L series topics

HeishaMon/commands.cpp

@@ -870,6 +870,75 @@ unsigned int set_external_error(char *msg, unsigned char *cmd, char *log_msg){
   return sizeof(panasonicSendQuery);
 }
 
+unsigned int set_heatingcontrol(char *msg, unsigned char *cmd, char *log_msg) {
+
+  const byte address=30;
+  byte value = 0b01;
+
+  if ( String(msg).toInt() == 1 ) {
+    value = 0b10;
+  }
+
+  {
+    char tmp[256] = { 0 };
+    snprintf_P(tmp, 255, PSTR("set heating control %d"), value - 1);
+    memcpy(log_msg, tmp, sizeof(tmp));
+  }
+
+  {
+    memcpy_P(cmd, panasonicSendQuery, sizeof(panasonicSendQuery));
+    cmd[address] = value << 2;
+  }
+
+  return sizeof(panasonicSendQuery);
+}
+
+unsigned int set_smart_dhw(char *msg, unsigned char *cmd, char *log_msg) {
+
+  const byte address=24;
+  byte value = 0b01;
+
+  if ( String(msg).toInt() == 1 ) {
+    value = 0b10;
+  }
+
+  {
+    char tmp[256] = { 0 };
+    snprintf_P(tmp, 255, PSTR("set smart dhw %d"), value - 1);
+    memcpy(log_msg, tmp, sizeof(tmp));
+  }
+
+  {
+    memcpy_P(cmd, panasonicSendQuery, sizeof(panasonicSendQuery));
+    cmd[address] = value << 6;
+  }
+
+  return sizeof(panasonicSendQuery);
+}
+
+unsigned int set_quiet_mode_priority(char *msg, unsigned char *cmd, char *log_msg) {
+
+  const byte address=11;
+  byte value = 0b01;
+
+  if ( String(msg).toInt() == 1 ) {
+    value = 0b10;
+  }
+
+  {
+    char tmp[256] = { 0 };
+    snprintf_P(tmp, 255, PSTR("set quiet mode priority %d"), value - 1);
+    memcpy(log_msg, tmp, sizeof(tmp));
+  }
+
+  {
+    memcpy_P(cmd, panasonicSendQuery, sizeof(panasonicSendQuery));
+    cmd[address] = value << 4;
+  }
+
+  return sizeof(panasonicSendQuery);
+}
+
 unsigned int set_external_compressor_control(char *msg, unsigned char *cmd, char *log_msg){
   const byte off_state=64;
   const byte address=23;

HeishaMon/commands.h

@@ -66,6 +66,9 @@ unsigned int set_bivalent_ap_start_temp(char *msg, unsigned char *cmd, char *log
 unsigned int set_bivalent_ap_stop_temp(char *msg, unsigned char *cmd, char *log_msg);
 unsigned int set_external_control(char *msg, unsigned char *cmd, char *log_msg);
 unsigned int set_external_error(char *msg, unsigned char *cmd, char *log_msg);
+unsigned int set_heatingcontrol(char *msg, unsigned char *cmd, char *log_msg);
+unsigned int set_smart_dhw(char *msg, unsigned char *cmd, char *log_msg);
+unsigned int set_quiet_mode_priority(char *msg, unsigned char *cmd, char *log_msg);
 
 //optional pcb commands
 unsigned int set_heat_cool_mode(char *msg, char *log_msg);
@@ -153,6 +156,9 @@ const cmdStruct commands[] PROGMEM = {
   { "SetBivalentAPStartTemp", set_bivalent_ap_start_temp },
   // bivalent AP stop temp -  set from -15C to 35C
   { "SetBivalentAPStopTemp", set_bivalent_ap_stop_temp },
+  { "SetHeatingControl", set_heatingcontrol },
+  { "SetSmartDHW", set_smart_dhw },
+  { "SetQuietModePriority", set_quiet_mode_priority },
 };
 
 struct optCmdStruct{

HeishaMon/decode.h

@@ -42,7 +42,7 @@ static const char _unknown[] PROGMEM = "unknown";
 
 
 
