forked from OSCSYS/fermtroller
/
UI.pde
1167 lines (1046 loc) · 38.3 KB
/
UI.pde
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/*
Copyright (C) 2009, 2010 Matt Reba, Jeremiah Dillingham
This file is part of BrewTroller.
BrewTroller is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
BrewTroller is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with BrewTroller. If not, see <http://www.gnu.org/licenses/>.
BrewTroller - Open Source Brewing Computer
Software Lead: Matt Reba (matt_AT_brewtroller_DOT_com)
Hardware Lead: Jeremiah Dillingham (jeremiah_AT_brewtroller_DOT_com)
Documentation, Forums and more information available at http://www.brewtroller.com
*/
#ifndef NOUI
#include "Config.h"
#include "Enum.h"
#include "HWProfile.h"
#include <encoder.h>
#include "UI_LCD.h"
//*****************************************************************************************************************************
// Begin UI Code
//*****************************************************************************************************************************
//**********************************************************************************
// UI Definitions
//**********************************************************************************
#define SCREEN_HOME 0
#define SCREEN_FILL 1
#define SCREEN_MASH 2
#define SCREEN_SPARGE 3
#define SCREEN_BOIL 4
#define SCREEN_CHILL 5
#define SCREEN_AUX 6
//**********************************************************************************
// UI Strings
//**********************************************************************************
const char OK[] PROGMEM = "Ok";
const char CANCEL[] PROGMEM = "Cancel";
const char EXIT[] PROGMEM = "Exit";
const char ABORT[] PROGMEM = "Abort";
const char MENU[] PROGMEM = "Menu";
const char SPACE[] PROGMEM = " ";
const char INIT_EEPROM[] PROGMEM = "Initialize EEPROM";
const char CONTINUE[] PROGMEM = "Continue";
const char ZONE[] PROGMEM = "Zone ";
#ifdef USEMETRIC
const char TUNIT[] PROGMEM = "C";
#else
const char TUNIT[] PROGMEM = "F";
#endif
const char MINS[] PROGMEM = "m";
//**********************************************************************************
// UI Custom LCD Chars
//**********************************************************************************
const byte CHARFIELD[] PROGMEM = {B11111, B00000, B00000, B00000, B00000, B00000, B00000, B00000};
const byte CHARCURSOR[] PROGMEM = {B11111, B11111, B00000, B00000, B00000, B00000, B00000, B00000};
const byte CHARSEL[] PROGMEM = {B10001, B11111, B00000, B00000, B00000, B00000, B00000, B00000};
const byte BMP0[] PROGMEM = {B00000, B00000, B00000, B11111, B10001, B10001, B11111, B00001};
const byte BMP1[] PROGMEM = {B00000, B00000, B00000, B00000, B00000, B00011, B01100, B01111};
const byte BMP2[] PROGMEM = {B00000, B00000, B00000, B00000, B00000, B11100, B00011, B11111};
const byte BMP3[] PROGMEM = {B00100, B01100, B01111, B00111, B00100, B01100, B01111, B00111};
const byte BMP4[] PROGMEM = {B00010, B00011, B11111, B11110, B00010, B00011, B11111, B11110};
const byte UNLOCK_ICON[] PROGMEM = {B00110, B01001, B01001, B01000, B01111, B01111, B01111, B00000};
const byte PROG_ICON[] PROGMEM = {B00001, B11101, B10101, B11101, B10001, B10001, B00001, B11111};
const byte BELL[] PROGMEM = {B00100, B01110, B01110, B01110, B11111, B00000, B00100, B00000};
//**********************************************************************************
// UI Globals
//**********************************************************************************
byte activeScreen, inMenu;
boolean screenLock;
//**********************************************************************************
// uiInit: One time intialization of all UI logic
//**********************************************************************************
void uiInit() {
LCD.init();
#ifndef ENCODER_I2C
#ifndef ENCODER_OLD_CONSTRUCTOR
Encoder.begin(ENCODER_TYPE, ENTER_PIN, ENCA_PIN, ENCB_PIN);
#else
Encoder.begin(ENCODER_TYPE, ENTER_PIN, ENCA_PIN, ENCB_PIN, ENTER_INT, ENCA_INT);
#endif
#ifdef ENCODER_ACTIVELOW
Encoder.setActiveLow(1);
#endif
#else
Encoder.begin(ENCODER_I2CADDR);
#endif
//Check to see if EEPROM Initialization is needed
if (checkConfig()) {
