boolean btnLeft_use_DP10 = false;
int btnLeft_DP10_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_DP10_stay_open_time = 5; // in seconds (1 to 30)
//---------------------------------
// CONFIGURE: Arrow Right
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnRight_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnRight_MD_func = 14;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnRight_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnRight_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnRight_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnRight_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnRight_use_DP1 = false;
int btnRight_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnRight_use_DP2 = false;
int btnRight_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnRight_use_DP3 = false;
int btnRight_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnRight_use_DP4 = false;
int btnRight_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnRight_use_DP5 = false;
int btnRight_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnRight_use_DP6 = false;
int btnRight_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7
boolean btnRight_use_DP7 = false;
int btnRight_DP7_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP7_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #8
boolean btnRight_use_DP8 = false;
int btnRight_DP8_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP8_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #9
boolean btnRight_use_DP9 = false;
int btnRight_DP9_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP9_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #10
boolean btnRight_use_DP10 = false;
int btnRight_DP10_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_DP10_stay_open_time = 5; // in seconds (1 to 30)
//---------------------------------
// CONFIGURE: Arrow Down
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnDown_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnDown_MD_func = 11;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnDown_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnDown_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnDown_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnDown_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnDown_use_DP1 = false;
int btnDown_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnDown_use_DP2 = false;
int btnDown_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnDown_use_DP3 = false;
int btnDown_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnDown_use_DP4 = false;
int btnDown_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnDown_use_DP5 = false;
int btnDown_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnDown_use_DP6 = false;
int btnDown_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7
boolean btnDown_use_DP7 = false;
int btnDown_DP7_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP7_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #8
boolean btnDown_use_DP8 = false;
int btnDown_DP8_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP8_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #9
boolean btnDown_use_DP9 = false;
int btnDown_DP9_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP9_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #10
boolean btnDown_use_DP10 = false;
int btnDown_DP10_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_DP10_stay_open_time = 5; // in seconds (1 to 30)
//---------------------------------
// CONFIGURE: Arrow UP + CROSS
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnUP_CROSS_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnUP_CROSS_MD_func = 26;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnUP_CROSS_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnUP_CROSS_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnUP_CROSS_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnUP_CROSS_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnUP_CROSS_use_DP1 = false;
int btnUP_CROSS_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnUP_CROSS_use_DP2 = false;
int btnUP_CROSS_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnUP_CROSS_use_DP3 = false;
int btnUP_CROSS_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnUP_CROSS_use_DP4 = false;
int btnUP_CROSS_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnUP_CROSS_use_DP5 = false;
int btnUP_CROSS_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnUP_CROSS_use_DP6 = false;
int btnUP_CROSS_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7
boolean btnUP_CROSS_use_DP7 = false;
int btnUP_CROSS_DP7_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP7_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #8
boolean btnUP_CROSS_use_DP8 = false;
int btnUP_CROSS_DP8_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP8_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #9
boolean btnUP_CROSS_use_DP9 = false;
int btnUP_CROSS_DP9_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP9_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #10
boolean btnUP_CROSS_use_DP10 = false;
int btnUP_CROSS_DP10_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CROSS_DP10_stay_open_time = 5; // in seconds (1 to 30)
//---------------------------------
// CONFIGURE: Arrow Left + CROSS
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnLeft_CROSS_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnLeft_CROSS_MD_func = 23;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnLeft_CROSS_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnLeft_CROSS_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnLeft_CROSS_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnLeft_CROSS_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnLeft_CROSS_use_DP1 = false;
int btnLeft_CROSS_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnLeft_CROSS_use_DP2 = false;
int btnLeft_CROSS_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnLeft_CROSS_use_DP3 = false;
int btnLeft_CROSS_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnLeft_CROSS_use_DP4 = false;
int btnLeft_CROSS_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnLeft_CROSS_use_DP5 = false;
int btnLeft_CROSS_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnLeft_CROSS_use_DP6 = false;
int btnLeft_CROSS_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7
boolean btnLeft_CROSS_use_DP7 = false;
int btnLeft_CROSS_DP7_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP7_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #8
boolean btnLeft_CROSS_use_DP8 = false;
int btnLeft_CROSS_DP8_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP8_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #9
boolean btnLeft_CROSS_use_DP9 = false;
int btnLeft_CROSS_DP9_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP9_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #10
boolean btnLeft_CROSS_use_DP10 = false;
int btnLeft_CROSS_DP10_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CROSS_DP10_stay_open_time = 5; // in seconds (1 to 30)
//---------------------------------
// CONFIGURE: Arrow Right + CROSS
