283 lines
17 KiB
C++
283 lines
17 KiB
C++
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/*
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; Project: Open Vehicle Monitor System
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; Date: 14th March 2017
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;
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; Changes:
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; 1.0 Initial release
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;
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; (C) 2011 Michael Stegen / Stegen Electronics
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; (C) 2011-2017 Mark Webb-Johnson
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; (C) 2011 Sonny Chen @ EPRO/DX
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;
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; Permission is hereby granted, free of charge, to any person obtaining a copy
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; of this software and associated documentation files (the "Software"), to deal
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; in the Software without restriction, including without limitation the rights
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; to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
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; copies of the Software, and to permit persons to whom the Software is
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; furnished to do so, subject to the following conditions:
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;
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; The above copyright notice and this permission notice shall be included in
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; all copies or substantial portions of the Software.
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;
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; THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
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; IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
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; FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
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; AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
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; LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
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; OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN
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; THE SOFTWARE.
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*/
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#include "metrics_standard.h"
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MetricsStandard StandardMetrics __attribute__ ((init_priority (1810)));
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MetricsStandard::MetricsStandard()
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{
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//
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// OVMS module metrics
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//
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ms_m_version = new OvmsMetricString(MS_M_VERSION);
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ms_m_hardware = new OvmsMetricString(MS_M_HARDWARE);
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ms_m_serial = new OvmsMetricString(MS_M_SERIAL);
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ms_m_tasks = new OvmsMetricInt(MS_M_TASKS, SM_STALE_MID);
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ms_m_freeram = new OvmsMetricInt(MS_M_FREERAM, SM_STALE_MID);
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ms_m_monotonic = new OvmsMetricInt(MS_M_MONOTONIC, SM_STALE_MIN, Seconds);
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ms_m_timeutc = new OvmsMetricInt(MS_M_TIME_UTC, SM_STALE_MIN, Seconds);
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ms_m_net_type = new OvmsMetricString(MS_N_TYPE, SM_STALE_MAX);
