2022-04-05 22:04:46 +00:00
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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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#ifndef __METRICS_STANDARD_H__
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#define __METRICS_STANDARD_H__
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#include "ovms_metrics.h"
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#define SM_STALE_NONE 0
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#define SM_STALE_MIN 10
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#define SM_STALE_MID 120
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#define SM_STALE_HIGH 3600
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#define SM_STALE_MAX 65535
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#define MS_M_VERSION "m.version"
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#define MS_M_HARDWARE "m.hardware"
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#define MS_M_SERIAL "m.serial"
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#define MS_M_TASKS "m.tasks"
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#define MS_M_FREERAM "m.freeram"
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#define MS_M_MONOTONIC "m.monotonic"
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#define MS_M_TIME_UTC "m.time.utc"
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#define MS_N_TYPE "m.net.type"
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#define MS_N_SQ "m.net.sq"
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#define MS_N_PROVIDER "m.net.provider"
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#define MS_N_MDM_ICCID "m.net.mdm.iccid"
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#define MS_N_MDM_MODEL "m.net.mdm.model"
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#define MS_N_MDM_NETREG "m.net.mdm.netreg"
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#define MS_N_MDM_NETWORK "m.net.mdm.network"
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#define MS_N_MDM_SQ "m.net.mdm.sq"
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#define MS_N_MDM_MODE "m.net.mdm.mode"
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#define MS_N_WIFI_NETWORK "m.net.wifi.network"
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#define MS_N_WIFI_SQ "m.net.wifi.sq"
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#ifdef CONFIG_OVMS_COMP_MAX7317
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#define MS_M_EGPIO_INPUT "m.egpio.input"
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#define MS_M_EGPIO_MONITOR "m.egpio.monitor"
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#define MS_M_EGPIO_OUTPUT "m.egpio.output"
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#endif //CONFIG_OVMS_COMP_MAX7317
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#define MS_S_V2_CONNECTED "s.v2.connected"
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#define MS_S_V2_PEERS "s.v2.peers"
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#define MS_S_V3_CONNECTED "s.v3.connected"
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#define MS_S_V3_PEERS "s.v3.peers"
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#define MS_V_TYPE "v.type"
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#define MS_V_VIN "v.vin"
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#define MS_V_BAT_SOC "v.b.soc"
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#define MS_V_BAT_SOH "v.b.soh"
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#define MS_V_BAT_CAC "v.b.cac"
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#define MS_V_BAT_HEALTH "v.b.health"
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#define MS_V_BAT_VOLTAGE "v.b.voltage"
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#define MS_V_BAT_CURRENT "v.b.current"
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#define MS_V_BAT_COULOMB_USED "v.b.coulomb.used"
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#define MS_V_BAT_COULOMB_USED_TOTAL "v.b.coulomb.used.total"
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#define MS_V_BAT_COULOMB_RECD "v.b.coulomb.recd"
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#define MS_V_BAT_COULOMB_RECD_TOTAL "v.b.coulomb.recd.total"
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#define MS_V_BAT_POWER "v.b.power"
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#define MS_V_BAT_CONSUMPTION "v.b.consumption"
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#define MS_V_BAT_ENERGY_USED "v.b.energy.used"
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#define MS_V_BAT_ENERGY_USED_TOTAL "v.b.energy.used.total"
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#define MS_V_BAT_ENERGY_RECD "v.b.energy.recd"
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#define MS_V_BAT_ENERGY_RECD_TOTAL "v.b.energy.recd.total"
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#define MS_V_BAT_RANGE_FULL "v.b.range.full"
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#define MS_V_BAT_RANGE_IDEAL "v.b.range.ideal"
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#define MS_V_BAT_RANGE_EST "v.b.range.est"
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#define MS_V_BAT_RANGE_SPEED "v.b.range.speed"
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#define MS_V_BAT_12V_VOLTAGE "v.b.12v.voltage"
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#define MS_V_BAT_12V_CURRENT "v.b.12v.current"
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#define MS_V_BAT_12V_VOLTAGE_REF "v.b.12v.voltage.ref"
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#define MS_V_BAT_12V_VOLTAGE_ALERT "v.b.12v.voltage.alert"
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#define MS_V_BAT_TEMP "v.b.temp"