-#define NUMBER_OF_TOPICS 139 //last topic number + 1
+#define NUMBER_OF_TOPICS 142 //last topic number + 1
 #define NUMBER_OF_TOPICS_EXTRA 6 //last topic number + 1
 #define NUMBER_OF_OPT_TOPICS 7 //last topic number + 1
 #define MAX_TOPIC_LEN 42 // max length + 1
@@ -215,6 +215,9 @@ static const char topics[][MAX_TOPIC_LEN] PROGMEM = {
   "Bivalent_Advanced_Start_Delay",//TOP136
   "Bivalent_Advanced_Stop_Delay",//TOP137
   "Bivalent_Advanced_DHW_Delay",//TOP138
+  "Heating_Control",         //TOP139
+  "Smart_DHW",               //TOP140
+  "Quiet_Mode_Priority",     //TOP141
 };
 
 static const byte topicBytes[] PROGMEM = { //can store the index as byte (8-bit unsigned humber) as there aren't more then 255 bytes (actually only 203 bytes) to decode
@@ -357,6 +360,9 @@ static const byte topicBytes[] PROGMEM = { //can store the index as byte (8-bit
   67,    //TOP136
   69,    //TOP137
   70,    //TOP138
+  30,    //TOP139
+  24,    //TOP140
+  11,    //TOP141
 };
 
 
@@ -511,6 +517,9 @@ static const topicFP topicFunctions[] PROGMEM = {
   getIntMinus1,      //TOP136
   getIntMinus1,      //TOP137
   getIntMinus1,      //TOP138
+  getBit5and6,       //TOP139
+  getBit1and2,       //TOP140
+  getBit3and4,       //TOP141
 };
 
 static const char *DisabledEnabled[] PROGMEM = {"2", "Disabled", "Enabled"};
@@ -548,6 +557,9 @@ static const char *ExtPadHeaterType[] PROGMEM = {"3", "Disabled", "Type-A","Type
 static const char *Bivalent[] PROGMEM = {"3", "Alternative", "Parallel", "Advanced Parallel"};
 static const char *Percent[] PROGMEM = {"0", "%"};
 static const char *Model[] PROGMEM = {"0", "Model"};
+static const char *HeatingControl[] PROGMEM = {"2", "Comfort", "Efficiency"};
+static const char *SmartDHW[] PROGMEM = {"2", "Variable", "Standard"};
+static const char *QuietModePriority[] PROGMEM = {"2", "Sound", "Capacity"};
 
 static const char **opttopicDescription[] PROGMEM = {
   OffOn,          //OPT0
@@ -708,4 +720,7 @@ static const char **topicDescription[] PROGMEM = {
   Minutes,         //TOP136
   Minutes,         //TOP137
   Minutes,         //TOP138
+  HeatingControl,  //TOP139
+  SmartDHW,        //TOP140
+  QuietModePriority, //TOP141
 };

MQTT-Topics.md

@@ -155,6 +155,9 @@ TOP135 | main/Bivalent_Advanced_Stop_Temp	 | Bivalent adv. par. heat stop temp
 TOP136 | main/Bivalent_Advanced_Start_Delay	 | Bivalent adv. par. heat start delay
 TOP137 | main/Bivalent_Advanced_Stop_Delay	 | Bivalent adv. par. heat stop delay
 TOP138 | main/Bivalent_Advanced_DHW_Delay	 | Bivalent adv. par. DHW delay
+TOP139 | main/Heating_Control | Heating Control
+TOP140 | main/Smart_DHW | Smart DHW
+TOP141 | main/Quiet_Mode_Priority | Quiet Mode Priority (0=sound, 1=capacity)
 
 
 
@@ -222,6 +225,9 @@ SET35 | SetBivalentMode | Set bivalent mode | 0=alternative, 1=parallel, 2=advan
 SET36 | SetBivalentStartTemp | Set bivalent start temp | -15 to 35
 SET37 | SetBivalentAPStartTemp | Set bivalent adv. par. start temp | -15 to 35
 SET38 | SetBivalentAPStopTemp | Set bivalent adv. par. stop temp | -15 to 35
+SET39 | SetHeatingControl | Set heating control | 0=comfort, 1=efficiency
+SET40 | SetSmartDHW | Set SmartDHW | 0=variable, 1=standard
+SET41 | SetQuietModePriority | Set Quiet Mode Priority | 0=sound, 1=capacity
 
 
 *If you operate your heatpump in water mode with direct temperature setup: topics ending xxxRequestTemperature will set the absolute target temperature.*