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ms_m_net_sq = new OvmsMetricInt(MS_N_SQ, SM_STALE_MAX, dbm);
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ms_m_net_provider = new OvmsMetricString(MS_N_PROVIDER, SM_STALE_MAX);
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ms_m_net_wifi_sq = new OvmsMetricFloat(MS_N_WIFI_SQ, SM_STALE_MAX, dbm);
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ms_m_net_wifi_network = new OvmsMetricString(MS_N_WIFI_NETWORK, SM_STALE_MAX);
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ms_m_net_mdm_sq = new OvmsMetricFloat(MS_N_MDM_SQ, SM_STALE_MAX, dbm);
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ms_m_net_mdm_netreg = new OvmsMetricString(MS_N_MDM_NETREG);
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ms_m_net_mdm_network = new OvmsMetricString(MS_N_MDM_NETWORK, SM_STALE_MAX);
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ms_m_net_mdm_iccid = new OvmsMetricString(MS_N_MDM_ICCID, SM_STALE_MAX);
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ms_m_net_mdm_model = new OvmsMetricString(MS_N_MDM_MODEL, SM_STALE_MAX);
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ms_m_net_mdm_mode = new OvmsMetricString(MS_N_MDM_MODE, SM_STALE_MAX);
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#ifdef CONFIG_OVMS_COMP_MAX7317
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ms_m_egpio_input = new OvmsMetricBitset<10,0>(MS_M_EGPIO_INPUT, SM_STALE_MAX);
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ms_m_egpio_output = new OvmsMetricBitset<10,0>(MS_M_EGPIO_OUTPUT, SM_STALE_MAX);
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ms_m_egpio_monitor = new OvmsMetricBitset<10,0>(MS_M_EGPIO_MONITOR, SM_STALE_MAX);
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#endif //CONFIG_OVMS_COMP_MAX7317
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ms_s_v2_connected = new OvmsMetricBool(MS_S_V2_CONNECTED);
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ms_s_v2_peers = new OvmsMetricInt(MS_S_V2_PEERS);
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ms_s_v3_connected = new OvmsMetricBool(MS_S_V3_CONNECTED);
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ms_s_v3_peers = new OvmsMetricInt(MS_S_V3_PEERS);
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ms_v_type = new OvmsMetricString(MS_V_TYPE);
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ms_v_vin = new OvmsMetricString(MS_V_VIN);
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//
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// Battery pack & cell metrics
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//
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ms_v_bat_soc = new OvmsMetricFloat(MS_V_BAT_SOC, SM_STALE_HIGH, Percentage, true);
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ms_v_bat_soh = new OvmsMetricFloat(MS_V_BAT_SOH, SM_STALE_HIGH, Percentage, true);
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ms_v_bat_cac = new OvmsMetricFloat(MS_V_BAT_CAC, SM_STALE_HIGH, AmpHours, true);
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ms_v_bat_health = new OvmsMetricString(MS_V_BAT_HEALTH, SM_STALE_HIGH);
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ms_v_bat_voltage = new OvmsMetricFloat(MS_V_BAT_VOLTAGE, SM_STALE_MID, Volts, true);
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ms_v_bat_current = new OvmsMetricFloat(MS_V_BAT_CURRENT, SM_STALE_MID, Amps);
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ms_v_bat_coulomb_used = new OvmsMetricFloat(MS_V_BAT_COULOMB_USED, SM_STALE_MID, AmpHours, true);
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ms_v_bat_coulomb_used_total = new OvmsMetricFloat(MS_V_BAT_COULOMB_USED_TOTAL, SM_STALE_MID, AmpHours, true);
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ms_v_bat_coulomb_recd = new OvmsMetricFloat(MS_V_BAT_COULOMB_RECD, SM_STALE_MID, AmpHours, true);
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ms_v_bat_coulomb_recd_total = new OvmsMetricFloat(MS_V_BAT_COULOMB_RECD_TOTAL, SM_STALE_MID, AmpHours, true);
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ms_v_bat_power = new OvmsMetricFloat(MS_V_BAT_POWER, SM_STALE_MID, kW);
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ms_v_bat_consumption = new OvmsMetricFloat(MS_V_BAT_CONSUMPTION, SM_STALE_MID, WattHoursPK);
