ver:"3.0"
def,accumulate,baseUri,children,childrenFlatten,computedFromReciprocal,containedBy,depends,dis,doc,docAssociations,docTaxonomy,enum,fileExt,inputs,is,lib,mandatory,maxVal,mime,minVal,noSideEffects,notInherited,of,openEnum,prefUnit,quantityOf,reciprocalOf,tagOn,transient,transitive,version,wikipedia
^absorption,,,,,,,,,"Cooling process using energy from heat source such as hot water",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Absorption_refrigerator`
^ac,,,,,,,,,"Relating to alternating current electricity",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^ac-elec,,,,,,,,,"Alternating current electricity",,,,,,[^elec],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Alternating_current`
^ac-elec-meter,,,[{avg ac elec current angle sensor point},{avg ac elec current imbalance sensor point},{avg ac elec current magnitude sensor point},{avg ac elec current thd sensor point},{avg ac elec pf sensor point},{avg ac elec volt angle sensor point},{avg ac elec volt imbalance sensor point},{avg ac elec volt magnitude sensor point},{avg ac elec volt thd sensor point},{equip},{phase:"A" ac elec current angle sensor point},{phase:"A" ac elec current imbalance sensor point},{phase:"A" ac elec current magnitude sensor point},{phase:"A" ac elec current thd sensor point},{phase:"A" ac elec pf sensor point},{phase:"A" ac elec volt angle sensor point},{phase:"A" ac elec volt imbalance sensor point},{phase:"A" ac elec volt magnitude sensor point},{phase:"A" ac elec volt thd sensor point},{phase:"A" active ac elec power sensor point},{phase:"A" apparent ac elec power sensor point},{phase:"A" net ac elec active energy sensor point},{phase:"A" reactive ac elec power sensor point},{point},{total ac elec demand sensor point},{total active ac elec power sensor point},{total apparent ac elec power sensor point},{total export ac elec active energy sensor point},{total import ac elec active energy sensor point},{total net ac elec active energy sensor point},{total reactive ac elec power sensor point}],,,,,,"AC Electricity meter.\nSee `docHaystack::Meters` chapter.",,,,,,[^elec-meter],^lib:phIoT,,,,,,,,,,,,,,,,
^ac-evse-port,,,[{dc elec stateOfCharge sensor point},{equip},{evse cable equip},{evse evseStatus sensor point},{import ac elec active energy hisTotalized sensor point},{import ac elec active power max sp point},{import ac elec active power sensor point},{import ac elec magnitude current max sp point},{import ac elec magnitude current sensor point},{import ac elec magnitude volt sensor point},{import ac elec pfScope pf sensor point},{point}],,,,,,"An AC EVSE port delivers `ac` electricity to a single EV charging inlet\nat a time.  See `docHaystack::EVSE#port` chapter.\n\nTypically a max current or max power setpoint should reference an AC\nEVSE port, but not both.  Usually it is preferred to control an AC EVSE\nport using a max current setpoint.\n\nIt is recommended to include electrical location related tags on\nelectrical points that reference an AC EVSE port.  See\n`docHaystack::Meters#elecMeters` chapter for more details.",,,,,,[^evse-port],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Charging_station`
^ac-freq,,,,,,,,,"Frequency of alternating current",,,,,,[^freq],^lib:phIoT,,,,,,,,,["Hz"],[^ac-elec],,,,,,
^accumulate,,,,,,,,,"Accumulate the tag's value during [inheritance]`docHaystack::Normalization#inherit`\nand [defx]`docHaystack::Normalization#defx`.  Tags marked as accumulate\nare aggregated together during normalization and deduplicated.  This\nmarker must only be used on tags which expect a list value.",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^active,,,,,,,,,"Working, operative, effective",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^active-energy,,,,,,,,,"Integral of `active-power` over time",,,,,,[^elec-energy],^lib:phIoT,,,,,,,,,["kWh"],[^ac-elec],,,,,,
^active-power,,,,,,,,,"Active power or real power; energy transfer that contributes useful work",,,,,,[^elec-power],^lib:phIoT,,,,,,,,,["kW"],[^ac-elec],,,,,,
^actuator,,,[{equip},{point}],,,,,,"Equipment to move or control a mechanism.  Actuators may be manually\noperated or automated via a control system to convert an energy source\ninto mechanical energy.  Typically the energy source is electricity,\nhydraulics, or pneumatics.",,,,,,[^equip,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Actuator`
^ahu,,,[{bypass damper cmd point},{cool cmd point},{dessicantDehumidifier cmd point},{discharge duct equip},{economizer duct equip},{economizing cmd point},{equip},{exhaust duct equip},{faceBypass cmd point},{filter sensor point},{freezeStat sensor point},{heat cmd point},{heatWheel cmd point},{humidifier equip},{hvacMode sp point},{mixed duct equip},{outside duct equip},{point},{return duct equip},{thermostat equip},{ventilation duct equip}],,,,,,"Air Handling Unit: An enclosure with a fan that delivers air to a space\nvia ductwork and performs one or more of the functions of cleaning,\nheating, cooling, humidifying, dehumidifying, ventilating or circulating\nthe air.  See `docHaystack::AHUs` chapter.",,,,,,[^airHandlingEquip],^lib:phIoT,M,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Air_handler`
^ahuZoneDelivery,,,,,,,,,"AHU delivery method of conditioned air to the zone",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^airHandlingEquip],,,,
^air,,,,,,,,,"The mixture of gases which surrounds the earth",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Atmosphere_of_Earth`
^air-conditioning-system,,,[{equip},{point}],,,,,,"System for air treatment to control its temperature, humidity, cleanliness,\nand distribution to meet the requirements of a conditioned space.",,,,,,[^air-system],^lib:phIoT,,,,,,,,,,,,,,,,
^air-exhaust-system,,,[{equip},{point}],,,,,,"System consisting of one or more fans that remove air from the building.\nExhaust systems allow outdoor air to enter by ventilation inlets or normal\nleakage paths sthrough the building envelope.",,,,,,[^air-system],^lib:phIoT,,,,,,,,,,,,,,,,
^air-input,,,,,,,,,"Entity inputs air which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^air-output,,,,,,,,,"Entity outputs air to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^air-system,,,[{equip},{point}],,,,,,"System for moving air to maintain indoor thermal comfort and/or air quality.",,,,,,[^system],^lib:phIoT,,,,,,,,,,,,,,,,
^air-temp,,,,,,,,,"Dry bulb temperature",,,,,,[^temp],^lib:phScience,,,,,,,,,["°C","°F"],[^air],,,,,,`https://en.wikipedia.org/wiki/Temperature`
^air-velocity,,,,,,,,,"Rate of air movement as distance over time",,,,,,[^quantity],^lib:phScience,,,,,,,,,["m/sec","ft/min"],[^air],,,,,,
^air-ventilation-system,,,[{equip},{point}],,,,,,"System that supplies or removes air by natural or mechanical means to or\nfrom any space in order to provide outdoor air to the space. Such air may or\nmay not have been conditioned.",,,,,,[^air-system],^lib:phIoT,,,,,,,,,,,,,,,,
^airCooling,,,,,,,,,"Cooling by dissipating heat into the surrounding air",,,,,,[^coolingProcess,^air-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Air_cooling`
^airHandlingEquip,,,[{bypass damper cmd point},{cool cmd point},{dessicantDehumidifier cmd point},{discharge duct equip},{economizer duct equip},{economizing cmd point},{equip},{exhaust duct equip},{faceBypass cmd point},{filter sensor point},{freezeStat sensor point},{heat cmd point},{heatWheel cmd point},{humidifier equip},{hvacMode sp point},{mixed duct equip},{outside duct equip},{point},{return duct equip},{thermostat equip},{ventilation duct equip}],,,,,,"HVAC equipment that conditions and delivers air via one or more fans.\nConditioning of air includes heating, cooling, humidification,\ndehumidification, and ventilation. See `docHaystack::AHUs` chapter.",,,,,,[^equip,^air-output,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Air_handler`
^airQuality,,,,,,,,,"Concentration of contaminants in the air",,,,,,[^concentration],^lib:phScience,,,,,,,,,,[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^airQualityZonePoints,,,[{zone air ch2o concentration sensor point},{zone air co concentration sensor point},{zone air co2 concentration sensor point},{zone air co2 concentration sp point},{zone air nh3 concentration sensor point},{zone air no2 concentration sensor point},{zone air o3 concentration sensor point},{zone air pm01 concentration sensor point},{zone air pm10 concentration sensor point},{zone air pm25 concentration sensor point},{zone air tvoc concentration sensor point}],,,,,,"Entity with logical grouping of zone air quality points.\nSee `docHaystack::Zones#airQuality` chapter.",,,,,,[^pointGroup],^lib:phIoT,,,,,,,,,,,,,,,,
^airRef,,,,,,,,,"Air flows from the referent to this entity",,,,,^air,[^ref],^lib:phIoT,,,,,,,^air-output,,,,,[^air-input],,,,
^airTerminalUnit,,,[{discharge duct equip},{equip},{inlet duct equip},{point},{thermostat equip}],,,,,,"Equipment in air distribution systems which terminate at the space.\nTerminal units receive air from `airHandlingEquip` which have the\nprimarily responsibility to condition air.  Terminal units are primarily\nresponsible for delivery of air to the space and tempering the temperature.",,,,,,[^equip,^air-input,^air-output,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,
^airVolumeAdjustability,,,,,,,,,"Ability of air handling equip to adjust volume of air flow",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^airHandlingEquip],,,,
^alarm,,,,,,,,,"Notification of a condition which requires attention",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^angle,,,,,,,,,"Measurement of the relative difference in direction between two vectors or phasors",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^apparent,,,,,,,,,"Perceived quantity",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^apparent-energy,,,,,,,,,"Integral of `apparent-power` over time",,,,,,[^quantity],^lib:phIoT,,,,,,,,,,[^ac-elec],,,,,,
^apparent-power,,,,,,,,,"Apparent power is perceived magnitude of power due to the combination of active and reactive power",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["kVA"],[^ac-elec],,,,,,
^area,,,,,,,,,"Area of a shape or floor space",,,,,,[^number],^lib:phIoT,,,,,,,,,["ft²","m²"],,,[^site,^space],,,,
^association,,,,,,,,,"Associations model ontological relationships between definitions.\nSee [Associations]`docHaystack::Associations` chapter.",,M,,,,[^list],^lib:ph,,,,,,,^symbol,,,,,,,,,
^ates,,,[{cool water flow thermal meter equip},{cool well equip},{equip},{extraction well equip},{flowInverter equip},{ground water flow sensor point},{ground water pressure sensor point},{ground water volume sensor point},{heatExchanger equip},{infiltration well equip},{point},{purge water flow sensor point},{purge water volume sensor point},{warm water flow thermal meter equip},{warm well equip}],,,,,,"Aquifer Thermal Energy Storage system.\nSee `docHaystack::ATES` chapter.",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Aquifer_thermal_energy_storage`
^atesClosedLoop,,,,,,,,,"The ATES uses closed piping to transport a water/glycol mixture\nthrough the ground. The system works like a heat exchanger; there\nis no ground water transported.",,,,,,[^atesDesign],^lib:phIoT,,,,,,,,,,,,,,,,
^atesDesign,,,,,,,,,"Design type of the ATES underground system.",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^ates],,,,
^atesDoublet,,,,,,,,,"The ATES has one or more pairs of a separate warm and cool well.",,,,,,[^atesDesign],^lib:phIoT,,,,,,,,,,,,,,,,
^atesDoubletPaired,,,,,,,,,"The ATES is as a doublet, but with specific warm and cool wells linked together.\nThese linked wells do not exchange water with other wells.",,,,,,[^atesDesign],^lib:phIoT,,,,,,,,,,,,,,,,
^atesMono,,,,,,,,,"The ATES has only one physical well.  This well is deep enough\nto penetrate two layers of groundwater.",,,,,,[^atesDesign],^lib:phIoT,,,,,,,,,,,,,,,,
^atesUnidirectional,,,,,,,,,"Similar to a doublet, but water always flows in the same direction from\nthe extraction to the infiltration well.",,,,,,[^atesDesign],^lib:phIoT,,,,,,,,,,,,,,,,
^atmospheric,,,,,,,,,"Related to the atmosphere of the earth",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^atmospheric-pressure,,,,,,,,,"Barometric pressure exerted by the weight of the atmosphere",,,,,,[^pressure],^lib:phScience,,,,,,,,,["millibar","inHg"],[^weather],,,,,,`https://en.wikipedia.org/wiki/Pressure`
^avg,,,,,,,,,"Average; central or typical value; median",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^bacnet,,,,,,,,,"ASHRAE building automation and control protocol",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/BACnet`
^barometric,,,,,,,,,"Relating atmospheric pressure",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^baseUri,,,,,,,,,"Base URI for normalizing relative URIs",,,,,,[^uri],^lib:ph,,,,,,,,,,,,[^lib],,,,
^battery,,,[{equip},{point}],,,,,,"Equipment used to store electric energy",,,,,,[^equip,^elec-output],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Electric_battery`
^biomass,,,,,,,,,"Plant or animal material used as fuel to produce electricity or heat",,,,,,[^substance],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Biomass`
^biomassHeating,,,,,,,,,"Heating by the combustion of biomass",,,,,,[^heatingProcess],^lib:phIoT,,,,,,,,,,,,,,,,
^blowdown,,,,,,,,,"Removal from container or pipe",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^blowdown-water,,,,,,,,,"Water expelled from a system to remove mineral build up",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^blowdown-water-input,,,,,,,,,"Entity inputs blowdown water which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^blowdown-water-output,,,,,,,,,"Entity outputs blowdown water to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^blowdownWaterRef,,,,,,,,,"Blowdown water flows from the referent to this entity",,,,,^blowdown-water,[^ref],^lib:phIoT,,,,,,,^blowdown-water-output,,,,,[^blowdown-water-input],,,,
^bluetooth,,,,,,,,,"Short range wireless communication protocol",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Bluetooth`
^boiler,,,[{alarm sensor point},{equip},{point}],,,,,,"Equipment to generate hot water or steam for heating",,,,,,[^equip,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Boiler`
^bool,,,,,,,,,"Boolean value 'true' or 'false'.\nSee [Kinds chapter]`docHaystack::Kinds#bool`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^branchSelector,,,[{equip},{point}],,,,,,"Branch selector used for heat recovery in a VRF system.  These are\ncontrol devices directing the liquid refrigerant or gas refrigerant\nto zones requiring cooling or heating. See `docHaystack::VRF#branchSelector`\nchapter.",,,,,,[^vrf-equip,^refrig-input],^lib:phIoT,,,,,,,,,,,,,,,,
^bypass,,,,,,,,,"Pipe used to bypass an equipment",,,,,,[^pipeSection],^lib:phIoT,,,,,,,,,,,,,,,,
^cable,,,[{equip},{point}],,,,,,"An assembly of one or more insulated conductors.",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^cav,,,[{discharge duct equip},{equip},{inlet duct equip},{point},{thermostat equip}],,,,,,"Constant air volume terminal unit.  CAV systems use a constant\nair flow rate with a variable air temperature.",,,,,,[^airTerminalUnit],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Constant_air_volume`
^centrifugal,,,,,,,,,"Compression via a continuous flow of fluid through an impeller",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Centrifugal_compressor`
^ch2o,,,,,,,,,"Formaldehyde (CH₂O)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Formaldehyde`
^ch2o-concentration,,,,,,,,,"Concentration of formaldehyde (CH₂O) in the air.",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["µg/m³","ppb"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^ch4,,,,,,,,,"Methane (CH₄)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Methane`
^ch4-emission,,,,,,,,,"Greenhouse gas emission of methane (CH₄) into the air.",,,,,,[^emission],^lib:phScience,,,,,,,,,["kg","ton","lb"],[^air],,,,,,
^children,M,,,,,,,,"List of prototypes contained by this entity.\nSee [Protos chapter]`docHaystack::Protos` for more details.",,,,,,[^list],^lib:ph,,,,,,,^dict,,,,,,,,,
^childrenFlatten,,,,,,,,,"List of aspects to flatten into children prototypes.\nSee [Protos chapter]`docHaystack::Protos` for more details.",,,,,,[^list],^lib:ph,,,,,,,^symbol,,,,,,,,,
^chilled,,,,,,,,,"Substance is cooled using cooling process",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^chilled-water,,,,,,,,,"Water cooled for use in HVAC and industrial processes",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Chilled_water`
^chilled-water-input,,,,,,,,,"Entity inputs chilled water which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^chilled-water-output,,,,,,,,,"Entity outputs chilled water to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^chilled-water-plant,,,[{chilled water bypass pipe equip},{chilled water delta flow point},{chilled water delta pressure point},{chilled water delta temp point},{chilled water entering pipe equip},{chilled water header pipe equip},{chilled water heatExchanger equip},{chilled water leaving pipe equip},{chilled water mixing valve cmd point},{chiller equip},{condenser water bypass pipe equip},{condenser water delta flow sensor point},{condenser water delta pressure sensor point},{condenser water delta temp sensor point},{coolingTower equip},{enable cmd point},{equip},{point}],,,,,,"Plant used to generate chilled water for cooling.\nSee `docHaystack::Plants`.",,,,,,[^plant,^chilled-water-output],^lib:phIoT,,,,,,,,,,,,,,,,
^chilled-water-system,,,[{equip},{point}],,,,,,"System that circulates water in its liquid state below ambient temperature\nfor cooling a space or process.",,,,,,[^water-system],^lib:phIoT,,,,,,,,,,,,,,,,
^chilledBeam,,,[{equip},{point}],,,,,,"Conditions a space using a heat exchanger integrated into the ceiling",,,,,,[^radiantEquip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Chilled_beam`
^chilledBeamZone,,,,,,,,,"AHU supplies air to chilled beam terminal units",,,,,,[^ahuZoneDelivery],^lib:phIoT,,,,,,,,,,,,,,,,
^chilledWaterCooling,,,,,,,,,"Cooling using transfer of heat to chilled water",,,,,,[^coolingProcess,^chilled-water-input],^lib:phIoT,,,,,,,,,,,,,,,,
^chilledWaterRef,,,,,,,,,"Chilled water flows from the referent to this entity",,,,,^chilled-water,[^ref],^lib:phIoT,,,,,,,^chilled-water-output,,,,,[^chilled-water-input],,,,
^chiller,,,[{alarm sensor point},{chilled water delta flow sensor point},{chilled water delta temp sensor point},{chilled water entering pipe equip},{chilled water leaving pipe equip},{chilled water valve isolation cmd point},{condenser refrig pressure sensor point},{condenser refrig temp sensor point},{condenser run cmd point},{condenser run sensor point},{condenser water entering pipe equip},{condenser water leaving pipe equip},{condenser water valve isolation cmd point},{efficiency sensor point},{enable cmd point},{enable sensor point},{equip},{evaporator refrig pressure sensor point},{evaporator refrig temp sensor point},{load cmd point},{load sensor point},{point},{run cmd point},{run sensor point}],,,,,,"Equipment to remove heat from a liquid.  Chillers typically use a vapor\ncompression or an absorption refrigeration cycle.",,,,,,[^equip,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Chiller`
^chiller-absorption,,,,,,,,,"Cooling process using energy from heat source such as hot water",,,,,,[^absorption,^chillerMechanism],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Absorption_refrigerator`
^chiller-centrifugal,,,,,,,,,"Compression via a continuous flow of fluid through an impeller",,,,,,[^centrifugal,^chillerMechanism],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Centrifugal_compressor`
^chiller-reciprocal,,,,,,,,,"Piston compressor driven by a crankshaft",,,,,,[^reciprocal,^chillerMechanism],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Reciprocating_compressor`
^chiller-rotaryScrew,,,,,,,,,"Rotary screw compression",,,,,,[^rotaryScrew,^chillerMechanism],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Rotary-screw_compressor`
^chillerMechanism,,,,,,,,,"Primary mechanism of chiller",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^chiller],,,,
^choice,,,,,,,,,"Choice specifies an exclusive marker selection.\nSee [Choices]`docHaystack::Choices` chapter.",,M,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^circ,,,,,,,,,"Pipe used to circulate fluid through an equipment or system",,,,,,[^pipeSection],^lib:phIoT,,,,,,,,,,,,,,,,
^circuit,,,[{equip},{point}],,,,,,"Electrical circuit and its associated components such as breakers.\nSee `docHaystack::ElecPanels#circuits` chapter.",,,,,,[^equip,^elec-input,^elec-output],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Electrical_network`
^cloudage,,,,,,,,,"Percentage of sky obscured by clouds. This is also known as cloudiness, or cloud amount.",,,,,,[^quantity],^lib:phScience,,,,,,,,,["%"],[^weather],,,,,,
^cmd,,,,,,,,,"Point is a command, actuator, AO/BO.\nSee `docHaystack::Points#function` chapter.",,,,,,[^pointFunction],^lib:phIoT,,,,,,,,,,,,,,,,
^co,,,,,,,,,"Carbon monoxide (CO)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Carbon_monoxide`
^co-concentration,,,,,,,,,"Concentration of carbon monoxide (CO) in the air.",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["ppm"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^co2,,,,,,,,,"Carbon dioxide (CO₂)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Carbon_dioxide`
^co2-concentration,,,,,,,,,"Concentration of carbon dioxide (CO₂) in the air.",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["ppm"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^co2-emission,,,,,,,,,"Greenhouse gas emission of carbon dioxide (CO₂) into the air.",,,,,,[^emission],^lib:phScience,,,,,,,,,["kg","ton","lb"],[^air],,,,,,
^co2e,,,,,,,,,"Carbon dioxide equivalent",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Global_warming_potential`