ProtocolByteDecrypt.md

@@ -13,7 +13,7 @@
 |  TOP | 08 | 00 |   | 0 byte |
 |  TOP58+TOP59 | 09 | 05 | 3rd & 4th bit = b01 Standard, b10 - DHW Standard/Variable (J-series only)<br/>5th & 6th bit = b01 DHW heater off, b10 - DHW heater on<br/>7rd & 8th bit = b01 Water heater off, b10 - Water heater on | DHW capacity (J-series only)<br/>Heaters enable allowed status|
 |  TOP | 10 | 00 |   | 0 byte |
-|  TOP | 11 | 00 | 3rd & 4th bit = b01 - Sound , b10 - Capacity <br/> 7th & 8th bit = b01 - DHW Top sensor , b10 - DHW Center Sensor | Quiet Mode Priority (K/L series) <br/> Only All-In-One |
+|  TOP141 | 11 | 00 | 3rd & 4th bit = b01 - Sound , b10 - Capacity <br/> 7th & 8th bit = b01 - DHW Top sensor , b10 - DHW Center Sensor | Quiet Mode Priority (K/L series) <br/> Only All-In-One |
 |  TOP | 12 | 00 |   | 0 byte |
 |  TOP | 13 | 00 |   | 0 byte |
 |  TOP | 14 | 00 |   | 0 byte |
@@ -26,13 +26,13 @@
 |  TOP | 21 | 15 |  (hex) 15 - One  Zone and Z1 as room , 19 - One Zone and Z1 as pool, 16 - Two Zones and Z2 as room, 26 - Two Zones ,Z2 as pool| No. of Zones and Zone Destination |
 |  TOP111+TOP112 | 22 | 11 |First digit -Z2 ,Second digit Z1 (hex) 1 - water temperature,2 - External Thermostat, 3 - Internal Thermostat, , 4 - Thermistor  | Zone & sensor settings ( system setup - Installer ) | 
 | TOP119/120/121/122 | 23 | 55 | 1st/2nd bit = external compressor control, 3rd/4th bit = external error signal, 5th/6h bit = heat/cool-switch, 7th/8th bit = external control switch | External control, heat/cool switch, error signal and External compressor control switch (menu settings)|
-|  TOP99+TOP100+TOP101 | 24 | 16 | 1st & 2nd bit Smart DHW -All-In-One only, 3rd & 4th bit = solar buffer (0b01=no solar, 0b10=solar buffer, 0b11=solar dhw), 5th & 6th bit = buffer installed, 7th & 8th bit = DHW installed|
+|  TOP140+TOP99+TOP100+TOP101 | 24 | 16 | 1st & 2nd bit Smart DHW (L series) (b01=Variable, b10=Standard) <br/> 3rd & 4th bit = solar buffer (0b01=no solar, 0b10=solar buffer, 0b11=solar dhw) <br/> 5th & 6th bit = buffer installed <br/> 7th & 8th bit = DHW installed |
 |  TOP114 | 25 | 5e | 1st & 2nd bit = 10 <br/> 3rd & 4th bit = b01 no Pad Heater, b10 - Type A, b11 Type B <br/> 5th & 6th bit = b01 - Internal Heater 3kW, b10 - 6kW, b11 - 9kW <br/> 7th & 8th bit = b01 DHW Internal Heater , b10 - DHW External Heater | External Pad Heater <br/> Power of internal heater <br/> DHW heater Internal/External |
 |  TOP129/130/13/132 | 26 | 55 | (hex) Bivalent control, mode and ap settings. | Bivalent settings |
 |  TOP | 27 | 05 | SG Ready Control on/off (bit5and6) ,Demand Control on/off (bit7and8)  | SG Ready Control, Demand Control |
 |  TOP76+TOP81 | 28 | 09 | (hex) 09 - Compensation curve heat and direct cool, 05 - both compensation curves , 0a - direct heat and direct cool, 06 - heat direct, cool compensation curve  | Operation Setup -Installer -water temperature heating on status and cooling |
 |  TOP106 | 29 | 00 | 3rd & 4th bit = b01 - deltaT , b10 - Max. Duty | Pump flowrate (J/K/L series) |
-|  TOP | 30 | 00 |  5th & 6th bit = b01 - Comfort , b10 - Efficiency <br/> 7th & 8th bit = b01 - DHW Defrost NO , b10 - DHW Defrost YES | Heating Control (K/L series) <br/> DHW Defrost (K/L series) |
+|  TOP139 | 30 | 00 |  5th & 6th bit = Heating Control (b01=Comfort, b10=Efficiency) <br/> 7th & 8th bit = DHW Defrost (b01=No, b10=Yes) | Heating Control (K/L series) <br/> DHW Defrost (K/L series) |
 |  TOP | 31 | 00 |   | 0 byte |
 |  TOP | 32 | 00 |   | 0 byte |
 |  TOP | 33 | 00 |   | 0 byte |