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ms_v_bat_energy_used = new OvmsMetricFloat(MS_V_BAT_ENERGY_USED, SM_STALE_MID, kWh, true);
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ms_v_bat_energy_used_total = new OvmsMetricFloat(MS_V_BAT_ENERGY_USED_TOTAL, SM_STALE_MID, kWh, true);
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ms_v_bat_energy_recd = new OvmsMetricFloat(MS_V_BAT_ENERGY_RECD, SM_STALE_MID, kWh, true);
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ms_v_bat_energy_recd_total = new OvmsMetricFloat(MS_V_BAT_ENERGY_RECD_TOTAL, SM_STALE_MID, kWh, true);
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ms_v_bat_range_full = new OvmsMetricFloat(MS_V_BAT_RANGE_FULL, SM_STALE_HIGH, Kilometers);
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ms_v_bat_range_ideal = new OvmsMetricFloat(MS_V_BAT_RANGE_IDEAL, SM_STALE_HIGH, Kilometers, true);
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ms_v_bat_range_est = new OvmsMetricFloat(MS_V_BAT_RANGE_EST, SM_STALE_HIGH, Kilometers, true);
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ms_v_bat_range_speed = new OvmsMetricFloat(MS_V_BAT_RANGE_SPEED, SM_STALE_HIGH, Kph);
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ms_v_bat_temp = new OvmsMetricFloat(MS_V_BAT_TEMP, SM_STALE_MID, Celcius, true);
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ms_v_bat_12v_voltage = new OvmsMetricFloat(MS_V_BAT_12V_VOLTAGE, SM_STALE_HIGH, Volts, true);
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ms_v_bat_12v_current = new OvmsMetricFloat(MS_V_BAT_12V_CURRENT, SM_STALE_HIGH, Amps);
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ms_v_bat_12v_voltage_ref = new OvmsMetricFloat(MS_V_BAT_12V_VOLTAGE_REF, SM_STALE_HIGH, Volts, true);
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ms_v_bat_12v_voltage_alert = new OvmsMetricBool(MS_V_BAT_12V_VOLTAGE_ALERT, SM_STALE_MID);
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ms_v_bat_pack_level_min = new OvmsMetricFloat(MS_V_BAT_PACK_LEVEL_MIN, SM_STALE_HIGH, Percentage);
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ms_v_bat_pack_level_max = new OvmsMetricFloat(MS_V_BAT_PACK_LEVEL_MAX, SM_STALE_HIGH, Percentage);
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ms_v_bat_pack_level_avg = new OvmsMetricFloat(MS_V_BAT_PACK_LEVEL_AVG, SM_STALE_HIGH, Percentage);
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ms_v_bat_pack_level_stddev = new OvmsMetricFloat(MS_V_BAT_PACK_LEVEL_STDDEV, SM_STALE_HIGH, Percentage);
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ms_v_bat_pack_vmin = new OvmsMetricFloat(MS_V_BAT_PACK_VMIN, SM_STALE_HIGH, Volts);
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ms_v_bat_pack_vmax = new OvmsMetricFloat(MS_V_BAT_PACK_VMAX, SM_STALE_HIGH, Volts);
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ms_v_bat_pack_vavg = new OvmsMetricFloat(MS_V_BAT_PACK_VAVG, SM_STALE_HIGH, Volts);
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ms_v_bat_pack_vstddev = new OvmsMetricFloat(MS_V_BAT_PACK_VSTDDEV, SM_STALE_HIGH, Volts);
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ms_v_bat_pack_vstddev_max = new OvmsMetricFloat(MS_V_BAT_PACK_VSTDDEVMAX, SM_STALE_HIGH, Volts);
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ms_v_bat_pack_vgrad = new OvmsMetricFloat(MS_V_BAT_PACK_VGRAD, SM_STALE_HIGH, Volts);
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ms_v_bat_pack_tmin = new OvmsMetricFloat(MS_V_BAT_PACK_TMIN, SM_STALE_HIGH, Celcius);
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ms_v_bat_pack_tmax = new OvmsMetricFloat(MS_V_BAT_PACK_TMAX, SM_STALE_HIGH, Celcius);
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ms_v_bat_pack_tavg = new OvmsMetricFloat(MS_V_BAT_PACK_TAVG, SM_STALE_HIGH, Celcius);
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ms_v_bat_pack_tstddev = new OvmsMetricFloat(MS_V_BAT_PACK_TSTDDEV, SM_STALE_HIGH, Celcius);
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ms_v_bat_pack_tstddev_max = new OvmsMetricFloat(MS_V_BAT_PACK_TSTDDEVMAX, SM_STALE_HIGH, Celcius);
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ms_v_bat_cell_voltage = new OvmsMetricVector<float>(MS_V_BAT_CELL_VOLTAGE, SM_STALE_HIGH, Volts);