^coal,,,,,,,,,"Combustible sedimentary rock",,,,,,[^solid],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Coal`
^coalHeating,,,,,,,,,"Heating by the combustion of coal",,,,,,[^heatingProcess],^lib:phIoT,,,,,,,,,,,,,,,,
^coap,,,,,,,,,"Constrained Application Protocol",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Constrained_Application_Protocol`
^coil,,,[{equip},{point}],,,,,,"Heat exchanger used to heat or cool air.  Coils are sub-components\nof HVAC equipment such as `airHandlingEquip`.",,,,,,[^heatExchanger],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Heat_exchanger#HVAC_air_coils`
^cold,,,,,,,,,"Having low degree of heat",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^cold-water,,,,,,,,,"Water supplied to cold taps",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^coldDeck,,,,,,,,,"Duct carries air for cooling",,,,,,[^ductDeck],^lib:phIoT,,,,,,,,,,,,,,,,
^compressor,,,,,,,,,"Device for mechanically increasing the pressure of a gas or refrigerant\nvapor by reducing its volume.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^computed,,,,,,,,,"Computed point. See `docHaystack::Synthetics` chapter.",,,,,,[^synthetic],^lib:phIoT,,,,,,,,,,,,,,,,
^computed-point,,,,,,,,,"See `docHaystack::Synthetics` chapter.",,,,,,[^synthetic-point],^lib:phIoT,,,,,,,,,,,,,,,,
^computedFromReciprocal,,,,,,,,,"Indicates a relationship that is computed from its reciprocal.\nComputed defs cannot be used as tags themselves.",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^computedModel,,,,,,,,,"See `docHaystack::Synthetics` chapter.",,,,,,[^syntheticModel],^lib:phIoT,,,,,,,,,,,,,,,,
^computer,,,,,,,,,"General purpose computer.",,,,,,[^device],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Computer`
^concentration,,,,,,,,,"Abundance of substance in the total volume of a mixture.",,,,,,[^quantity],^lib:phScience,,,,,,,,,,[^substance],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^condensate,,,,,,,,,"Liquid phase produced by the condensation of steam or other gas",,,,,,[^liquid],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Liquid`
^condensate-input,,,,,,,,,"Entity inputs condensate which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^condensate-output,,,,,,,,,"Entity outputs condensate to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^condensateRef,,,,,,,,,"Condensate flows from the referent to this entity",,,,,^condensate,[^ref],^lib:phIoT,,,,,,,^condensate-output,,,,,[^condensate-input],,,,
^condenser,,,,,,,,,"Device or related to process of condensation",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^condenser-water,,,,,,,,,"Water used used to remove heat through condensation",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^condenser-water-input,,,,,,,,,"Entity inputs condenser water which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^condenser-water-output,,,,,,,,,"Entity outputs condenser water to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^condenser-water-system,,,[{equip},{point}],,,,,,"System that circulates water in its liquid state for rejecting heat\nfrom a space or process.",,,,,,[^water-system],^lib:phIoT,,,,,,,,,,,,,,,,
^condenserClosedLoop,,,,,,,,,"Working fluid is kept separate from fluid used for heat transfer into the atmosphere",,,,,,[^condenserLoop],^lib:phIoT,,,,,,,,,,,,,,,,
^condenserCooling,,,,,,,,,"Removal of heat through the process of water condensation",,,,,,[^coolingProcess],^lib:phIoT,,,,,,,,,,,,,,,,
^condenserLoop,,,,,,,,,"Open or closed loop for condenser working fluid",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^chilled-water-plant],,,,
^condenserOpenLoop,,,,,,,,,"Uses working fluid itself for evaporation into the atmosphere",,,,,,[^condenserLoop],^lib:phIoT,,,,,,,,,,,,,,,,
^condenserWaterRef,,,,,,,,,"Condenser water flows from the referent to this entity",,,,,^condenser-water,[^ref],^lib:phIoT,,,,,,,^condenser-water-output,,,,,[^condenser-water-input],,,,
^conditioning,,,,,,,,,"Related to cleaning, heating, cooling, humidifying, dehumidifying,\nventilating or circulating  air. ",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^conduit,,,[{equip},{point}],,,,,,"Duct, pipe, or cable to convey a substance or phenomenon",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^constantAirVolume,,,,,,,,,"Delivers a constant volume of air flow.  Typically this means\nequipment with a single speed fan.",,,,,,[^airVolumeAdjustability],^lib:phIoT,,,,,,,,,,,,,,,,
^containedBy,,,,,,,,,"The entity is logically contained by the referent.",,,,,,[^relationship],^lib:ph,,,,,,,,,,,^contains,,,M,,
^contains,,,,,M,,,,"Entities logically contained by this entity",,,,,,[^relationship],^lib:ph,,,,,,,,,,,^containedBy,,,M,,
^controller,,,,,,,,,"Microprocessor based device used in a control system.  Controllers\ninteract with the physical world through direct I/O to sensors and\nactuators or via network [protocols]`protocol`.",,,,,,[^device],^lib:phIct,,,,,,,,,,,,,,,,
^controls,,,,,,,,,"Associated with the control system for an industrial process",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Control_system`
^controls-panel,,,[{controller device},{equip},{networking device},{point}],,,,,,"Panel housing controllers and networking gear",,,,,,[^panel],^lib:phIct,,,,,,,,,,,,,,,,
^cool,,,,,,,,,"Associted with low temperature or cooling processes.  When used on a point,\nthis tag is associated with the control of cooling.  When paired with a\nsubstance, this tag indicates the substance is relatively cool in comparison\nto another substance, without being actively cooled by e.g. a chiller.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^cool-water,,,,,,,,,"Relatively cool water without active chilling",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^cooling,,,,,,,,,"Cooling mode or process",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^coolingCapacity,,,,,,,,,"Measurement of a chiller ability to remove heat measured",,,,,,[^number],^lib:phIoT,,,,,,,,,["tonref","BTU/h","kW"],,,[^chiller],,,,
^coolingCoil,,,[{chilled water cool valve cmd point},{equip},{point},{stage:1 cool run cmd point}],[^ductDeck,^ductSection],,,,,"Coil used to cool air.",,,,,,[^coil],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Heat_exchanger#HVAC_air_coils`
^coolingOnly,,,,,,,,,"Equipment without heating",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^coolingProcess,,,,,,,,,"Processed used to cool a substance",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^airHandlingEquip,^chilledBeam,^coolingCoil],,,,
^coolingTower,,,[{condenser water entering pipe equip},{condenser water leaving pipe equip},{equip},{fan motor equip},{point}],,,,,,"Equipment to transfer waste heat into the atmosphere",,,,,,[^equip,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Cooling_tower`
^coord,,,,,,,,,"Geographic coordinate in latitude/longitude in decimal degrees.\nSee [Kinds chapter]`docHaystack::Kinds#coord`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^crac,,,[{bypass damper cmd point},{cool cmd point},{dessicantDehumidifier cmd point},{discharge duct equip},{economizer duct equip},{economizing cmd point},{equip},{exhaust duct equip},{faceBypass cmd point},{filter sensor point},{freezeStat sensor point},{heat cmd point},{heatWheel cmd point},{humidifier equip},{hvacMode sp point},{mixed duct equip},{outside duct equip},{point},{return duct equip},{thermostat equip},{ventilation duct equip}],,,,,,"Computer Room Air Conditioner: An FCU designed to condition a computer\nroom.  See `docHaystack::AHUs` and `docHaystack::DataCenters` chapters.",,,,,,[^fcu],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fan_coil_unit`
^cur,,,,,,,,,"Supports current value",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,[^point],,,,
^cur-point,,,,,,,,,"Point with support to report a \"real-time\" current value.  By real-time\nwe typically mean freshness within the order of a few seconds or at\nmost a few minutes.  For systems with direct I/O the current value is\ntypically driven by the I/O scan rate. For overlay systems which acquire\ndata via a protocol such as BACnet or Modbus then the current value\nis typically refreshed using polling or subscription over a network.\nAlso see `docHaystack::Points#cur` chapter.",,,,,,[^point],^lib:phIoT,,,,,,,,,,,,,,,,
^curErr,,,,,,,,,"Error description when `curStatus` indicates error condition",,,,,,[^str],^lib:phIoT,,,,,,,,,,,,[^cur-point],M,,,
^curStatus,,,,,,,,,"Status of point's current value reading.  The `curVal` is only available\nwhen curStatus is \"ok\" or \"stale\".  However a \"stale\" value should\nbe used with caution since the local system does not have a fresh value.\nIt is recommended that the `curVal` tag is removed from a point\nwhen the curStatus is not \"ok\" nor \"stale\".",,,"- ok: all is okay\n- stale: the point's curVal is not fresh data\n- fault: a configuration or hardware problem - see `curErr`\n- down: a communication or network problem - see `curErr`\n- disabled: manual disable of the point or connector\n- unknown: we don't know anything (usually boot state)\n- remoteFault: point in remote system is fault\n- remoteDown: point in remote system is down\n- remoteDisabled: point in remote system is disabled\n- remoteUnknown: point in remote system is unknown",,,[^str],^lib:phIoT,,,,,,,,,,,,[^cur-point],M,,,
^curVal,,,,,,,,,"Current value of a point.  The current value is only available when\nthe `curStatus` is \"ok\" or \"stale\".",,,,,,[^scalar],^lib:phIoT,,,,,,,,,,,,[^cur-point],M,,,
^current,,,,,,,,,"Movement of fluid or electricity",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^current-angle,,,,,,,,,"AC current phase angle",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["deg"],[^ac-elec],,,,,,
^current-imbalance,,,,,,,,,"Current phase imbalance in a multiphase AC system",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["%"],[^ac-elec],,,,,,
^current-magnitude,,,,,,,,,"Magnitude of electrical current",,,,,,[^elec-current],^lib:phIoT,,,,,,,,,["A"],[^ac-elec],,,,,,
^current-thd,,,,,,,,,"Total harmonic current distortion",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["%"],[^ac-elec],,,,,,
^dali,,,,,,,,,"Digital Addressable Lighting Interface protocol for lighting",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Digital_Addressable_Lighting_Interface`
^damper,,,,,,,,,"Damper equipment or control point.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Damper_(flow)`
^damper-actuator,,,[{damper cmd point},{damper sensor point},{equip},{point}],[^ductSection],,,,,"Actuator to regulate the flow of air.",,,,,,[^actuator],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Damper_(flow)`
^dataCenter,,,[{crac fcu equip},{equip},{point},{rack equip},{space}],,,,,,"Space used to house computer and networking gear.\nSee `docHaystack::DataCenters` chapter.",,,,,,[^space],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Data_center`
^date,,,,,,,,,"ISO 8601 date as year, month, day: '2011-06-07'.\nSee [Kinds chapter]`docHaystack::Kinds#date`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^dateTime,,,,,,,,,"ISO 8601 timestamp followed by timezone identifier.\nSee [Kinds chapter]`docHaystack::Kinds#dateTime`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^daytime,,,,,,,,,"Time between sunrise and sunset",,,"- nighttime: false indicates sun is below horizon\n- daytime: true indicates sun is above horizon",,,[^quantity],^lib:phScience,,,,,,,,,,[^weather],,,,,,
^dc,,,,,,,,,"Relating to direct current electricity",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^dc-elec,,,,,,,,,"Direct current electricity",,,,,,[^elec],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Direct_current`
^dc-elec-meter,,,[{equip},{point}],,,,,,"DC Electricity meter.\nSee `docHaystack::Meters` chapter.",,,,,,[^elec-meter],^lib:phIoT,,,,,,,,,,,,,,,,
^dc-evse-port,,,[{dc elec stateOfCharge sensor point},{equip},{evse cable equip},{evse evseStatus sensor point},{import dc elec current max sp point},{import dc elec current sensor point},{import dc elec energy hisTotalized sensor point},{import dc elec power max sp point},{import dc elec power sensor point},{import dc elec volt sensor point},{point}],,,,,,"A DC EVSE port delivers `dc` electricity to a single EV charging inlet\nat a time.  See `docHaystack::EVSE#port` chapter.\n\nTypically a max current or max power setpoint should reference a DC\nEVSE port, but not both.  Usually it is preferred to control a DC EVSE\nport using a max power setpoint.",,,,,,[^evse-port],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Charging_station`
^deadband,,,,,,,,,"The range in a process where no changes to output are made.\nMay also indicate the difference between a base setpoint and effective\nsetpoint.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^def,,,,,,,,,"Create a new definition bound to the given symbol.\nSee [Defs chapter]`docHaystack::Defs`.",,,,,,[^symbol],^lib:ph,,,,,,,,,,,,,,,,
^defx,,,,,,,,,"Extends the given definition with additional meta tags.\nSee [Normalization]`docHaystack::Normalization#defx`.",,,,,,[^symbol],^lib:ph,,,,,,,,,,,,,,,,
^delta,,,,,,,,,"Differential of fluid between entering and leaving sensors.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^demand,,,,,,,,,"Rate required for a process.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^depends,,,,,,,,,"List of this library's dependencies.  The dependent libs define the\n[lib namespace]`docHaystack::Namespaces#lib`. Also see\n[Normalization]`docHaystack::Normalization#resolve`.",,,,,,[^list],^lib:ph,,,,,,,^ref,,,,,[^lib],,,,
^deprecated,,,,,,,,,"Obsoleted",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^design,,,,,,,,,"Data related to intended design and operating conditions.  This\nincludes sizing and other data specified by design engineers and\nengineered drawings.  Also see `rated`.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^dessicantDehumidifier,,,,,,,,,"Decreases humidity from air using a substance which absorbs moisture.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^device,,,,,,,,,"Microprocessor based hardware device.  This is the general term for\nall computers, mobile phones, controllers, and I/O modules.\nSee `docHaystack::Devices#networks` chapter.",,M,,,,[^entity],^lib:phIct,M,,,,,,,,,,,,,,,
^deviceRef,,,,,,,,,"Device which controls a monitors this entity",,,,,,[^ref],^lib:phIct,,,,,,,^device,,,,,,,,,
^dewPoint,,,,,,,,,"Dew point temperature at which water vapor will form dew",,,,,,[^quantity],^lib:phScience,,,,,,,,,["°C","°F"],[^air],,,,,,
^dict,,,,,,,,,"Map of name/value tag pairs.\nSee [Kinds chapter]`docHaystack::Kinds#dict`.",,,,,,[^val],^lib:ph,,,,,,,,,,,,,,,,
^diesel,,,,,,,,,"Liquid fuel specifically designed for use in diesel engines",,,,,,[^liquid],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Diesel_fuel`
^directZone,,,,,,,,,"AHU supplies air directly to the zone",,,,,,[^ahuZoneDelivery],^lib:phIoT,,,,,,,,,,,,,,,,
^direction,,,,,,,,,"Compass direction measured in degrees: North: 0° = 360°, East: 90°, South: 180°, West: 270°",,,,,,[^quantity],^lib:phScience,,,,,,,,,["deg"],,,,,,,
^dis,,,,,,,,,"Display name for an entity.\nSee `docHaystack::Ontology#entities` chapter.",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^entity],,,,
^discharge,,,,,,,,,"Duct for air leaving an equipment",,,,,,[^ductSection],^lib:phIoT,,,,,,,,,,,,,,,,
^dispenser,,,,,,,,,"Equipment that releases a specific amount of a substance.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^diverting,,,,,,,,,"Three way valve which inputs one pipe and diverts between two output pipes.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^doas,,,[{bypass damper cmd point},{cool cmd point},{dessicantDehumidifier cmd point},{discharge duct equip},{economizer duct equip},{economizing cmd point},{equip},{exhaust duct equip},{faceBypass cmd point},{filter sensor point},{freezeStat sensor point},{heat cmd point},{heatWheel cmd point},{humidifier equip},{hvacMode sp point},{mixed duct equip},{outside duct equip},{point},{return duct equip},{thermostat equip},{ventilation duct equip}],,,,,,"Dedicated Outside Air System: An AHU that brings in 100% outside air and\nno recirculated air in order to provide ventilation to spaces.\nSee `docHaystack::AHUs` chapter.",,,,,,[^ahu],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Air_handler`
^doc,,,,,,,,,"Documentation in simplified flavor of markdown.  The first\nsentence up to the period is used as the summary.\n\nSpecific formatting options:\npre>\n// inline formatting\n*italic*           // italics font\n**bold**           // bold font\n'code'             // code or API term\n`point`            // hyperlink to def (code link)\n[text]`point`      // hyperlink with explicit link text\n![alt]`image.png`  // image\n\n// unordered list\n- one\n- two\n- three\n\n// ordered list; use numbers or letters\n1. one\n2. two\n3. three\n<pre\n\nThe main difference between markdown is that inline code uses single\nticks and hyperlinks are annotated using the backtick.  Links may be:\n  - absolute http/https URIs\n  - def symbol such as \"site\" or \"hot-water\"",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^def],,,,
^docAssociations,,,,,,,,,"Generate a section in the docs for this association.",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^docTaxonomy,,,,,,,,,"Generate a taxonomy tree for this term in the documentationindex.\nWhen applied to a def, then it will will be listed in the docs\nunder the [taxonomies]`docHaystack::Docs#taxonomies` section.",,,,,,[^marker],^lib:ph,,,,,,M,,,,,,,,,,
^domestic,,,,,,,,,"For human use",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^domestic-cold-water-system,,,[{equip},{point}],,,,,,"System that circulates potable cold water in its liquid state for purposes\nother than space cooling and process requirements.",,,,,,[^domestic-water-system],^lib:phIoT,,,,,,,,,,,,,,,,
^domestic-hot-water-system,,,[{equip},{point}],,,,,,"System that circulates potable hot water in its liquid state for purposes\nother than space heating and process requirements.",,,,,,[^domestic-water-system],^lib:phIoT,,,,,,,,,,,,,,,,
^domestic-water,,,,,,,,,"Tap water for drinking, washing, cooking, and flushing of toilets",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^domestic-water-input,,,,,,,,,"Entity inputs domestic water which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^domestic-water-output,,,,,,,,,"Entity outputs domestic water to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^domestic-water-system,,,[{equip},{point}],,,,,,"System that circulates potable water in its liquid state for purposes\nother than space conditioning and process requirements.",,,,,,[^water-system],^lib:phIoT,,,,,,,,,,,,,,,,
^domesticWaterRef,,,,,,,,,"Domestic water flows from the referent to this entity",,,,,^domestic-water,[^ref],^lib:phIoT,,,,,,,^domestic-water-output,,,,,[^domestic-water-input],,,,
^dualDuct,,,,,,,,,"Two ducts: combination of hotDeck, coldDeck, or neutralDeck",,,,,,[^ductConfig],^lib:phIoT,,,,,,,,,,,,,,,,
^duct,,,[{air co2 concentration sensor point},{air co2 concentration sp point},{air dewPoint sensor point},{air dewPoint sp point},{air enthalpy sensor point},{air enthalpy sp point},{air flow sensor point},{air flow sp point},{air humidity sensor point},{air humidity sp point},{air pressure sensor point},{air pressure sp point},{air temp sensor point},{air temp sp point},{coolingCoil equip},{damper actuator equip},{equip},{fan motor equip},{heatingCoil equip},{point}],[^ductDeck,^ductSection],,,,,"Conduit used to convey air for HVAC",,,,,,[^conduit],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Duct_(flow)`
^ductArea,,,,,,,,,"Config point on a `vav` for duct area measured in ft² or m²",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^ductConfig,,,,,,,,,"Ductwork configuration",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^airHandlingEquip,^airTerminalUnit],,,,
^ductDeck,,,,,,,,,"Cold, hot, or neutral deck. Can be applied to 'ahu' equip if the AHU\nis part of a 'dualDuct' or 'tripleDuct' system but only serves a single\ndeck type.",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^duct,^airHandlingEquip],,,,
^ductSection,,,,,,,,,"Equipment section of ductwork",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^duct,^damper-actuator,^fan-motor],,,,
^duration,,,,,,,,,"Number with a unit of time",,,,,,[^number],^lib:ph,,,,,,,,,,,,,,,,
^dxCooling,,,,,,,,,"Cooling using direct expansion of a refrigerant vapor.\nAlso see `dxHeating` and `heatPump`.",,,,,,[^coolingProcess],^lib:phIoT,,,,,,,,,,,,,,,,
^dxHeating,,,,,,,,,"Heating using direct expansion of a refrigerant vapor.\nAlso see `dxCooling` and `heatPump`.",,,,,,[^heatingProcess],^lib:phIoT,,,,,,,,,,,,,,,,
^economizer,,,,,,,,,"Duct to access fresh outside air only for economizing, not ventilation",,,,,,[^ductSection],^lib:phIoT,,,,,,,,,,,,,,,,
^economizing,,,,,,,,,"Energy reduction mode which augments heating/cooling with outside air.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^effective,,,,,,,,,"Current control setpoint in effect taking into account other factors",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^efficiency,,,,,,,,,"Efficiency point of a chiller measured in \"COP\" or \"kW/ton\".",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^elec,,,,,,,,,"Associated with electricity or with electrical force, power, or energy.\nThis is often opposed to `mech` mechanical energy.",,,,,,[^phenomenon],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Electricity`
^elec-current,,,,,,,,,"Electrical current",,,,,,[^quantity],^lib:phScience,,,,,,,,,,[^elec],,,,,,
^elec-demand,,,,,,,,,"Active power averaged over a rolling interval.  For utility meters\nthe demand interval is based on the billing period.",,,,,,[^active-power],^lib:phIoT,,,,,,,,,["kW"],[^ac-elec],,,,,,