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#define MS_V_BAT_PACK_LEVEL_MIN "v.b.p.level.min"
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#define MS_V_BAT_PACK_LEVEL_MAX "v.b.p.level.max"
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#define MS_V_BAT_PACK_LEVEL_AVG "v.b.p.level.avg"
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#define MS_V_BAT_PACK_LEVEL_STDDEV "v.b.p.level.stddev"
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#define MS_V_BAT_PACK_VMIN "v.b.p.voltage.min"
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#define MS_V_BAT_PACK_VMAX "v.b.p.voltage.max"
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#define MS_V_BAT_PACK_VAVG "v.b.p.voltage.avg"
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#define MS_V_BAT_PACK_VSTDDEV "v.b.p.voltage.stddev"
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#define MS_V_BAT_PACK_VSTDDEVMAX "v.b.p.voltage.stddev.max"
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#define MS_V_BAT_PACK_VGRAD "v.b.p.voltage.grad"
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#define MS_V_BAT_PACK_TMIN "v.b.p.temp.min"
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#define MS_V_BAT_PACK_TMAX "v.b.p.temp.max"
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#define MS_V_BAT_PACK_TAVG "v.b.p.temp.avg"
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#define MS_V_BAT_PACK_TSTDDEV "v.b.p.temp.stddev"
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#define MS_V_BAT_PACK_TSTDDEVMAX "v.b.p.temp.stddev.max"
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#define MS_V_BAT_CELL_VOLTAGE "v.b.c.voltage"
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#define MS_V_BAT_CELL_VMIN "v.b.c.voltage.min"
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#define MS_V_BAT_CELL_VMAX "v.b.c.voltage.max"
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#define MS_V_BAT_CELL_VDEVMAX "v.b.c.voltage.dev.max"
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#define MS_V_BAT_CELL_VALERT "v.b.c.voltage.alert"
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#define MS_V_BAT_CELL_TEMP "v.b.c.temp"
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#define MS_V_BAT_CELL_TMIN "v.b.c.temp.min"
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#define MS_V_BAT_CELL_TMAX "v.b.c.temp.max"
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#define MS_V_BAT_CELL_TDEVMAX "v.b.c.temp.dev.max"
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#define MS_V_BAT_CELL_TALERT "v.b.c.temp.alert"
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#define MS_V_CHARGE_VOLTAGE "v.c.voltage"
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#define MS_V_CHARGE_CURRENT "v.c.current"
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#define MS_V_CHARGE_POWER "v.c.power"
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#define MS_V_CHARGE_EFFICIENCY "v.c.efficiency"
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#define MS_V_CHARGE_CLIMIT "v.c.climit"
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#define MS_V_CHARGE_TIME "v.c.time"
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#define MS_V_CHARGE_KWH "v.c.kwh"
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#define MS_V_CHARGE_KWH_GRID "v.c.kwh.grid"
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#define MS_V_CHARGE_KWH_GRID_TOTAL "v.c.kwh.grid.total"
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#define MS_V_CHARGE_MODE "v.c.mode"
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#define MS_V_CHARGE_TIMERMODE "v.c.timermode"
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#define MS_V_CHARGE_TIMERSTART "v.c.timerstart"
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#define MS_V_CHARGE_STATE "v.c.state"
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#define MS_V_CHARGE_SUBSTATE "v.c.substate"
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#define MS_V_CHARGE_TYPE "v.c.type"
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#define MS_V_CHARGE_PILOT "v.c.pilot"
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#define MS_V_CHARGE_INPROGRESS "v.c.charging"
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#define MS_V_CHARGE_LIMIT_RANGE "v.c.limit.range"
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#define MS_V_CHARGE_LIMIT_SOC "v.c.limit.soc"
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#define MS_V_CHARGE_DURATION_FULL "v.c.duration.full"
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#define MS_V_CHARGE_DURATION_RANGE "v.c.duration.range"
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#define MS_V_CHARGE_DURATION_SOC "v.c.duration.soc"
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#define MS_V_CHARGE_TEMP "v.c.temp"
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#define MS_V_CHARGE_12V_CURRENT "v.c.12v.current"
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#define MS_V_CHARGE_12V_POWER "v.c.12v.power"
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#define MS_V_CHARGE_12V_TEMP "v.c.12v.temp"
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#define MS_V_CHARGE_12V_VOLTAGE "v.c.12v.voltage"
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#define MS_V_GEN_VOLTAGE "v.g.voltage"
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#define MS_V_GEN_CURRENT "v.g.current"
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#define MS_V_GEN_POWER "v.g.power"
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#define MS_V_GEN_EFFICIENCY "v.g.efficiency"
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#define MS_V_GEN_CLIMIT "v.g.climit"
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#define MS_V_GEN_TIME "v.g.time"
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#define MS_V_GEN_KWH "v.g.kwh"
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#define MS_V_GEN_KWH_GRID "v.g.kwh.grid"
