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prompts.h
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prompts.h
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#ifndef PROMPTS_H
#define PROMPTS_H
#define P0_clear 100
#define P0_banner 101
#define P0_manual 102
#define P0_auto 103
#define P0_setup 104
#define P0_stage 105
#define P0_iodine 106
#define P0_prepare 107
#if USE_HLT == true
#define P0_manhlt 108
#endif
#define P0_manmlt 109
#define P0_manpump 110
#if Distilling == true
#define P0_distilling 111
#endif
#define P1_clear 200
#define P1_pBKwater 201
#define P1_pHLTwater 202
#define P1_ready 203
#define P1_aborted 204
#define P1_cool 205
#define P1_whirl 206
#define P1_twhirl 207
#define P1_prime 208
#define P1_resume 209
#define P2_clear 300
#define P2_malt_add 301
#define P2_malt_rem 302
#define P2_norecipe 303
#define P3_clear 400
#define P3_xMAS 401
#define P3_xBPQ 402
#if USE_HLT == true
#define P3_HBPQ 403
#endif
#define P3_UD0Q 404
#define P3_UD1Q 405
#define P3_xx0Q 406
#define P3_xx1Q 407
#define P3_proceed 408
#define P3_xxxO 409
#define P3_xxSO 410
#define P3_QQxO 411
#define P3_SGQO 412
#define P3_xGQO 413
#define P3_SxQO 414
#define P3_UDPQ 415
#define P3_UDRx 416
#define P3_xxRx 417
#define P3_QQBO 418
#define P3_OOxO 419
#define P3_UDxQ 420
#if DebugErrors == true
#define P3_erase 421
#endif
#if Distilling == true
#define P3_UDBQ 422
#endif
#define X6Y1_temp 501
#define X1Y1_temp 502
#define X11Y1_setpoint 503
#define X1Y2_blank 504
#define X1Y2_timer 505
#define X11Y2_blank 506
#define X11Y2_pwm 507
#define X11Y2_timer 508
#if (USE_HLT == true || TempVapor == true)
#define X6Y2_temp 509
#define X1Y2_temp 510
#endif
#if USE_HLT == true
#define X1Y2_setpoint 511
#define X11Y2_setpoint 512
#endif
#if langNL == true
const char *stageName[] = { "Maisch In ",
"Maisch #1 ",
"Maisch #2 ",
"Maisch #3 ",
"Maisch #4 ",
"Maisch #5 ",
"Maisch #6 ",
"Maisch Uit",
"Koken ",
"Koelen ",
"Whirlpool ",
"Whirlpool ",
"Whirlpool ",
"Whirlpool "
};
#else
const char *stageName[] = { "Mash In ",
"Mash #1 ",
"Mash #2 ",
"Mash #3 ",
"Mash #4 ",
"Mash #5 ",
"Mash #6 ",
"Mash Out ",
"Boil ",
"Cooling ",
"Whirlpool ",
"Whirlpool ",
"Whirlpool ",
"Whirlpool "
};
#endif
void LCD_Integer(int value, int digits) {
char mymsg[8];
dtostrf(value, digits, 0, mymsg);
lcd.print(mymsg);
}
void LCD_Float(float value, int digits, int decimals) {
char mymsg[21];
dtostrf(value, digits, decimals, mymsg);
lcd.print(mymsg);
}
void LCDSpace (byte Num) {
for (byte i = 0; i < Num; i++)
lcd.write(32);
}
/*
LCD messages
*/
void Prompt(int Pmpt) {
if (Pmpt == 0)
return;
if ((Pmpt >= 100) && (Pmpt < 200)) {
lcd.setCursor(0, 0);
} else if ((Pmpt >= 200) && (Pmpt < 300)) {
lcd.setCursor(0, 1);
} else if ((Pmpt >= 300) && (Pmpt < 400)) {
lcd.setCursor(0, 2);
} else if ((Pmpt >= 400) && (Pmpt < 500)) {