^elec-energy,,,,,,,,,"Electrical energy consumed",,,,,,[^energy],^lib:phScience,,,,,,,,,["kWh"],[^elec],,,,,,
^elec-input,,,,,,,,,"Entity inputs electricity which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^elec-meter,,,[{equip},{point}],,,,,,"Electricity meter",,,,,,[^meter,^elec-input,^elec-output],^lib:phIoT,,,,,,,,,,,,,,,,
^elec-output,,,,,,,,,"Entity outputs electricity to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^elec-panel,,,[{equip},{point}],,,,,,"Physical housing for electrical circuits, fuses, and breakers.\nSee `docHaystack::ElecPanels#panels` chapter.",,,,,,[^panel,^elec-input,^elec-output],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Distribution_board`
^elec-power,,,,,,,,,"Electrical energy consumed per unit time",,,,,,[^power],^lib:phScience,,,,,,,,,["kW"],[^elec],,,,,,
^elec-system,,,[{equip},{point}],,,,,,"System that generates, converts, distributes, and/or stores electricity.",,,,,,[^system],^lib:phIoT,,,,,,,,,,,,,,,,
^elec-volt,,,,,,,,,"Electrical voltage, potential difference",,,,,,[^quantity],^lib:phScience,,,,,,,,,,[^elec],,,,,,
^elecHeating,,,,,,,,,"Heating by the conversion of electrical energy",,,,,,[^heatingProcess,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Electric_heating`
^elecLine,,,,,,,,,"Single-phase line measurement of an electric quantity in an AC electric\npower system.",,,"- L1: line 1 measurement\n- L2: line 2 measurement\n- L3: line 3 measurement",,,[^str],^lib:phIoT,,,,,,,,,,,,,,,,
^elecLineToLine,,,,,,,,,"Single-phase electric quantity measured line-to-line in an AC electric\npower system.",,,"- L1-L2: line 1 to line 2 measurement\n- L2-L3: line 2 to line 3 measurement\n- L3-L1: line 3 to line 1 measurement",,,[^str],^lib:phIoT,,,,,,,,,,,,,,,,
^elecLineToNeutral,,,,,,,,,"Single-phase electric quantity measured line-to-neutral in an AC\nelectric power system.",,,"- L1-N: line 1 to neutral measurement\n- L2-N: line 2 to neutral measurement\n- L3-N: line 3 to neutral measurement",,,[^str],^lib:phIoT,,,,,,,,,,,,,,,,
^elecRef,,,,,,,,,"Electricity flows from the referent to this entity",,,,,^elec,[^ref],^lib:phIoT,,,,,,,^elec-output,,,,,[^elec-input],,,,
^elevator,,,[{equip},{point}],,,,,,"Enclosure used to move people between floors.",,,,,,[^verticalTransport,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Elevator`
^emission,,,,,,,,,"Amount of a substance discharged into the air",,,,,,[^quantity],^lib:phScience,,,,,,,,,,[^air],,,,,,
^enable,,,,,,,,,"Secondary on/off `point` of an `equip` especially used with a `vfd`.\nEnable is used with Bool points where true indicates on and false\nindicates off.  Equip with an enable should always also define a `run`\npoint which indicates the primary on/off state of the equipment.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^energy,,,,,,,,,"Measure of ability to do work",,,,,,[^quantity],^lib:phScience,,,,,,,,,,,,,,,,
^entering,,,,,,,,,"Pipe conveys fluid into an equipment",,,,,,[^pipeSection],^lib:phIoT,,,,,,,,,,,,,,,,
^enthalpy,,,,,,,,,"Total heat content of a system. It is defined as internal energy of the system plus the product of pressure and volume.",,,,,,[^quantity],^lib:phScience,,,,,,,,,["kJ/kg","BTU/lb"],[^air],,,,,,
^entity,,,,,,,,,"Top-level dicts with a unique identifier.\nSee `docHaystack::Ontology#entities` chapter.",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^enum,,,,,,,,,"Defines an eumeration of string key names.  The range may also be applied\nto format a Bool ordered as \"false,true\".  The value of this tag may be\nformatted in one of five ways:\n - dict of dicts keyed by name and Dict values for meta such as 'doc' tag\n - comma separated names on one line\n - names separated by a \"\\n\" newline character\n - markdown unordered list formatted as a series of \"- name: description\\n\"\n - ref to a Xeto 'sys::Enum' spec\n\nEnum names *should* follow valid tag naming rules (start with lowercase\nASCII letter and contain only ASCII letters and numbers).  However in\ncases where mapping directly to external enumerations enum names can\ncontain arbitrary characters such as space.",,,,,,[^val],^lib:ph,,,,,,,,,,,,[^def,^point],,,,
^equip,,,[{equip},{point}],,,,,,"Equipment asset.\nSee `docHaystack::Equips` chapter.",,M,,,,[^entity],^lib:phIoT,M,,,,,,,,,,,,,,,
^equipRef,,,,,,^equip,,,"Reference to equip which contains this entity",,,,,,[^ref],^lib:phIoT,,,,,,,^equip,,,,,[^controller,^equip,^point],,,,
^escalator,,,[{equip},{point}],,,,,,"Moving staircase used to move people between floors.",,,,,,[^verticalTransport,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Escalator`
^evaporator,,,,,,,,,"Mechanism used to convert a refrigerant from its liquid to gaseous state.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^evse,,,,,,,,,"Electric Vehicle Supply Equipment.  See `docHaystack::EVSE` chapter.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Charging_station`
^evse-cable,,,[{equip},{point}],,,,,,"The electrical cable between an `evse-port` and an EV charging inlet\non a vehicle. The `evseCableType` tag distinguishes the type of cable.\nSee `docHaystack::EVSE#cable` chapter.",,,,,,[^evse-equip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Charging_station`
^evse-dispenser,,,[{equip},{evse evseStatus sensor point},{evse port equip},{import ac elec magnitude current max sp point},{import dc elec power max sp point},{point}],,,,,,"Equipment that dispenses electricity to an EV.  It consists of a\nphysical EVSE enclosure and its contents to which an `evse-cable`\nattaches.  An `evse-dispenser` can contain zero or more `evse-port`.\n\nChildren points are used to describe or control one or more `evse-port`\nwithin the EVSE manufacturer's package.\n\nSee `docHaystack::EVSE#dispenser` chapter.",,,,,,[^evse-equip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Charging_station`
^evse-equip,,,[{equip},{point}],,,,,,"Equipment that supports the delivery of electricity to charging inlets\nlocated on EVs.  See `docHaystack::EVSE` chapter.",,,,,,[^equip,^elec-input,^elec-output],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Charging_station`
^evse-port,,,[{equip},{evse cable equip},{evse evseStatus sensor point},{point}],,,,,,"An EVSE port delivers electricity to a single EV charging inlet at a\ntime.  Comprised of a software-controlled electrical contactor or\ncircuit breaker.  Typically contained within an `evse-dispenser`, but\nmay be contained within an `evse-powerConverter`.  More than one\n`evse-cable` may be connected to a single `evse-port`, however, only one\nmay be energized at any given time.\n\nNote:  In the future we might add an entity that describes `evse-port`\ncontained in an AC distribution panel.  This scenario is not common.\n\nSee `docHaystack::EVSE#port` chapter.",,,,,,[^evse-equip,^elec-meter],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Charging_station`
^evse-powerConverter,,,[{equip},{evse evseStatus sensor point},{evse port equip},{import dc elec power max sp point},{point}],,,,,,"A power converter that has a `dc` electrical output applied to a\n`dc-evse-port`.  May be contained within an `evse-dispenser` or in a\nseparate dedicated equipment enclosure.\n\nChildren points are used to describe or control one or more `evse-port`\nwithin the EVSE manufacturer's package.\n\nSee `docHaystack::EVSE#powerConverter` chapter.",,,,,,[^evse-equip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Charging_station`
^evse-system,,,[{equip},{point}],,,,,,"A system that supplies electricity to EVSE assembly equipment and its\nauxiliary loads.",,,,,,[^elec-system],^lib:phIoT,,,,,,,,,,,,,,,,
^evseCableType,,,,,,,,,"Physical type of `evse-cable`.",,,"- ccs1:  CCS1 charging cable\n- ccs2:  CCS2 charging cable\n- chademo:  CHAdeMO charging cable\n- saeJ3400:  SAE J3400 charging cable\n- saeJ1772:  SAE J1772 charging cable\n- saeJ3068:  SAE J3068 charging cable\n- iecType2:  IEC 62196 Type 2 charging cable\n- mcs:  Megawatt Charging System charging cable\n- gbt:  GB/T charging cable",,,[^str],^lib:phIoT,,,,,,,,,,,,[^evse-cable],,,,
^evseSession,,,,,,,,,"Describes an event during which an `evse-port` can deliver power to an EV.\nThe EVSE may need to authorize a user to initiate an `evseSession`.\n\nAt minimum has the following data:\n - ts:  when the event was logged by the system of record\n - started:  when the event started\n - stopped:  when the event stopped\n - tx:  transaction ID for the event\n - targetRef:  reference to the `evse-port`\n - energyDelivered:  energy delivered during the `evseSession`\n - event:  marker tag\n - meterStart:  meter register's value at the beginning of the `evseSession`\n\nIn the future additional data might be included, such as the means of\nEV charging session authorization.",,,,,,[^entity],^lib:phIoT,M,,,,,,,,,,,,,,,
^evseStatus,,,,,,,,,"Status of one or more `evse-port` reported by an EVSE.\n\nWhen applied to an `evse-port`, indicates the status of an EVSE port.\n\nWhen applied to an `evse-dispenser` or `evse-powerConverter`, indicates\nthe status of one or more `evse-port` within an EVSE manufacturer's\npackage.  In this case only the enum values available, unavailable,\nand fault apply.",,,"- available:  When the point references an `evse-port`, indicates the\n  `evse-port` is available for recharging a vehicle.  During this\n  condition none of the `evse-cable` that reference the `evse-port` are\n  plugged into a vehicle charging inlet.  Also, a parked vehicle may\n  prohibit another vehicle from recharging.\n\n  When the point references `evse-dispenser` or `evse-powerConverter`,\n  indicates `evse-port` within the EVSE manufacturer's package are\n  available for an `evseSession` and may actively be in one.  Also, an\n  `evse-port` may have another `evseStatus` based on its condition.\n- preparing:  After an `evse-port` is no longer available and before an\n  `evseSession` begins.  Typically this condition applies during the\n  authorization of an `evseSession`.  This value is deprecated in favor\n  of the occupied value.\n- charging:  When there is an active `evseSession` and the contactor\n  for the `evse-port` is closed.  This value is deprecated in favor of\n  the occupied value.\n- suspendedEVSE:  When the `evse-port` is occupied and not within an\n  active `evseSession` due to inavailability of power to deliver to the\n  vehicle or an unsuccessful attempt to establish an `evseSession`.\n  This value is deprecated in favor of the occupied value.\n- suspendedEV:  When a vehicle does not accept power being offered by\n  the `evse-port` during an active `evseSession`.  This value is\n  deprecated in favor of the occupied value.\n- finishing:  After an `evseSession` when the `evse-port` is still\n  occupied.  This value is deprecated in favor of the occupied value.\n- occupied:  When an `evse-cable` that references the `evse-port` is\n  plugged into a vehicle's charging inlet.  During this condition the\n  `evse-port` may or may not be within an active `evseSession`.\n- reserved:  When the `evse-port` is dedicated to a specific user.\n  During this condition only the intended user can authorize an\n  `evseSession` with their vehicle.  An unauthorized user and their\n  parked vehicle may prohibit an authorized user from recharging.\n- unavailable:  When the EVSE prohibits EV charging on the `evse-port`\n  due to an applied software setting for the `evse-port` or EVSE\n  manufacturer's package.\n- fault:  When the EVSE prohibits EV charging on the `evse-port` due to\n  a fault condition within the `evse-port` or EVSE manufacturer's\n  package.",,,[^str],^lib:phIoT,,,,,,,,,,,,,,,,
^exhaust,,,,,,,,,"Duct used to expel air back outside",,,,,,[^ductSection],^lib:phIoT,,,,,,,,,,,,,,,,
^export,,,,,,,,,"Supplied out of a system",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^extraction,,,,,,,,,"Taking a substance out of another substance",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^faceBypass,,,,,,,,,"Point of an ahu indicating air flow is by-passing the heating/cooling\ncoils. If a boolean point, then true indicates the unit is in by-pass\nmode and false indicates by-pass is disabled. If the point is an analog\npoint then 100% indicates full by-pass mode and 0% indicates by-pass is\ncompletely disabled.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^fan,,,,,,,,,"Fan equipment or control point",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fan_(machine)`
^fan-motor,,,[{alarm sensor point},{enable cmd point},{enable sensor point},{equip},{point},{run cmd point},{run sensor point},{vfd freq cmd point},{vfd freq sensor point},{vfd speed cmd point},{vfd speed sensor point}],[^ductSection,^fan],,,,,"Motor used with a fan to create air flow.\nSee `docHaystack::Motors` chapter.",,,,,,[^motor],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fan_(machine)`
^fanPowered,,,,,,,,,"Device with a fan",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^fcu,,,[{bypass damper cmd point},{cool cmd point},{dessicantDehumidifier cmd point},{discharge duct equip},{economizer duct equip},{economizing cmd point},{equip},{exhaust duct equip},{faceBypass cmd point},{filter sensor point},{freezeStat sensor point},{heat cmd point},{heatWheel cmd point},{humidifier equip},{hvacMode sp point},{mixed duct equip},{outside duct equip},{point},{return duct equip},{thermostat equip},{ventilation duct equip}],,,,,,"Fan Coil Unit: A unitary, factory-made enclosure with a fan and coil\nthat recirculates air in a space and performs one or more of the\nfunctions of cleaning, heating, cooling, humidifying, dehumidifying,\nor ventilating the air. Unit heaters are examples of FCUs.\nSee `docHaystack::AHUs` chapter.",,,,,,[^airHandlingEquip],^lib:phIoT,M,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fan_coil_unit`
^feature,,,,,,,,,"Feature namespace of definitions formatted as 'feature:name'",,M,,,,,^lib:ph,,,,,,,,,,,,,,,,
^feelsLike,,,,,,,,,"Apparent temperature perceived when considering humidity, wind chill, and heat index",,,,,,[^quantity],^lib:phScience,,,,,,,,,["°C","°F"],[^air],,,,,,
^fileExt,,,,,,,,,"Filename extension such as \"csv\"",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^filetype],,,,
^filetype,,,,,,,,,"File format type definition",,,,,,[^feature],^lib:ph,,,,,,,,,,,,,,,,
^filetype:csv,,,,,,,,"CSV","Comma Separated Values - see `docHaystack::Csv`",,,,"csv",,[^filetype],^lib:ph,,,"text/csv",,,,,,,,,,,,,`https://wikipedia.org/wiki/Comma-separated_values`
^filetype:json,,,,,,,,"JSON","Haystack JavaScript Object Notation format - see `docHaystack::Json`",,,,"json",,[^filetype],^lib:ph,,,"application/json",,,,,,,,,,,,,`https://wikipedia.org/wiki/JSON`
^filetype:jsonld,,,,,,,,"JSON-LD","JavaScript Object Notation for Linked Data - see `docHaystack::Rdf`",,,,"jsonld",,[^filetype],^lib:ph,,,"application/ld+json",,,,,,,,,,,,,`https://wikipedia.org/wiki/JSON-LD`
^filetype:trio,,,,,,,,"Trio","Haystack Tag Record Input Output - see `docHaystack::Trio`",,,,"trio",,[^filetype],^lib:ph,,,"text/trio",,,,,,,,,,,,,
^filetype:turtle,,,,,,,,"Turtle","RDF Turtle - see `docHaystack::Rdf`",,,,"ttl",,[^filetype],^lib:ph,,,"text/turtle",,,,,,,,,,,,,`https://wikipedia.org/wiki/Turtle_(syntax)`
^filetype:zinc,,,,,,,,"Zinc","Haystack typed CSV format - see `docHaystack::Zinc`",,,,"zinc",,[^filetype],^lib:ph,,,"text/zinc",,,,,,,,,,,,,
^filter,,,,,,,,,"Related to an air or fluid filter.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^filterStr,,,,,,,,,"Haystack filter string.  See `docHaystack::Filters`",,,,,,[^str],^lib:ph,,,,,,,,,,,,,,,,
^floor,,,[{equip},{point},{space}],,,,,,"Storey of a building.  See `docHaystack::Spaces#floors` chapter.",,,,,,[^space],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Storey`
^floorNum,,,,,,,,,"Unitless integer indicating the floor's distance from ground level.  The\nground floor is always defined as zero.  Additional floors above ground are\nnumbered 1, 2, 3, etc.  Subterranean floors are numbered -1, -2, -3, etc.\nThis convention is consistent with how most European buildings number\nfloors.  In North America its common to label the ground floor\nas the first floor; however Haystack requires the ground level to be\nassigned a floorNum of 0.",,,,,,[^int],^lib:phIoT,,,,,,,,,,,,[^floor],,,,
^flow,,,,,,,,,"Measure of volumetric flow of fluid",,,,,,[^quantity],^lib:phScience,,,,,,,,,["m³/s","gal/min"],[^fluid],,,,,,`https://en.wikipedia.org/wiki/Fluid_dynamics`
^flow-meter,,,[{equip},{point}],,,,,,"Meter to measure flow rate and total volume of fluid.\nSee `docHaystack::Meters` chapter.",,,,,,[^meter],^lib:phIoT,,,,,,,,,,,,,,,,
^flowInverter,,,[{equip},{point}],,,,,,"System to change direction of substance flow ",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^flue,,,,,,,,,"Duct for exhausting combustion",,,,,,[^ductSection],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Flue`
^fluid,,,,,,,,,"Liquid or gas",,,,,,[^substance],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fluid`
^flux,,,,,,,,,"Measurement through a given surface",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^freezeStat,,,,,,,,,"A boolean point of an ahu indicating a freezing condition.  This\nmight require a control sequence to protect the equipment. If true\nthen a freeze condition is detected, or false if not.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^freq,,,,,,,,,"Occurrences per unit time",,,,,,[^quantity],^lib:phScience,,,,,,,,,["Hz"],,,,,,,
^ftp,,,,,,,,,"File Transfer Protocol",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/File_Transfer_Protocol`
^fuelOil,,,,,,,,,"Petroleum based oil burned for energy",,,,,,[^liquid],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fuel_oil`
^fuelOil-input,,,,,,,,,"Entity inputs fuel oil which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^fuelOil-output,,,,,,,,,"Entity outputs fuel oil to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^fuelOilHeating,,,,,,,,,"Heating by the combustion of fuel oil",,,,,,[^heatingProcess,^fuelOil-input],^lib:phIoT,,,,,,,,,,,,,,,,
^fuelOilRef,,,,,,,,,"Fuel oil flows from the referent to this entity",,,,,^fuelOil,[^ref],^lib:phIoT,,,,,,,^fuelOil-output,,,,,[^fuelOil-input],,,,
^fumeHood,,,[{air flow sensor point},{air flow sp point},{air velocity sensor point},{air velocity sp point},{alarm sensor point},{equip},{point}],,,,,,"Ventilation equipment to limit exposure to hazardous fumes.",,,,,,[^equip,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fume_hood`
^gas,,,,,,,,,"Substance with neither definite volume nor shape",,,,,,[^fluid],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Gas`
^gasoline,,,,,,,,,"Petroleum derived liquid used as a fuel source",,,,,,[^liquid],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Gasoline`
^gasoline-input,,,,,,,,,"Entity inputs gasoline which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^gasoline-output,,,,,,,,,"Entity outputs gasoline to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^gasolineRef,,,,,,,,,"Gasoline flows from the referent to this entity",,,,,^gasoline,[^ref],^lib:phIoT,,,,,,,^gasoline-output,,,,,[^gasoline-input],,,,
^geoAddr,,,,,,,,,"Free form street address.  Best practice is to follow local\nnorms for a postal address.  Typically this string includes\nthe `geoStreet`, `geoCity`, `geoState` (in US), and `geoPostalCode`:\n\nExamples:\n  \"1600 Pennsylvania Avenue NW, Washington, DC 20500\"\n\n  \"10 Downing St, Westminster, London SW1A 2AA, United Kingdom\"\n\n  \"Champ de Mars, 5 Avenue Anatole France, 75007 Paris, France\"",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^geoPlace],,,,
^geoCity,,,,,,,,,"Geographic city or locality name",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^geoPlace],,,,
^geoCoord,,,,,,,,,"Geographic coordinate as 'C(latitude,longitude)'",,,,,,[^coord],^lib:ph,,,,,,,,,,,,[^geoPlace],,,,