LCD.clear();
LCD.print_P(0, 0, PSTR("Missing Config"));
if (confirmChoice(INIT_EEPROM, 3)) UIinitEEPROM();
LCD.clear();
}
}
void UIinitEEPROM() {
LCD.clear();
LCD.print_P(1, 0, INIT_EEPROM);
LCD.print_P(2, 3, PSTR("Please Wait..."));
LCD.update();
initEEPROM();
//Apply any EEPROM updates
checkConfig();
}
void uiEvent(byte eventID, byte eventParam) {
switch (eventID) {
case EVENT_ALARM_TEMPHOT:
case EVENT_ALARM_TEMPCOLD:
case EVENT_ALARM_TSENSOR:
activeScreen = eventParam + 1;
unlockUI();
screenInit(activeScreen);
break;
}
}
//**********************************************************************************
// unlockUI: Unlock active screen to select another
//**********************************************************************************
void unlockUI() {
Encoder.setMin(SCREEN_HOME);
Encoder.setMax(NUM_ZONES);
Encoder.setCount(activeScreen);
screenLock = 0;
//Reinit screen to show unlock icon hide parts not visible while locked
screenInit(activeScreen);
}
void lockUI() {
screenLock = 1;
//Recall screenInit to setup encoder and other functions available only when locked
screenInit(activeScreen);
}
//**********************************************************************************
// screenCore: Called in main loop to handle all UI functions
//**********************************************************************************
void uiCore() {
if (!screenLock) {
int encValue = Encoder.change();
if (encValue >= 0) {
activeScreen = encValue;
screenInit(activeScreen);
}
}
screenEnter(activeScreen);
screenRefresh(activeScreen);
}
//**********************************************************************************
// screenInit: Initialize active screen
//**********************************************************************************
void screenInit(byte screen) {
if (inMenu) return;
LCD.clear();
LCD.setCustChar_P(7, UNLOCK_ICON);
LCD.setCustChar_P(5, BELL);
if (screen == SCREEN_HOME) {
//Screen Init: Home
screenAbout();
} else {
LCD.print(0, 0, getZoneName(screen - 1, buf));
LCD.print_P(1, 6, PSTR("Current:"));
LCD.print_P(1, 19, TUNIT);
LCD.print_P(2, 10,PSTR("Set:"));
LCD.print_P(2, 19, TUNIT);
LCD.print_P(3, 7,PSTR("Output:"));
}
if (!screenLock) LCD.writeCustChar(0, 19, 7);
}
//**********************************************************************************
// screenRefresh: Refresh active screen
//**********************************************************************************
void screenRefresh(byte screen) {
if (isAlarmAllZones()) LCD.writeCustChar(0, 18, 5);
else LCD.writeCustChar(0, 18, ' ');
if (screen == SCREEN_HOME) {
//Refresh Screen: Home
} else {
if (temp[screen - 1] == BAD_TEMP) LCD.print_P(1, 14, PSTR("-----")); else {
vftoa(temp[screen - 1] / 10, buf, 1, 1);
LCD.lPad(1, 14, buf, 5, ' ');
}
if (setpoint[screen - 1] == NO_SETPOINT) LCD.print_P(2, 14, PSTR("-----")); else {
vftoa(setpoint[screen - 1] / 10, buf, 1, 1);
LCD.lPad(2, 14, buf, 5, ' ');
}
if (zonePwr[screen - 1] < 0) LCD.print_P(3, 16, PSTR("Cool"));
else if (zonePwr[screen - 1] > 0) LCD.print_P(3, 16, PSTR("Heat"));
else LCD.print_P(3, 16, PSTR(" Off"));
}
}
//**********************************************************************************
// screenEnter: Check enterStatus and handle based on screenLock and activeScreen
//**********************************************************************************
void screenEnter(byte screen) {
if (Encoder.cancel()) {
//Unlock screens
unlockUI();
} else if (Encoder.ok()) {
if (!screenLock) lockUI();
else {
if (screen == SCREEN_HOME) {
//Screen Enter: Home
while(1) {
menu homeMenu(3, 5);
//Item updated on each cycle
if (isAlarmAllZones()) homeMenu.setItem_P(PSTR("View Alarms"), 3);
homeMenu.setItem_P(PSTR("System Setup"), 0);
homeMenu.setItem_P(PSTR("Reset All Zones"), 1);
//homeMenu.setItem_P(PSTR("About FermTroller"), 2);
homeMenu.setItem_P(EXIT, 255);
byte lastOption = scrollMenu("Main Menu", &homeMenu);
if (lastOption == 0) menuSetup();
else if (lastOption == 1) {
//Reset All
if (confirmAbort()) resetOutputs();
}
else if (lastOption == 2) {
screenAbout();
while (!Encoder.ok()) fermCore();
}
else if (lastOption == 3) menuAlarmZones();
else {
//On exit of the Main menu go back to Splash/Home screen.