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#define MS_V_GEN_KWH_GRID_TOTAL "v.g.kwh.grid.total"
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#define MS_V_GEN_MODE "v.g.mode"
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#define MS_V_GEN_TIMERMODE "v.g.timermode"
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#define MS_V_GEN_TIMERSTART "v.g.timerstart"
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#define MS_V_GEN_STATE "v.g.state"
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#define MS_V_GEN_SUBSTATE "v.g.substate"
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#define MS_V_GEN_TYPE "v.g.type"
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#define MS_V_GEN_PILOT "v.g.pilot"
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#define MS_V_GEN_INPROGRESS "v.g.generating"
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#define MS_V_GEN_LIMIT_RANGE "v.g.limit.range"
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#define MS_V_GEN_LIMIT_SOC "v.g.limit.soc"
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#define MS_V_GEN_DURATION_EMPTY "v.g.duration.empty"
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#define MS_V_GEN_DURATION_RANGE "v.g.duration.range"
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#define MS_V_GEN_DURATION_SOC "v.g.duration.soc"
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#define MS_V_GEN_TEMP "v.g.temp"
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#define MS_V_INV_TEMP "v.i.temp"
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#define MS_V_INV_POWER "v.i.power"
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#define MS_V_INV_EFFICIENCY "v.i.efficiency"
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#define MS_V_MOT_RPM "v.m.rpm"
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#define MS_V_MOT_TEMP "v.m.temp"
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#define MS_V_DOOR_FL "v.d.fl"
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#define MS_V_DOOR_FR "v.d.fr"
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#define MS_V_DOOR_RL "v.d.rl"
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#define MS_V_DOOR_RR "v.d.rr"
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#define MS_V_DOOR_CHARGEPORT "v.d.cp"
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#define MS_V_DOOR_HOOD "v.d.hood"
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#define MS_V_DOOR_TRUNK "v.d.trunk"
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#define MS_V_ENV_DRIVEMODE "v.e.drivemode"
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#define MS_V_ENV_GEAR "v.e.gear"
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#define MS_V_ENV_THROTTLE "v.e.throttle"
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#define MS_V_ENV_FOOTBRAKE "v.e.footbrake"
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#define MS_V_ENV_HANDBRAKE "v.e.handbrake"
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#define MS_V_ENV_REGENBRAKE "v.e.regenbrake"
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#define MS_V_ENV_AWAKE "v.e.awake"
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#define MS_V_ENV_CHARGING12V "v.e.charging12v"
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#define MS_V_ENV_AUX12V "v.e.aux12v"
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#define MS_V_ENV_COOLING "v.e.cooling"
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#define MS_V_ENV_HEATING "v.e.heating"
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#define MS_V_ENV_HVAC "v.e.hvac"
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#define MS_V_ENV_ON "v.e.on"
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#define MS_V_ENV_LOCKED "v.e.locked"
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#define MS_V_ENV_VALET "v.e.valet"
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#define MS_V_ENV_HEADLIGHTS "v.e.headlights"
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#define MS_V_ENV_ALARM "v.e.alarm"
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#define MS_V_ENV_PARKTIME "v.e.parktime"
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#define MS_V_ENV_DRIVETIME "v.e.drivetime"
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#define MS_V_ENV_CTRL_LOGIN "v.e.c.login"
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#define MS_V_ENV_CTRL_CONFIG "v.e.c.config"
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#define MS_V_ENV_TEMP "v.e.temp"
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#define MS_V_ENV_CABINTEMP "v.e.cabintemp"
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#define MS_V_ENV_CABINFAN "v.e.cabinfan"
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#define MS_V_ENV_CABINSETPOINT "v.e.cabinsetpoint"
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#define MS_V_ENV_CABININTAKE "v.e.cabinintake"
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#define MS_V_ENV_CABINVENT "v.e.cabinvent"
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#define MS_V_ENV_SERV_RANGE "v.e.serv.range"
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#define MS_V_ENV_SERV_TIME "v.e.serv.time"
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#define MS_V_POS_GPSLOCK "v.p.gpslock"
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#define MS_V_POS_GPSSTALE "v.p.gpsstale"
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#define MS_V_POS_GPSMODE "v.p.gpsmode"
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#define MS_V_POS_GPSHDOP "v.p.gpshdop"
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#define MS_V_POS_SATCOUNT "v.p.satcount"
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#define MS_V_POS_GPSSQ "v.p.gpssq"
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#define MS_V_POS_GPSTIME "v.p.gpstime"
