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Add chlorine, conductivity and ionization details
This commit is contained in:
Norbert Richter
parent
b4d532fd6c
commit
ee664c852e
@ -21,7 +21,7 @@ All notable changes to this project will be documented in this file.
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- ESP32 TasmotaSerial uart mapping to support multiple ``begin()`` and implement ``getUart()`` (#14981)
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- Commands ``Sensor12 D0 .. D5, S0 .. S5`` allowing differential or single-ended modes (#15001)
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- NeoPool commands ``NPpHMin``, ``NPpHMax``, ``NPpH``, ``NPRedox``, ``NPHydrolysis``, ``NPIonization``, ``NPChlorine`` and ``NPControl`` (#15015)
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- NeoPool system voltages display, add complete power module and cell info to SENSOR
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- NeoPool system voltages display, add JSON power module, cell info, chlorine, conductivity and ionization to SENSOR
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- Full DS3231 integration and synchronisation when using UBX (=GPS), NTP or manual time
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- LVGL Splash screen and ``SetOption135 1`` to disable splash screen
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- Command ``RfTimeout 100..60000`` to disable duplicate RfReceive. Default 1000 (#15061)
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@ -135,9 +135,9 @@ enum NeoPoolRegister {
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// FACTORY page (0x03xx)
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MBF_PAR_VERSION = 0x0300, // 0x0300* Software version of the PowerBox (unused)
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MBF_PAR_MODEL, // 0x0301* mask System model options
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MBF_PAR_SERNUM, // 0x0302 Serial number of the PowerBox (unused)
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MBF_PAR_ION_NOM, // 0x0303 Ionization maximum production level (DO NOT WRITE!)
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MBF_PAR_HIDRO_NOM = 0x0306, // 0x0306 Hydrolysis maximum production level. (DO NOT WRITE!) If the hydrolysis is set to work in percent mode, this value will be 100. If the hydrolysis module is set to work in g/h production, this module will contain the maximum amount of production in g/h units. (DO NOT WRITE!)
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MBF_PAR_SERNUM, // 0x0302* Serial number of the PowerBox (unused)
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MBF_PAR_ION_NOM, // 0x0303* Ionization maximum production level (DO NOT WRITE!)
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MBF_PAR_HIDRO_NOM = 0x0306, // 0x0306* Hydrolysis maximum production level. (DO NOT WRITE!) If the hydrolysis is set to work in percent mode, this value will be 100. If the hydrolysis module is set to work in g/h production, this module will contain the maximum amount of production in g/h units. (DO NOT WRITE!)
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MBF_PAR_SAL_AMPS = 0x030A, // 0x030A Current command in regulation for which we are going to measure voltage
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MBF_PAR_SAL_CELLK, // 0x030B Specifies the relationship between the resistance obtained in the measurement process and its equivalence in g / l (grams per liter)
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MBF_PAR_SAL_TCOMP, // 0x030C Specifies the deviation in temperature from the conductivity.
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@ -616,7 +616,7 @@ struct {
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// complete poll cycle needs 8x250 ms to read complete register set
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{MBF_ION_CURRENT, MBF_NOTIFICATION - MBF_ION_CURRENT + 1, nullptr},
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{MBF_CELL_RUNTIME_LOW, MBF_CELL_RUNTIME_POL_CHANGES_HIGH - MBF_CELL_RUNTIME_LOW + 1, nullptr},
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{MBF_PAR_VERSION, MBF_PAR_MODEL - MBF_PAR_VERSION + 1, nullptr},
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{MBF_PAR_VERSION, MBF_PAR_HIDRO_NOM - MBF_PAR_VERSION + 1, nullptr},
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{MBF_PAR_TIME_LOW, MBF_PAR_FILT_GPIO - MBF_PAR_TIME_LOW + 1, nullptr},
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{MBF_PAR_ION, MBF_PAR_FILTRATION_CONF - MBF_PAR_ION + 1, nullptr},
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{MBF_PAR_UICFG_MACHINE, MBF_PAR_UICFG_MACH_VISUAL_STYLE - MBF_PAR_UICFG_MACHINE + 1, nullptr},
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@ -731,7 +731,13 @@ const char HTTP_SNS_NEOPOOL_STATUS_ACTIVE[] PROGMEM = "filter:invert(1)";
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*
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* NPFiltrationMode {<mode>}
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* get/set filtration mode (mode = 0..4|13)
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* get mode if <mode> is omitted, otherwise set new mode
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* get mode if <mode> is omitted, otherwise set new mode according:
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* 0 - Manual
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* 1 - Auto
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* 2 - Heating
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* 3 - Smart
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* 4 - Intelligent
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* 13 - Backwash
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*
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* NPTime {<time>}
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* get/set system time
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@ -1391,7 +1397,6 @@ bool NeoPoolIsIonization(void)
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#define D_NEOPOOL_JSON_FILTRATION_MODE "Mode"
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#define D_NEOPOOL_JSON_FILTRATION_SPEED "Speed"
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#define D_NEOPOOL_JSON_HYDROLYSIS "Hydrolysis"
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#define D_NEOPOOL_JSON_HYDROLYSIS_LEVEL "Level"
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#define D_NEOPOOL_JSON_CELL_RUNTIME "Runtime"
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#define D_NEOPOOL_JSON_CELL_RUNTIME_TOTAL "Total"
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#define D_NEOPOOL_JSON_CELL_RUNTIME_PART "Part"
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@ -1414,6 +1419,8 @@ bool NeoPoolIsIonization(void)
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#define D_NEOPOOL_JSON_COVER "Cover"
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#define D_NEOPOOL_JSON_SHOCK "Boost"
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#define D_NEOPOOL_JSON_LOW "Low"
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#define D_NEOPOOL_JSON_LEVEL "Level"