lcd.setCursor(0, 3);
}
switch (Pmpt) {
case P0_clear:
LCDSpace(20);
return;
case P0_banner:
lcd.print(F("MBSE ArdRims " VERSION " \x07"));
return;
case P0_manual:
#if langNL == true
lcd.print(F(" HANDBEDIENING "));
#else
lcd.print(F(" MANUAL MODE "));
#endif
return;
case P0_auto:
#if langNL == true
lcd.print(F(" AUTOMATISCH "));
#else
lcd.print(F(" AUTOMATIC MODE "));
#endif
return;
case P0_setup:
#if langNL == true
lcd.print(F(" INSTELLINGEN "));
#else
lcd.print(F(" SETUP MODE "));
#endif
return;
case P0_stage:
lcd.print(F(" AUTO --> "));
lcd.print(stageName[CurrentState]);
return;
case P0_iodine:
#if langNL == true
lcd.print(F(" ** JODIUM PROEF ** "));
#else
lcd.print(F(" ** IODINE TEST ** "));
#endif
return;
case P0_prepare:
#if langNL == true
lcd.print(F(" ** OPWARMEN ** "));
#else
lcd.print(F(" ** PRE-HEAT ** "));
#endif
return;
#if USE_HLT == true
case P0_manhlt:
#if langNL == true
lcd.print(F(" HWAT BEDIENING "));
#else
lcd.print(F(" HLT CONTROL "));
#endif
return;
#endif
case P0_manmlt:
#if langNL == true
lcd.print(F(" KOOK BEDIENING "));
#else
lcd.print(F(" BOIL CONTROL "));
#endif
return;
case P0_manpump:
#if langNL == true
lcd.print(F(" POMP BEDIENING "));
#else
lcd.print(F(" PUMP CONTROL "));
#endif
return;
#if Distilling == true
case P0_distilling:
#if langNL == true
lcd.print(F(" DISTILLEREN "));
#else
lcd.print(F(" DISTILLATION "));
#endif
return;
#endif
case P1_clear:
LCDSpace(18);
return;
case P1_pBKwater:
#if langNL == true
lcd.print(F("Maischwater Aanw? "));
#else
lcd.print(F(" Have Mash water? "));
#endif
return;
#if USE_HLT == true
case P1_pHLTwater:
#if langNL == true
lcd.print(F(" Spoelwater Aanw? "));
#else
lcd.print(F("Have Sparge water?"));
#endif
return;
#endif
case P1_ready:
#if langNL == true
lcd.print(F(" Brouwen is Klaar "));
#else
lcd.print(F(" Brew is finished "));
#endif
return;
case P1_aborted:
#if langNL == true
lcd.print(F("Brouwen Afgebroken"));
#else
lcd.print(F(" Brew aborted "));
#endif
return;
case P1_cool:
#if langNL == true
lcd.print(F(" START KOELEN "));
#else
lcd.print(F(" START COOLING "));
#endif
return;
case P1_whirl:
#if langNL == true
lcd.print(F(" START WHIRLPOOL "));
#else
lcd.print(F(" START WHIRLPOOL "));
#endif
return;
case P1_twhirl:
#if langNL == true
lcd.print(F(" Whirlpool Tijd "));
#else
lcd.print(F(" Whirlpool Time "));
#endif
return;
case P1_prime:
#if langNL == true
lcd.print(F(" Pomp Ontluchten "));
#else
lcd.print(F(" Pump Prime "));
#endif
return;
case P1_resume:
#if langNL == true
lcd.print(F(" Hervat Proces? "));
#else
lcd.print(F(" Resume Process? "));
#endif
return;
case P2_clear:
LCDSpace(20);
return;
case P2_malt_add:
#if langNL == true
lcd.print(F(" Mout Storten "));
#else
lcd.print(F(" Add Malt "));
#endif
return;
case P2_malt_rem:
#if langNL == true
lcd.print(F(" Mout Verwijderen "));
#else
lcd.print(F(" Remove Malt "));