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ms_v_bat_cell_vmin = new OvmsMetricVector<float>(MS_V_BAT_CELL_VMIN, SM_STALE_HIGH, Volts);
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ms_v_bat_cell_vmax = new OvmsMetricVector<float>(MS_V_BAT_CELL_VMAX, SM_STALE_HIGH, Volts);
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ms_v_bat_cell_vdevmax = new OvmsMetricVector<float>(MS_V_BAT_CELL_VDEVMAX, SM_STALE_HIGH, Volts);
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ms_v_bat_cell_valert = new OvmsMetricVector<short>(MS_V_BAT_CELL_VALERT, SM_STALE_HIGH, Other);
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ms_v_bat_cell_temp = new OvmsMetricVector<float>(MS_V_BAT_CELL_TEMP, SM_STALE_HIGH, Celcius);
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ms_v_bat_cell_tmin = new OvmsMetricVector<float>(MS_V_BAT_CELL_TMIN, SM_STALE_HIGH, Celcius);
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ms_v_bat_cell_tmax = new OvmsMetricVector<float>(MS_V_BAT_CELL_TMAX, SM_STALE_HIGH, Celcius);
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ms_v_bat_cell_tdevmax = new OvmsMetricVector<float>(MS_V_BAT_CELL_TDEVMAX, SM_STALE_HIGH, Celcius);
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ms_v_bat_cell_talert = new OvmsMetricVector<short>(MS_V_BAT_CELL_TALERT, SM_STALE_HIGH, Other);
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//
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// Charger / charging metrics
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//
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ms_v_charge_voltage = new OvmsMetricFloat(MS_V_CHARGE_VOLTAGE, SM_STALE_MID, Volts);
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ms_v_charge_current = new OvmsMetricFloat(MS_V_CHARGE_CURRENT, SM_STALE_MID, Amps);
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ms_v_charge_power = new OvmsMetricFloat(MS_V_CHARGE_POWER, SM_STALE_MID, kW);
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ms_v_charge_efficiency = new OvmsMetricFloat(MS_V_CHARGE_EFFICIENCY, SM_STALE_MID, Percentage);
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ms_v_charge_climit = new OvmsMetricFloat(MS_V_CHARGE_CLIMIT, SM_STALE_MID, Amps, true);
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ms_v_charge_time = new OvmsMetricInt(MS_V_CHARGE_TIME, SM_STALE_MID, Seconds, true);
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ms_v_charge_kwh = new OvmsMetricFloat(MS_V_CHARGE_KWH, SM_STALE_MID, kWh, true);
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ms_v_charge_kwh_grid = new OvmsMetricFloat(MS_V_CHARGE_KWH_GRID, SM_STALE_MID, kWh, true);
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ms_v_charge_kwh_grid_total = new OvmsMetricFloat(MS_V_CHARGE_KWH_GRID_TOTAL, SM_STALE_MID, kWh, true);
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ms_v_charge_mode = new OvmsMetricString(MS_V_CHARGE_MODE, SM_STALE_MID);
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ms_v_charge_timermode = new OvmsMetricBool(MS_V_CHARGE_TIMERMODE, SM_STALE_MID, Other, true);
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ms_v_charge_timerstart = new OvmsMetricInt(MS_V_CHARGE_TIMERSTART, SM_STALE_MID, TimeUTC, true);
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ms_v_charge_state = new OvmsMetricString(MS_V_CHARGE_STATE, SM_STALE_MID);
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ms_v_charge_substate = new OvmsMetricString(MS_V_CHARGE_SUBSTATE, SM_STALE_MID);
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ms_v_charge_type = new OvmsMetricString(MS_V_CHARGE_TYPE, SM_STALE_MID);
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ms_v_charge_pilot = new OvmsMetricBool(MS_V_CHARGE_PILOT, SM_STALE_MID);
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ms_v_charge_inprogress = new OvmsMetricBool(MS_V_CHARGE_INPROGRESS, SM_STALE_MID, Other, true);
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ms_v_charge_limit_range = new OvmsMetricFloat(MS_V_CHARGE_LIMIT_RANGE, SM_STALE_HIGH, Kilometers, true);
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ms_v_charge_limit_soc = new OvmsMetricFloat(MS_V_CHARGE_LIMIT_SOC, SM_STALE_HIGH, Percentage, true);
