00def1d8d1
* add support for energy & power readings on SML based power meters, taking OBIS 16.7.1 for power (using mod. SML Parser lib. by olliiiver) * switched SML read to use software serial * made total power meter response controled by meter source to obtain either the sum of phase powers or explicit total power provided by meter * made mqtt subscriptions to power meter topics meter source dependend * simplified SML read loop and OBIS handler registration, + minor refactoring * minor cleanup/style changes and optim. PowerMeter * fixed build, add SOURCE_SML == 4 * removed optional usage of HW serial for SML power meter * switched to usage of _powerMeter1Power for SML power reading to allign better with existing code --------- Co-authored-by: helgeerbe <helge@erbehome.de>
107 lines
2.6 KiB
C
107 lines
2.6 KiB
C
#ifndef SML_H
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#define SML_H
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#include <stdbool.h>
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typedef enum {
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SML_START,
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SML_END,
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SML_VERSION,
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SML_NEXT,
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SML_LISTSTART,
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SML_LISTEND,
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SML_LISTEXTENDED,
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SML_DATA,
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SML_HDATA,
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SML_DATAEND,
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SML_BLOCKSTART,
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SML_BLOCKEND,
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SML_CHECKSUM,
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SML_CHECKSUM_ERROR, /* calculated checksum does not match */
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SML_UNEXPECTED, /* unexpected byte received */
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SML_FINAL, /* final state, checksum OK */
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SML_DATA_SIGNED_INT,
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SML_DATA_UNSIGNED_INT,
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SML_DATA_OCTET_STRING,
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} sml_states_t;
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typedef enum {
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SML_YEAR = 1,
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SML_MONTH = 2,
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SML_WEEK = 3,
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SML_DAY = 4,
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SML_HOUR = 5,
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SML_MIN = 6,
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SML_SECOND = 7,
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SML_DEGREE = 8,
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SML_DEGREE_CELSIUS = 9,
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SML_CURRENCY = 10,
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SML_METRE = 11,
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SML_METRE_PER_SECOND = 12,
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SML_CUBIC_METRE = 13,
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SML_CUBIC_METRE_CORRECTED = 14,
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SML_CUBIC_METRE_PER_HOUR = 15,
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SML_CUBIC_METRE_PER_HOUR_CORRECTED = 16,
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SML_CUBIC_METRE_PER_DAY = 17,
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SML_CUBIC_METRE_PER_DAY_CORRECTED = 18,
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SML_LITRE = 19,
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SML_KILOGRAM = 20,
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SML_NEWTON = 21,
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SML_NEWTONMETER = 22,
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SML_PASCAL = 23,
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SML_BAR = 24,
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SML_JOULE = 25,
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SML_JOULE_PER_HOUR = 26,
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SML_WATT = 27,
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SML_VOLT_AMPERE = 28,
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SML_VAR = 29,
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SML_WATT_HOUR = 30,
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SML_VOLT_AMPERE_HOUR = 31,
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SML_VAR_HOUR = 32,
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SML_AMPERE = 33,
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SML_COULOMB = 34,
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SML_VOLT = 35,
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SML_VOLT_PER_METRE = 36,
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SML_FARAD = 37,
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SML_OHM = 38,
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SML_OHM_METRE = 39,
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SML_WEBER = 40,
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SML_TESLA = 41,
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SML_AMPERE_PER_METRE = 42,
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SML_HENRY = 43,
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SML_HERTZ = 44,
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SML_ACTIVE_ENERGY_METER_CONSTANT_OR_PULSE_VALUE = 45,
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SML_REACTIVE_ENERGY_METER_CONSTANT_OR_PULSE_VALUE = 46,
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SML_APPARENT_ENERGY_METER_CONSTANT_OR_PULSE_VALUE = 47,
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SML_VOLT_SQUARED_HOURS = 48,
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SML_AMPERE_SQUARED_HOURS = 49,
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SML_KILOGRAM_PER_SECOND = 50,
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SML_KELVIN = 52,
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SML_VOLT_SQUARED_HOUR_METER_CONSTANT_OR_PULSE_VALUE = 53,
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SML_AMPERE_SQUARED_HOUR_METER_CONSTANT_OR_PULSE_VALUE = 54,
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SML_METER_CONSTANT_OR_PULSE_VALUE = 55,
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SML_PERCENTAGE = 56,
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SML_AMPERE_HOUR = 57,
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SML_ENERGY_PER_VOLUME = 60,
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SML_CALORIFIC_VALUE = 61,
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SML_MOLE_PERCENT = 62,
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SML_MASS_DENSITY = 63,
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SML_PASCAL_SECOND = 64,
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SML_RESERVED = 253,
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SML_OTHER_UNIT = 254,
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SML_COUNT = 255
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} sml_units_t;
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sml_states_t smlState(unsigned char &byte);
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bool smlOBISCheck(const unsigned char *obis);
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void smlOBISManufacturer(unsigned char *str, int maxSize);
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void smlOBISByUnit(long long int &wh, signed char &scaler, sml_units_t unit);
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// Be aware that double on Arduino UNO is just 32 bit
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void smlOBISWh(double &wh);
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void smlOBISW(double &w);
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void smlOBISVolt(double &v);
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void smlOBISAmpere(double &a);
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#endif
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