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2022-04-05 22:04:46 +00:00
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#define MS_V_POS_LATITUDE "v.p.latitude"
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#define MS_V_POS_LONGITUDE "v.p.longitude"
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#define MS_V_POS_LOCATION "v.p.location"
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#define MS_V_POS_DIRECTION "v.p.direction"
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#define MS_V_POS_ALTITUDE "v.p.altitude"
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#define MS_V_POS_SPEED "v.p.speed"
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#define MS_V_POS_ACCELERATION "v.p.acceleration"
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#define MS_V_POS_GPSSPEED "v.p.gpsspeed"
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#define MS_V_POS_ODOMETER "v.p.odometer"
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#define MS_V_POS_TRIP "v.p.trip"
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#define MS_V_TPMS_FL_T "v.tp.fl.t"
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#define MS_V_TPMS_FR_T "v.tp.fr.t"
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#define MS_V_TPMS_RR_T "v.tp.rr.t"
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#define MS_V_TPMS_RL_T "v.tp.rl.t"
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#define MS_V_TPMS_FL_P "v.tp.fl.p"
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#define MS_V_TPMS_FR_P "v.tp.fr.p"
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#define MS_V_TPMS_RR_P "v.tp.rr.p"
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#define MS_V_TPMS_RL_P "v.tp.rl.p"
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#define MS_V_TPMS_PRESSURE "v.t.pressure"
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#define MS_V_TPMS_TEMP "v.t.temp"
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#define MS_V_TPMS_HEALTH "v.t.health"
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#define MS_V_TPMS_ALERT "v.t.alert"
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// Standard wheel index numbers:
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#define MS_V_TPMS_IDX_FL 0
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#define MS_V_TPMS_IDX_FR 1
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#define MS_V_TPMS_IDX_RL 2
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#define MS_V_TPMS_IDX_RR 3
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class MetricsStandard
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{
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public:
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MetricsStandard();
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virtual ~MetricsStandard();
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public:
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//
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// OVMS module metrics
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//
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OvmsMetricString* ms_m_version;
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OvmsMetricString* ms_m_hardware;
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OvmsMetricString* ms_m_serial;
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OvmsMetricInt* ms_m_tasks;
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OvmsMetricInt* ms_m_freeram;
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OvmsMetricInt* ms_m_monotonic;
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OvmsMetricInt* ms_m_timeutc;
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OvmsMetricString* ms_m_net_type; // none, wifi, modem
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OvmsMetricInt* ms_m_net_sq; // Network signal quality [dbm]
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OvmsMetricString* ms_m_net_provider; // Network provider name
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OvmsMetricString* ms_m_net_wifi_network; // Wifi network SSID
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OvmsMetricFloat* ms_m_net_wifi_sq; // Wifi network signal quality [dbm]
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OvmsMetricString* ms_m_net_mdm_netreg; // Modem network registration state
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OvmsMetricString* ms_m_net_mdm_network; // Modem network operator
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OvmsMetricFloat* ms_m_net_mdm_sq; // Modem network signal quality [dbm]
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OvmsMetricString* ms_m_net_mdm_iccid; // ICCID of SIM card in modem
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OvmsMetricString* ms_m_net_mdm_model; // Model of modem discovered
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OvmsMetricString* ms_m_net_mdm_mode; // Cellular connection mode and status
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#ifdef CONFIG_OVMS_COMP_MAX7317
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OvmsMetricBitset<10,0>* ms_m_egpio_input; // EGPIO (MAX7317) input port state (ports 0…9)
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OvmsMetricBitset<10,0>* ms_m_egpio_output; // EGPIO (MAX7317) output port state
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OvmsMetricBitset<10,0>* ms_m_egpio_monitor; // EGPIO (MAX7317) input monitoring state
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#endif //CONFIG_OVMS_COMP_MAX7317
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OvmsMetricBool* ms_s_v2_connected; // True = V2 server connected [1]
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OvmsMetricInt* ms_s_v2_peers; // V2 clients connected [1]
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OvmsMetricBool* ms_s_v3_connected; // True = V3 server connected [1]