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ms_v_charge_duration_full = new OvmsMetricInt(MS_V_CHARGE_DURATION_FULL, SM_STALE_MID, Minutes);
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ms_v_charge_duration_range = new OvmsMetricInt(MS_V_CHARGE_DURATION_RANGE, SM_STALE_MID, Minutes);
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ms_v_charge_duration_soc = new OvmsMetricInt(MS_V_CHARGE_DURATION_SOC, SM_STALE_MID, Minutes);
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ms_v_charge_temp = new OvmsMetricFloat(MS_V_CHARGE_TEMP, SM_STALE_MID, Celcius, true);
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ms_v_charge_12v_current = new OvmsMetricFloat(MS_V_CHARGE_12V_CURRENT, SM_STALE_MID, Amps);
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ms_v_charge_12v_power = new OvmsMetricFloat(MS_V_CHARGE_12V_POWER, SM_STALE_MID, Watts);
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ms_v_charge_12v_temp = new OvmsMetricFloat(MS_V_CHARGE_12V_TEMP, SM_STALE_MID, Celcius, true);
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ms_v_charge_12v_voltage = new OvmsMetricFloat(MS_V_CHARGE_12V_VOLTAGE, SM_STALE_MID, Volts);
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//
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// Power generator role metrics (V2G / V2H / V2X)
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//
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ms_v_gen_voltage = new OvmsMetricFloat(MS_V_GEN_VOLTAGE, SM_STALE_MID, Volts);
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ms_v_gen_current = new OvmsMetricFloat(MS_V_GEN_CURRENT, SM_STALE_MID, Amps);
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ms_v_gen_power = new OvmsMetricFloat(MS_V_GEN_POWER, SM_STALE_MID, kW);
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ms_v_gen_efficiency = new OvmsMetricFloat(MS_V_GEN_EFFICIENCY, SM_STALE_MID, Percentage);
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ms_v_gen_climit = new OvmsMetricFloat(MS_V_GEN_CLIMIT, SM_STALE_MID, Amps, true);
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ms_v_gen_time = new OvmsMetricInt(MS_V_GEN_TIME, SM_STALE_MID, Seconds, true);
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ms_v_gen_kwh = new OvmsMetricFloat(MS_V_GEN_KWH, SM_STALE_MID, kWh, true);
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ms_v_gen_kwh_grid = new OvmsMetricFloat(MS_V_GEN_KWH_GRID, SM_STALE_MID, kWh, true);
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ms_v_gen_kwh_grid_total = new OvmsMetricFloat(MS_V_GEN_KWH_GRID_TOTAL, SM_STALE_MID, kWh, true);
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ms_v_gen_mode = new OvmsMetricString(MS_V_GEN_MODE, SM_STALE_MID);
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ms_v_gen_timermode = new OvmsMetricBool(MS_V_GEN_TIMERMODE, SM_STALE_MID, Other, true);
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ms_v_gen_timerstart = new OvmsMetricInt(MS_V_GEN_TIMERSTART, SM_STALE_MID, TimeUTC, true);
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ms_v_gen_state = new OvmsMetricString(MS_V_GEN_STATE, SM_STALE_MID);
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ms_v_gen_substate = new OvmsMetricString(MS_V_GEN_SUBSTATE, SM_STALE_MID);
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ms_v_gen_type = new OvmsMetricString(MS_V_GEN_TYPE, SM_STALE_MID);
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ms_v_gen_pilot = new OvmsMetricBool(MS_V_GEN_PILOT, SM_STALE_MID);
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ms_v_gen_inprogress = new OvmsMetricBool(MS_V_GEN_INPROGRESS, SM_STALE_MID, Other, true);
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ms_v_gen_limit_range = new OvmsMetricFloat(MS_V_GEN_LIMIT_RANGE, SM_STALE_HIGH, Kilometers, true);
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ms_v_gen_limit_soc = new OvmsMetricFloat(MS_V_GEN_LIMIT_SOC, SM_STALE_HIGH, Percentage, true);
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ms_v_gen_duration_empty = new OvmsMetricInt(MS_V_GEN_DURATION_EMPTY, SM_STALE_MID, Minutes);
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ms_v_gen_duration_range = new OvmsMetricInt(MS_V_GEN_DURATION_RANGE, SM_STALE_MID, Minutes);