activeScreen = SCREEN_HOME;
screenInit(activeScreen);
unlockUI();
break;
}
}
} else {
while(1) {
char title[18];
getZoneName(screen - 1, title);
menu zoneMenu(3, 9);
if (isAlarmAllZones()) zoneMenu.setItem_P(PSTR("View Alarms"), 0);
zoneMenu.setItem_P(PSTR("Setpoint: "), 1);
if (setpoint[screen - 1] == NO_SETPOINT) zoneMenu.appendItem_P(PSTR("N/A"), 1);
else {
vftoa(setpoint[screen - 1] / 10, buf, 1, 1);
zoneMenu.appendItem(buf, 1);
zoneMenu.appendItem_P(TUNIT, 1);
}
if (setpoint[screen - 1] != NO_SETPOINT) zoneMenu.setItem_P(PSTR("Clear Setpoint"), 2);
zoneMenu.setItem_P(PSTR("Zone Name"), 3);
zoneMenu.setItem_P(PSTR("Hysteresis: "), 4);
vftoa(hysteresis[screen - 1], buf, 1, 1);
zoneMenu.appendItem(buf, 4);
zoneMenu.appendItem_P(TUNIT, 4);
zoneMenu.setItem_P(PSTR("Alarm Thresh: "), 5);
vftoa(alarmThresh[screen - 1], buf, 1, 1);
zoneMenu.appendItem(buf, 5);
zoneMenu.appendItem_P(TUNIT, 5);
zoneMenu.setItem_P(EXIT, 255);
byte lastOption = scrollMenu(title, &zoneMenu);
if (lastOption == 0) menuAlarmZones();
else if (lastOption == 1) {
long newValue = getValue(title, (setpoint[screen - 1] == NO_SETPOINT ? 0 : setpoint[screen - 1] / 10), 1, SETPOINT_MIN / 10, SETPOINT_MAX / 10, TUNIT);
if (newValue != GETVALUE_CANCEL) setSetpoint(screen - 1, newValue * 10);
}
else if (lastOption == 2) setSetpoint(screen - 1, NO_SETPOINT);
else if (lastOption == 3) {
getString(PSTR("Zone Name:"), title, 17);
setZoneName(screen - 1, title);
}
else if (lastOption == 4) {
long newValue = getValue_P(PSTR("Hysteresis"), hysteresis[screen - 1], 1, 0, 255, TUNIT);
if (newValue != GETVALUE_CANCEL) setHysteresis(screen - 1, newValue);
}
else if (lastOption == 5) {
long newValue = getValue_P(PSTR("Alarm Thresh"), alarmThresh[screen - 1], 1, 0, 255, TUNIT);
if (newValue != GETVALUE_CANCEL) setAlarmThresh(screen - 1, newValue);
}
else break;
}
}
screenInit(activeScreen);
}
}
}
void screenAbout() {
LCD.clear();
LCD.setCustChar_P(0, BMP0);
LCD.setCustChar_P(1, BMP1);
LCD.setCustChar_P(2, BMP2);
LCD.setCustChar_P(3, BMP3);
LCD.setCustChar_P(4, BMP4);
LCD.writeCustChar(0, 0, 0);
LCD.writeCustChar(0, 1, 1);
LCD.writeCustChar(0, 2, 2);
LCD.writeCustChar(1, 1, 3);
LCD.writeCustChar(1, 2, 4);
LCD.print_P(1, 4, BT);
LCD.print_P(1, 16, BTVER);
LCD.print_P(2, 4, PSTR("Build"));
LCD.lPad(2, 10, itoa(BUILD, buf, 10), 4, '0');
LCD.print_P(3, 0, PSTR("www.brewtroller.com"));
LCD.update();
}
void splashScreen() {
//screenAbout();
//while (millis() < 5000 && !Encoder.ok()) fermCore;
}
void menuAlarmZones() {
while (1) {
menu alarmZonesMenu(3, NUM_ZONES * 2);
for (byte zone = 0; zone < NUM_ZONES; zone++) {
if (alarmStatus[zone]) alarmZonesMenu.setItem(getZoneName(zone, buf), zone);
}
if (!alarmZonesMenu.getItemCount()) return;
alarmZonesMenu.setItem_P(EXIT, 255);
byte lastOption = scrollMenu("Zone Alarms", &alarmZonesMenu);
if (lastOption < NUM_ZONES) menuAlarms(lastOption);
else return;
}
}
void menuAlarms(byte zone) {
char title[18];
getZoneName(zone, title);
while (1) {
menu alarmMenu(3, ALARM_COUNT);
if (bitRead(alarmStatus[zone], ALARM_STATUS_TSENSOR) && bitRead(alarmStatus[zone], ALARM_ACK_TSENSOR)) alarmMenu.setItem_P(PSTR("TSensor (Active)"), ALARM_ACK_TSENSOR); //Unack'ed Current Alarm
else if (!bitRead(alarmStatus[zone], ALARM_STATUS_TSENSOR) && bitRead(alarmStatus[zone], ALARM_ACK_TSENSOR)) alarmMenu.setItem_P(PSTR("TSensor"), ALARM_ACK_TSENSOR); //Unack'd Historic Alarm