^geoCountry,,,,,,,,,"Geographic country as [ISO 3166-1]`http://en.wikipedia.org/wiki/ISO_3166-1`\ntwo letter code",,,"- AF: Afghanistan\n- AX: Aland Islands\n- AL: Albania\n- DZ: Algeria\n- AS: American Samoa\n- AD: Andorra\n- AO: Angola\n- AI: Anguilla\n- AQ: Antarctica\n- AG: Antigua and Barbuda\n- AR: Argentina\n- AM: Armenia\n- AW: Aruba\n- AU: Australia\n- AT: Austria\n- AZ: Azerbaijan\n- BS: Bahamas\n- BH: Bahrain\n- BD: Bangladesh\n- BB: Barbados\n- BY: Belarus\n- BE: Belgium\n- BZ: Belize\n- BJ: Benin\n- BM: Bermuda\n- BT: Bhutan\n- BO: Bolivia, Plurinational State of\n- BO: Bolivia\n- BA: Bosnia and Herzegovina\n- BA: Bosnia\n- BA: Herzegovina\n- BW: Botswana\n- BV: Bouvet Island\n- BR: Brazil\n- IO: British Indian Ocean Territory\n- BN: Brunei Darussalam\n- BG: Bulgaria\n- BF: Burkina Faso\n- BI: Burundi\n- KH: Cambodia\n- CM: Cameroon\n- CA: Canada\n- CV: Cape Verde\n- KY: Cayman Islands\n- CF: Central African Republic\n- TD: Chad\n- CL: Chile\n- CN: China\n- CX: Christmas Island\n- CC: Cocos (keeling) Islands\n- CC: Cocos\n- CO: Colombia\n- KM: Comoros\n- CG: Congo\n- CD: Congo, the Democratic Republic of the\n- CK: Cook Islands\n- CR: Costa Rica\n- CI: Cote D'ivoire\n- HR: Croatia\n- CU: Cuba\n- CY: Cyprus\n- CZ: Czech Republic\n- DK: Denmark\n- DJ: Djibouti\n- DM: Dominica\n- DO: Dominican Republic\n- EC: Ecuador\n- EG: Egypt\n- SV: El Salvador\n- GQ: Equatorial Guinea\n- ER: Eritrea\n- EE: Estonia\n- ET: Ethiopia\n- FK: Falkland Islands (malvinas)\n- FK: Falkland Islands\n- FO: Faroe Islands\n- FJ: Fiji\n- FI: Finland\n- FR: France\n- GF: French Guiana\n- PF: French Polynesia\n- TF: French Southern Territories\n- GA: Gabon\n- GM: Gambia\n- GE: Georgia\n- DE: Germany\n- GH: Ghana\n- GI: Gibraltar\n- GR: Greece\n- GL: Greenland\n- GD: Grenada\n- GP: Guadeloupe\n- GU: Guam\n- GT: Guatemala\n- GG: Guernsey\n- GN: Guinea\n- GW: Guinea-bissau\n- GY: Guyana\n- HT: Haiti\n- HM: Heard Island and Mcdonald Islands\n- VA: Holy See (vatican City State)\n- VA: Vatican\n- HN: Honduras\n- HK: Hong Kong\n- HU: Hungary\n- IS: Iceland\n- IN: India\n- ID: Indonesia\n- IR: Iran, Islamic Republic of\n- IR: Iran\n- IQ: Iraq\n- IE: Ireland\n- IM: Isle of Man\n- IL: Israel\n- IT: Italy\n- JM: Jamaica\n- JP: Japan\n- JE: Jersey\n- JO: Jordan\n- KZ: Kazakhstan\n- KE: Kenya\n- KI: Kiribati\n- KP: Korea, Democratic People's Republic of\n- KR: Korea, Republic of\n- KR: Korea\n- KW: Kuwait\n- KG: Kyrgyzstan\n- LA: Lao People's Democratic Republic\n- LA: Lao\n- LV: Latvia\n- LB: Lebanon\n- LS: Lesotho\n- LR: Liberia\n- LY: Libyan Arab Jamahiriya\n- LI: Liechtenstein\n- LT: Lithuania\n- LU: Luxembourg\n- MO: Macao\n- MK: Macedonia, the Former Yugoslav Republic of\n- MK: Macedonia\n- MG: Madagascar\n- MW: Malawi\n- MY: Malaysia\n- MV: Maldives\n- ML: Mali\n- MT: Malta\n- MH: Marshall Islands\n- MQ: Martinique\n- MR: Mauritania\n- MU: Mauritius\n- YT: Mayotte\n- MX: Mexico\n- FM: Micronesia, Federated States of\n- FM: Micronesia\n- MD: Moldova, Republic of\n- MD: Moldova\n- MC: Monaco\n- MN: Mongolia\n- ME: Montenegro\n- MS: Montserrat\n- MA: Morocco\n- MZ: Mozambique\n- MM: Myanmar\n- NA: Namibia\n- NR: Nauru\n- NP: Nepal\n- NL: Netherlands\n- AN: Netherlands Antilles\n- NC: New Caledonia\n- NZ: New Zealand\n- NI: Nicaragua\n- NE: Niger\n- NG: Nigeria\n- NU: Niue\n- NF: Norfolk Island\n- MP: Northern Mariana Islands\n- NO: Norway\n- OM: Oman\n- PK: Pakistan\n- PW: Palau\n- PS: Palestinian Territory, Occupied\n- PS: Palestine\n- PA: Panama\n- PG: Papua New Guinea\n- PY: Paraguay\n- PE: Peru\n- PH: Philippines\n- PN: Pitcairn\n- PL: Poland\n- PT: Portugal\n- PR: Puerto Rico\n- QA: Qatar\n- RE: Reunion\n- RO: Romania\n- RU: Russian Federation\n- RW: Rwanda\n- BL: Saint Barthelemy\n- SH: Saint Helena, Ascension and Tristan Da Cunha\n- SH: Saint Helena\n- KN: Saint Kitts and Nevis\n- LC: Saint Lucia\n- MF: Saint Martin\n- PM: Saint Pierre and Miquelon\n- VC: Saint Vincent and the Grenadines\n- WS: Samoa\n- SM: San Marino\n- ST: Sao Tome and Principe\n- SA: Saudi Arabia\n- SN: Senegal\n- RS: Serbia\n- SC: Seychelles\n- SL: Sierra Leone\n- SG: Singapore\n- SK: Slovakia\n- SI: Slovenia\n- SB: Solomon Islands\n- SO: Somalia\n- ZA: South Africa\n- GS: South Georgia and the South Sandwich Islands\n- ES: Spain\n- LK: Sri Lanka\n- SD: Sudan\n- SR: Suriname\n- SJ: Svalbard and Jan Mayen\n- SZ: Swaziland\n- SE: Sweden\n- CH: Switzerland\n- SY: Syrian Arab Republic\n- TW: Taiwan, Province of China\n- TW: Taiwan\n- TJ: Tajikistan\n- TZ: Tanzania, United Republic of\n- TZ: Tanzania\n- TH: Thailand\n- TL: Timor-leste\n- TG: Togo\n- TK: Tokelau\n- TO: Tonga\n- TT: Trinidad and Tobago\n- TN: Tunisia\n- TR: Turkey\n- TM: Turkmenistan\n- TC: Turks and Caicos Islands\n- TV: Tuvalu\n- UG: Uganda\n- UA: Ukraine\n- AE: United Arab Emirates\n- GB: United Kingdom\n- GB: England\n- GB: Britain\n- GB: Great Britain\n- US: United States\n- US: United States of America\n- US: USA\n- UM: United States Minor Outlying Islands\n- UY: Uruguay\n- UZ: Uzbekistan\n- VU: Vanuatu\n- EE: Vatican City State See Holy\n- VE: Venezuela, Bolivarian Republic of\n- VE: Venezuela\n- VN: Viet Nam\n- VG: Virgin Islands, British\n- VI: Virgin Islands, U.S.\n- WF: Wallis and Futuna\n- EH: Western Sahara\n- YE: Yemen\n- ZM: Zambia\n- ZW: Zimbabwe",,,[^str],^lib:ph,,,,,,,,,,,,[^geoPlace],,,,
^geoCounty,,,,,,,,,"Geographic subdivision of US state",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^geoPlace],,,,
^geoElevation,,,,,,,,,"Elevation above sea-level of the location",,,,,,[^number],^lib:ph,,,,,,,,,,,,[^geoPlace],,,,
^geoPlace,,,,,,,,,"Geographic place",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^geoPostalCode,,,,,,,,,"Geographic postal code; for US this is a five digit zip code",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^geoPlace],,,,
^geoState,,,,,,,,,"State or province name; for US this is two letter state code. May be\nused in other countries to model administrative area between the geoCity\nand geoCountry level.",,,"- AL: Alabama\n- AK: Alaska\n- AS: American Samoa\n- AZ: Arizona\n- AR: Arkansas\n- CA: California\n- CO: Colorado\n- CT: Connecticut\n- DE: Delaware\n- DC: District of Columbia\n- FM: Federated States of Micronesia\n- FL: Florida\n- GA: Georgia\n- GU: Guam\n- HI: Hawaii\n- ID: Idaho\n- IL: Illinois\n- IN: Indiana\n- IA: Iowa\n- KS: Kansas\n- KY: Kentucky\n- LA: Louisiana\n- ME: Maine\n- MH: Marshall Islands\n- MD: Maryland\n- MA: Massachusetts\n- MI: Michigan\n- MN: Minnesota\n- MS: Mississippi\n- MO: Missouri\n- MT: Montana\n- NE: Nebraska\n- NV: Nevada\n- NH: New Hampshire\n- NJ: New Jersey\n- NM: New Mexico\n- NY: New York\n- NC: North Carolina\n- ND: North Dakota\n- MP: Northern Mariana Islands\n- OH: Ohio\n- OK: Oklahoma\n- OR: Oregon\n- PW: Palau\n- PA: Pennsylvania\n- PR: Puerto Rico\n- RI: Rhode Island\n- SC: South Carolina\n- SD: South Dakota\n- TN: Tennessee\n- TX: Texas\n- UT: Utah\n- VA: Virginia\n- VI: Virgin Islands\n- VT: Vermont\n- WA: Washington\n- WV: West Virginia\n- WI: Wisconsin\n- WY: Wyoming",,,[^str],^lib:ph,,,,,,,,M,,,,[^geoPlace],,,,
^geoStreet,,,,,,,,,"Geographic street address and name",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^geoPlace],,,,
^grid,,,,,,,,,"Two dimension table of columns and rows.\nSee [Kinds chapter]`docHaystack::Kinds#grid`.",,,,,,[^val],^lib:ph,,,,,,,,,,,,,,,,
^ground,,,,,,,,,"Related to the surface of the earth.  Used to indicate electrical\ncurrent being measured on an electrical ground conductor when applied to\na point entity that has the `elec` and `current` tags.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^ground-floor,,,[{equip},{point},{space}],,,,,,"Floor at ground level.  In North America this is typically called\nthe first floor, but in Europe its often labeled as floor zero.\nIf `floorNum` is defined, then it must be set to zero.",,,,,,[^floor],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Storey`
^ground-water,,,,,,,,,"Water present under the ground or from a well",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Groundwater`
^haystack,,,,,,,,,"Haystack HTTP protocol for exchanging tagged data",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Communication_protocol`
^header,,,,,,,,,"Pipe used as central connection or manifold for other piping runs.",,,,,,[^pipeSection],^lib:phIoT,,,,,,,,,,,,,,,,
^heat,,,,,,,,,"Associated with a heating process.  When used on a point,\nthis tag is associated with the control of heating.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^heatExchanger,,,[{equip},{point}],,,,,,"Equipment to transfer heat between two working fluids.",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Heat_exchanger`
^heatPump,,,,,,,,,"Equipment that employs a vapor compression cycle with a reversing\nvalve to provide heating or cooling. For vapor compression heating\nwithout a reversing valve, such as for a heat pump water heater,\nsee `dxHeating` which should be used.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Heat_pump`
^heatRecovery,,,,,,,,,"Transfer of heat from one substance to another to reduce energy consumption.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^heatWheel,,,,,,,,,"Boolean point indicating command state of AHU's heat wheel.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Thermal_wheel`
^heating,,,,,,,,,"Heating mode or process",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^heatingCoil,,,[{equip},{hot water heat valve cmd point},{point},{stage:1 heat run cmd point},{steam heat valve cmd point}],[^ductDeck,^ductSection],,,,,"Coil used to heat air.",,,,,,[^coil],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Heat_exchanger#HVAC_air_coils`
^heatingOnly,,,,,,,,,"Equipment without cooling",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^heatingProcess,,,,,,,,,"Processed used to heat a substance",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^airHandlingEquip,^boiler,^chilledBeam,^heatingCoil,^radiator,^radiantFloor,^vav],,,,
^hfc,,,,,,,,,"Hydrofluorocarbons",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Hydrofluorocarbon`
^hfc-emission,,,,,,,,,"Greenhouse gas emission of hydrofluorocarbons into the air.",,,,,,[^emission],^lib:phScience,,,,,,,,,["kg","ton","lb"],[^air],,,,,,
^his,,,,,,,,,"Supports historization of data",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,[^point],,,,
^his-point,,,,,,,,,"Historized point with a history log of timestamp/value pairs.  Points\nmarked as historized indicate the system can response to queries via\nthe 'hisRead' operation to return a trend log of timestamp/value pairs.\n\nThere are typically two mechanisms for historization:\n  - the local system performs the historization by logging the\n    point's `curVal` to local storage\n  - in overlay systems a downstream device performs the historization\n    and the local system synchronizes the history data in batch on\n    a periodic basis\n\nAlso see `docHaystack::Points#his` chapter.",,,,,,[^point],^lib:phIoT,,,,,,,,,,,,,,,,
^hisErr,,,,,,,,,"Error description when `hisStatus` indicates error condition",,,,,,[^str],^lib:phIoT,,,,,,,,,,,,[^his-point],M,,,
^hisMode,,,,,,,,,"Indicates the way that history data is collected for a point.",,,"- sampled: Data is sampled on a regular interval. The timestamp\n  indicates exactly when the sample was taken, and we assume linear\n  interpolation between samples.\n- cov: Data is logged when it changes. The means the timestamp\n  indicates exactly when it changed (inclusive) and it remains that\n  value until the next sample's timestamp (exclusive).\n- consumption: Integral data is sampled on a regular interval and\n  logged at the *end* of the interval. The timestamp indicates the\n  *end* of the interval. Therefore, the raw data is logged as\n  start *exclusive*, end *inclusive*.  This is mode is typical for\n  consumption meters.",,,[^str],^lib:phIoT,,,,,,,,,,,,[^his-point],,,,
^hisStatus,,,,,,,,,"Status of point's history collection or synchronization",,,"- ok: last sync attempt was successful\n- fault: a configuration problem - see `hisErr`\n- down: a communication or network problem - see `hisErr`\n- disabled: manual disable of the point or parent connector\n- unknown: we don't know anything (usually boot state)\n- pending: sync has been scheduled and is waiting to running\n- syncing: sync is currently running",,,[^str],^lib:phIoT,,,,,,,,,,,,[^his-point],M,,,
^hisTotalized,,,,,,,,,"Indicates values which are a continuous stream of totalization. History\ndata reads and should be normalized by computing the delta.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,[^his-point],,,,
^hot,,,,,,,,,"Having high degree of heat",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^hot-water,,,,,,,,,"Hot water used for HVAC heating or supplied to hot taps",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^hot-water-boiler,,,[{alarm sensor point},{circ pipe equip},{equip},{flue duct equip},{hot water entering pipe equip},{hot water leaving pipe equip},{makeup water entering pipe equip},{outside duct equip},{point}],,,,,,"Boiler which outputs hot water",,,,,,[^boiler,^hot-water-output],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Boiler`
^hot-water-input,,,,,,,,,"Entity inputs hot water which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^hot-water-output,,,,,,,,,"Entity outputs hot water to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^hot-water-plant,,,[{enable cmd point},{equip},{flue duct equip},{hot water boiler equip},{hot water bypass pipe equip},{hot water delta flow sensor point},{hot water delta pressure sensor point},{hot water delta temp sensor point},{hot water entering pipe equip},{hot water header pipe equip},{hot water heatExchanger equip},{hot water leaving pipe equip},{hot water mixing valve cmd point},{makeup water entering pipe equip},{outside duct equip},{point}],,,,,,"Plant used to generate hot water for heating.\nSee `docHaystack::Plants`.",,,,,,[^plant,^hot-water-output],^lib:phIoT,,,,,,,,,,,,,,,,
^hot-water-system,,,[{equip},{point}],,,,,,"System that circulates water in its liquid state for heating\na space or process.",,,,,,[^water-system],^lib:phIoT,,,,,,,,,,,,,,,,
^hotDeck,,,,,,,,,"Duct carries air for heating",,,,,,[^ductDeck],^lib:phIoT,,,,,,,,,,,,,,,,
^hotWaterHeating,,,,,,,,,"Heating using energy of hot water",,,,,,[^heatingProcess,^hot-water-input],^lib:phIoT,,,,,,,,,,,,,,,,
^hotWaterRef,,,,,,,,,"Hot water flows from the referent to this entity",,,,,^hot-water,[^ref],^lib:phIoT,,,,,,,^hot-water-output,,,,,[^hot-water-input],,,,
^http,,,,,,,,,"Hypertext Transfer Protocol which is foundation of the web",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Hypertext_Transfer_Protocol`
^humidifier,,,,,,,,,"Adding moisture to air",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^humidifier-equip,,,[{equip},{humidifier enable cmd point},{humidifier run cmd point},{point}],[],,,,,"Equipment which adds moisture to air to increase humidity",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Humidifier`
^humidity,,,,,,,,,"Percent relative humidity; measure of moisture in the air",,,,,,[^quantity],^lib:phScience,,,,,,,,,["%RH"],[^air],,,,,,
^hvac,,,,,,,,,"Heating, ventilation, and air conditioning",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/HVAC`
^hvac-zone-space,,,[{equip},{occupancy sensor point},{occupied sensor point},{occupied sp point},{point},{space},{zone air ch2o concentration sensor point},{zone air co concentration sensor point},{zone air co2 concentration sensor point},{zone air co2 concentration sp point},{zone air dewPoint sensor point},{zone air dewPoint sp point},{zone air enthalpy sensor point},{zone air enthalpy sp point},{zone air humidity sensor point},{zone air humidity sp point},{zone air hvacMode sp point},{zone air nh3 concentration sensor point},{zone air no2 concentration sensor point},{zone air o3 concentration sensor point},{zone air pm01 concentration sensor point},{zone air pm10 concentration sensor point},{zone air pm25 concentration sensor point},{zone air pressure sensor point},{zone air pressure sp point},{zone air temp effective cooling sp point},{zone air temp effective heating sp point},{zone air temp effective sp point},{zone air temp occ cooling sp point},{zone air temp occ heating sp point},{zone air temp sensor point},{zone air temp standby cooling sp point},{zone air temp standby heating sp point},{zone air temp unocc cooling sp point},{zone air temp unocc heating sp point},{zone air tvoc concentration sensor point}],,,,,,"Zone related to conditioning of a space's air temperature and quality.\nSee `docHaystack::Spaces#zones` and `docHaystack::Zones#hvac` chapters.",,,,,,[^zone-space,^hvacZonePoints,^airQualityZonePoints,^air-input],^lib:phIoT,,,,,,,,,,,,,,,,
^hvacMode,,,,,,,,,"Operational mode for HVAC equipment",,,"- cooling:\n- heating:\n- reheat:\n- warmup: morning warmup where AHU is supplying warm air\n- purge: night purge when AHU is supplying 100% fresh air\n- pressurize:\n- depressurize:\n- manual:",,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^hvacZonePoints,,,[{zone air hvacMode sp point},{zone air temp sensor point},{zone air temp effective sp point},{zone air temp effective cooling sp point},{zone air temp effective heating sp point},{zone air temp occ cooling sp point},{zone air temp occ heating sp point},{zone air temp unocc cooling sp point},{zone air temp unocc heating sp point},{zone air temp standby cooling sp point},{zone air temp standby heating sp point},{zone air pressure sensor point},{zone air pressure sp point},{zone air humidity sensor point},{zone air humidity sp point},{zone air dewPoint sensor point},{zone air dewPoint sp point},{zone air enthalpy sensor point},{zone air enthalpy sp point}],,,,,,"Entity with logical grouping of zone HVAC air points.\nSee `docHaystack::Zones#hvac` chapter.",,,,,,[^pointGroup],^lib:phIoT,,,,,,,,,,,,,,,,
^ice,,,,,,,,,"Water in its solid form",,,,,,[^solid],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Ice`
^id,,,,,,,,,"Defines the unique identifier of an entity in system using a `ref` value\ntype. The scope of an entity is undefined, but must be unique with a\ngiven system or project. This identifier may be used by other entities\nfor cross-referencing.  See `docHaystack::Ontology#entities` chapter.",,,,,,[^ref],^lib:ph,,,,,,,,,,,,[^entity],,,,
^illuminance,,,,,,,,,"Luminous flux hitting the inside of the sphere at a specific point.\n\nAlso see [ies.org]`https://www.ies.org/definitions/illuminance/`",,,,,,[^quantity],^lib:phScience,,,,,,,,,["lux","footcandle","phot"],[^light],,,,,,`https://en.wikipedia.org/wiki/Illuminance`
^imap,,,,,,,,,"Internet Message Access Protocol for retrieving email",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Internet_Message_Access_Protocol`
^imbalance,,,,,,,,,"Lacking balance",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^import,,,,,,,,,"Received into a system",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^indoorUnit,,,,,,,,,"Operates inside the conditioned space",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^infiltration,,,,,,,,,"Permeation of a substance into another substance",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^inlet,,,,,,,,,"Duct with air entering an equipment",,,,,,[^ductSection],^lib:phIoT,,,,,,,,,,,,,,,,
^input,,,,,,,,,"Entity inputs a substance which flows from another entity",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^inputs,,,,,,,,,"The entity inputs a substance from the referent.\nThe value of this tag is what is received.",,,,,,[^relationship],^lib:ph,,,,,,,,,,,^outputs,,,M,,
^int,,,,,,,,,"Unitless integer number",,,,,,[^number],^lib:ph,,,,,,,,,,,,,,,,
^intensity,,,,,,,,,"Measure of an electromagnetic field",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^irradiance,,,,,,,,,"Energy received at a surface by area",,,,,,[^quantity],^lib:phScience,,,,,,,,,,,,,,,,
^is,,,,,,,,,"Defines one or more supertypes of a subtyping relationship.\nSee [Subtyping]`docHaystack::Subtyping` chapter.",,,,,,[^association],^lib:ph,,,,,,,^symbol,,,,,[^def],,,,
^isolation,,,,,,,,,"Actuator used to isolate an equipment from a pipe or ductwork system",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^kind,,,,,,,,,"Kind name used to identity a value data type",,,"- Marker: is-a label\n- Bool: true or false\n- NA: not available\n- Number: floating point with optional unit\n- Str: Unicode string\n- Uri: Universal resource identifier\n- Ref: reference to an entity\n- Date: an ISO 8601 date as year, month, day: 2011-06-07\n- Time: an ISO 8601 time as hour, minute, seconds: 09:51:27.354\n- DateTime: an ISO 8601 timestamp followed by timezone name\n- Coord: geographic coordinate in latitude/longitude formatted as C(lat,lng)\n- XStr: extended string with type name\n- List: ordered sequence\n- Dict: key/value map\n- Grid: two dimensional tabular data collection",,,[^str],^lib:ph,,,,,,,,,,,,[^point],,,,
^knx,,,,,,,,,"KNX protocol commonly used for lighting systems",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/KNX_(standard)`
^laptop,,,,,,,,,"Portable laptop computer.",,,,,,[^computer],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Laptop`
^leaving,,,,,,,,,"Pipe conveys fluid out of an equipment",,,,,,[^pipeSection],^lib:phIoT,,,,,,,,,,,,,,,,
^level,,,,,,,,,"Range from 0% to 100%.  When paired with a fluid this implies a fill\nlevel where 0% is empty and 100% is full.",,,,,,[^quantity],^lib:phScience,,,,,,,,,["%"],[^fluid],,,,,,
^lib,,,,,,,,,"Library module of symbolic definitions.\nSee `docHaystack::Namespaces#libs` chapter.",,,,,,[^feature],^lib:ph,,,,,,,,,,,,,,,,
^lib:ph,,`https://project-haystack.org/def/ph/`,,,,,,,"Project Haystack core definitions",,,,,,[^lib],^lib:ph,,,,,,,,,,,,,,,"3.9.15",
^lib:phIct,,`https://project-haystack.org/def/phIct/`,,,,,[^lib:ph,^lib:phIoT],,"Project Haystack definitions for Information and Communications Technology.\nThis includes microprocessor based hardware, software, and networking\ntechnologies.",,,,,,[^lib],^lib:phIct,,,,,,,,,,,,,,,"3.9.15",`https://en.wikipedia.org/wiki/Information_and_communications_technology`
^lib:phIoT,,`https://project-haystack.org/def/phIoT/`,,,,,[^lib:ph,^lib:phScience],,"Project Haystack definitions for Internet of Things",,,,,,[^lib],^lib:phIoT,,,,,,,,,,,,,,,"3.9.15",`https://en.wikipedia.org/wiki/Internet_of_things`
^lib:phScience,,`https://project-haystack.org/def/phScience/`,,,,,[^lib:ph],,"Project Haystack scientific definitions",,,,,,[^lib],^lib:phScience,,,,,,,,,,,,,,,"3.9.15",
^light,,,,,,,,,"Electromagnetic radiation in the visible spectrum",,,,,,[^phenomenon],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Light`
^light-level,,,,,,,,,"Sensed or controlled dimming level of electrical lighting.\nLevel is measured as a percentage where 0% is off and 100%\nis full brightness.",,,,,,[^level],^lib:phScience,,,,,,,,,["%"],[^light],,,,,,
^lighting,,,,,,,,,"Systems associated with illumination in the built environment",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Lighting`
^lighting-system,,,[{equip},{point}],,,,,,"System designed to provide lighting.",,,,,,[^elec-system],^lib:phIoT,,,,,,,,,,,,,,,,
^lighting-zone-space,,,[{equip},{light illuminance sensor point},{light level sensor point},{light level sp point},{light luminous flux sensor point},{occupancy sensor point},{occupied sensor point},{occupied sp point},{point},{space}],,,,,,"Zone related to lighting system.\nSee `docHaystack::Spaces#zones` and `docHaystack::Zones#lighting` chapters.",,,,,,[^zone-space,^lightingZonePoints],^lib:phIoT,,,,,,,,,,,,,,,,
^lightingZonePoints,,,[{light level sensor point},{light level sp point},{light illuminance sensor point},{light luminous flux sensor point}],,,,,,"Entity with logical grouping of lighting points.\nSee `docHaystack::Zones#lighting` chapter.",,,,,,[^pointGroup],^lib:phIoT,,,,,,,,,,,,,,,,