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OvmsMetricInt* ms_s_v3_peers; // V3 clients connected [1]
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OvmsMetricString* ms_v_type; // Vehicle type code
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OvmsMetricString* ms_v_vin; // Vehicle identification number
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//
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// Battery pack & cell metrics
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//
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OvmsMetricFloat* ms_v_bat_soc; // State of charge [%]
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OvmsMetricFloat* ms_v_bat_soh; // State of health [%]
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OvmsMetricFloat* ms_v_bat_cac; // Calculated capacity [Ah]
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OvmsMetricString* ms_v_bat_health; // General textual description of battery health
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OvmsMetricFloat* ms_v_bat_voltage; // Main battery momentary voltage [V]
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OvmsMetricFloat* ms_v_bat_current; // Main battery momentary current [A] (output=positive)
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OvmsMetricFloat* ms_v_bat_coulomb_used; // Main battery coulomb used on trip [Ah]
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OvmsMetricFloat* ms_v_bat_coulomb_used_total; // Main battery coulomb used total (life time) [Ah]
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OvmsMetricFloat* ms_v_bat_coulomb_recd; // Main battery coulomb recovered on trip [Ah]
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OvmsMetricFloat* ms_v_bat_coulomb_recd_total; // Main battery coulomb recovered total (life time) [Ah]
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OvmsMetricFloat* ms_v_bat_power; // Main battery momentary power [kW] (output=positive)
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OvmsMetricFloat* ms_v_bat_consumption; // Main battery momentary consumption [Wh/km]
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OvmsMetricFloat* ms_v_bat_energy_used; // Main battery energy used on trip [kWh]
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OvmsMetricFloat* ms_v_bat_energy_used_total; // Main battery energy used total (life time) [kWh]
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OvmsMetricFloat* ms_v_bat_energy_recd; // Main battery energy recovered on trip [kWh]
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OvmsMetricFloat* ms_v_bat_energy_recd_total; // Main battery energy recovered total (life time) [kWh]
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OvmsMetricFloat* ms_v_bat_range_full; // Ideal range at 100% SOC & current conditions [km]
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OvmsMetricFloat* ms_v_bat_range_ideal; // Ideal range [km]
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OvmsMetricFloat* ms_v_bat_range_est; // Estimated range [km]
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OvmsMetricFloat* ms_v_bat_range_speed; // Momentary ideal range gain/loss speed [kph] (gain=positive)
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OvmsMetricFloat* ms_v_bat_temp; // Battery temperature [°C]
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OvmsMetricFloat* ms_v_bat_12v_voltage; // Auxiliary 12V battery momentary voltage [V]
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OvmsMetricFloat* ms_v_bat_12v_current; // Auxiliary 12V battery momentary current [A]
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OvmsMetricFloat* ms_v_bat_12v_voltage_ref; // Auxiliary 12V battery reference voltage [V]
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OvmsMetricBool* ms_v_bat_12v_voltage_alert; // True = auxiliary battery under voltage alert
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OvmsMetricFloat* ms_v_bat_pack_level_min; // Cell level - weakest cell in pack [%]
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OvmsMetricFloat* ms_v_bat_pack_level_max; // Cell level - strongest cell in pack [%]
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OvmsMetricFloat* ms_v_bat_pack_level_avg; // Cell level - pack average [%]
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OvmsMetricFloat* ms_v_bat_pack_level_stddev; // Cell level - pack standard deviation [%]
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// Note: "level" = voltage levels normalized to percent
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OvmsMetricFloat* ms_v_bat_pack_vmin; // Cell voltage - weakest cell in pack [V]
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OvmsMetricFloat* ms_v_bat_pack_vmax; // Cell voltage - strongest cell in pack [V]
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OvmsMetricFloat* ms_v_bat_pack_vavg; // Cell voltage - pack average [V]
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OvmsMetricFloat* ms_v_bat_pack_vstddev; // Cell voltage - current standard deviation [V]
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OvmsMetricFloat* ms_v_bat_pack_vstddev_max; // Cell voltage - maximum standard deviation observed [V]
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OvmsMetricFloat* ms_v_bat_pack_vgrad; // Cell voltage - gradient of current series [V]
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OvmsMetricFloat* ms_v_bat_pack_tmin; // Cell temperature - coldest cell in pack [°C]
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OvmsMetricFloat* ms_v_bat_pack_tmax; // Cell temperature - warmest cell in pack [°C]
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OvmsMetricFloat* ms_v_bat_pack_tavg; // Cell temperature - pack average [°C]