else if (bitRead(alarmStatus[zone], ALARM_STATUS_TSENSOR) && !bitRead(alarmStatus[zone], ALARM_ACK_TSENSOR)) alarmMenu.setItem_P(PSTR("TSensor (Ack)"), ALARM_ACK_TSENSOR); //Unack'ed Current Alarm//Ack'd Current Alarm
if (bitRead(alarmStatus[zone], ALARM_STATUS_TEMPHOT) && bitRead(alarmStatus[zone], ALARM_ACK_TEMPHOT)) alarmMenu.setItem_P(PSTR("Temp High (Active)"), ALARM_ACK_TEMPHOT); //Unack'ed Current Alarm
else if (!bitRead(alarmStatus[zone], ALARM_STATUS_TEMPHOT) && bitRead(alarmStatus[zone], ALARM_ACK_TEMPHOT)) alarmMenu.setItem_P(PSTR("Temp High"), ALARM_ACK_TEMPHOT); //Unack'd Historic Alarm
else if (bitRead(alarmStatus[zone], ALARM_STATUS_TEMPHOT) && !bitRead(alarmStatus[zone], ALARM_ACK_TEMPHOT)) alarmMenu.setItem_P(PSTR("Temp High (Ack)"), ALARM_ACK_TEMPHOT); //Unack'ed Current Alarm//Ack'd Current Alarm
if (bitRead(alarmStatus[zone], ALARM_STATUS_TEMPCOLD) && bitRead(alarmStatus[zone], ALARM_ACK_TEMPCOLD)) alarmMenu.setItem_P(PSTR("Temp Low (Active)"), ALARM_ACK_TEMPCOLD); //Unack'ed Current Alarm
else if (!bitRead(alarmStatus[zone], ALARM_STATUS_TEMPCOLD) && bitRead(alarmStatus[zone], ALARM_ACK_TEMPCOLD)) alarmMenu.setItem_P(PSTR("Temp Low"), ALARM_ACK_TEMPCOLD); //Unack'd Historic Alarm
else if (bitRead(alarmStatus[zone], ALARM_STATUS_TEMPCOLD) && !bitRead(alarmStatus[zone], ALARM_ACK_TEMPCOLD)) alarmMenu.setItem_P(PSTR("Temp Low (Ack)"), ALARM_ACK_TEMPCOLD); //Unack'ed Current Alarm//Ack'd Current Alarm
if (!alarmMenu.getItemCount()) return;
alarmMenu.setItem_P(EXIT, 255);
byte lastOption = scrollMenu(title, &alarmMenu);
if (lastOption != 255) {
bitClear(alarmStatus[zone], lastOption); //ACK the Alarm by clearing the ACK Req'd Bit
saveAlarmStatus(zone);
}
else return;
}
}
//*****************************************************************************************************************************
// System Setup Menus
//*****************************************************************************************************************************
void menuSetup() {
menu setupMenu(3, 6);
#ifdef UI_DISPLAY_SETUP
setupMenu.setItem_P(PSTR("Display"), 3);
#endif
setupMenu.setItem_P(PSTR("Temperature Sensors"), 0);
setupMenu.setItem_P(PSTR("Outputs"), 1);
setupMenu.setItem_P(INIT_EEPROM, 2);
setupMenu.setItem_P(EXIT, 255);
while(1) {
byte lastOption = scrollMenu("System Setup", &setupMenu);
if (lastOption == 0) assignSensor();
else if (lastOption == 1) cfgOutputs();
else if (lastOption == 2) {
LCD.clear();
LCD.print_P(0, 0, PSTR("Reset Configuration?"));
if (confirmChoice(INIT_EEPROM, 3)) UIinitEEPROM();
}
#ifdef UI_DISPLAY_SETUP
else if (lastOption == 3) adjustLCD();
#endif
else return;
}
}
void assignSensor() {
inMenu++;
menu tsMenu(1, NUM_ZONES);
for (byte zone = 0; zone < NUM_ZONES; zone++) {
tsMenu.setItem_P(ZONE, zone);
itoa(zone + 1, buf, 10);
tsMenu.appendItem(buf, zone);
}
Encoder.setMin(0);
Encoder.setMax(NUM_ZONES - 1);
Encoder.setCount(0);
boolean redraw = 1;
int encValue;
while (1) {
if (redraw) {
//First time entry or back from the sub-menu.
redraw = 0;
encValue = Encoder.getCount();
} else encValue = Encoder.change();
if (encValue >= 0) {
tsMenu.setSelected(encValue);
//The user has navigated toward a new temperature probe screen.