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnRight_CROSS_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnRight_CROSS_MD_func = 24;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnRight_CROSS_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnRight_CROSS_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnRight_CROSS_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnRight_CROSS_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnRight_CROSS_use_DP1 = false;
int btnRight_CROSS_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnRight_CROSS_use_DP2 = false;
int btnRight_CROSS_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnRight_CROSS_use_DP3 = false;
int btnRight_CROSS_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnRight_CROSS_use_DP4 = false;
int btnRight_CROSS_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnRight_CROSS_use_DP5 = false;
int btnRight_CROSS_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnRight_CROSS_use_DP6 = false;
int btnRight_CROSS_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7
boolean btnRight_CROSS_use_DP7 = false;
int btnRight_CROSS_DP7_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP7_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #8
boolean btnRight_CROSS_use_DP8 = false;
int btnRight_CROSS_DP8_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP8_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #9
boolean btnRight_CROSS_use_DP9 = false;
int btnRight_CROSS_DP9_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP9_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #10
boolean btnRight_CROSS_use_DP10 = false;
int btnRight_CROSS_DP10_open_start_delay = 1; // in seconds (0 to 30)
int btnRight_CROSS_DP10_stay_open_time = 5; // in seconds (1 to 30)
//---------------------------------
// CONFIGURE: Arrow Down + CROSS
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnDown_CROSS_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnDown_CROSS_MD_func = 27;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnDown_CROSS_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnDown_CROSS_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnDown_CROSS_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnDown_CROSS_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnDown_CROSS_use_DP1 = false;
int btnDown_CROSS_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnDown_CROSS_use_DP2 = false;
int btnDown_CROSS_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnDown_CROSS_use_DP3 = false;
int btnDown_CROSS_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnDown_CROSS_use_DP4 = false;
int btnDown_CROSS_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnDown_CROSS_use_DP5 = false;
int btnDown_CROSS_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnDown_CROSS_use_DP6 = false;
int btnDown_CROSS_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7
boolean btnDown_CROSS_use_DP7 = false;
int btnDown_CROSS_DP7_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP7_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #8
boolean btnDown_CROSS_use_DP8 = false;
int btnDown_CROSS_DP8_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP8_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #9
boolean btnDown_CROSS_use_DP9 = false;
int btnDown_CROSS_DP9_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP9_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #10
boolean btnDown_CROSS_use_DP10 = false;
int btnDown_CROSS_DP10_open_start_delay = 1; // in seconds (0 to 30)
int btnDown_CROSS_DP10_stay_open_time = 5; // in seconds (1 to 30)
//---------------------------------
// CONFIGURE: Arrow UP + CIRCLE
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnUP_CIRCLE_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnUP_CIRCLE_MD_func = 2;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnUP_CIRCLE_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnUP_CIRCLE_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnUP_CIRCLE_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnUP_CIRCLE_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnUP_CIRCLE_use_DP1 = false;
int btnUP_CIRCLE_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnUP_CIRCLE_use_DP2 = false;
int btnUP_CIRCLE_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnUP_CIRCLE_use_DP3 = false;
int btnUP_CIRCLE_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnUP_CIRCLE_use_DP4 = false;
int btnUP_CIRCLE_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnUP_CIRCLE_use_DP5 = false;
int btnUP_CIRCLE_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnUP_CIRCLE_use_DP6 = false;
int btnUP_CIRCLE_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7
boolean btnUP_CIRCLE_use_DP7 = false;
int btnUP_CIRCLE_DP7_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP7_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #8
boolean btnUP_CIRCLE_use_DP8 = false;
int btnUP_CIRCLE_DP8_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP8_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #9
boolean btnUP_CIRCLE_use_DP9 = false;
int btnUP_CIRCLE_DP9_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP9_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #10
boolean btnUP_CIRCLE_use_DP10 = false;
int btnUP_CIRCLE_DP10_open_start_delay = 1; // in seconds (0 to 30)
int btnUP_CIRCLE_DP10_stay_open_time = 5; // in seconds (1 to 30)
//---------------------------------
// CONFIGURE: Arrow Left + CIRCLE
//---------------------------------
//1 = Std MarcDuino Function, 2 = Custom Function
int btnLeft_CIRCLE_type = 1;
// IF Std MarcDuino Function (type=1)
// Enter MarcDuino Function Code (1 - 78) (See Above)
int btnLeft_CIRCLE_MD_func = 4;
// IF Custom Function (type=2)
// CUSTOM SOUND SETTING: Enter the file # prefix on the MP3 trigger card of the sound to play (0 = NO SOUND)
// Valid values: 0 or 182 - 200
int btnLeft_CIRCLE_cust_MP3_num = 0;
// CUSTOM LOGIC DISPLAY SETTING: Pick from the Std MD Logic Display Functions (See Above)
// Valid values: 0, 1 to 8 (0 - Not used)
int btnLeft_CIRCLE_cust_LD_type = 0;
// IF Custom Logic Display = 8 (custom text), enter custom display text here
String btnLeft_CIRCLE_cust_LD_text = "";
// CUSTOM PANEL SETTING: Pick from the Std MD Panel Functions or Custom (See Above)
// Valid Values: 0, 1 to 9 (0 = Not used)
int btnLeft_CIRCLE_cust_panel = 0;
// IF Custom Panel Setting = 9 (custom panel sequence)
// Dome Panel #1
boolean btnLeft_CIRCLE_use_DP1 = false;
int btnLeft_CIRCLE_DP1_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CIRCLE_DP1_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #2
boolean btnLeft_CIRCLE_use_DP2 = false;
int btnLeft_CIRCLE_DP2_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CIRCLE_DP2_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #3
boolean btnLeft_CIRCLE_use_DP3 = false;
int btnLeft_CIRCLE_DP3_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CIRCLE_DP3_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #4
boolean btnLeft_CIRCLE_use_DP4 = false;
int btnLeft_CIRCLE_DP4_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CIRCLE_DP4_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #5
boolean btnLeft_CIRCLE_use_DP5 = false;
int btnLeft_CIRCLE_DP5_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CIRCLE_DP5_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #6
boolean btnLeft_CIRCLE_use_DP6 = false;
int btnLeft_CIRCLE_DP6_open_start_delay = 1; // in seconds (0 to 30)
int btnLeft_CIRCLE_DP6_stay_open_time = 5; // in seconds (1 to 30)
// Dome Panel #7