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OvmsMetricFloat* ms_v_bat_pack_tstddev; // Cell temperature - current standard deviation [°C]
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OvmsMetricFloat* ms_v_bat_pack_tstddev_max; // Cell temperature - maximum standard deviation observed [°C]
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OvmsMetricVector<float>* ms_v_bat_cell_voltage; // Cell voltages [V]
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OvmsMetricVector<float>* ms_v_bat_cell_vmin; // Cell minimum voltages [V]
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OvmsMetricVector<float>* ms_v_bat_cell_vmax; // Cell maximum voltages [V]
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OvmsMetricVector<float>* ms_v_bat_cell_vdevmax; // Cell maximum voltage deviation observed [V]
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OvmsMetricVector<short>* ms_v_bat_cell_valert; // Cell voltage deviation alert level [0=normal, 1=warning, 2=alert]
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OvmsMetricVector<float>* ms_v_bat_cell_temp; // Cell temperatures [°C]
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OvmsMetricVector<float>* ms_v_bat_cell_tmin; // Cell minimum temperatures [°C]
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OvmsMetricVector<float>* ms_v_bat_cell_tmax; // Cell maximum temperatures [°C]
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OvmsMetricVector<float>* ms_v_bat_cell_tdevmax; // Cell maximum temperature deviation observed [°C]
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OvmsMetricVector<short>* ms_v_bat_cell_talert; // Cell temperature deviation alert level [0=normal, 1=warning, 2=alert]
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//
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// Charger / charging metrics
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//
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OvmsMetricFloat* ms_v_charge_voltage; // Momentary charger supply voltage [V]
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OvmsMetricFloat* ms_v_charge_power; // Momentary charger input power [kW]
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OvmsMetricFloat* ms_v_charge_efficiency; // Momentary charger efficiency [%]
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OvmsMetricFloat* ms_v_charge_current; // Momentary charger output current [A]
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OvmsMetricFloat* ms_v_charge_climit; // Maximum charger output current [A]
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OvmsMetricInt* ms_v_charge_time; // Duration of running charge [sec]
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OvmsMetricFloat* ms_v_charge_kwh; // Energy sum for running charge [kWh]
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OvmsMetricFloat* ms_v_charge_kwh_grid; // Energy drawn from grid during running session [kWh]
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OvmsMetricFloat* ms_v_charge_kwh_grid_total; // Energy drawn from grid total (life time) [kWh]
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OvmsMetricString* ms_v_charge_mode; // standard, range, performance, storage
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OvmsMetricBool* ms_v_charge_timermode; // True if timer enabled
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OvmsMetricInt* ms_v_charge_timerstart; // Time timer is due to start
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OvmsMetricString* ms_v_charge_state; // charging, topoff, done, prepare, timerwait, heating, stopped
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OvmsMetricString* ms_v_charge_substate; // scheduledstop, scheduledstart, onrequest, timerwait, powerwait, stopped, interrupted
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OvmsMetricString* ms_v_charge_type; // undefined, type1, type2, chademo, roadster, teslaus, supercharger, ccs
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OvmsMetricBool* ms_v_charge_pilot; // Pilot signal present
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OvmsMetricBool* ms_v_charge_inprogress; // True = currently charging
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OvmsMetricFloat* ms_v_charge_limit_range; // Sufficient range limit for current charge [km]
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OvmsMetricFloat* ms_v_charge_limit_soc; // Sufficient SOC limit for current charge [%]
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OvmsMetricInt* ms_v_charge_duration_full; // Estimated time remaing for full charge [min]
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OvmsMetricInt* ms_v_charge_duration_range; // … for sufficient range [min]
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OvmsMetricInt* ms_v_charge_duration_soc; // … for sufficient SOC [min]
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OvmsMetricFloat* ms_v_charge_temp; // Charger temperature [°C]
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OvmsMetricFloat* ms_v_charge_12v_current; // Output current of DC/DC-converter [A]
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OvmsMetricFloat* ms_v_charge_12v_power; // Output power of DC/DC-converter [W]
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OvmsMetricFloat* ms_v_charge_12v_temp; // Temperature of DC/DC-converter [°C]
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OvmsMetricFloat* ms_v_charge_12v_voltage; // Output voltage of DC/DC-converter [V]
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//
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// Power generator role metrics (V2G / V2H / V2X)
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//
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OvmsMetricFloat* ms_v_gen_voltage; // Momentary generator output voltage [V]