LCD.clear();
LCD.print_P(0, 0, PSTR("Assign Temp Sensor"));
LCD.center(1, 0, tsMenu.getSelectedRow(buf), 20);
for (byte i = 0; i < 8; i++) LCD.lPad(2, i * 2 + 2, itoa(tSensor[encValue][i], buf, 16), 2, '0');
}
displayAssignSensorTemp(tsMenu.getValue()); //Update each loop
if (Encoder.cancel()) {
inMenu--;
return;
}
else if (Encoder.ok()) {
encValue = Encoder.getCount();
//Pop-Up Menu
menu tsOpMenu(3, 4);
tsOpMenu.setItem_P(PSTR("Scan Bus"), 0);
tsOpMenu.setItem_P(PSTR("Delete Address"), 1);
tsOpMenu.setItem_P(CANCEL, 2);
tsOpMenu.setItem_P(EXIT, 255);
byte selected = scrollMenu(tsMenu.getSelectedRow(buf), &tsOpMenu);
if (selected == 0) {
LCD.clear();
LCD.center(0, 0, tsMenu.getSelectedRow(buf), 20);
LCD.print_P(1,0,PSTR("Disconnect all other"));
LCD.print_P(2,2,PSTR("temp sensors now"));
{
if (confirmChoice(CONTINUE, 3)) {
byte addr[8] = {0, 0, 0, 0, 0, 0, 0, 0};
getDSAddr(addr);
setTSAddr(encValue, addr);
}
}
} else if (selected == 1) {
byte addr[8] = {0, 0, 0, 0, 0, 0, 0, 0};
setTSAddr(encValue, addr);
}
else if (selected > 2) {
inMenu--;
return;
}
Encoder.setMin(0);
Encoder.setMax(tsMenu.getItemCount() - 1);
Encoder.setCount(tsMenu.getSelected());
redraw = 1;
}
fermCore();
}
}
void displayAssignSensorTemp(int sensor) {
LCD.print_P(3, 10, TUNIT);
if (temp[sensor] == -32768) {
LCD.print_P(3, 7, PSTR("---"));
} else {
LCD.lPad(3, 7, itoa(temp[sensor] / 100, buf, 10), 3, ' ');
}
}
void cfgOutputs() {
menu outputsMenu(3, NUM_ZONES + 2);
for (byte zone = 0; zone < NUM_ZONES; zone++) {
outputsMenu.setItem_P(ZONE, zone);
itoa(zone + 1, buf, 10);
outputsMenu.appendItem(buf, zone);
}
outputsMenu.setItem_P(PSTR("Alarm"), NUM_ZONES);
outputsMenu.setItem_P(EXIT, 255);
while(1) {
byte zone = scrollMenu("Output Settings", &outputsMenu);
if (zone < NUM_ZONES) cfgOutput(zone, outputsMenu.getSelectedRow(buf));
else if (zone == NUM_ZONES) setValveCfg(VLV_ALARM, cfgValveProfile("Alarm", vlvConfig[VLV_ALARM]));
else return;
fermCore();
}
}
void cfgOutput(byte zone, char sTitle[]) {
menu outputMenu(3, 5);
while(1) {
outputMenu.setItem_P(PSTR("Heat Output Profile"), 2);
outputMenu.setItem_P(PSTR("Cool Output Profile"), 3);
outputMenu.setItem_P(PSTR("Min Cool On: "), 4);
byte hours = coolMinOn[zone] / 60;
outputMenu.appendItem(itoa(hours, buf, 10), 4);
outputMenu.appendItem(":", 4);
byte mins = coolMinOn[zone] - hours * 60;
itoa(mins, buf, 10);
strLPad(buf, 2, '0');
outputMenu.appendItem(buf, 4);
outputMenu.setItem_P(PSTR("Min Cool Off: "), 5);
hours = coolMinOff[zone] / 60;
outputMenu.appendItem(itoa(hours, buf, 10), 5);
outputMenu.appendItem(":", 5);
mins = coolMinOff[zone] - hours * 60;
itoa(mins, buf, 10);
strLPad(buf, 2, '0');
outputMenu.appendItem(buf, 5);
outputMenu.setItem_P(EXIT, 255);
byte lastOption = scrollMenu(sTitle, &outputMenu);
char hTitle[21];
strcpy(hTitle, sTitle);
if (lastOption == 2) {
strcat_P(hTitle, PSTR(" Heat"));
setValveCfg(zone, cfgValveProfile(hTitle, vlvConfig[zone]));
}
else if (lastOption == 3) {
strcat_P(hTitle, PSTR(" Cool"));
setValveCfg(NUM_ZONES + zone, cfgValveProfile(hTitle, vlvConfig[NUM_ZONES + zone]));
}
else if (lastOption == 4) setCoolMinOn(zone, getTimerValue(PSTR("Min Cool On"), coolMinOn[zone], 4));
else if (lastOption == 5) setCoolMinOff(zone, getTimerValue(PSTR("Min Cool Off"), coolMinOff[zone], 4));
else return;
fermCore();
}
}
unsigned long cfgValveProfile (char sTitle[], unsigned long defValue) {
unsigned long retValue = defValue;
//firstBit: The left most bit being displayed
byte firstBit, encMax;
inMenu++;
encMax = PVOUT_COUNT + 1;
Encoder.setMin(0);
Encoder.setCount(0);