^lineAvg,,,,,,,,,"Line average of single-phase electrical quantity measurements in an AC\nelectric power system.\n\nWhen applied to a point entity that has the `elec` and `volt` tags,\nindicates the average of all measurements defined in `lineVolt`.\n\nWhen applied to a point entity that has the `elec` and `current` tags,\nindicates the average of all measurements defined in `lineCurrent`.\n\nWhen applied to a point entity that has the `elec` and `power` tags,\nindicates the average of all measurements defined in `linePower`.\n\nWhen applied to a point entity that has the `elec` and `pf` tags,\nindicates the average of all measurements defined in `linePf`.\n\nWhen applied to a point entity that has the `elec` and `energy` tags,\nindicates the average of all measurements defined in `lineEnergy`.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^lineCurrent,,,,,,,,,"Single-phase line current measured in an AC electric power system.",,,"- L1: line 1 measurement\n- L2: line 2 measurement\n- L3: line 3 measurement",,,[^elecLine],^lib:phIoT,,,,,,,,,,,,,,,,
^lineEnergy,,,,,,,,,"Single-phase energy measured line-to-line in an AC electric power\nsystem.",,,"- L1-L2: line 1 to line 2 measurement\n- L2-L3: line 2 to line 3 measurement\n- L3-L1: line 3 to line 1 measurement",,,[^elecLineToLine],^lib:phIoT,,,,,,,,,,,,,,,,
^linePf,,,,,,,,,"Single-phase power factor measured line-to-line in an AC electric power\nsystem.",,,"- L1-L2: line 1 to line 2 measurement\n- L2-L3: line 2 to line 3 measurement\n- L3-L1: line 3 to line 1 measurement",,,[^elecLineToLine],^lib:phIoT,,,,,,,,,,,,,,,,
^linePower,,,,,,,,,"Single-phase power measured line-to-line in an AC electric power system.\nMay also be referred to as a line power measurement.",,,"- L1-L2: line 1 to line 2 measurement\n- L2-L3: line 2 to line 3 measurement\n- L3-L1: line 3 to line 1 measurement",,,[^elecLineToLine],^lib:phIoT,,,,,,,,,,,,,,,,
^lineVolt,,,,,,,,,"Single-phase voltage measured line-to-line in an AC electric power\nsystem.  May also be referred to as a line voltage measurement.",,,"- L1-L2: line 1 to line 2 measurement\n- L2-L3: line 2 to line 3 measurement\n- L3-L1: line 3 to line 1 measurement",,,[^elecLineToLine],^lib:phIoT,,,,,,,,,,,,,,,,
^liquid,,,,,,,,,"Substance with definite volume but takes the shape of its container",,,,,,[^fluid],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Liquid`
^list,,,,,,,,,"Ordered list of zero or more values.\nSee [Kinds chapter]`docHaystack::Kinds#list`.",,,,,,[^val],^lib:ph,,,,,,,,,,,,,,,,
^load,,,,,,,,,"Chiller point to command or measure the chiller's load as a percentage\nfrom \"0%\" to \"100%\". When paired with cmd this models the chiller's\nload limit. When paired with sensor this models the chiller's current\nload factor.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^luminaire,,,[{equip},{light illuminance sensor point},{light level sensor point},{light level sp point},{light luminous flux sensor point},{point}],,,,,,"Light fixture using electricity to provide illumination",,,,,,[^equip,^lightingZonePoints,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Light_fixture`
^luminance,,,,,,,,,"Energy of light in a given direction.\n\nAlso see [ies.org]`https://www.ies.org/definitions/luminance/`",,,,,,[^quantity],^lib:phScience,,,,,,,,,["candelas_per_square_meter","candelas_per_square_foot"],[^light],,,,,,`https://en.wikipedia.org/wiki/Luminance`
^luminous,,,,,,,,,"Relating to light as perceived by the eye",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^luminous-flux,,,,,,,,,"Total perceived light in all directions.\n\nAlso see [ies.org]`https://www.ies.org/definitions/luminous-flux/`",,,,,,[^quantity],^lib:phScience,,,,,,,,,["lumen"],[^light],,,,,,`https://en.wikipedia.org/wiki/Luminous_flux`
^luminous-intensity,,,,,,,,,"Perceived light in a particular direction per unit solid angle.\n\nAlso see [ies.org]`https://www.ies.org/definitions/luminous-intensity/`",,,,,,[^quantity],^lib:phScience,,,,,,,,,["candela"],[^light],,,,,,`https://en.wikipedia.org/wiki/Luminous_intensity`
^magnitude,,,,,,,,,"Size or extent",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^makeup,,,,,,,,,"Restore something missed or lost",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^makeup-water,,,,,,,,,"Water used used to makeup water loss through leaks, evaporation, or blowdown",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^makeup-water-input,,,,,,,,,"Entity inputs makeup water which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^makeup-water-output,,,,,,,,,"Entity outputs makeup water to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^makeupWaterRef,,,,,,,,,"Makeup water flows from the referent to this entity",,,,,^makeup-water,[^ref],^lib:phIoT,,,,,,,^makeup-water-output,,,,,[^makeup-water-input],,,,
^mandatory,,,,,,,,,"Requires that the marker be applied to dicts which use the marker's subtypes.\nThis tag is typically applied to top-level entity tags such as 'equip'.\nFor example if an instance is tagged with a subtype of 'equip' such\nas 'tank', then the instance must also include the 'equip' tag as a\nmandatory marker.",,,,,,[^marker],^lib:ph,,,,,,M,,,,,,[^def],,,,
^marker,,,,,,,,,"Marker labels a dict with typing information.\nSee [Kinds chapter]`docHaystack::Kinds#marker`.",,M,,,,,^lib:ph,,,,,,,,,,,,,,,,
^mau,,,[{bypass damper cmd point},{cool cmd point},{dessicantDehumidifier cmd point},{discharge duct equip},{economizer duct equip},{economizing cmd point},{equip},{exhaust duct equip},{faceBypass cmd point},{filter sensor point},{freezeStat sensor point},{heat cmd point},{heatWheel cmd point},{humidifier equip},{hvacMode sp point},{mixed duct equip},{outside duct equip},{point},{return duct equip},{thermostat equip},{ventilation duct equip}],,,,,,"Makeup Air Unit: A DOAS that provides make-up air for a separate, dedicated\nexhaust system. That is, this equip does not contain an exhaust air section.\nSee `docHaystack::AHUs` chapter.",,,,,,[^doas],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Air_handler`
^max,,,,,,,,,"Maximum",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^maxVal,,,,,,,,,"Inclusive maximum for a numeric value.",,,,,,[^number],^lib:ph,,,,,,,,,,,,[^def,^point],,,,
^mech,,,,,,,,,"Associated with a machine or its mechanical force, torque, power, or energy.\nThis is often opposed to `elec` electrical energy.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^meter,,,[{equip},{point}],,,,,,"Equipment to meter a substance or phenomenon.\nSee `docHaystack::Meters` chapter.",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^meterScope,,,,,,,,,"Classifies a meter as a main site meter or submeter",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^meter],,,,
^mime,,,,,,,,,"Mime type formatted as type/subtype",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^filetype],,,,
^min,,,,,,,,,"Minimum",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^minVal,,,,,,,,,"Inclusive minimum for a numeric value.",,,,,,[^number],^lib:ph,,,,,,,,,,,,[^def,^point],,,,
^mixed,,,,,,,,,"Duct where fresh outside air and return air is mixed together",,,,,,[^ductSection],^lib:phIoT,,,,,,,,,,,,,,,,
^mixing,,,,,,,,,"Three way valve which inputs two pipes and outputs a mixture\nbetween the two to a single output pipe.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^ml,,,,,,,,,"Machine learning point. See `docHaystack::Synthetics` chapter.",,,,,,[^synthetic],^lib:phIoT,,,,,,,,,,,,,,,,
^ml-point,,,,,,,,,"See `docHaystack::Synthetics` chapter.",,,,,,[^synthetic-point],^lib:phIoT,,,,,,,,,,,,,,,,
^mlIdentificationPeriod,,,,,,,,,"Training period description, known as the identification period\nor baseline, utilized during the model training process.",,,,,,[^span],^lib:phIoT,,,,,,,,,,,,[^mlModel],,,,
^mlInputVarRefs,,,,,,,,,"List of independent variables, also known as model inputs or features,\nassociated with a machine learning model.",,,,,,[^list],^lib:phIoT,,,,,,,^mlVarRef,,,,,[^mlModel],,,,
^mlModel,,,,,,,,,"See `docHaystack::Synthetics` chapter.",,,,,,[^syntheticModel],^lib:phIoT,,,,,,,,,,,,,,,,
^mlModelMetrics,,,,,,,,,"Goodness-of-fit metrics provided in the form of a simple dictionary.\nFor example: {r2:0.7889, cvrmse:58}.",,,,,,[^dict],^lib:phIoT,,,,,,,,,,,,[^mlModel],,,,
^mlModelParameters,,,,,,,,,"Result of model identification, which may appear as a list of\nmodel parameters for simpler models or as a reference to a stored model,\nin the form of a file uri. The structure of the dict is user-specific.",,,,,,[^dict],^lib:phIoT,,,,,,,,,,,,[^mlModel],,,,
^mlOutputVarRef,,,,,,,,,"Dependent variable, also known as the model output or target,\nassociated, with a machine learning model.\nRepresents the predicted outcome generated by the model.",,,,,,[^ref],^lib:phIoT,,,,,,,^mlVar,,,,,[^mlModel],,,,
^mlVar,,,,,,,,,"Machine learning variable representing both model inputs and outputs.",,,,,,[^entity],^lib:phIoT,M,,,,,,,,,,,,,,,
^mlVarFilter,,,,,,,,,"Filter used for querying points by tags, providing more flexibility\nthan mlVarPoint, although it is not mandatory.",,,,,,[^filterStr],^lib:phIoT,,,,,,,,,,,,[^mlVar],,,,
^mlVarPoint,,,,,,,,,"Reference to a point associated with a machine learning variable,\nknown as a machine learning variable point.",,,,,,[^ref],^lib:phIoT,,,,,,,^point,,,,,[^mlVar],,,,
^mlVarRef,,,,,,,,,"Reference to a machine learning variable.",,,,,,[^ref],^lib:phIoT,,,,,,,^mlVar,,,,,,,,,
^mobile,,,,,,,,,"Relating to mobile phones, hand-held computers, and similar technology",,,,,,[^marker],^lib:phIct,,,,,,,,,,,,,,,,
^mobile-phone,,,,,,,,,"Cellular phone providing telecommunication over radio links.",,,,,,[^phone],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Mobile_phone`
^modbus,,,,,,,,,"Register based communication protocol used with industrial devices.",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Modbus`
^motor,,,[{alarm sensor point},{enable cmd point},{enable sensor point},{equip},{point},{run cmd point},{run sensor point},{vfd freq cmd point},{vfd freq sensor point},{vfd speed cmd point},{vfd speed sensor point}],,,,,,"Equipment that converts electrical energy into mechanical energy.\nSee `docHaystack::Motors` chapter.",,,,,,[^equip,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Electric_motor`
^movingWalkway,,,[{equip},{point}],,,,,,"Conveyor to move people across a horizontal or inclined plane.",,,,,,[^verticalTransport,^elec-input],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Moving_walkway`
^mqtt,,,,,,,,,"Message Queuing Telemetry Transport publish/subscribe protocol",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/MQTT`
^multiZone,,,,,,,,,"AHU discharge air is split into a duct per zone",,,,,,[^ahuZoneDelivery],^lib:phIoT,,,,,,,,,,,,,,,,
^n2o,,,,,,,,,"Nitrous oxide (N₂O)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Nitrous_oxide`
^n2o-emission,,,,,,,,,"Greenhouse gas emission of nitrous oxide (N₂O) into the air.",,,,,,[^emission],^lib:phScience,,,,,,,,,["kg","ton","lb"],[^air],,,,,,
^na,,,,,,,,,"Not available used to indicate invalid or missing data.\nSee [Kinds chapter]`docHaystack::Kinds#na`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^naturalGas,,,,,,,,,"Fossil fuel energy source consisting largely of methane and other hydrocarbons.\n\nThe energy content of natural gas varies by region within a range determined\non impurities in the gas.  You can find a table of these conversions\n[here]`https://en.wikipedia.org/wiki/Heat_of_combustion#Higher_heating_values_of_natural_gases_from_various_sources`",,,,,,[^gas],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Natural_gas`
^naturalGas-input,,,,,,,,,"Entity inputs natural gas which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^naturalGas-output,,,,,,,,,"Entity outputs natural gas to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^naturalGasHeating,,,,,,,,,"Heating by the combustion of natural gas",,,,,,[^heatingProcess,^naturalGas-input],^lib:phIoT,,,,,,,,,,,,,,,,
^naturalGasRef,,,,,,,,,"Natural gas flows from the referent to this entity",,,,,^naturalGas,[^ref],^lib:phIoT,,,,,,,^naturalGas-output,,,,,[^naturalGas-input],,,,
^net,,,,,,,,,"Difference between import and export",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^network,,,,,,,,,"Logical communications network between two or more devices.\nSee `docHaystack::Devices#networks` chapter.",,,,,,[^entity],^lib:phIct,,,,,,,,,,,,,,,,
^networkRef,,,,,,,,,"Associates a device which communicates on specific a network.",,,,,,[^ref],^lib:phIct,,,,,,,^network,,,,,,,,,
^networking,,,,,,,,,"Related to data communication networks",,,,,,[^marker],^lib:phIct,,,,,,,,,,,,,,,,
^networking-device,,,,,,,,,"Microprocessor device used to establish networks.",,,,,,[^device],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Networking_hardware`
^networking-router,,,,,,,,,"Networking device used to route data between different networks.",,,,,,[^networking-device],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Router_(computing)`
^networking-switch,,,,,,,,,"Networking device used to connect devices on the same network.",,,,,,[^networking-device],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Network_switch`
^neutral,,,,,,,,,"Used to indicate electrical current being measured on an electrical\nneutral conductor when applied to a point entity that has the `elec` and\n`current` tags.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^neutralDeck,,,,,,,,,"Duct carries air which by-passes both heating and cooling coils",,,,,,[^ductDeck],^lib:phIoT,,,,,,,,,,,,,,,,
^nf3,,,,,,,,,"Nitrogen trifluoride (NF₃)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Nitrogen_trifluoride`
^nf3-emission,,,,,,,,,"Greenhouse gas emission of nitrogen trifluoride (NF₃) into the air.",,,,,,[^emission],^lib:phScience,,,,,,,,,["kg","ton","lb"],[^air],,,,,,
^nh3,,,,,,,,,"Ammonia (NH₃)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Ammonia`
^nh3-concentration,,,,,,,,,"Concentration of ammonia (NH₃) in the air",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["µg/m³","ppb"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^no2,,,,,,,,,"Nitrogen dioxide (NO₂)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Nitrogen_dioxide`
^no2-concentration,,,,,,,,,"Concentration of nitrogen dioxide (NO₂) in the air",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["µg/m³","ppb"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^noSideEffects,,,,,,,,,"Marks a function or operation as having no side effects.  The function\nmay or may not be *pure* in that calling it multiple times with the\nsame arguments always evaluates to the same result.",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Side_effect_(computer_science)`
^nodoc,,,,,,,,,"Undocumented and not officially supported",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^nosrc,,,,,,,,,"Do not include source code in documentation",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^notInherited,,,,,,,,,"Marker applied to a def to indicate that is not inherited into\nsubtype definitions.",,,,,,[^marker],^lib:ph,,,,,,,,,,,,[^def],,,,
^number,,,,,,,,,"Integer or floating point numbers annotated with an optional unit.\nSee [Kinds chapter]`docHaystack::Kinds#number`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^o2,,,,,,,,,"Oxygen (O₂) - the common dioxygen allotrope in the air",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Oxygen`
^o3,,,,,,,,,"Ozone (O₃)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Ozone`
^o3-concentration,,,,,,,,,"Concentration of ozone (O₃) in the air",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["ppm"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^obix,,,,,,,,,"XML based Open Building Information eXchange protocol.",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/OBIX`
^occ,,,,,,,,,"Occupied mode of a space.\nSee `docHaystack::Zones#occupancy` chapter.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^occupancy,,,,,,,,,"Number of occupants in a space.\nSee `docHaystack::Zones#occupancy` chapter.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^occupants,,,,,,,,,"People who use the built environment.\nSee `docHaystack::Zones#occupancy` chapter.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^occupied,,,,,,,,,"Setpoint or sensor indicating occupancy of a space.\nSee `docHaystack::Zones#occupancy` chapter.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^of,,,,,,,,,"Expected value type of a collection, reference, or choice",,,,,,[^symbol],^lib:ph,,,,,,,,,,,,[^def],,,,
^op,,,,,,,,,"Operation for HTTP API.\nSee `docHaystack::Ops` chapter.",,,,,,[^feature],^lib:ph,,,,,,,,,,,,,,,,
^op:about,,,,,,,,,"Query basic information about the server.\nSee `docHaystack::Ops#about` chapter.",,,,,,[^op],^lib:ph,,,,,M,,,,,,,,,,,
^op:close,,,,,,,,,"Close the current session and cancel the auth bearer token.\nSee `docHaystack::Ops#close` chapter.",,,,,,[^op],^lib:ph,,,,,,,,,,,,,,,,
^op:defs,,,,,,,,,"Query the definitions in the current namespace.\nSee `docHaystack::Ops#defs` chapter.",,,,,,[^op],^lib:ph,,,,,M,,,,,,,,,,,
^op:filetypes,,,,,,,,,"Query the filetype defs in the current namespace.\nSee `docHaystack::Ops#filetypes` chapter.",,,,,,[^op],^lib:ph,,,,,M,,,,,,,,,,,
^op:hisRead,,,,,,,,,"Read historized time series data from a `his-point`.\nSee `docHaystack::Ops#hisRead` chapter.",,,,,,[^op],^lib:phIoT,,,,,M,,,,,,,,,,,
^op:hisWrite,,,,,,,,,"Write historized time series data from a `his-point`.\nSee `docHaystack::Ops#hisWrite` chapter.",,,,,,[^op],^lib:phIoT,,,,,,,,,,,,,,,,
^op:invokeAction,,,,,,,,,"Invoke a user action on a target entity.\nSee `docHaystack::Ops#invokeAction` chapter.",,,,,,[^op],^lib:phIoT,,,,,,,,,,,,,,,,
^op:libs,,,,,,,,,"Query the lib defs in the current namespace.\nSee `docHaystack::Ops#libs` chapter.",,,,,,[^op],^lib:ph,,,,,M,,,,,,,,,,,
^op:nav,,,,,,,,,"Query the navigation tree for discovery.\nSee `docHaystack::Ops#nav` chapter.",,,,,,[^op],^lib:ph,,,,,M,,,,,,,,,,,
^op:ops,,,,,,,,,"Query the op defs in the current namespace.\nSee `docHaystack::Ops#ops` chapter.",,,,,,[^op],^lib:ph,,,,,M,,,,,,,,,,,
^op:pointWrite,,,,,,,,,"Read or command a `writable-point`.\nSee `docHaystack::Ops#pointWrite` chapter.",,,,,,[^op],^lib:phIoT,,,,,,,,,,,,,,,,
^op:read,,,,,,,,,"Query the a set of entity records by id or by filter.\nSee `docHaystack::Ops#read` chapter.",,,,,,[^op],^lib:ph,,,,,M,,,,,,,,,,,
^op:watchPoll,,,,,,,,,"Poll a watch subscription.\nSee `docHaystack::Ops#watchPoll` chapter.",,,,,,[^op],^lib:ph,,,,,,,,,,,,,,,,
^op:watchSub,,,,,,,,,"Subscribe to entity data.\nSee `docHaystack::Ops#watchSub` chapter.",,,,,,[^op],^lib:ph,,,,,,,,,,,,,,,,
^op:watchUnsub,,,,,,,,,"Unsubscribe to entity data.\nSee `docHaystack::Ops#watchUnsub` chapter.",,,,,,[^op],^lib:ph,,,,,,,,,,,,,,,,
^openEnum,,,,,,,,,"Apply to str enum tags where the enumeration range is open ended.\nUser interfaces should support data entry for arbitrary strings, but\nalso provide a dropdown for the predefined enumeration.",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^outdoorUnit,,,,,,,,,"operates outside the conditioned space",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^output,,,,,,,,,"Entity outputs a substance with flows to other entities",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^outputs,,,,,,,,,"The entity outputs a substance to the referent.\nThe value of this tag is what is supplied.",,,,,,[^relationship],^lib:ph,,,,,,,,,,,^inputs,,,M,,
^outside,,,,,,,,,"Duct to access fresh outside air for both ventilation and economizer.",,,,,,[^ductSection],^lib:phIoT,,,,,,,,,,,,,,,,
^panel,,,[{equip},{point}],,,,,,"Enclosure for electrical and control equipment.  Panels may be\nused to isolate electrical connections and provide environmental\nprotection.",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^parallel,,,,,,,,,"Circuit with multiple paths of flow",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^perimeterHeat,,,,,,,,,"Auxiliary heating points associated with a `vav`",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^pf,,,,,,,,,"Electrical power factor; unitless number between 0.0 and 1.0 which is ratio\nof active to apparent power in an AC power system.",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["pf"],[^ac-elec],,,,,,
^pfDisplacement,,,,,,,,,"Displacement power factor, which excludes effects of harmonic\ndistortion.",,,,,,[^pfScope],^lib:phIoT,,,,,,,,,,,,,,,,
^pfDistortion,,,,,,,,,"Distortion power factor",,,,,,[^pfScope],^lib:phIoT,,,,,,,,,,,,,,,,
^pfScope,,,,,,,,,"Power factor scope",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,,,,,
^pfTrue,,,,,,,,,"True power factor, which includes effects of harmonic distortion.\nPower factor is assumed to be true power factor when `pfScope` is not\ndefined.  However, it is recommended to specify a scope for power\nfactor to help avoid misinterpretation of data.",,,,,,[^pfScope],^lib:phIoT,,,,,,,,,,,,,,,,
^pfc,,,,,,,,,"Perfluorocarbons",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fluorocarbon`
^pfc-emission,,,,,,,,,"Greenhouse gas emission of perfluorocarbons into the air.",,,,,,[^emission],^lib:phScience,,,,,,,,,["kg","ton","lb"],[^air],,,,,,
^phase,,,,,,,,,"Phase measurement in a three-phase electrical system.  Phase is\ndeprecated in favor of more explicit tags:\n- `lineVolt`\n- `phaseVolt`\n- `lineCurrent`\n- `phaseCurrent`\n- `linePower`\n- `phasePower`\n- `linePf`\n- `phasePf`\n- `lineEnergy`\n- `phaseEnergy`\n- `lineAvg`\n- `phaseAvg`\n- `neutral`\n- `ground`",,,"- A: line-to-neutral measurement\n- B: line-to-neutral measurement\n- C: line-to-neutral measurement\n- AB: line-to-line measurement\n- BC: line-to-line measurement\n- CA: line-to-line measurement\n- N: neutral current",,,[^str],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Three-phase_electric_power`