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OvmsMetricFloat* ms_v_gen_power; // Momentary generator output power [kW]
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OvmsMetricFloat* ms_v_gen_efficiency; // Momentary generator efficiency [%]
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OvmsMetricFloat* ms_v_gen_current; // Momentary generator input current (←battery) [A]
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OvmsMetricFloat* ms_v_gen_climit; // Maximum generator input current [A]
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OvmsMetricInt* ms_v_gen_time; // Duration of generator running [sec]
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OvmsMetricFloat* ms_v_gen_kwh; // Energy sum generated in the running session [kWh]
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OvmsMetricFloat* ms_v_gen_kwh_grid; // Energy sent to grid during running session [kWh]
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OvmsMetricFloat* ms_v_gen_kwh_grid_total; // Energy sent to grid total (life time) [kWh]
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OvmsMetricString* ms_v_gen_mode; // TBD
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OvmsMetricBool* ms_v_gen_timermode; // True if generator timer enabled
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OvmsMetricInt* ms_v_gen_timerstart; // Time generator is due to start
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OvmsMetricString* ms_v_gen_state; // TBD
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OvmsMetricString* ms_v_gen_substate; // TBD
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OvmsMetricString* ms_v_gen_type; // Connection type (chademo, ccs, …)
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OvmsMetricBool* ms_v_gen_pilot; // Pilot signal present
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OvmsMetricBool* ms_v_gen_inprogress; // True = currently delivering power
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OvmsMetricFloat* ms_v_gen_limit_range; // Minimum range limit for generator mode [km]
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OvmsMetricFloat* ms_v_gen_limit_soc; // Minimum SOC limit for generator mode [%]
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OvmsMetricInt* ms_v_gen_duration_empty; // Estimated time remaining for full discharge [min]
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OvmsMetricInt* ms_v_gen_duration_range; // … for range limit [min]
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OvmsMetricInt* ms_v_gen_duration_soc; // … for SOC limit [min]
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OvmsMetricFloat* ms_v_gen_temp; // Generator temperature [°C]
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//
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// Motor inverter/controller metrics
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//
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OvmsMetricFloat* ms_v_inv_temp; // Inverter temperature [°C]
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OvmsMetricFloat* ms_v_inv_power; // Momentary inverter motor power [kW] (output=positive)
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OvmsMetricFloat* ms_v_inv_efficiency; // Momentary inverter efficiency [%]
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//
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// Motor metrics
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//
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OvmsMetricInt* ms_v_mot_rpm; // Motor speed (RPM)
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OvmsMetricFloat* ms_v_mot_temp; // Motor temperature [°C]
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//
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// Doors & ports
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//
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OvmsMetricBool* ms_v_door_fl;
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OvmsMetricBool* ms_v_door_fr;
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OvmsMetricBool* ms_v_door_rl;
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OvmsMetricBool* ms_v_door_rr;
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OvmsMetricBool* ms_v_door_chargeport;
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OvmsMetricBool* ms_v_door_hood;
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OvmsMetricBool* ms_v_door_trunk;
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//
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// Environmental & general vehicle state metrics
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//
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OvmsMetricBool* ms_v_env_aux12v; // 12V auxiliary system is on (base system awake)
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OvmsMetricBool* ms_v_env_charging12v; // 12V battery is charging
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OvmsMetricBool* ms_v_env_awake; // Vehicle is fully awake (switched on by the user)
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OvmsMetricBool* ms_v_env_on; // Vehicle is in "ignition" state (drivable)
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OvmsMetricInt* ms_v_env_drivemode; // Active drive profile number [1]
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OvmsMetricInt* ms_v_env_gear; // Gear/direction; negative=reverse, 0=neutral [1]
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OvmsMetricFloat* ms_v_env_throttle; // Drive pedal state [%]
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OvmsMetricFloat* ms_v_env_footbrake; // Brake pedal state [%]
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OvmsMetricBool* ms_v_env_handbrake; // Handbrake state
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OvmsMetricBool* ms_v_env_regenbrake; // Regenerative braking state