Encoder.setMax(encMax);
//(Set to MAX + 1 to force redraw)
firstBit = encMax + 1;
LCD.clear();
LCD.print(0,0,sTitle);
LCD.print_P(3, 3, PSTR("Test"));
LCD.print_P(3, 13, PSTR("Save"));
boolean redraw = 1;
while(1) {
int encValue;
if (redraw) {
redraw = 0;
encValue = Encoder.getCount();
}
else encValue = Encoder.change();
if (encValue >= 0) {
if (encValue < firstBit || encValue > firstBit + 17) {
if (encValue < firstBit) firstBit = encValue; else if (encValue < encMax - 1) firstBit = encValue - 17;
for (byte i = firstBit; i < min(encMax - 1, firstBit + 18); i++) if (retValue & ((unsigned long)1<<i)) LCD.print_P(1, i - firstBit + 1, PSTR("1")); else LCD.print_P(1, i - firstBit + 1, PSTR("0"));
}
for (byte i = firstBit; i < min(encMax - 1, firstBit + 18); i++) {
if (i < 9) itoa(i + 1, buf, 10); else buf[0] = i + 56;
buf[1] = '\0';
LCD.print(2, i - firstBit + 1, buf);
}
if (firstBit > 0) LCD.print_P(2, 0, PSTR("<")); else LCD.print_P(2, 0, PSTR(" "));
if (firstBit + 18 < encMax - 1) LCD.print_P(2, 19, PSTR(">")); else LCD.print_P(2, 19, PSTR(" "));
if (encValue == encMax - 1) {
LCD.print_P(3, 2, PSTR(">"));
LCD.print_P(3, 7, PSTR("<"));
LCD.print_P(3, 12, PSTR(" "));
LCD.print_P(3, 17, PSTR(" "));
} else if (encValue == encMax) {
LCD.print_P(3, 2, PSTR(" "));
LCD.print_P(3, 7, PSTR(" "));
LCD.print_P(3, 12, PSTR(">"));
LCD.print_P(3, 17, PSTR("<"));
} else {
LCD.print_P(3, 2, PSTR(" "));
LCD.print_P(3, 7, PSTR(" "));
LCD.print_P(3, 12, PSTR(" "));
LCD.print_P(3, 17, PSTR(" "));
LCD.print_P(2, encValue - firstBit + 1, PSTR("^"));
}
}
if (Encoder.ok()) {
encValue = Encoder.getCount();
if (encValue == encMax) {
inMenu--;
return retValue;
}
else if (encValue == encMax - 1) {
Valves.set(retValue);
LCD.print_P(3, 2, PSTR("["));
LCD.print_P(3, 7, PSTR("]"));
LCD.update();
while (!Encoder.ok()) delay(100);
Valves.set(0);
redraw = 1;
} else {
retValue = retValue ^ ((unsigned long)1<<encValue);
for (byte i = firstBit; i < min(encMax - 1, firstBit + 18); i++) if (retValue & ((unsigned long)1<<i)) LCD.print_P(1, i - firstBit + 1, PSTR("1")); else LCD.print_P(1, i - firstBit + 1, PSTR("0"));
}
} else if (Encoder.cancel()) {
inMenu--;
return defValue;
}
fermCore();
}
}
#ifdef UI_DISPLAY_SETUP
void adjustLCD() {
byte cursorPos = 0; //0 = brightness, 1 = contrast, 2 = cancel, 3 = save
boolean cursorState = 0; //0 = Unselected, 1 = Selected
inMenu++;
Encoder.setMin(0);
Encoder.setCount(0);
Encoder.setMax(3);
LCD.clear();
LCD.print_P(0,0,PSTR("Adjust LCD"));
LCD.print_P(1, 1, PSTR("Brightness:"));
LCD.print_P(2, 3, PSTR("Contrast:"));
LCD.print_P(3, 1, PSTR("Cancel"));
LCD.print_P(3, 15, PSTR("Save"));
byte bright = LCD.getBright();
byte contrast = LCD.getContrast();
byte origBright = bright;
byte origContrast = contrast;
boolean redraw = 1;
while(1) {
int encValue;
if (redraw) {
redraw = 0;
encValue = Encoder.getCount();
}
else encValue = Encoder.change();
if (encValue >= 0) {
if (cursorState) {
if (cursorPos == 0) {
bright = encValue;
LCD.setBright(bright);
} else if (cursorPos == 1) {
contrast = encValue;
LCD.setContrast(contrast);
}
} else {
cursorPos = encValue;
LCD.print_P(1, 12, PSTR(" "));
LCD.print_P(1, 16, PSTR(" "));
LCD.print_P(2, 12, PSTR(" "));
LCD.print_P(2, 16, PSTR(" "));
LCD.print_P(3, 0, PSTR(" "));
LCD.print_P(3, 7, PSTR(" "));
LCD.print_P(3, 14, PSTR(" "));
LCD.print_P(3, 19, PSTR(" "));
if (cursorPos == 0) {
LCD.print_P(1, 12, PSTR(">"));
LCD.print_P(1, 16, PSTR("<"));
} else if (cursorPos == 1) {
LCD.print_P(2, 12, PSTR(">"));
LCD.print_P(2, 16, PSTR("<"));
} else if (cursorPos == 2) {
LCD.print_P(3, 0, PSTR(">"));