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ms_v_gen_duration_soc = new OvmsMetricInt(MS_V_GEN_DURATION_SOC, SM_STALE_MID, Minutes);
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ms_v_gen_temp = new OvmsMetricFloat(MS_V_GEN_TEMP, SM_STALE_MID, Celcius, true);
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//
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// Motor inverter/controller metrics
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//
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ms_v_inv_temp = new OvmsMetricFloat(MS_V_INV_TEMP, SM_STALE_MID, Celcius, true);
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ms_v_inv_power = new OvmsMetricFloat(MS_V_INV_POWER, SM_STALE_MID, kW);
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ms_v_inv_efficiency = new OvmsMetricFloat(MS_V_INV_EFFICIENCY, SM_STALE_MID, Percentage);
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//
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// Motor metrics
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//
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ms_v_mot_rpm = new OvmsMetricInt(MS_V_MOT_RPM, SM_STALE_MID);
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ms_v_mot_temp = new OvmsMetricFloat(MS_V_MOT_TEMP, SM_STALE_MID, Celcius, true);
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//
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// Doors & ports
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//
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ms_v_door_fl = new OvmsMetricBool(MS_V_DOOR_FL, SM_STALE_MID);
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ms_v_door_fr = new OvmsMetricBool(MS_V_DOOR_FR, SM_STALE_MID);
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ms_v_door_rl = new OvmsMetricBool(MS_V_DOOR_RL, SM_STALE_MID);
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ms_v_door_rr = new OvmsMetricBool(MS_V_DOOR_RR, SM_STALE_MID);
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ms_v_door_chargeport = new OvmsMetricBool(MS_V_DOOR_CHARGEPORT, SM_STALE_MID, Other, true);
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ms_v_door_hood = new OvmsMetricBool(MS_V_DOOR_HOOD, SM_STALE_MID);
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ms_v_door_trunk = new OvmsMetricBool(MS_V_DOOR_TRUNK, SM_STALE_MID);
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//
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// Environmental & general vehicle state metrics
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//
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ms_v_env_aux12v = new OvmsMetricBool(MS_V_ENV_AUX12V, SM_STALE_MID, Other, true);
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ms_v_env_charging12v = new OvmsMetricBool(MS_V_ENV_CHARGING12V, SM_STALE_MID, Other, true);
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ms_v_env_awake = new OvmsMetricBool(MS_V_ENV_AWAKE, SM_STALE_MID, Other, true);
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ms_v_env_on = new OvmsMetricBool(MS_V_ENV_ON, SM_STALE_MID, Other, true);
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ms_v_env_drivemode = new OvmsMetricInt(MS_V_ENV_DRIVEMODE, SM_STALE_MID, Other, true);
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ms_v_env_gear = new OvmsMetricInt(MS_V_ENV_GEAR, SM_STALE_MID);
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ms_v_env_throttle = new OvmsMetricFloat(MS_V_ENV_THROTTLE, SM_STALE_MID, Percentage);
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ms_v_env_footbrake = new OvmsMetricFloat(MS_V_ENV_FOOTBRAKE, SM_STALE_MID, Percentage);
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ms_v_env_handbrake = new OvmsMetricBool(MS_V_ENV_HANDBRAKE, SM_STALE_MID);
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ms_v_env_regenbrake = new OvmsMetricBool(MS_V_ENV_REGENBRAKE, SM_STALE_MID);
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ms_v_env_cooling = new OvmsMetricBool(MS_V_ENV_COOLING, SM_STALE_MID);
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ms_v_env_heating = new OvmsMetricBool(MS_V_ENV_HEATING, SM_STALE_MID);