#endif
return;
case P2_norecipe:
#if langNL == true
lcd.print(F(" GEEN RECEPTEN! "));
#else
lcd.print(F(" NO RECIPES! "));
#endif
return;
case P3_clear:
LCDSpace(20);
return;
case P3_xMAS:
#if langNL == true
#if Distilling == true
lcd.print(F("DIST HAND AUTO SETUP"));
#else
lcd.print(F(" -- HAND AUTO SETUP"));
#endif
#else
#if Distilling == true
lcd.print(F("DIST MAN AUTO SETUP"));
#else
lcd.print(F(" -- MAN AUTO SETUP"));
#endif
#endif
return;
case P3_xBPQ:
#if langNL == true
lcd.print(F(" -- KOOK POMP STOP "));
#else
lcd.print(F(" -- BK PUMP QUIT "));
#endif
return;
#if USE_HLT == true
case P3_HBPQ:
#if langNL == true
lcd.print(F("HWAT KOOK POMP STOP "));
#else
lcd.print(F("HLT BK PUMP QUIT "));
#endif
return;
#endif
case P3_UD1Q:
#if langNL == true
lcd.print(F("Op Neer Aan Terug"));
#else
lcd.print(F("Up Down On Quit "));
#endif
return;
case P3_UD0Q:
#if langNL == true
lcd.print(F("Op Neer Uit Terug"));
#else
lcd.print(F("Up Down Off Quit "));
#endif
return;
case P3_xx1Q:
#if langNL == true
lcd.print(F(" -- -- Aan Terug"));
#else
lcd.print(F(" -- -- On Quit "));
#endif
return;
case P3_xx0Q:
#if langNL == true
lcd.print(F(" -- -- Uit Terug"));
#else
lcd.print(F(" -- -- Off Quit "));
#endif
return;
case P3_proceed:
#if langNL == true
lcd.print(F("Doorgaan: Ja Nee "));
#else
lcd.print(F("Continue: Yes No "));
#endif
return;
case P3_xxxO:
#if langNL == true
lcd.print(F(" Ok "));
#else
lcd.print(F(" Ok "));
#endif
return;
case P3_xxSO:
#if langNL == true
lcd.print(F(" Niet Ok "));
#else
lcd.print(F(" Skip Ok "));
#endif
return;
case P3_QQxO:
#if langNL == true
lcd.print(F(" Op Neer Ok "));
#else
lcd.print(F(" Up Down Ok "));
#endif
return;
case P3_SGQO:
#if langNL == true
lcd.print(F(" Op Neer Terug Ok"));
#else
lcd.print(F(" Up Down Quit Ok "));
#endif
return;
case P3_xGQO:
#if langNL == true
lcd.print(F(" -- Neer Terug Ok"));
#else
lcd.print(F(" -- Down Quit Ok "));
#endif
return;
case P3_SxQO:
#if langNL == true
lcd.print(F(" Op -- Terug Ok"));
#else
lcd.print(F(" Up -- Quit Ok "));
#endif
return;
case P3_UDPQ:
#if langNL == true
lcd.print(F(" Op Neer Pomp Terug"));
#else
lcd.print(F(" Up Down Pump Quit"));
#endif
return;
case P3_UDRx:
#if langNL == true
lcd.print(F(" Op Neer Pauze "));
#else
lcd.print(F(" Up Down Pause "));
#endif
return;
case P3_xxRx:
#if langNL == true
lcd.print(F(" Pauze "));
#else
lcd.print(F(" Pause "));
#endif
return;
case P3_QQBO:
#if langNL == true
lcd.print(F("OP* *NEER Terug Ok "));
#else
lcd.print(F("UP* *DWN Back Ok "));
#endif
return;
case P3_OOxO:
#if langNL == true
lcd.print(F(" On Off Ok "));
#else
lcd.print(F("Aan Uit Ok "));
#endif
return;
case P3_UDxQ:
#if langNL == true
lcd.print(F(" Op Neer Terug"));
#else
lcd.print(F(" Up Down Quit"));
#endif
return;
#if DebugErrors == true
case P3_erase:
lcd.print(F("Clear all: Yes No "));
return;
#endif