LCD.print_P(3, 7, PSTR("<"));
} else if (cursorPos == 3) {
LCD.print_P(3, 14, PSTR(">"));
LCD.print_P(3, 19, PSTR("<"));
}
}
LCD.lPad(1, 13, itoa(bright, buf, 10), 3, ' ');
LCD.lPad(2, 13, itoa(contrast, buf, 10), 3, ' ');
}
if (Encoder.ok()) {
if (cursorPos == 2) {
LCD.setBright(origBright);
LCD.setContrast(origContrast);
inMenu--;
return;
}
else if (cursorPos == 3) {
LCD.saveConfig();
inMenu--;
return;
}
cursorState = cursorState ^ 1;
if (cursorState) {
Encoder.setMin(0);
Encoder.setMax(255);
if (cursorPos == 0) Encoder.setCount(bright);
else if (cursorPos == 1) Encoder.setCount(contrast);
} else {
Encoder.setMin(0);
Encoder.setMax(3);
Encoder.setCount(cursorPos);
}
} else if (Encoder.cancel()) {
inMenu--;
return;
}
fermCore();
}
}
#endif //#ifdef UI_DISPLAY_SETUP
//*****************************************************************************************************************************
//Generic Menu Functions
//*****************************************************************************************************************************
/*
scrollMenu() & drawMenu():
Glues together menu, Encoder and LCD objects
*/
byte scrollMenu(char sTitle[], menu *objMenu) {
inMenu++;
Encoder.setMin(0);
Encoder.setMax(objMenu->getItemCount() - 1);
//Force refresh in case selected value was set
Encoder.setCount(objMenu->getSelected());
boolean redraw = 1;
while(1) {
int encValue;
if (redraw) encValue = Encoder.getCount();
else encValue = Encoder.change();
if (encValue >= 0) {
objMenu->setSelected(Encoder.getCount());
if (objMenu->refreshDisp() || redraw) drawMenu(sTitle, objMenu);
for (byte i = 0; i < 3; i++) LCD.print(i + 1, 0, " ");
LCD.print(objMenu->getCursor() + 1, 0, ">");
}
redraw = 0;
//If Enter
if (Encoder.ok()) {
inMenu--;
return objMenu->getValue();
} else if (Encoder.cancel()) {
inMenu--;
return 255;
}
fermCore();
}
}
void drawMenu(char sTitle[], menu *objMenu) {
LCD.clear();
if (sTitle != NULL) LCD.print(0, 0, sTitle);
for (byte i = 0; i < 3; i++) {
objMenu->getVisibleRow(i, buf);
LCD.print(i + 1, 1, buf);
}
LCD.print(objMenu->getCursor() + 1, 0, ">");
}
byte getChoice(menu *objMenu, byte iRow) {
inMenu++;
LCD.print_P(iRow, 0, PSTR(">"));
LCD.print_P(iRow, 19, PSTR("<"));
Encoder.setMin(0);
Encoder.setMax(objMenu->getItemCount() - 1);
Encoder.setCount(0);
boolean redraw = 1;
while(1) {
int encValue;
if (redraw) {
redraw = 0;
encValue = Encoder.getCount();
}
else encValue = Encoder.change();
if (encValue >= 0) {
objMenu->setSelected(encValue);
LCD.center(iRow, 1, objMenu->getSelectedRow(buf), 18);
}
//If Enter
if (Encoder.ok()) {
LCD.print_P(iRow, 0, SPACE);
LCD.print_P(iRow, 19, SPACE);
inMenu--;
return Encoder.getCount();
} else if (Encoder.cancel()) {
inMenu--;
return 255;
}
fermCore();
}
}
boolean confirmChoice(const char *choice, byte row) {
menu choiceMenu(1, 2);
choiceMenu.setItem_P(CANCEL, 0);
choiceMenu.setItem_P(choice, 1);
if(getChoice(&choiceMenu, row) == 1) return 1; else return 0;
}
boolean confirmAbort() {
LCD.clear();
LCD.print_P(0, 0, PSTR("Abort operation and"));
LCD.print_P(1, 0, PSTR("reset setpoints,"));
LCD.print_P(2, 0, PSTR("timers and outputs?"));
return confirmChoice(PSTR("Reset"), 3);
}
boolean confirmDel() {
LCD.clear();
LCD.print_P(1, 0, PSTR("Delete Item?"));
return confirmChoice(PSTR("Delete"), 3);
}
long getValue_P(const char *sTitle, long defValue, byte precision, long minValue, long maxValue, const char *dispUnit) {
char title[20];
strcpy_P(title, sTitle);
return getValue(title, defValue, precision, minValue, maxValue, dispUnit);
}