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ms_v_env_hvac = new OvmsMetricBool(MS_V_ENV_HVAC, SM_STALE_MID);
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ms_v_env_locked = new OvmsMetricBool(MS_V_ENV_LOCKED, SM_STALE_MID, Other, true);
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ms_v_env_valet = new OvmsMetricBool(MS_V_ENV_VALET, SM_STALE_MID, Other, true);
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ms_v_env_headlights = new OvmsMetricBool(MS_V_ENV_HEADLIGHTS, SM_STALE_MID);
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ms_v_env_alarm = new OvmsMetricBool(MS_V_ENV_ALARM, SM_STALE_MID);
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ms_v_env_parktime = new OvmsMetricInt(MS_V_ENV_PARKTIME, SM_STALE_MID, Seconds, true);
|
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ms_v_env_drivetime = new OvmsMetricInt(MS_V_ENV_DRIVETIME, SM_STALE_MID, Seconds, true);
|
||
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ms_v_env_ctrl_login = new OvmsMetricBool(MS_V_ENV_CTRL_LOGIN, SM_STALE_MID);
|
||
|
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ms_v_env_ctrl_config = new OvmsMetricBool(MS_V_ENV_CTRL_CONFIG, SM_STALE_MID);
|
||
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|
||
|
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ms_v_env_temp = new OvmsMetricFloat(MS_V_ENV_TEMP, SM_STALE_MID, Celcius, true);
|
||
|
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ms_v_env_cabintemp = new OvmsMetricFloat(MS_V_ENV_CABINTEMP, SM_STALE_MID, Celcius, true);
|
||
|
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ms_v_env_cabinfan = new OvmsMetricInt(MS_V_ENV_CABINFAN, SM_STALE_MID, Percentage);
|
||
|
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ms_v_env_cabinsetpoint = new OvmsMetricFloat(MS_V_ENV_CABINSETPOINT, SM_STALE_MID, Celcius);
|
||
|
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ms_v_env_cabinintake = new OvmsMetricString(MS_V_ENV_CABININTAKE, SM_STALE_MID);
|
||
|
|
ms_v_env_cabinvent = new OvmsMetricString(MS_V_ENV_CABINVENT, SM_STALE_MID);
|
||
|
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|
||
|
|
ms_v_env_service_range = new OvmsMetricInt(MS_V_ENV_SERV_RANGE, SM_STALE_MID, Kilometers);
|
||
|
|
ms_v_env_service_time = new OvmsMetricInt(MS_V_ENV_SERV_TIME, SM_STALE_MID, Seconds);
|
||
|
|
|
||
|
|
//
|
||
|
|
// Position / movement metrics
|
||
|
|
//
|
||
|
|
ms_v_pos_gpslock = new OvmsMetricBool(MS_V_POS_GPSLOCK, SM_STALE_MIN);
|
||
|
|
ms_v_pos_gpsmode = new OvmsMetricString(MS_V_POS_GPSMODE, SM_STALE_MIN);
|
||
|
|
ms_v_pos_gpshdop = new OvmsMetricFloat(MS_V_POS_GPSHDOP, SM_STALE_MIN);
|
||
|
|
ms_v_pos_satcount= new OvmsMetricInt(MS_V_POS_SATCOUNT, SM_STALE_MIN);
|
||
|
|
ms_v_pos_latitude = new OvmsMetricFloat(MS_V_POS_LATITUDE, SM_STALE_MIN, Other, true);
|
||
|
|
ms_v_pos_longitude = new OvmsMetricFloat(MS_V_POS_LONGITUDE, SM_STALE_MIN, Other, true);
|
||
|
|
ms_v_pos_location = new OvmsMetricString(MS_V_POS_LOCATION, SM_STALE_MID);
|
||
|
|
ms_v_pos_direction = new OvmsMetricFloat(MS_V_POS_DIRECTION, SM_STALE_MIN, Degrees);
|
||
|
|
ms_v_pos_altitude = new OvmsMetricFloat(MS_V_POS_ALTITUDE, SM_STALE_MIN, Meters, true);
|
||
|
|
ms_v_pos_speed = new OvmsMetricFloat(MS_V_POS_SPEED, SM_STALE_MIN, Kph);
|
||
|
|
ms_v_pos_acceleration = new OvmsMetricFloat(MS_V_POS_ACCELERATION, SM_STALE_MIN, MetersPSS);
|
||
|
|
ms_v_pos_gpsspeed = new OvmsMetricFloat(MS_V_POS_GPSSPEED, SM_STALE_MIN, Kph);
|
||
|
|
ms_v_pos_odometer = new OvmsMetricFloat(MS_V_POS_ODOMETER, SM_STALE_MID, Kilometers, true);
|
||
|
|
ms_v_pos_trip = new OvmsMetricFloat(MS_V_POS_TRIP, SM_STALE_MID, Kilometers, true);
|
||
|
|
|
||
|
|
//
|
||
|
|
// TPMS: tyre monitoring metrics
|
||
|
|
//
|
||
|
|
ms_v_tpms_pressure = new OvmsMetricVector<float>(MS_V_TPMS_PRESSURE, SM_STALE_HIGH, kPa, true);
|
||
|
|
ms_v_tpms_temp = new OvmsMetricVector<float>(MS_V_TPMS_TEMP, SM_STALE_HIGH, Celcius, true);
|
||
|
|
ms_v_tpms_health = new OvmsMetricVector<float>(MS_V_TPMS_HEALTH, SM_STALE_HIGH, Percentage, true);
|
||
|
|
ms_v_tpms_alert = new OvmsMetricVector<short>(MS_V_TPMS_ALERT, SM_STALE_HIGH, Other, true);
|
||
|
|
}
|
||
|
|
|
||
|
|
MetricsStandard::~MetricsStandard()
|
||
|
|
{
|
||
|
|
}
|