#if Distilling == true
case P3_UDBQ:
lcd.print(F(" Op Neer KOOK STOP"));
return;
#endif
case X6Y1_temp:
case X1Y1_temp:
if (Pmpt == X6Y1_temp)
lcd.setCursor(6, 1);
else
lcd.setCursor(1, 1);
LCD_Float(Temp_MLT, 6, 2);
lcd.write((byte)0);
return;
case X11Y1_setpoint:
lcd.setCursor(11, 1);
LCD_Float(Setpoint, 6, 2);
lcd.write(2);
return;
case X11Y2_pwm:
lcd.setCursor(11, 2);
lcd.print(F("PWM="));
LCD_Integer(int((Output * 100 ) / 255), 3);
lcd.print(F("%"));
return;
case X11Y2_blank:
lcd.setCursor(11, 2);
LCDSpace(9);
return;
case X1Y2_blank:
lcd.setCursor(1, 2);
LCDSpace(9);
return;
case X1Y2_timer:
(TimeUp) ? TimerShow(TimeSpent, 1, 2) : TimerShow(TimeLeft, 1, 2);
return;
case X11Y2_timer:
(TimeUp) ? TimerShow(TimeSpent, 11, 2) : TimerShow(TimeLeft, 11, 2);
return;
#if (USE_HLT == true || TempVapor == true)
case X6Y2_temp:
case X1Y2_temp:
if (Pmpt == X6Y2_temp)
lcd.setCursor(6, 2);
else
lcd.setCursor(1, 2);
LCD_Float(Temp_HLT, 6, 2);
lcd.write((byte)0);
lcd.write(32);
return;
#endif
#if USE_HLT == true
case X11Y2_setpoint:
case X1Y2_setpoint:
(Pmpt == X11Y2_setpoint) ? lcd.setCursor(11, 2) : lcd.setCursor(1, 2);
LCD_Float(HLT_SetPoint, 6, 2);
lcd.write(2);
return;
#endif
default:
Serial.print("Unknown prompt ");
Serial.println(Pmpt);
break;
}
}
boolean PromptForMashWater(boolean Mash) {
#if USE_HLT == true
(Mash) ? Prompt(P1_pBKwater) : Prompt(P1_pHLTwater);
#else
Prompt(P1_pBKwater);
#endif
Prompt(P3_proceed);
while (true) {
AllThreads();
byte button = ReadKey();
if (button == buttonStart)
return true;
if (button == buttonEnter)
return false;
}
}
/*
Wait for confirm
Type = 1 choices Yes ---
Type = 2 choices Yes No
Pid = true run PID
Pid = false no PID
P0, P1, P2, P3 prompts to display or zero
*/
boolean WaitForConfirm(byte Type, boolean Pid, boolean Hlt, int P0, int P1, int P2, int P3) {
BuzzerPlay(BUZZ_Prompt);
while (true) {
AllThreads();
byte button = ReadKey();
Input = Temp_MLT;
Prompt(P0);
Prompt(P1);
Prompt(P2);
Prompt(P3);
if (P1 == 0) {
Prompt(X1Y1_temp);
Prompt(X11Y1_setpoint);
}
if (Pid)
PID_Heat(true);
#if USE_HLT == true
if (Hlt && HLT_SetPoint)
HLT_Heat();
#endif
if (button == buttonStart)
return true;
if (Type == 2 && (button == buttonEnter))
return false;
}
}
/*
Returns true if Yes
false if No
*/
boolean Pause() {
bk_heat_off();
pump_off();
#if USE_HLT == true
HLT_off();
#endif
lcd.setCursor(0, 0);
#if langNL == true
lcd.print(F(" -- PAUZE PAUZE -- "));
lcd.setCursor(1, 2);
lcd.print(F( "-- PAUZE PAUZE --"));
#else
lcd.print(F(" -- PAUSE PAUSE -- "));
lcd.setCursor(1, 2);
lcd.print(F( "-- PAUSE PAUSE --"));
#endif
Prompt(P3_proceed);
while (true) {
AllThreads();
byte button = ReadKey();
Prompt(X1Y1_temp);
Prompt(X11Y1_setpoint);
if (button == buttonStart)
break;
if ((button == buttonEnter) && kp_repeat_count)
return false;
}
Prompt(P0_clear);
Prompt(P2_clear);
return true;
}
#endif