^phaseAvg,,,,,,,,,"Phase average of single-phase electrical quantity measurements in an AC\nelectric power system.\n\nWhen applied to a point entity that has the `elec` and `volt` tags,\nindicates the average of all measurements defined in `phaseVolt`.\n\nWhen applied to a point entity that has the `elec` and `current` tags,\nindicates the average of all measurements defined in `phaseCurrent`.\n\nWhen applied to a point entity that has the `elec` and `power` tags,\nindicates the average of all measurements defined in `phasePower`.\n\nWhen applied to a point entity that has the `elec` and `pf` tags,\nindicates the average of all measurements defined in `phasePf`.\n\nWhen applied to a point entity that has the `elec` and `energy` tags,\nindicates the average of all measurements defined in `phaseEnergy`.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^phaseCount,,,,,,,,,"Number of phases for an AC electrical power system or\nconnected equipment: single-phase or three-phase.",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^ac-elec-meter,^motor],,,,
^phaseCurrent,,,,,,,,,"Single-phase current measured line-to-line in an AC electric power\nsystem.  May also be referred to as a phase current measurement.",,,"- L1-L2: line 1 to line 2 measurement\n- L2-L3: line 2 to line 3 measurement\n- L3-L1: line 3 to line 1 measurement",,,[^elecLineToLine],^lib:phIoT,,,,,,,,,,,,,,,,
^phaseEnergy,,,,,,,,,"Single-phase energy measured line-to-neutral in an AC electric power\nsystem.  Neutral might not be referenced, but implied.",,,"- L1: line 1 measurement\n- L2: line 2 measurement\n- L3: line 3 measurement",,,[^elecLine],^lib:phIoT,,,,,,,,,,,,,,,,
^phasePf,,,,,,,,,"Single-phase power factor measured line-to-neutral in an AC electric\npower system.  Neutral might not be referenced, but implied.",,,"- L1: line 1 measurement\n- L2: line 2 measurement\n- L3: line 3 measurement",,,[^elecLine],^lib:phIoT,,,,,,,,,,,,,,,,
^phasePower,,,,,,,,,"Single-phase power measured line-to-neutral in an AC electric power\nsystem.  May also be referred to as a phase power measurement.",,,"- L1: line 1 measurement\n- L2: line 2 measurement\n- L3: line 3 measurement",,,[^elecLine],^lib:phIoT,,,,,,,,,,,,,,,,
^phaseVolt,,,,,,,,,"Single-phase voltage measured line-to-neutral in an AC electric power\nsystem.  May also be referred to as a phase voltage measurement.",,,"- L1-N: line 1 to neutral measurement\n- L2-N: line 2 to neutral measurement\n- L3-N: line 3 to neutral measurement",,,[^elecLineToNeutral],^lib:phIoT,,,,,,,,,,,,,,,,
^phenomenon,,,,,,,,,"Aspect of scientific interest with measurable quantities",,M,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^phone,,,,,,,,,"Telephone used for voice telecommunication.",,,,,,[^device],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Telephone`
^pipe,,,[{equip},{flow sensor point},{flow sp point},{point},{pressure sensor point},{pressure sp point},{pump motor equip},{temp sensor point},{temp sp point},{valve actuator equip}],[^fluid,^pipeSection,^plantLoop],,,,,"Conduit used to convey a fluid",,,,,,[^conduit],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Pipe_(fluid_conveyance)`
^pipeFluid,,,,,,,,,"Type of fluid conveyed by piping",,,,,,[^choice],^lib:phIoT,,,,,,,^fluid,,,,,[^pipe,^valve-actuator,^pump-motor],,,,
^pipeSection,,,,,,,,,"Equipment section of piping",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^pipe,^valve-actuator,^pump-motor],,,,
^plant,,,[{enable cmd point},{equip},{point}],,,,,,"Central plant used to generate a substance for a process.\nSee `docHaystack::Plants`.",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^plantLoop,,,,,,,,,"Plant piping loop: primary, secondary, or tertiary",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^pipe],,,,
^pm01,,,,,,,,,"Particulate matter 0.1; atmospheric pollutant of fine particles with an aerodynamic diameter of 0.1 micrometers or less",,,,,,[^solid],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Particulates`
^pm01-concentration,,,,,,,,,"Concentration of particulate matter 0.1 in the air.",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["µg/m³","ppb"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^pm10,,,,,,,,,"Particulate matter 10; atmospheric pollutant of fine particles with an aerodynamic diameter of 10 micrometers or less",,,,,,[^solid],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Particulates`
^pm10-concentration,,,,,,,,,"Concentration of particulate matter 10 in the air",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["µg/m³","ppb"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^pm25,,,,,,,,,"Particulate matter 2.5; atmospheric pollutant of fine particles with an aerodynamic diameter of 2.5 micrometers or less",,,,,,[^solid],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Particulates`
^pm25-concentration,,,,,,,,,"Concentration of particulate matter 2.5 in the air.",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["µg/m³","ppb"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^point,,,,,,,,,"Data point such as a sensor or actuator.\nSee `docHaystack::Points` chapter.",,M,,,,[^entity],^lib:phIoT,M,,,,,,,,,,,,,,,
^pointFunction,,,,,,,,,"Classifies the point as a sensor, command, or setpoint.\nSee `docHaystack::Points#function` chapter.",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^point],,,,
^pointGroup,,,,,,,,,"Grouping of children points used by spaces and equipment",,,,,,[^entity],^lib:phIoT,,,,,,,,,,,,,,,,
^pointQuantity,,,,,,,,,"Quantity the point senses or controls",,,,,,[^choice],^lib:phIoT,,,,,,,^quantity,,,,,[^point],,,,
^pointRef,,,,,,,,,"See `docHaystack::Synthetics#structure` chapter.",,,,,,[^ref],^lib:phIoT,,,,,,,^point,,,,,[^sim-point],,,,
^pointSubject,,,,,,,,,"What the point senses or controls",,,,,,[^choice],^lib:phIoT,,,,,,,^phenomenon,,,,,[^point],,,,
^pop3,,,,,,,,,"Post Office Protocol version 3 for retrieving email",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Post_Office_Protocol`
^port,,,,,,,,,"A gateway or opening used to transfer a substance.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^power,,,,,,,,,"Energy consumed per unit time",,,,,,[^quantity],^lib:phScience,,,,,,,,,,,,,,,,
^powerConverter,,,,,,,,,"Converts one electrical waveform to another using power electronic\ncircuitry.  Involves the use of one or more power modules.\n\nMay convert:\n - `ac` to `dc`\n - `ac` to `ac`\n - `dc` to `dc`\n - `dc` to `ac`\n\nNote:  An AC/AC power converter performs the same task as a power\ntransformer but using power electronics.  Similarly, a DC/DC power\nconverter transforms an input DC voltage to an output DC voltage at\nanother level.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^precipitation,,,,,,,,,"Amount of atmospheric water vapor fallen including rain, sleet, snow, and hail",,,,,,[^quantity],^lib:phScience,,,,,,,,,["mm","in"],[^weather],,,,,,
^prefUnit,,,,,,,,,"Defines a preferred unit to be used with a quantity",,,,,,[^list],^lib:phScience,,,,,,,^unit,,,,,,,,,
^pressure,,,,,,,,,"Measure of force applied",,,,,,[^quantity],^lib:phScience,,,,,,,,,["kPa","psi"],[^fluid],,,,,,`https://en.wikipedia.org/wiki/Pressure`
^pressureDependent,,,,,,,,,"VAV damper modulates to control space temp; dependent on duct pressure\nbeing maintained",,,,,,[^vavModulation],^lib:phIoT,,,,,,,,,,,,,,,,
^pressureIndependent,,,,,,,,,"VAV damper or a control valve that modulates to maintain desired flow\nsetpoint; independent of the duct pressure",,,,,,[^vavModulation],^lib:phIoT,,,,,,,,,,,,,,,,
^primaryFunction,,,,,,,,,"Primary function of building as US Energy Star key",,,"Adult Education\nAmbulatory Surgical Center\nAquarium\nAutomobile Dealership\nBank Branch\nBar/Nightclub\nBarracks\nBowling Alley\nCasino\nCollege/University\nConvenience Store with Gas Station\nConvenience Store without Gas Station\nConvention Center\nCourthouse\nData Center\nDistribution Center\nDrinking Water Treatment & Distribution\nEnclosed Mall\nEnergy/Power Station\nFast Food Restaurant\nFinancial Office\nFire Station\nFitness Center/Health Club/Gym\nFood Sales\nFood Service\nHospital (General Medical & Surgical)\nHotel\nIce/Curling Rink\nIndoor Arena\nK-12 School\nLaboratory\nLibrary\nLifestyle Center\nMailing Center/Post Office\nManufacturing/Industrial Plant\nMedical Office\nMixed Use Property\nMovie Theater\nMultifamily Housing\nMuseum\nNon-Refrigerated Warehouse\nOffice\nOther - Education\nOther - Entertainment/Public Assembly\nOther - Lodging/Residential\nOther - Mall\nOther - Public Services\nOther - Recreation\nOther - Restaurant/Bar\nOther - Services\nOther - Stadium\nOther - Technology/Science\nOther - Utility\nOther\nOther/Specialty Hospital\nOutpatient Rehabilitation/Physical Therapy\nParking\nPerforming Arts\nPersonal Services (Health/Beauty, Dry Cleaning, etc)\nPolice Station\nPre-school/Daycare\nPrison/Incarceration\nRace Track\nRefrigerated Warehouse\nRepair Services (Vehicle, Shoe, Locksmith, etc)\nResidence Hall/Dormitory\nRestaurant\nRetail Store\nRoller Rink\nSelf-Storage Facility\nSenior Care Community\nSingle Family Home\nSocial/Meeting Hall\nStadium (Closed)\nStadium (Open)\nStrip Mall\nSupermarket/Grocery Store\nSwimming Pool\nTransportation Terminal/Station\nUrgent Care/Clinic/Other Outpatient\nVeterinary Office\nVocational School\nWastewater Treatment Plant\nWholesale Club/Supercenter\nWorship Facility\nZoo",,,[^str],^lib:phIoT,,,,,,,,,,,,[^site],,,,
^primaryLoop,,,,,,,,,"Pipework which circulates closest to the energy source.  In a central\nplant, the primary loop indicates the pipes and equipment within the\ncentral plant.  In context of heat exchangers between the primary\nand secondary loops, this tag indicates the side closest to the plant.",,,,,,[^plantLoop],^lib:phIoT,,,,,,,,,,,,,,,,
^process,,,,,,,,,"Industrial or HVAC process",,M,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^propane,,,,,,,,,"By-product of natural gas processing and petroleum refining (C₃H₈)",,,,,,[^gas],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Propane`
^propaneHeating,,,,,,,,,"Heating by the combustion of propane",,,,,,[^heatingProcess],^lib:phIoT,,,,,,,,,,,,,,,,
^protocol,,,,,,,,,"Communication protocol used for devices on a network.",,M,,,,[^marker],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Communication_protocol`
^pump,,,,,,,,,"Pump equipment or control point",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Pump`
^pump-motor,,,[{alarm sensor point},{enable cmd point},{enable sensor point},{equip},{point},{run cmd point},{run sensor point},{vfd freq cmd point},{vfd freq sensor point},{vfd speed cmd point},{vfd speed sensor point}],[^fluid,^pipeSection,^pump],,,,,"Motor used with a pump to move fluid.\nSee `docHaystack::Motors` chapter.",,,,,,[^motor],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Pump`
^purge,,,,,,,,,"Associated with a cleaning process to remove contaminants.\nMost commonly it indicates purging water or air by using a filter or by\nletting out a certain amount of the substance at a high flow rate.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^purge-water,,,,,,,,,"Water expelled from a system to remove contaminants.",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^quality,,,,,,,,,"Quantity measured against standard metric",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^quantities,,,,,M,,,,"Quantities used to measure this phenomenon",M,,,,,[^association],^lib:phScience,,,,,,,^symbol,,,,^quantityOf,,,,,
^quantity,,,,,,,,,"Measurable property of a substance or phenomenon",,M,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^quantityOf,,,,,,,,,"Associates quantity as measurement of a phenomenon",,,,,,[^association],^lib:phScience,,,,,,,^phenomenon,,,,^quantities,,,,,
^rack,,,[{equip},{networking device},{point},{server device}],,,,,,"Enclosure or chassis used to mount computer and networking gear.\nDevices are mounted to rails of a standard width, typically 19 or 23\ninches.  Height is measured in *rack units* where one 1U is 1.75 inches.\nA full rack has a height of 42U.\nSee `docHaystack::DataCenters#racks` chapter.",,,,,,[^equip],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/19-inch_rack`
^radiantEquip,,,[{equip},{point}],,,,,,"HVAC equipment that conditions a space without forced air.",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^radiantFloor,,,[{equip},{point}],,,,,,"Heats a space using pipes or cables embedded beneath floor.",,,,,,[^radiantEquip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Underfloor_heating`
^radiator,,,[{equip},{point}],,,,,,"Heats a space using exposed pipes or coils.  Hot water and steam\nradiators are often cast iron and installed directly in the space\nor along the baseboard.  Electric radiators are typically installed\non the baseboard.",,,,,,[^radiantEquip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Radiator_(heating)`
^rated,,,,,,,,,"Data specified by a manufacturer or rating organization.  Typically this\ninformation is from the equipment data plate or cut sheet.  Also see `design`.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^reactive,,,,,,,,,"Relating to reactance",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^reactive-energy,,,,,,,,,"Integral of `reactive-power` over time",,,,,,[^quantity],^lib:phIoT,,,,,,,,,,[^ac-elec],,,,,,
^reactive-power,,,,,,,,,"Reactive power or imaginary power; energy transfer that contributes useful work",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["kVAR"],[^ac-elec],,,,,,
^reciprocal,,,,,,,,,"Piston compressor driven by a crankshaft",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Reciprocating_compressor`
^reciprocalOf,,,,,,,,,"Specifies the inverse of an association or relationships.\nSee [Associations]`docHaystack::Associations#reciprocalOf` and\n[Relationships]`docHaystack::Relationships#reciprocalOf` chapter.",,,,,,[^symbol],^lib:ph,,,,,,,,,,,,,,,,
^ref,,,,,,,,,"Reference to an entity. Ref values are ASCII strings limited to the\nfollowing chars: a-z, A-Z, 0-9, underbar, colon, dash, dot, or tilde.\nSee [Kinds chapter]`docHaystack::Kinds#ref`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^refrig,,,,,,,,,"Fluid used in refrigeration and heat exchange.  Refrigerants typically\nalternate between liquid and gas state.",,,,,,[^fluid],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Refrigerant`
^refrig-input,,,,,,,,,"Entity inputs refrigerant which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^refrig-output,,,,,,,,,"Entity outputs refrigerant to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^refrig-system,,,[{equip},{point}],,,,,,"Refrigerant distribution to fulfill all or parts of a refrigeration cycle.",,,,,,[^system],^lib:phIoT,,,,,,,,,,,,,,,,
^refrigRef,,,,,,,,,"Refrigerant flows from the referent to this entity",,,,,^refrig,[^ref],^lib:phIoT,,,,,,,^refrig-output,,,,,[^refrig-input],,,,
^reheat,,,,,,,,,"Command point for reheating process",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^relationship,,,,,,,,,"Ref tags used to model entity-to-entity relationships.\nSee [Relationships]`docHaystack::Relationships` chapter.",,M,,,,[^symbol],^lib:ph,,,,,,,,,,,,,,,,
^remove,,,,,,,,,"Singleton for remove operation.\nSee [Kinds chapter]`docHaystack::Kinds#remove`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^return,,,,,,,,,"Duct returning air back to equipment",,,,,,[^ductSection],^lib:phIoT,,,,,,,,,,,,,,,,
^roof,,,,,,,,,"Envelope covering the top of a building",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^roof-floor,,,[{equip},{point},{space}],,,,,,"The roof floor is the topmost level of a building.  It is often\nwhere HVAC equipment is located such as rooftop AHUs.",,,,,,[^floor],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Storey`
^room,,,[{space},{equip},{point}],,,,,,"Enclosed room of a building",,,,,,[^space],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Room`
^rotaryScrew,,,,,,,,,"Rotary screw compression",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Rotary-screw_compressor`
^router,,,,,,,,,"Device used to route data packets",,,,,,[^marker],^lib:phIct,,,,,,,,,,,,,,,,
^rtu,,,[{bypass damper cmd point},{cool cmd point},{dessicantDehumidifier cmd point},{discharge duct equip},{economizer duct equip},{economizing cmd point},{equip},{exhaust duct equip},{faceBypass cmd point},{filter sensor point},{freezeStat sensor point},{heat cmd point},{heatWheel cmd point},{humidifier equip},{hvacMode sp point},{mixed duct equip},{outside duct equip},{point},{return duct equip},{thermostat equip},{ventilation duct equip}],,,,,,"Roof Top Unit: A unitary AHU that is weatherized for outdoor use.\nSee `docHaystack::AHUs` chapter.",,,,,,[^ahu],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Air_handler`
^run,,,,,,,,,"Primary on/off `point` of an `equip` especially used with a `vfd`.\nRun is used with Bool points where true indicates on and false indicates\noff. When paired with `cmd` this is the commanded state of the equipment.\nWhen paired with `sensor` this is the actual status of the equip.  If\nthe equipment also defines an `enable` point then both must be commanded\non in order to run the equipment.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^scalar,,,,,,,,,"Scalar is an atomic value kind",,,,,,[^val],^lib:ph,,,,,,,,,,,,,,,,
^secondaryLoop,,,,,,,,,"Pipework which circulates closest to the building or end use. In a\ncentral plant, the secondary loop indicates the pipes and equipment between\nthe central plant and the building.  In context of heat exchangers between\nthe primary and secondary loops, this tag indicates the side closest to\nthe building.",,,,,,[^plantLoop],^lib:phIoT,,,,,,,,,,,,,,,,
^sensor,,,,,,,,,"Point is a sensor, input, AI/BI.\nSee `docHaystack::Points#function` chapter.",,,,,,[^pointFunction],^lib:phIoT,,,,,,,,,,,,,,,,
^series,,,,,,,,,"Circuit with single path of flow",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^server,,,,,,,,,"Hardware or software which provides services for other programs or devices.",,,,,,[^marker],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Server_(computing)`
^server-computer,,,,,,,,,"General purpose computer used as a server.  Typically servers are rack mounted.",,,,,,[^computer],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Server_(computing)`
^serviceFactor,,,,,,,,,"Ratio of the maximum continuous output capacity at which a machine or\nsystem may operate without damage to the machine or system’s nominal\noutput capacity.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^sf6,,,,,,,,,"Sulphur hexafluoride (SF₆)",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Sulfur_hexafluoride`
^sf6-emission,,,,,,,,,"Greenhouse gas emission of sulphur hexafluoride (SF₆) into the air.",,,,,,[^emission],^lib:phScience,,,,,,,,,["kg","ton","lb"],[^air],,,,,,
^sim,,,,,,,,,"Simulation point. See `docHaystack::Synthetics` chapter.",,,,,,[^synthetic],^lib:phIoT,,,,,,,,,,,,,,,,
^sim-point,,,,,,,,,"See `docHaystack::Synthetics` chapter.",,,,,,[^synthetic-point],^lib:phIoT,,,,,,,,,,,,,,,,
^simBaseline,,,,,,,,"Baseline","See `docHaystack::Synthetics#sims` chapter.",,,,,,[^simScenario],^lib:phIoT,,,,,,,,,,,,,,,,
^simModel,,,,,,,,,"See `docHaystack::Synthetics` chapter.",,,,,,[^syntheticModel],^lib:phIoT,,,,,,,,,,,,,,,,
^simOperation,,,,,,,,"Operation","See `docHaystack::Synthetics#sims` chapter.",,,,,,[^simScenario],^lib:phIoT,,,,,,,,,,,,,,,,
^simOptimum,,,,,,,,"Optimum","See `docHaystack::Synthetics#sims` chapter.",,,,,,[^simScenario],^lib:phIoT,,,,,,,,,,,,,,,,
^simScenario,,,,,,,,,"See `docHaystack::Synthetics#sims` chapter.",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^sim-point],,,,
^singleDuct,,,,,,,,,"One single duct",,,,,,[^ductConfig],^lib:phIoT,,,,,,,,,,,,,,,,
^singlePhase,,,,,,,,,"Single-phase AC electrical power. Power is provided by a\nsingle AC voltage source.",,,,,,[^phaseCount],^lib:phIoT,,,,,,,,,,,,,,,,
^site,,,[{space},{equip}],,,,,,"Site is a geographic location of the built environment.\nTypically site maps to one building with its own unique\nstreet address.  See `docHaystack::Sites` chapter.",,M,,,,[^entity,^geoPlace],^lib:phIoT,M,,,,,,,,,,,,,,,
^siteMeter,,,,,,,,,"Main meter for the associated site",,,,,,[^meterScope],^lib:phIoT,,,,,,,,,,,,,,,,
^siteRef,,,,,,^site,,,"Reference to site which contains the entity",,,,,,[^ref],^lib:phIoT,,,,,,,^site,,,,,[^system,^space,^equip,^point],,,,
^smtp,,,,,,,,,"Simple Mail Transfer Protocol for sending email",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Simple_Mail_Transfer_Protocol`
^snmp,,,,,,,,,"Simple Network Management Protocol for managing IP devices",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Simple_Network_Management_Protocol`
^solar,,,,,,,,,"Relating to energy from the sun",,,,,,[^phenomenon],^lib:phScience,,,,,,,,,,,,,,,,
^solar-irradiance,,,,,,,,,"Energy received on surface of the earth from the sun",,,,,,[^irradiance],^lib:phScience,,,,,,,,,["W/m²"],[^solar],,,,,,
^solid,,,,,,,,,"Substance with definite shape and volume",,,,,,[^substance],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Solid`
^sox,,,,,,,,,"Sedona Framework UDP based communication protocol",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Communication_protocol`
^sp,,,,,,,,,"Point is a setpoint, soft point, internal control variable, schedule.\nSee `docHaystack::Points#function` chapter.",,,,,,[^pointFunction],^lib:phIoT,,,,,,,,,,,,,,,,
^space,,,[{space},{equip},{point}],,,,,,"Space is a three-dimensional volume in the built environment.\nSee `docHaystack::Spaces` chapter.",,M,,,,[^entity],^lib:phIoT,M,,,,,,,,,,,,,,,
^spaceRef,,,,,,^space,,,"Reference to space which contains this entity",,,,,,[^ref],^lib:phIoT,,,,,,,^space,,,,,[^space,^equip,^point],,,,
^span,,,,,,,,,"Time span as modeled encoded as XStr.  This is a placeholder\nto eventually formalize the time range used by hisRead op.",,,,,,[^xstr],^lib:ph,,,,,,,,,,,,,,,,
^speed,,,,,,,,,"Distance per unit time",,,,,,[^quantity],^lib:phScience,,,,,,,,,["km/h","mph"],,,,,,,
^stage,,,,,,,,,"Stage number of staged equipment operation such as coil or pump.\nThe first stage is 1, second stage 2, etc.",,,,,,[^int],^lib:phIoT,,,,1,,,,,,,,,,,,