long getValue(char sTitle[], long defValue, byte precision, long minValue, long maxValue, const char *dispUnit) {
long retValue = constrain(defValue, minValue, maxValue);
byte cursorPos = 0;
boolean cursorState = 0; //0 = Unselected, 1 = Selected
char strValue[12];
boolean sign;
inMenu++;
sign = (minValue < 0 ? 1 : 0);
unsigned int mult = pow10(precision);
long bigVal = max(abs(minValue), maxValue);
ltoa(bigVal/mult, strValue, 10);
byte digits = strlen(strValue) + precision;
if (sign) digits++;
Encoder.setMin(0);
Encoder.setMax(digits);
Encoder.setCount(0);
LCD.setCustChar_P(0, CHARFIELD);
LCD.setCustChar_P(1, CHARCURSOR);
LCD.setCustChar_P(2, CHARSEL);
byte fieldStart = (20 - digits + 1) / 2;
LCD.clear();
LCD.print(0, 0, sTitle);
LCD.print_P(1, fieldStart + digits + 1, dispUnit);
LCD.print_P(3, 9, OK);
boolean redraw = 1;
while(1) {
int encValue;
if (redraw) {
redraw = 0;
encValue = Encoder.getCount();
}
else encValue = Encoder.change();
if (encValue >= 0) {
if (cursorState) {
if (sign && cursorPos == 0) {
//Handle Sign position
if (encValue) retValue = abs(retValue);
else retValue = 0 - abs(retValue);
}
else {
//Handle digit position
ltoa(abs(retValue), strValue, 10);
strLPad(strValue, digits - (sign ? 1 : 0), '0');
strValue[cursorPos - (sign ? 1 : 0)] = '0' + encValue;
if (retValue < 0) retValue = 0 - atol(strValue);
else retValue = atol(strValue);
}
retValue = constrain(retValue, minValue, maxValue);
} else {
cursorPos = encValue;
for (byte i = fieldStart - 1; i < fieldStart - 1 + digits - precision; i++) LCD.writeCustChar(2, i, 0);
if (precision) for (byte i = fieldStart + digits - precision; i < fieldStart + digits; i++) LCD.writeCustChar(2, i, 0);
LCD.print(3, 8, " ");
LCD.print(3, 11, " ");
if (cursorPos == digits) {
LCD.print(3, 8, ">");
LCD.print(3, 11, "<");
} else {
if (cursorPos < digits - precision) LCD.writeCustChar(2, fieldStart + cursorPos - 1, 1);
else LCD.writeCustChar(2, fieldStart + cursorPos, 1);
}
}
if (sign) { if (retValue < 0) LCD.print(1, fieldStart - 1, "-"); else LCD.print(1, fieldStart - 1, " "); }
vftoa(abs(retValue), strValue, precision, 1);
strLPad(strValue, digits + (precision ? 1 : 0) - (sign ? 1 : 0), ' ');
LCD.print(1, fieldStart - (sign ? 0 : 1), strValue);
}
if (Encoder.ok()) {
if (cursorPos == digits) break;
else {
cursorState = cursorState ^ 1;
if (cursorState) {
if (cursorPos < digits - precision) LCD.writeCustChar(2, fieldStart + cursorPos - 1, 2);
else LCD.writeCustChar(2, fieldStart + cursorPos, 2);
if (sign && cursorPos == 0) {
//Handle Sign
Encoder.setMin(0);
Encoder.setMax(1);
if (retValue < 0) Encoder.setCount(0);
else Encoder.setCount(1);
}
else {
Encoder.setMin(0);
Encoder.setMax(9);
vftoa(abs(retValue), strValue, precision, 0);
strLPad(strValue, digits - (sign ? 1 : 0), '0');
Encoder.setCount(strValue[cursorPos - (sign ? 1 : 0)] - '0');
}
} else {
if (cursorPos < digits - precision) LCD.writeCustChar(2, fieldStart + cursorPos - 1, 1);
else LCD.writeCustChar(2, fieldStart + cursorPos, 1);
Encoder.setMin(0);
Encoder.setMax(digits);
Encoder.setCount(cursorPos);
}
}
} else if (Encoder.cancel()) {
retValue = GETVALUE_CANCEL;
break;
}
fermCore();
}
inMenu--;
return retValue;
}
int getTimerValue(const char *sTitle, int defMins, byte maxHours) {
byte hours = defMins / 60;
byte mins = defMins - hours * 60;
byte cursorPos = 0; //0 = Hours, 1 = Mins, 2 = OK
boolean cursorState = 0; //0 = Unselected, 1 = Selected
Encoder.setMin(0);
Encoder.setMax(2);
Encoder.setCount(0);
LCD.clear();
LCD.print_P(0,0,sTitle);
LCD.print(1, 7, "(hh:mm)");
LCD.print(2, 10, ":");
LCD.print_P(3, 9, OK);
boolean redraw = 1;