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OvmsMetricBool* ms_v_env_cooling;
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OvmsMetricBool* ms_v_env_heating;
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OvmsMetricBool* ms_v_env_hvac; // Climate control system state
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OvmsMetricBool* ms_v_env_locked; // Vehicle locked
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OvmsMetricBool* ms_v_env_valet; // Vehicle in valet mode
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OvmsMetricBool* ms_v_env_headlights;
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OvmsMetricBool* ms_v_env_alarm;
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OvmsMetricInt* ms_v_env_parktime;
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OvmsMetricInt* ms_v_env_drivetime;
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OvmsMetricBool* ms_v_env_ctrl_login; // Module logged in at ECU/controller
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OvmsMetricBool* ms_v_env_ctrl_config; // ECU/controller in configuration state
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OvmsMetricFloat* ms_v_env_temp; // Ambient temperature [°C]
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OvmsMetricFloat* ms_v_env_cabintemp; // Cabin temperature [°C]
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OvmsMetricInt* ms_v_env_cabinfan; // Cabin FAN [%]
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OvmsMetricFloat* ms_v_env_cabinsetpoint; // Cabin setpoint temperature [°C]
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OvmsMetricString* ms_v_env_cabinintake; // Cabin intake type (fresh, recirc, etc)
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OvmsMetricString* ms_v_env_cabinvent; // Cabin vent type (comma-separated list of feet, face, screen, etc)
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OvmsMetricInt* ms_v_env_service_range; // Distance to next scheduled maintenance/service [km]
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OvmsMetricInt* ms_v_env_service_time; // Time to next scheduled maintenance/service [Seconds]
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//
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// Position / location metrics
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//
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OvmsMetricBool* ms_v_pos_gpslock;
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OvmsMetricString* ms_v_pos_gpsmode; // <GPS><GLONASS>; N/A/D/E (None/Autonomous/Differential/Estimated)
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OvmsMetricFloat* ms_v_pos_gpshdop; // Horizontal dilution of precision (smaller=better)
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OvmsMetricInt* ms_v_pos_satcount;
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2022-05-02 22:18:10 +00:00
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OvmsMetricInt* ms_v_pos_gpssq; // GPS signal quality [%] (<30 unusable, >50 good, >80 excellent)
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OvmsMetricInt* ms_v_pos_gpstime; // Time (UTC) of GPS coordinates [Seconds]
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2022-04-05 22:04:46 +00:00
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OvmsMetricFloat* ms_v_pos_latitude;
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OvmsMetricFloat* ms_v_pos_longitude;
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OvmsMetricString* ms_v_pos_location; // Name of current location if defined
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OvmsMetricFloat* ms_v_pos_direction;
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OvmsMetricFloat* ms_v_pos_altitude;
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OvmsMetricFloat* ms_v_pos_speed; // Vehicle speed [kph]
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OvmsMetricFloat* ms_v_pos_acceleration; // Vehicle acceleration [m/s²]
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OvmsMetricFloat* ms_v_pos_gpsspeed; // GPS speed over ground [kph]
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OvmsMetricFloat* ms_v_pos_odometer;
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OvmsMetricFloat* ms_v_pos_trip;
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//
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// TPMS: tyre monitoring metrics
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//
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// Notes:
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// "Tyre" = whatever device your vehicle uses for movement & steering force transmission.
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// Standard layout: four wheels FL,FR,RL,RR (see MS_V_TPMS_IDX_* constants)
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// Override OvmsVehicle::GetTpmsLayout() for custom layouts
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OvmsMetricVector<float>* ms_v_tpms_pressure; // Tyre pressures [kPa]
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OvmsMetricVector<float>* ms_v_tpms_temp; // Tyre temperatures [°C]
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OvmsMetricVector<float>* ms_v_tpms_health; // Tyre health states [%]
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OvmsMetricVector<short>* ms_v_tpms_alert; // Tyre warning/alert levels [0=normal, 1=warning, 2=alert]
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};
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extern MetricsStandard StandardMetrics;
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#define StdMetrics StandardMetrics
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#endif //#ifndef __METRICS_STANDARD_H__
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