^standby,,,,,,,,,"Readiness mode of a space",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^stateOfCharge,,,,,,,,,"State of charge (SoC) of an electric `battery`.  Uses a percentage in\nthe range of 0% to 100%, where no charge is indicated as 0% and full\ncharge is indicated as 100%.",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["%"],[^dc-elec],,,,,,`https://en.wikipedia.org/wiki/State_of_charge`
^steam,,,,,,,,,"Water in its gas form",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Steam`
^steam-boiler,,,[{alarm sensor point},{circ pipe equip},{condensate entering pipe equip},{equip},{flue duct equip},{makeup water entering pipe equip},{outside duct equip},{point},{steam leaving pipe equip}],,,,,,"Boiler which outputs steam",,,,,,[^boiler,^steam-output],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Boiler`
^steam-input,,,,,,,,,"Entity inputs steam which flows from another entity",,,,,,[^input],^lib:phIoT,,,,,,,,,,,,,,,,
^steam-output,,,,,,,,,"Entity outputs steam to other entities",,,,,,[^output],^lib:phIoT,,,,,,,,,,,,,,,,
^steam-plant,,,[{condensate entering pipe equip},{enable cmd point},{equip},{flue duct equip},{makeup water entering pipe equip},{outside duct equip},{point},{steam boiler equip},{steam bypass pipe equip},{steam delta flow sensor point},{steam delta pressure sensor point},{steam delta temp sensor point},{steam header pipe equip},{steam heatExchanger equip},{steam leaving pipe equip},{steam mixing valve cmd point}],,,,,,"Plant used to generate steam for heating.\nSee `docHaystack::Plants`.",,,,,,[^plant,^steam-output],^lib:phIoT,,,,,,,,,,,,,,,,
^steam-system,,,[{equip},{point}],,,,,,"System that circulates water in its vapor state for heating\na space or process.",,,,,,[^water-system],^lib:phIoT,,,,,,,,,,,,,,,,
^steamHeating,,,,,,,,,"Heating using energy of steam",,,,,,[^heatingProcess,^steam-input],^lib:phIoT,,,,,,,,,,,,,,,,
^steamRef,,,,,,,,,"Steam flows from the referent to this entity",,,,,^steam,[^ref],^lib:phIoT,,,,,,,^steam-output,,,,,[^steam-input],,,,
^str,,,,,,,,,"Unicode string of characters.\nSee [Kinds chapter]`docHaystack::Kinds#str`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^submeter,,,,,,,,,"Submeters measure usage of a sub-system or equipment within a site",,,,,,[^meterScope],^lib:phIoT,,,,,,,,,,,,,,,,
^submeterOf,,,,,,,,,"Reference to parent meter which is immediately upstream of this meter",,,,,,[^ref],^lib:phIoT,,,,,,,^meter,,,,,[^meter],,,,
^substance,,,,,,,,,"Matter in one the three states solid, liquid, or gas",,,,,,[^phenomenon],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Matter`
^subterranean,,,,,,,,,"Below the surface of the earth",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^subterranean-floor,,,[{equip},{point},{space}],,,,,,"Floor below ground level.  Subterranean floors are also known as\nbasements, lower levels, or cellars.",,,,,,[^floor],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Storey`
^switch,,,,,,,,,"Device for toggling state or routing data",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^symbol,,,,,,,,,"Symbol to a def. Symbol values are ASCII strings limited to the\nfollowing chars: a-z, A-Z, 0-9, underbar, colon, dash, dot.\nSee [Kinds chapter]`docHaystack::Kinds#symbol`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^synthetic,,,,,,,,,"Synthetic point with computed operational data. The computed data\nif classified as:\n  - `ml` for machine learning\n  - `sim` for simulation\n  - `computed` as catch all for other computations\n\nSee `docHaystack::Synthetics` chapter.",,,,,,[^pointFunction],^lib:phIoT,M,,,,,,,,,,,[^point],,,,
^synthetic-point,,,,,,,,,"See `docHaystack::Synthetics` chapter.",,,,,,[^point],^lib:phIoT,,,,,,,,,,,,,,,,
^syntheticModel,,,,,,,,,"See `docHaystack::Synthetics` chapter.",,,,,,[^entity],^lib:phIoT,M,,,,,,,,,,,,,,,
^syntheticModelRef,,,,,,,,,"See `docHaystack::Synthetics` chapter.",,,,,,[^ref],^lib:phIoT,,,,,,,^syntheticModel,,,,,[^synthetic-point],,,,
^system,,,[{equip},{point}],,,,,,"Grouping of related equipment dedicated to a single application.\nSee `docHaystack::Systems` chapter.",,M,,,,[^entity],^lib:phIoT,M,,,,,,,,,,,,,,,
^systemRef,,,,,,,,,"Reference to system",,,,,,[^ref],^lib:phIoT,,,,,,,^system,,,,,[^equip,^point,^system],,,,
^tablet,,,,,,,,,"Mobile device with touch screen for user input.",,,,,,[^device],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Tablet_computer`
^tagOn,M,,,,,,,,"This tag is used on the given entity",,,,,,[^association],^lib:ph,,,,,,M,^symbol,,,,^tags,[^def],,,,
^tags,,,,,M,,,,"Tags used with this entity",M,,,,,[^association],^lib:ph,,,,,,,^symbol,,,,^tagOn,,,,,
^tank,,,[{equip},{level sensor point},{point},{pressure sensor point},{temp sensor point}],[^substance],,,,,"Tank used to store a substance for temporary holding",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Storage_tank`
^tankSubstance,,,,,,,,,"Substance stored by a tank",,,,,,[^choice],^lib:phIoT,,,,,,,^substance,,,,,[^tank],,,,
^temp,,,,,,,,,"Temperature - measure of hot and cold",,,,,,[^quantity],^lib:phScience,,,,,,,,,["°C","°F"],[^substance],,,,,,`https://en.wikipedia.org/wiki/Temperature`
^tertiaryLoop,,,,,,,,,"Pipework which circulates within the building.",,,,,,[^plantLoop],^lib:phIoT,,,,,,,,,,,,,,,,
^thd,,,,,,,,,"Total harmonic distortion",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^thermal,,,,,,,,,"Related to energy of heat",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^thermostat,,,[{equip},{point},{zone air dewPoint sensor point},{zone air dewPoint sp point},{zone air enthalpy sensor point},{zone air enthalpy sp point},{zone air humidity sensor point},{zone air humidity sp point},{zone air hvacMode sp point},{zone air pressure sensor point},{zone air pressure sp point},{zone air temp effective cooling sp point},{zone air temp effective heating sp point},{zone air temp effective sp point},{zone air temp occ cooling sp point},{zone air temp occ heating sp point},{zone air temp sensor point},{zone air temp standby cooling sp point},{zone air temp standby heating sp point},{zone air temp unocc cooling sp point},{zone air temp unocc heating sp point}],,,,,,"Senses and controls temperature of space in HVAC system.  Thermostats\nmay provide an interface for setpoint control.",,,,,,[^equip,^hvacZonePoints],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Thermostat`
^threePhase,,,,,,,,,"Three-phase AC electrical power. Power is provided by three AC voltage\nsources, each separated from the others by a 120-degree phase angle.",,,,,,[^phaseCount],^lib:phIoT,,,,,,,,,,,,,,,,
^time,,,,,,,,,"ISO 8601 time as hour, minute, seconds: '09:51:27.354'.\nSee [Kinds chapter]`docHaystack::Kinds#time`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^total,,,,,,,,,"Complete or absolute",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^transient,,,,,,,,,"Indicates a value tag which should not be persisted.  Transient\nvalues often change frequently and do not provide long term informational\nvalue. Typyically they are stored only in RAM and should not be stored\nto durable storage.",,,,,,[^marker],^lib:ph,,,,,,,,,,,,[^def],,,,
^transitive,,,,,,,,,"This marker is applied to a `relationship` to indicate it is transitive.\nTransitivity requires that if the relationship applies to A,B and B,C\nthen it also applies to A,C.",,,,,,[^marker],^lib:ph,,,,,,,,,,,,,,,,
^tripleDuct,,,,,,,,,"Three ducts: hotDeck, coldDeck, or neutralDeck",,,,,,[^ductConfig],^lib:phIoT,,,,,,,,,,,,,,,,
^tvoc,,,,,,,,,"Total volatile organic compound (TVOC).",,,,,,[^gas],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Volatile_organic_compound`
^tvoc-concentration,,,,,,,,,"Concentration of total volatile organic compounds (TVOC) in the air",,,,,,[^airQuality],^lib:phScience,,,,,,,,,["µg/m³","ppb"],[^air],,,,,,`https://en.wikipedia.org/wiki/Concentration`
^tz,,,,,,,,,"Timezone identifier from standard [timezone database]`docHaystack::TimeZones`",,,"Abidjan\nAccra\nAdak\nAdelaide\nAlgiers\nAlmaty\nAmman\nAmsterdam\nAnadyr\nAnchorage\nAndorra\nApia\nAqtau\nAqtobe\nAraguaina\nAshgabat\nAstrakhan\nAsuncion\nAthens\nAtikokan\nAtyrau\nAuckland\nAzores\nBaghdad\nBahia\nBahia_Banderas\nBaku\nBangkok\nBarbados\nBarnaul\nBeirut\nBelem\nBelgrade\nBelize\nBerlin\nBermuda\nBeulah\nBishkek\nBissau\nBlanc-Sablon\nBoa_Vista\nBogota\nBoise\nBougainville\nBrisbane\nBroken_Hill\nBrunei\nBrussels\nBucharest\nBudapest\nBuenos_Aires\nCET\nCST6CDT\nCairo\nCambridge_Bay\nCampo_Grande\nCanary\nCancun\nCape_Verde\nCaracas\nCasablanca\nCasey\nCatamarca\nCayenne\nCenter\nCeuta\nChagos\nChatham\nChicago\nChihuahua\nChisinau\nChita\nChoibalsan\nChristmas\nChuuk\nCocos\nColombo\nCopenhagen\nCordoba\nCosta_Rica\nCreston\nCuiaba\nCuracao\nCurrie\nDamascus\nDanmarkshavn\nDarwin\nDavis\nDawson\nDawson_Creek\nDenver\nDetroit\nDhaka\nDili\nDubai\nDublin\nDumontDUrville\nDushanbe\nEET\nEST\nEST5EDT\nEaster\nEdmonton\nEfate\nEirunepe\nEl_Aaiun\nEl_Salvador\nEnderbury\nEucla\nFakaofo\nFamagusta\nFaroe\nFiji\nFort_Nelson\nFortaleza\nFunafuti\nGMT\nGMT+1\nGMT+10\nGMT+11\nGMT+12\nGMT+2\nGMT+3\nGMT+4\nGMT+5\nGMT+6\nGMT+7\nGMT+8\nGMT+9\nGMT-1\nGMT-10\nGMT-11\nGMT-12\nGMT-13\nGMT-14\nGMT-2\nGMT-3\nGMT-4\nGMT-5\nGMT-6\nGMT-7\nGMT-8\nGMT-9\nGalapagos\nGambier\nGaza\nGibraltar\nGlace_Bay\nGodthab\nGoose_Bay\nGrand_Turk\nGuadalcanal\nGuam\nGuatemala\nGuayaquil\nGuyana\nHST\nHalifax\nHavana\nHebron\nHelsinki\nHermosillo\nHo_Chi_Minh\nHobart\nHong_Kong\nHonolulu\nHovd\nIndianapolis\nInuvik\nIqaluit\nIrkutsk\nIstanbul\nJakarta\nJamaica\nJayapura\nJerusalem\nJohannesburg\nJuba\nJujuy\nJuneau\nKabul\nKaliningrad\nKamchatka\nKarachi\nKathmandu\nKerguelen\nKhandyga\nKhartoum\nKiev\nKiritimati\nKirov\nKnox\nKolkata\nKosrae\nKrasnoyarsk\nKuala_Lumpur\nKuching\nKwajalein\nLa_Paz\nLa_Rioja\nLagos\nLima\nLindeman\nLisbon\nLondon\nLord_Howe\nLos_Angeles\nLouisville\nLuxembourg\nMET\nMST\nMST7MDT\nMacau\nMaceio\nMacquarie\nMadeira\nMadrid\nMagadan\nMahe\nMajuro\nMakassar\nMaldives\nMalta\nManagua\nManaus\nManila\nMaputo\nMarengo\nMarquesas\nMartinique\nMatamoros\nMauritius\nMawson\nMazatlan\nMelbourne\nMendoza\nMenominee\nMerida\nMetlakatla\nMexico_City\nMinsk\nMiquelon\nMonaco\nMoncton\nMonrovia\nMonterrey\nMontevideo\nMonticello\nMoscow\nNairobi\nNassau\nNauru\nNdjamena\nNew_Salem\nNew_York\nNicosia\nNipigon\nNiue\nNome\nNorfolk\nNoronha\nNoumea\nNovokuznetsk\nNovosibirsk\nOjinaga\nOmsk\nOral\nOslo\nPST8PDT\nPago_Pago\nPalau\nPalmer\nPanama\nPangnirtung\nParamaribo\nParis\nPerth\nPetersburg\nPhoenix\nPitcairn\nPohnpei\nPontianak\nPort-au-Prince\nPort_Moresby\nPort_of_Spain\nPorto_Velho\nPrague\nPuerto_Rico\nPunta_Arenas\nPyongyang\nQatar\nQostanay\nQyzylorda\nRainy_River\nRankin_Inlet\nRarotonga\nRecife\nRegina\nRel\nResolute\nReunion\nReykjavik\nRiga\nRio_Branco\nRio_Gallegos\nRiyadh\nRome\nRothera\nSakhalin\nSalta\nSamara\nSamarkand\nSan_Juan\nSan_Luis\nSantarem\nSantiago\nSanto_Domingo\nSao_Paulo\nSao_Tome\nSaratov\nScoresbysund\nSeoul\nShanghai\nSimferopol\nSingapore\nSitka\nSofia\nSouth_Georgia\nSrednekolymsk\nSt_Johns\nStanley\nStockholm\nSwift_Current\nSydney\nSyowa\nTahiti\nTaipei\nTallinn\nTarawa\nTashkent\nTbilisi\nTegucigalpa\nTehran\nTell_City\nThimphu\nThule\nThunder_Bay\nTijuana\nTirane\nTokyo\nTomsk\nTongatapu\nToronto\nTripoli\nTroll\nTucuman\nTunis\nUTC\nUlaanbaatar\nUlyanovsk\nUrumqi\nUshuaia\nUst-Nera\nUzhgorod\nVancouver\nVevay\nVienna\nVilnius\nVincennes\nVladivostok\nVolgograd\nVostok\nWET\nWake\nWallis\nWarsaw\nWhitehorse\nWinamac\nWindhoek\nWinnipeg\nYakutat\nYakutsk\nYangon\nYekaterinburg\nYellowknife\nYerevan\nZaporozhye\nZurich",,,[^str],^lib:ph,,,,,,,,,,,,[^point,^site,^weatherStation],,,,
^unit,,,,,,,,,"Unit identifier from standard unit database",,,"- %: percent (dimensionless)\n- %RH: percent_relative_humidity (dimensionless)\n- px: pixel (dimensionless)\n- db: decibel (dimensionless)\n- pf: power_factor (dimensionless)\n- pH: ph (dimensionless)\n- gH₂O/kgAir: grams_of_water_per_kilogram_dry_air (dimensionless)\n- V/K: volts_per_degree_kelvin (dimensionless)\n- °daysC: degree_days_celsius (dimensionless)\n- °daysF: degree_days_fahrenheit (dimensionless)\n- %obsc/ft: percent_obscuration_per_foot (dimensionless)\n- %obsc/m: percent_obscuration_per_meter (dimensionless)\n- psi/°F: psi_per_degree_fahrenheit (dimensionless)\n- m²/N: square_meters_per_newton (dimensionless)\n- W/m²K: watts_per_square_meter_degree_kelvin (dimensionless)\n- dBmV: db_millivolt (dimensionless)\n- dBµV: db_microvolt (dimensionless)\n- ppu: parts_per_unit (dimensionless)\n- ppm: parts_per_million (dimensionless)\n- ppb: parts_per_billion (dimensionless)\n- g/kg: grams_per_kilogram (dimensionless)\n- rad: radian (dimensionless)\n- deg: degrees_angular (dimensionless)\n- degPh: degrees_phase (dimensionless)\n- sr: steradian (dimensionless)\n- ntu: nephelometric_turbidity_units (dimensionless)\n- fnu: formazin_nephelometric_unit (dimensionless)\n- PUE: power_usage_effectiveness (dimensionless)\n- DCIE: data_center_infrastructure_efficiency (dimensionless)\n- Af: afghani (currency)\n- DZD: algerian_dinar (currency)\n- ARS: argentine_peso (currency)\n- Դ: armenian_dram (currency)\n- ƒ: aruban_guilder_florin (currency)\n- AUD: australian_dollar (currency)\n- ман: azerbaijanian_manat (currency)\n- BSD: bahamian_dollar (currency)\n- BHD: bahraini_dinar (currency)\n- ฿: baht (currency)\n- PAB: balboa (currency)\n- BBD: barbados_dollar (currency)\n- Br: belarussian_ruble (currency)\n- BZD: belize_dollar (currency)\n- BMD: bermudian_dollar (currency)\n- VEF: bolivar_fuerte (currency)\n- BOB: boliviano (currency)\n- R\$: brazilian_real (currency)\n- BND: brunei_dollar (currency)\n- лв: bulgarian_lev (currency)\n- BIF: burundi_franc (currency)\n- CAD: canadian_dollar (currency)\n- CVE: cape_verde_escudo (currency)\n- KYD: cayman_islands_dollar (currency)\n- ₵: cedi (currency)\n- XAF: cfa_franc_bceao (currency)\n- XPF: cfp_franc (currency)\n- CLP: chilean_peso (currency)\n- 元: chinese_yuan (currency)\n- CDF: congolese_franc (currency)\n- C\$: cordoba_oro (currency)\n- ₡: costa_rican_colon (currency)\n- Kn: croatian_kuna (currency)\n- CUP: cuban_peso (currency)\n- Kč: czech_koruna (currency)\n- GMD: dalasi (currency)\n- kr: danish_krone (currency)\n- ден: denar (currency)\n- DJF: djibouti_franc (currency)\n- Db: dobra (currency)\n- DOP: dominican_peso (currency)\n- ₫: dong (currency)\n- XCD: east_caribbean_dollar (currency)\n- EGP: egyptian_pound (currency)\n- ETB: ethiopian_birr (currency)\n- €: euro (currency)\n- FKP: falkland_islands_pound (currency)\n- FJD: fiji_dollar (currency)\n- HUF: forint (currency)\n- GIP: gibraltar_pound (currency)\n- HTG: gourde (currency)\n- ₲: guarani (currency)\n- GNF: guinea_franc (currency)\n- GYD: guyana_dollar (currency)\n- HKD: hong_kong_dollar (currency)\n- ₴: hryvnia (currency)\n- Kr: iceland_krona (currency)\n- ₹: indian_rupee (currency)\n- IRR: iranian_rial (currency)\n- IQD: iraqi_dinar (currency)\n- JMD: jamaican_dollar (currency)\n- JOD: jordanian_dinar (currency)\n- Sh: kenyan_shilling (currency)\n- PGK: kina (currency)\n- ₭: kip (currency)\n- КМ: konvertibilna_marka (currency)\n- KWD: kuwaiti_dinar (currency)\n- MK: kwacha (currency)\n- Kz: kwanza (currency)\n- MMK: kyat (currency)\n- ლ: lari (currency)\n- LBP: lebanese_pound (currency)\n- ALL: lek (currency)\n- HNL: lempira (currency)\n- Le: leone (currency)\n- RON: leu (currency)\n- LRD: liberian_dollar (currency)\n- LYD: libyan_dinar (currency)\n- SZL: lilangeni (currency)\n- LSL: loti (currency)\n- MGA: malagasy_ariary (currency)\n- RM: malaysian_ringgit (currency)\n- TMT: manat (currency)\n- MUR: mauritius_rupee (currency)\n- MTn: metical (currency)\n- MXN: mexican_peso (currency)\n- MDL: moldavian_leu (currency)\n- MAD: moroccan_dirham (currency)\n- ₦: naira (currency)\n- Nfk: nakfa (currency)\n- NAD: namibia_dollar (currency)\n- NPR: nepalese_rupee (currency)\n- ₪: new_israeli_shekel (currency)\n- NZD: new_zealand_dollar (currency)\n- BTN: ngultrum (currency)\n- KPW: north_korean_won (currency)\n- NOK: norwegian_krone (currency)\n- PEN: nuevo_sol (currency)\n- UM: ouguiya (currency)\n- ₨: pakistan_rupee (currency)\n- MOP: pataca (currency)\n- UYU: peso_uruguayo (currency)\n- ₱: philippine_peso (currency)\n- £: pound_sterling (currency)\n- BWP: pula (currency)\n- zł: pzloty (currency)\n- QAR: qatari_rial (currency)\n- GTQ: quetzal (currency)\n- ZAR: rand (currency)\n- OMR: rial_omani (currency)\n- KHR: riel (currency)\n- MVR: rufiyaa (currency)\n- Rp: rupiah (currency)\n- RUB: russian_ruble (currency)\n- RWF: rwanda_franc (currency)\n- SHP: saint_helena_pound (currency)\n- SAR: saudi_riyal (currency)\n- din: serbian_dinar (currency)\n- SCR: seychelles_rupee (currency)\n- SGD: singapore_dollar (currency)\n- SBD: solomon_islands_dollar (currency)\n- KGS: som (currency)\n- SOS: somali_shilling (currency)\n- ЅМ: somoni (currency)\n- ₩: south_korean_won (currency)\n- Rs: sri_lanka_rupee (currency)\n- SDG: sudanese_pound (currency)\n- SRD: suriname_dollar (currency)\n- SEK: swedish_krona (currency)\n- SFr: swiss_franc (currency)\n- SYP: syrian_pound (currency)\n- TWD: taiwan_dollar (currency)\n- ৳: taka (currency)\n- WST: tala (currency)\n- TZS: tanzanian_shilling (currency)\n- 〒: tenge (currency)\n- TTD: trinidad_and_tobago_dollar (currency)\n- ₮: tugrik (currency)\n- TND: tunisian_dinar (currency)\n- ₤: turkish_lira (currency)\n- AED: uae_dirham (currency)\n- UGX: uganda_shilling (currency)\n- \$: us_dollar (currency)\n- UZS: uzbekistan_sum (currency)\n- Vt: vatu (currency)\n- YER: yemeni_rial (currency)\n- ¥: yen (currency)\n- ZK: zambian_kwacha (currency)\n- ZWL: zimbabwe_dollar (currency)\n- m/s²: meters_per_second_squared (acceleration)\n- rad/s²: radians_per_second_squared (angular acceleration)\n- Js: joule_second (angular momentum)\n- rad/s: radians_per_second (angular velocity)\n- rpm: revolutions_per_minute (angular velocity)\n- m²: square_meter (area)\n- mm²: square_millimeter (area)\n- cm²: square_centimeter (area)\n- km²: square_kilometer (area)\n- in²: square_inch (area)\n- ft²: square_foot (area)\n- yd²: square_yard (area)\n- mile²: square_mile (area)\n- acre: acre (area)\n- F: farad (capacitance)\n- COP: coefficient_of_performance (cooling efficiency)\n- EER: energy_efficiency_ratio (cooling efficiency)\n- kW/ton: kilowatt_per_ton (cooling efficiency)\n- kg/m³: kilograms_per_cubic_meter (density)\n- g/m³: grams_per_cubic_meter (density)\n- mg/m³: milligrams_per_cubic_meter (density)\n- µg/m³: micrograms_per_cubic_meter (density)\n- kg/L: kilograms_per_liter (density)\n- mg/L: milligrams_per_liter (density)\n- C: coulomb (electric charge)\n- Ah: ampere_hour (electric charge)\n- S: siemens (electric conductance)\n- A: ampere (electric current)\n- mA: milliampere (electric current)\n- Am²: ampere_square_meter (electromagnetic moment)\n- A/m²: amperes_per_square_meter (electric current density)\n- V/m: volts_per_meter (electric field strength)\n- V: volt (electric potential)\n- mV: millivolt (electric potential)\n- kV: kilovolt (electric potential)\n- MV: megavolt (electric potential)\n- Ω: ohm (electric resistance)\n- kΩ: kilohm (electric resistance)\n- MΩ: megohm (electric resistance)\n- mΩ: milliohm (electric resistance)\n- S/m: siemens_per_meter (electrical conductivity)\n- Ωm: ohm_meter (electrical resistivity)\n- J: joule (energy)\n- kJ: kilojoule (energy)\n- Wh: watt_hour (energy)\n- kWh: kilowatt_hour (energy)\n- MWh: megawatt_hour (energy)\n- GWh: gigawatt_hour (energy)\n- BTU: btu (energy)\n- kBTU: kilobtu (energy)\n- MMBTU: megabtu (energy)\n- hph: horsepower_hour (energy)\n- cal: calorie (energy)\n- therm: therm (energy)\n- tonrefh: tons_refrigeration_hour (energy)\n- MJ: megajoule (energy)\n- GJ: gigajoule (energy)\n- Nm: newton_meter (energy)\n- m³_gas: cubic_meters_natural_gas (energy)\n- ft³_gas: cubic_feet_natural_gas (energy)\n- Hcf_natural_gas: hundred_cubic_feet_natural_gas (energy)\n- Ccf_natural_gas: centum_cubic_feet_natural_gas (energy)\n- Mcf_natural_gas: thousand_cubic_feet_natural_gas (energy)\n- MMcf_natural_gas: million_cubic_feet_natural_gas (energy)\n- VAh: volt_ampere_hour (apparent energy)\n- kVAh: kilovolt_ampere_hour (apparent energy)\n- MVAh: megavolt_ampere_hour (apparent energy)\n- VARh: volt_ampere_reactive_hour (reactive energy)\n- kVARh: kilovolt_ampere_reactive_hour (reactive energy)\n- MVARh: megavolt_ampere_reactive_hour (reactive energy)\n- J/m²: joules_per_square_meter (energy by area)\n- Wh/m²: watt_hours_per_square_meter (energy by area)\n- Wh/ft²: watt_hours_per_square_foot (energy by area)\n- kWh/m²: kilowatt_hours_per_square_meter (energy by area)\n- kWh/ft²: kilowatt_hours_per_square_foot (energy by area)\n- MWh/m²: megawatt_hours_per_square_meter (energy by area)\n- MWh/ft²: megawatt_hours_per_square_foot (energy by area)\n- MJ/m²: megajoules_per_square_meter (energy by area)\n- MJ/ft²: megajoules_per_square_foot (energy by area)\n- BTU/ft²: btu_per_square_foot (energy by area)\n- kBTU/ft²: kilobtu_per_square_foot (energy by area)\n- MBTU/ft²: megabtu_per_square_foot (energy by area)\n- J/m³: joules_per_cubic_meter (energy by volume)\n- GJ/m³: gigajoules_per_cubic_meter (energy by volume)\n- kWh/m³: kilowatt_hours_per_cubic_meter (energy by volume)\n- J/g: joules_per_gram (enthalpy)\n- J/kg: joules_per_kilogram (enthalpy)\n- J/kg_dry: joules_per_kilogram_dry_air (enthalpy)\n- BTU/lb: btu_per_pound (enthalpy)\n- btu/lb_dry: btus_per_pound_dry_air (enthalpy)\n- kJ/kg: kilojoules_per_kilogram (enthalpy)\n- kJ/kg_dry: kilojoules_per_kilogram_dry_air (enthalpy)\n- MJ/kg_dry: megajoules_per_kilogram_dry_air (enthalpy)\n- cal/g: calorie_per_gram (enthalpy)\n- J/°K: joules_per_degree_kelvin (entropy)\n- kJ/°K: kilojoules_per_degree_kelvin (entropy)\n- MJ/°K: megajoules_per_degree_kelvin (entropy)\n- N: newton (force)\n- lbf: pound_force (force)\n- Hz: hertz (frequency)\n- kHz: kilohertz (frequency)\n- cph: cycles_per_hour (frequency)\n- cpm: cycles_per_minute (frequency)\n- MHz: megahertz (frequency)\n- /min: per_minute (frequency)\n- /s: per_second (frequency)\n- /h: per_hour (frequency)\n- %/s: percent_per_second (frequency)\n- ACH: air_changes_per_hour (frequency)\n- kg/m²: kilograms_per_square_meter (grammage)\n- g/m²: grams_per_square_meter (grammage)\n- K/s: degrees_kelvin_per_second (heating rate)\n- °C/h: degrees_celsius_per_hour (heating rate)\n- °C/min: degrees_celsius_per_minute (heating rate)\n- °F/h: degrees_fahrenheit_per_hour (heating rate)\n- °F/min: degrees_fahrenheit_per_minute (heating rate)\n- K/h: degrees_kelvin_per_hour (heating rate)\n- K/min: degrees_kelvin_per_minute (heating rate)\n- lx: lux (illuminance)\n- fc: footcandle (illuminance)\n- phot: phot (illuminance)\n- H: henry (inductance)\n- W/m²_irr: watts_per_square_meter_irradiance (irradiance)\n- W/ft²_irr: watts_per_square_foot_irradiance (irradiance)\n- m: meter (length)\n- µm: micrometer (length)\n- mm: millimeter (length)\n- cm: centimeter (length)\n- km: kilometer (length)\n- in: inch (length)\n- ft: foot (length)\n- yd: yard (length)\n- mile: mile (length)\n- cd/m²: candelas_per_square_meter (luminance)\n- cd/ft²: candels_per_square_foot (luminance)\n- lm: lumen (luminous flux)\n- cd: candela (luminous intensity)\n- A/m: amperes_per_meter (magnetic field strength)\n- Wb: weber (magnetic flux)\n- T: tesla (magnetic flux density)\n- kg: kilogram (mass)\n- mg: milligram (mass)\n- g: gram (mass)\n- oz: ounce (mass)\n- lb: pound (mass)\n- klb: kilopound (mass)\n- ton: metric_ton (mass)\n- t: short_ton (mass)\n- kg/s: kilograms_per_second (mass flow)\n- kg/min: kilograms_per_minute (mass flow)\n- kg/h: kilograms_per_hour (mass flow)\n- lb/min: pounds_per_minute (mass flow)\n- lb/h: pounds_per_hour (mass flow)\n- lb/s: pounds_per_second (mass flow)\n- klb/h: kilopounds_per_hour (mass flow)\n- g/s: grams_per_second (mass flow)\n- g/min: grams_per_minute (mass flow)\n- ton/h: metric_tons_per_hour (mass flow)\n- Ns: newton_second (momentum)\n- W: watt (power)\n- mW: milliwatt (power)\n- kW: kilowatt (power)\n- MW: megawatt (power)\n- GW: gigawatt (power)\n- BTU/h: btus_per_hour (power)\n- therm/h: therms_per_hour (power)\n- hp: horsepower (power)\n- ftlbs/sec: foot_pounds_per_second (power)\n- tonref: tons_refrigeration (power)\n- kBTU/h: kilobtus_per_hour (power)\n- MMBTU/h: megabtus_per_hour (power)\n- J/h: joules_per_hour (power)\n- kJ/h: kilojoules_per_hour (power)\n- MJ/h: megajoules_per_hour (power)\n- GJ/h: gigajoules_per_hour (power)\n- W/m²: watts_per_square_meter (power by area)\n- W/ft²: watts_per_square_foot (power by area)\n- kW/m²: kilowatts_per_square_meter (power by area)\n- kW/ft²: kilowatts_per_square_foot (power by area)\n- kBTU/h/ft²: kilobtus_per_hour_per_square_foot (power by area)\n- W/m³/s: watts_per_cubic_meters_per_second (power by volumetric flow)\n- W/cfm: watts_per_cubic_feet_per_minute (power by volumetric flow)\n- kW/kcfm: kilowatts_per_kilocubic_feet_per_minute (power by volumetric flow)\n- kW/gal/min: kilowatts_per_gallons_per_minute (power by volumetric flow)\n- VA: volt_ampere (apparent power)\n- kVA: kilovolt_ampere (apparent power)\n- mVA: megavolt_ampere (apparent power)\n- VAR: volt_ampere_reactive (reactive power)\n- kVAR: kilovolt_ampere_reactive (reactive power)\n- MVAR: megavolt_ampere_reactive (reactive power)\n- Pa: pascal (pressure)\n- kPa: kilopascal (pressure)\n- bar: bar (pressure)\n- atm: atmosphere (pressure)\n- psi: pounds_per_square_inch (pressure)\n- cmH₂O: centimeters_of_water (pressure)\n- inH₂O: inches_of_water (pressure)\n- mmHg: millimeters_of_mercury (pressure)\n- cmHg: centimeters_of_mercury (pressure)\n- inHg: inches_of_mercury (pressure)\n- hPa: hectopascal (pressure)\n- mbar: millibar (pressure)\n- J/kg°K: joules_per_kilogram_degree_kelvin (specific entropy)\n- N/m: newtons_per_meter (surface tension)\n- °F: fahrenheit (temperature)\n- °C: celsius (temperature)\n- K: kelvin (temperature)\n- Δ°F: fahrenheit_degrees (temperature differential)\n- Δ°C: celsius_degrees (temperature differential)\n- ΔK: kelvin_degrees (temperature differential)\n- W/m°K: watts_per_meter_degree_kelvin (thermal conductivity)\n- ns: nanosecond (time)\n- µs: microsecond (time)\n- ms: millisecond (time)\n- cs: hundredths_second (time)\n- ds: tenths_second (time)\n- s: second (time)\n- min: minute (time)\n- h: hour (time)\n- day: day (time)\n- wk: week (time)\n- mo: julian_month (time)\n- yr: year (time)\n- m/s: meters_per_second (velocity)\n- km/s: kilometers_per_second (velocity)\n- km/h: kilometers_per_hour (velocity)\n- mph: miles_per_hour (velocity)\n- ft/s: feet_per_second (velocity)\n- ft/min: feet_per_minute (velocity)\n- in/h: inches_per_hour (velocity)\n- mm/s: millimeters_per_second (velocity)\n- mm/min: millimeters_per_minute (velocity)\n- mm/h: millimeters_per_hour (velocity)\n- m/min: meters_per_minute (velocity)\n- m/h: meters_per_hour (velocity)\n- knot: knot (velocity)\n- cfm/ft²: cubic_feet_per_minute_per_square_foot (velocity)\n- m³: cubic_meter (volume)\n- mm³: cubic_millimeter (volume)\n- cm³: cubic_centimeter (volume)\n- mL: milliliter (volume)\n- hL: hectoliter (volume)\n- L: liter (volume)\n- kL: kiloliter (volume)\n- in³: cubic_inch (volume)\n- ft³: cubic_foot (volume)\n- yd³: cubic_yard (volume)\n- gal: gallon (volume)\n- kgal: kilogallon (volume)\n- qt: quart (volume)\n- pt: pint (volume)\n- fl_oz: fluid_ounce (volume)\n- galUK: imperial_gallon (volume)\n- hft³: hecto_cubic_foot (volume)\n- Hcf: hundred_cubic_feet (volume)\n- Ccf: centum_cubic_feet (volume)\n- Mcf: thousand_cubic_feet (volume)\n- MMcf: million_cubic_feet (volume)\n- m³/s: cubic_meters_per_second (volumetric flow)\n- mL/s: milliliters_per_second (volumetric flow)\n- hL/s: hectoliters_per_second (volumetric flow)\n- L/s: liters_per_second (volumetric flow)\n- cfs: cubic_feet_per_second (volumetric flow)\n- cfm: cubic_feet_per_minute (volumetric flow)\n- cfh: cubic_feet_per_hour (volumetric flow)\n- kcfm: kilocubic_feet_per_minute (volumetric flow)\n- galUK/min: imperial_gallons_per_minute (volumetric flow)\n- L/min: liters_per_minute (volumetric flow)\n- gal/min: gallons_per_minute (volumetric flow)\n- gph: gallons_per_hour (volumetric flow)\n- L/h: liters_per_hour (volumetric flow)\n- m³/min: cubic_meters_per_minute (volumetric flow)\n- m³/h: cubic_meters_per_hour (volumetric flow)\n- byte: byte (bytes)\n- kB: kilobyte (bytes)\n- MB: megabyte (bytes)\n- GB: gigabyte (bytes)\n- TB: terabyte (bytes)\n- PB: petabyte (bytes)\n",,,[^str],^lib:ph,,,,,,,,,,,,[^point],,,,
^unitVent,,,[{bypass damper cmd point},{cool cmd point},{dessicantDehumidifier cmd point},{discharge duct equip},{economizer duct equip},{economizing cmd point},{equip},{exhaust duct equip},{faceBypass cmd point},{filter sensor point},{freezeStat sensor point},{heat cmd point},{heatWheel cmd point},{humidifier equip},{hvacMode sp point},{mixed duct equip},{outside duct equip},{point},{return duct equip},{thermostat equip},{ventilation duct equip}],,,,,,"Unit Ventilator: An FCU that has direct access to outside air to provide\nthe space with ventilation.  See `docHaystack::AHUs` chapter.",,,,,,[^fcu],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fan_coil_unit`
^unocc,,,,,,,,,"Unoccupied mode of a space.\nSee `docHaystack::Zones#occupancy` chapter.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^ups,,,[{equip},{point}],,,,,,"Uninterruptible power supply",,,,,,[^equip],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Uninterruptible_power_supply`
^uri,,,,,,,,,"Universal resource identifier.\nSee [Kinds chapter]`docHaystack::Kinds#uri`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^val,,,,,,,,,"Data value type",,M,,,,,^lib:ph,,,,,,,,,,,,,,,,
^valve,,,,,,,,,"Valve equipment or control point",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Valve`
^valve-actuator,,,[{equip},{point},{valve cmd point},{valve sensor point}],[^fluid,^pipeSection],,,,,"Actuator to regulate the flow of fluid.",,,,,,[^actuator],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Valve`
^variableAirVolume,,,,,,,,,"Delivers a variable volume of air flow.   Most variable volume systems\nare powered by a VFD fan. However other techniques such as inlet vanes\nmay be used in older systems.",,,,,,[^airVolumeAdjustability],^lib:phIoT,,,,,,,,,,,,,,,,
^vav,,,[{discharge duct equip},{ductArea sp point},{equip},{hvacMode sp point},{inlet duct equip},{perimeterHeat cmd point},{point},{reheat cmd point},{thermostat equip}],,,,,,"Variable air volume terminal unit.  VAV systems use a constant air\ntemperature with a variable air flow rate.  See `docHaystack::VAVs` chapter.",,,,,,[^airTerminalUnit],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Variable_air_volume`
^vav-parallel,,,,,,,,,"VAV pulls air from outside the primary air flow",,,,,,[^vavAirCircuit],^lib:phIoT,,,,,,,,,,,,,,,,
^vav-series,,,,,,,,,"VAV pulls air from the primary air flow",,,,,,[^vavAirCircuit],^lib:phIoT,,,,,,,,,,,,,,,,
^vavAirCircuit,,,,,,,,,"How does the VAV pull in air",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^vav],,,,
^vavModulation,,,,,,,,,"How does VAV modulate the temp based on duct pressure",,,,,,[^choice],^lib:phIoT,,,,,,,,,,,,[^vav],,,,
^vavZone,,,,,,,,,"AHU supplies air to VAV terminal units",,,,,,[^ahuZoneDelivery],^lib:phIoT,,,,,,,,,,,,,,,,
^velocity,,,,,,,,,"Speed in a given direction",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^ventilation,,,,,,,,,"Duct to access fresh outside air only for ventilation, not economizing",,,,,,[^ductSection],^lib:phIoT,,,,,,,,,,,,,,,,
^version,,,,,,,,,"Version string formatted as decimal integers separated by a dot",,,,,,[^str],^lib:ph,,,,,,,,,,,,[^lib],,,,
^verticalTransport,,,[{equip},{point}],,,,,,"Equipment to move humans and materials",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^vfd,,,,,,,,,"Variable-frequency drive.\nSee `docHaystack::Motors` chapter.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,[^motor],,,,`https://en.wikipedia.org/wiki/Variable-frequency_drive`
^vfd-freq,,,,,,,,,"VFD frequency measured in \"Hz\".",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["Hz"],,,,,,,
^vfd-speed,,,,,,,,,"VFD speed measured in \"%\"; 0% is off and 100% is the fastest speed.",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["%"],,,,,,,
^visibility,,,,,,,,,"Distance at which light can be clearly discerned",,,,,,[^quantity],^lib:phScience,,,,,,,,,["km","mile"],[^weather],,,,,,
^volt,,,,,,,,,"Electrical potential difference or electromotive force.",,,,,,[^marker],^lib:phScience,,,,,,,,,,,,,,,,
^volt-angle,,,,,,,,,"AC voltage phase angle",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["deg"],[^ac-elec],,,,,,
^volt-imbalance,,,,,,,,,"AC voltage phase imbalance",,,,,,[^quantity],^lib:phIoT,,,,,,,,,["%"],[^ac-elec],,,,,,
^volt-magnitude,,,,,,,,,"Magnitude of electrical voltage",,,,,,[^elec-volt],^lib:phIoT,,,,,,,,,["A"],[^ac-elec],,,,,,
^volume,,,,,,,,,"Three dimensional space occupied by a substance",,,,,,[^quantity],^lib:phScience,,,,,,,,,["m³","ft³","L","gal"],[^substance],,,,,,`https://en.wikipedia.org/wiki/Volume`
^vrf,,,,,,,,,"Variable refigerant flow.  See `docHaystack::VRF` chapter.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Variable_refrigerant_flow`
^vrf-coolingOnly-system,,,[{equip},{point},{vrf indoorUnit equip},{vrf outdoorUnit equip},{vrf refrig plant equip}],,,,,,"Cooling only VRF system can only cool; heating is not available.\nSee `docHaystack::VRF#types` chapter.",,,,,,[^vrf-system],^lib:phIoT,,,,,,,,,,,,,,,,
^vrf-equip,,,[{equip},{point}],,,,,,"Equipment used in VRF systems.  See `docHaystack::VRF#equip` chapter.",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^vrf-heatPump-system,,,[{equip},{point},{vrf indoorUnit equip},{vrf outdoorUnit equip},{vrf refrig plant equip}],,,,,,"Heat pump VRF system can either heat, or cool, but not at the same time.\nSee `docHaystack::VRF#types` chapter.",,,,,,[^vrf-system],^lib:phIoT,,,,,,,,,,,,,,,,
^vrf-heatRecovery-system,,,[{equip},{point},{vrf branchSelector equip},{vrf indoorUnit equip},{vrf outdoorUnit equip},{vrf refrig plant equip}],,,,,,"Heat recovery VRF system can operate cooling and heating by each indoor unit\nindependently, at the same time. Heat recovery VRF systems have branch selectors\nto control how much, and which (hot gas or subcooled liquid) refrigerant\ngoes to each indoor unit.  See `docHaystack::VRF#types` chapter.",,,,,,[^vrf-system],^lib:phIoT,,,,,,,,,,,,,,,,
^vrf-indoorUnit,,,[{equip},{point}],,,,,,"Indoor unit in a VRF system.  Indoor units operate to satisfy a heating\nor cooling load. See `docHaystack::VRF#indoorUnits` chapter.",,,,,,[^vrf-equip,^refrig-input],^lib:phIoT,,,,,,,,,,,,,,,,
^vrf-indoorUnit-fcu,,,[{bypass damper cmd point},{cool cmd point},{dessicantDehumidifier cmd point},{discharge duct equip},{economizer duct equip},{economizing cmd point},{equip},{exhaust duct equip},{faceBypass cmd point},{filter sensor point},{freezeStat sensor point},{heat cmd point},{heatWheel cmd point},{humidifier equip},{hvacMode sp point},{mixed duct equip},{outside duct equip},{point},{return duct equip},{thermostat equip},{ventilation duct equip}],,,,,,"Indoor unit fan coil unit in a VRF system.  This includes but is not\nlimited to: ducted-type and non-ducted types such as wall-mount,\nfloor-mount, ceiling-mount and cassettes.  Indoor unit fan coils operate\nto satisfy a heating  or cooling load in a zone based on a zone thermostat\ntemperature set point.",,,,,,[^vrf-indoorUnit,^fcu],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Fan_coil_unit`
^vrf-outdoorUnit,,,[{equip},{point}],,,,,,"Outdoor unit with one or more compressors in a VRF system. As each indoor\nunit sends a demand to the outdoor unit, outdoor unit delivers the amount\nof refrigerant needed to meet the individual requirements of each indoor\nunit.  See `docHaystack::VRF#outdoorUnits` chapter.",,,,,,[^vrf-equip,^refrig-output],^lib:phIoT,,,,,,,,,,,,,,,,
^vrf-refrig-plant,,,[{enable cmd point},{equip},{point},{vrf outdoorUnit equip}],,,,,,"Group of outdoor units in a VRF system.  See `docHaystack::VRF#refrigPlant`.",,,,,,[^plant,^refrig-output],^lib:phIoT,,,,,,,,,,,,,,,,
^vrf-system,,,[{equip},{point},{vrf indoorUnit equip},{vrf outdoorUnit equip},{vrf refrig plant equip}],,,,,,"Variable refigerant flow system.  The system contains the indoor\nunits, outdoor units, and branch selectors.  See `docHaystack::VRF#types`\nchapter.",,,,,,[^refrig-system],^lib:phIoT,,,,,,,,,,,,,,,,
^warm,,,,,,,,,"Relatively warm in comparison to another substance, without being\nactively heated. The substance can be used as a source of energy for\na heating process, for example a warm water well in an `ates` system.",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^warm-water,,,,,,,,,"Relatively warm water without active heating",,,,,,[^water],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^water,,,,,,,,,"Water in its liquid form",,,,,,[^liquid],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water`
^water-system,,,[{equip},{point}],,,,,,"System that supplies or collects potable or non-potable water in any state.",,,,,,[^system],^lib:phIoT,,,,,,,,,,,,,,,,
^waterCooling,,,,,,,,,"Cooling using transfer of heat to water which is not explicitly chilled",,,,,,[^coolingProcess],^lib:phIoT,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Water_cooling`
^weather,,,,,,,,,"Associated with atmospheric air or phenomenon.\nSee `docHaystack::Weather` chapter.",,,,,,[^phenomenon],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Weather`
^weather-point,,,,,,,,,"Weather station observation point.\nSee `docHaystack::Weather#points` chapter.",,,,,,[^point],^lib:phIoT,,,,,,,,,,,,,,,,
^weatherCond,,,,,,,,,"Enumeration of weather conditions",,,"unknown\nclear\npartlyCloudy\ncloudy\nshowers\nrain\nthunderstorms\nice\nflurries\nsnow",,,[^quantity],^lib:phScience,,,,,,,,,,[^weather],,,,,,
^weatherStation,,,[{weather air temp sensor point},{weather air wetBulb sensor point},{weather air feelsLike sensor point},{weather air dewPoint sensor point},{weather air humidity sensor point},{weather air enthalpy sensor point},{weather atmospheric pressure sensor point},{weather cloudage sensor point},{weather daytime sensor point},{weather precipitation sensor point},{weather solar irradiance sensor point},{weather weatherCond sensor point},{weather wind speed sensor point},{weather wind direction sensor point},{weather visibility sensor point}],,,,,,"Logical weather station and its measurement points.\nSee `docHaystack::Weather#stations` chapter.",,,,,,[^entity,^geoPlace],^lib:phIoT,M,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Weather_station`
^weatherStationRef,,,,,,,,,"Reference to weather station for to use this entity",,,,,,[^ref],^lib:phIoT,,,,,,,^weatherStation,,,,,[^site,^weather-point],,,,
^well,,,[{equip},{point},{water flow sensor point},{water level sensor point},{water pressure sensor point},{water pump motor equip},{water temp sensor point},{water volume sensor point}],,,,,,"A well is a source of groundwater and potentially thermal energy.  When\nused within an [ATES]`docHaystack::ATES` system, the well facilitates thermal\nenergy exchange with the ground warm and cool water sources. In this case, a\nwell can be either a closed system that transports water through pipes in the\nground, or an open system that pumps up and returns ground water.",,,,,,[^equip],^lib:phIoT,,,,,,,,,,,,,,,,
^wetBulb,,,,,,,,,"Wet bulb air temperature.  Temperature which the air would have if cooled to saturation by the evaporation of water into it.",,,,,,[^quantity],^lib:phScience,,,,,,,,,["°C","°F"],[^air],,,,,,
^wikipedia,,,,,,,,,"Hyperlink to the subject's page on Wikipedia",,,,,,[^uri],^lib:ph,,,,,,,,,,,,[^def],,,,
^wind,,,,,,,,,"Flow of air on surface of the Earth",,,,,,[^phenomenon],^lib:phScience,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Wind`
^wind-direction,,,,,,,,,"Compass direction from which wind originates",,,,,,[^direction],^lib:phScience,,,,,,,,,["deg"],[^wind],,,,,,
^wind-speed,,,,,,,,,"Wind flow speed",,,,,,[^speed],^lib:phScience,,,,,,,,,["km/h","mph"],[^wind],,,,,,
^wire,,,[{equip},{point}],,,,,,"Cabling used to convey electricity or data",,,,,,[^conduit],^lib:phIoT,,,,,,,,,,,,,,,,
^writable,,,,,,,,,"Supports writing data",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,[^point],,,,
^writable-point,,,,,,,,,"Point with writable output using 16-level priority array.  Writable\npoints typically are a setpoint or actuator command.  Haystack writable\npoints are modeled on the BACnet 16-level priority array with a\nrelinquish default which effectively acts as level 17.\n\nThe following levels have special behavior:\n - **Level 1**: highest priority reserved for emergency overrides\n - **Level 8**: manual override with ability to set timer to expire back to auto\n - **Default**: implicitly acts as level 17 for relinquish default\n\nThe priority array provides for contention resolution when many different\ncontrol applications may be vying for control of a given point. Low level\napplications like scheduling typically control levels 14, 15, or 16. Then\nusers can override at level 8. But a higher levels like 2 to 7 can be used\nto trump a user override (for example a demand response energy routine\nthat requires higher priority).\n\nThe actual value to write is resolved by starting at level 1 and working down\nto relinquish default to find the first non-null value. It is possible for\nall levels to be null, in which case the overall write output is null (which\nin turn may be auto/null to another system). Anytime a null value is written\nto a priority level, we say that level has been set to auto or released (this\nallows the next highest level to take command of the output).\n\nAlso see `docHaystack::Points#writable` chapter.",,,,,,[^point],^lib:phIoT,,,,,,,,,,,,,,,,
^writeErr,,,,,,,,,"Error description when `writeStatus` indicates error condition",,,,,,[^str],^lib:phIoT,,,,,,,,,,,,[^writable-point],M,,,
^writeLevel,,,,,,,,,"Current priority level for `writeVal` as number between 1 and 17.\nThe value 17 indicates the relinquish default value.",,,,,,[^int],^lib:phIoT,,17,,1,,,,,,,,[^writable-point],M,,,
^writeStatus,,,,,,,,,"Current status of a writable point output",,,"- unbound: writable point is not bound to any output\n- ok: last write was successful\n- down: connectivity/networking problem - see `writeErr`\n- fault: configuration or hardware error  - see `writeErr`\n- disabled: manual disable of the point or connector\n- unknown: we don't know anything (typically boot state)",,,[^str],^lib:phIoT,,,,,,,,,,,,[^writable-point],M,,,
^writeVal,,,,,,,,,"Current desired value to write to output.  This is the current \"winning\"\nvalue of the priority array indicated by `writeLevel`.  If this tag\nis missing then the winning value is null/auto.",,,,,,[^scalar],^lib:phIoT,,,,,,,,,,,,[^writable-point],M,,,
^xstr,,,,,,,,,"Extended string - type name and string value encoding.\nSee [Kinds chapter]`docHaystack::Kinds#xstr`.",,,,,,[^scalar],^lib:ph,,,,,,,,,,,,,,,,
^yearBuilt,,,,,,,,,"Original year of construction as four digit year such as 1980",,,,,,[^int],^lib:phIoT,,,,,,,,,,,,[^site],,,,
^zigbee,,,,,,,,,"Low power wireless communication protocol for home automation",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Zigbee`
^zone,,,,,,,,,"Related to spaces from a system perspective",,,,,,[^marker],^lib:phIoT,,,,,,,,,,,,,,,,
^zone-space,,,[{equip},{occupancy sensor point},{occupied sensor point},{occupied sp point},{point},{space}],,,,,,"Space associated with a specific system.\nSee `docHaystack::Spaces#zones` and `docHaystack::Zones` chapters.",,,,,,[^space],^lib:phIoT,,,,,,,,,,,,,,,,
^zwave,,,,,,,,,"Low power wireless communication protocol for home automation",,,,,,[^protocol],^lib:phIct,,,,,,,,,,,,,,,,`https://en.wikipedia.org/wiki/Z-Wave`