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#define D_NEOPOOL_JSON_SETPOINT "Setpoint"
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#define D_NEOPOOL_JSON_MIN "Min"
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#define D_NEOPOOL_JSON_MAX "Max"
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#define D_NEOPOOL_JSON_PHPUMP "Pump"
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@ -1425,7 +1432,7 @@ bool NeoPoolIsIonization(void)
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void NeoPoolShow(bool json)
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{
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char neopool_type[60];
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char stemp[160];
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char stemp[200];
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float fvalue;
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if (neopool_error) {
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@ -1524,13 +1531,20 @@ void NeoPoolShow(bool json)
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// Redox
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if (NeoPoolIsRedox()) {
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_REDOX "\":" NEOPOOL_FMT_RX), NeoPoolGetData(MBF_MEASURE_RX));
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_REDOX "\":{"));
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ResponseAppend_P(PSTR("\"" D_JSON_DATA "\":" NEOPOOL_FMT_RX), NeoPoolGetData(MBF_MEASURE_RX));
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_SETPOINT "\":" NEOPOOL_FMT_RX), NeoPoolGetData(MBF_PAR_RX1));
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ResponseJsonEnd();
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}
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// Chlorine
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if (NeoPoolIsChlorine()) {
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_CHLORINE "\":{"));
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fvalue = (float)NeoPoolGetData(MBF_MEASURE_CL)/100;
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_CHLORINE "\":" NEOPOOL_FMT_CL), neopool_resolution.cl, &fvalue);
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ResponseAppend_P(PSTR("\"" D_JSON_DATA "\":" NEOPOOL_FMT_CL), neopool_resolution.cl, &fvalue);
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fvalue = (float)NeoPoolGetData(MBF_PAR_CL1)/100;
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_SETPOINT "\":" NEOPOOL_FMT_CL), neopool_resolution.cl, &fvalue);
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ResponseJsonEnd();
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}
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// Conductivity
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@ -1540,8 +1554,14 @@ void NeoPoolShow(bool json)
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// Ionization
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if (NeoPoolIsIonization()) {
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_IONIZATION "\":{"));
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fvalue = (float)NeoPoolGetData(MBF_ION_CURRENT);
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_IONIZATION "\":" NEOPOOL_FMT_ION), neopool_resolution.ion, &fvalue);
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ResponseAppend_P(PSTR("\"" D_JSON_DATA "\":" NEOPOOL_FMT_ION), neopool_resolution.ion, &fvalue);
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fvalue = (float)NeoPoolGetData(MBF_PAR_ION);
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_SETPOINT "\":" NEOPOOL_FMT_ION), neopool_resolution.ion, &fvalue);
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fvalue = (float)NeoPoolGetData(MBF_PAR_ION_NOM);
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_MAX "\":" NEOPOOL_FMT_ION), neopool_resolution.ion, &fvalue);
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ResponseJsonEnd();
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}
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// Hydrolysis
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@ -1556,7 +1576,7 @@ void NeoPoolShow(bool json)
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dec = 0;
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sunit = PSTR("%");
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}
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_HYDROLYSIS "\":{\"" D_NEOPOOL_JSON_HYDROLYSIS_LEVEL "\":" NEOPOOL_FMT_HIDRO), dec, &fvalue);
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_HYDROLYSIS "\":{\"" D_NEOPOOL_JSON_LEVEL "\":" NEOPOOL_FMT_HIDRO), dec, &fvalue);
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ResponseAppend_P(PSTR(",\"" D_NEOPOOL_JSON_UNIT "\":\"%s\""), sunit);
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#ifndef NEOPOOL_OPTIMIZE_READINGS
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@ -1787,15 +1807,19 @@ void NeoPoolShow(bool json)
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// Ionization
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if (NeoPoolIsIonization()) {
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char spol[32];
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snprintf_P(spol, sizeof(spol), PSTR(" " D_NEOPOOL_POLARIZATION "%d"), NeoPoolGetData(MBF_ION_STATUS)>>13);
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char spol[100];
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snprintf_P(spol, sizeof(spol), PSTR(" " D_NEOPOOL_POLARIZATION "%d"), (NeoPoolGetData(MBF_ION_STATUS) & 0x6000) >> 13);
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snprintf_P(stemp, sizeof(stemp), PSTR("%s%s%s"),
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NeoPoolGetData(MBF_ION_STATUS)>>13?spol:PSTR(""),
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(NeoPoolGetData(MBF_ION_STATUS) & 0x6000) >> 13 ? spol : PSTR(""),
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NeoPoolGetData(MBF_ION_STATUS) & MBMSK_ION_STATUS_ON_TARGET ? PSTR(" " D_NEOPOOL_SETPOINT_OK) : PSTR(""),
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NeoPoolGetData(MBF_ION_STATUS) & MBMSK_ION_STATUS_PROGTIME_EXCEEDED ? PSTR(" " D_NEOPOOL_PR_OFF) : PSTR("")
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);
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fvalue = (float)NeoPoolGetData(MBF_ION_CURRENT);
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WSContentSend_PD(HTTP_SNS_NEOPOOL_IONIZATION, neopool_type, neopool_resolution.ion, &fvalue, NeoPoolGetData(MBF_ION_STATUS)>>13, NeoPoolGetData(MBF_ION_STATUS)&0x0002?" Low":"");
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WSContentSend_PD(HTTP_SNS_NEOPOOL_IONIZATION, neopool_type,
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neopool_resolution.ion, &fvalue,
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stemp,
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NeoPoolGetData(MBF_ION_STATUS)&0x0002?PSTR(" " D_NEOPOOL_LOW):PSTR("")
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);
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}
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// Filtration mode
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