Define all point attributes

bricksrc/entity_properties.csv

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+@id,brick:placeholder1,brick:placeholder2,brick:placeholder3,brick:hasQuantity/Enumeration,brick:placeholder4,rdfs:subPropertyOf,todo:,skos:definition
+brick:aggregate,,,,,,,aggregate,Description of how the data for this point is aggregated
+brick:area,,,,quantitykind:Area,,,,Entity has 2-dimensional area
+brick:azimuth,,,,quantitykind:Azimuth,,,,(Horizontal) angle between a projected vector and a reference vector (typically a compass bearing). The projected vector usually indicates the direction of a face or plane.
+brick:buildingPrimaryFunction,,,,,,,(deprecated),Enumerated string applied to a site record to indicate the building's primary function. The list of primary functions is derived from the US Energy Star program (adopted from Project Haystack)
+brick:buildingThermalTransmittance,,,,quantitykind:ThermalTransmittance,,brick:thermalTransmittance,building,The area-weighted average heat transfer coefficient (commonly referred to as a U-value) for a building envelope
+brick:conversionEfficiency,,,,quantitykind:Efficiency,,,conversion,The percent efficiency of the conversion process (usually to power or energy) carried out by the entity
+brick:coolingCapacity,,,,,,,cooling capacity,Measurement of a chiller ability to remove heat (adopted from Project Haystack)
+brick:coordinates,,,,,,,coordinates,The location of an entity in latitude/longitude
+brick:currentFlowType,,,,quantitykind:ElectricCurrent,,,flow type,The current flow type of the entity
+brick:deprecation,,,,,,,deprecation,Marks a concept as deprecated
+brick:electricalComplexPower,,,,quantitykind:ElectricPower,,,,Associated electrical complexity with the entity
+brick:electricalFlow,,,,,,,electrical flow,Entity has this electrical flow relative to the building'
+brick:electricalPhaseCount,,,,quantitykind:NumberOfElectricalPhases,,,,Entity has these phases
+brick:electricalPhases,,,,,,,electrical phases,Entity has these electrical AC phases
+brick:electricVehicleChargerDirectionality,,,,,,,electric vehicle charger directionality,Indicates if the EVSE charger supports bidirectional charging or just unidirectional charging of the EV battery
+brick:electricVehicleChargerType,,,,,,,electric vehicle charger type,"Which type of EVSE charger this is, e.g. Level 1 (up to up to 2.5kW of AC power on 1 phase 120V input), Level 2 (direct AC power but can use higher voltage and up to 3 phases), or Level 3 (direct DC power)"
+brick:electricVehicleConnectorType,,,,,,,electric vehicle connector type,Identifies which kind of connector the port has. This property helps identify the physical connection required between the vehicle and the charging equipment.
+brick:grossArea,,,brick:Gross,quantitykind:Area,,brick:area,,Entity has gross 2-dimensional area
+brick:isVirtualMeter,,,,,,,is virtual meter,"True if the associated meter is 'virtual', i.e. a logical meter which includes or aggregates information from a variety of sources such as other submeters or equipment."
+brick:lastKnownValue,,,,,,,last known value,The last known value of the Point entity
+brick:measuredModuleConversionEfficiency,brick:Measured,,,quantitykind:Efficiency,,brick:conversionEfficiency,module conversion,The measured percentage of sunlight that is converted into usable power
+brick:measuredPowerInput,brick:Measured,,,quantitykind:ElectricPower,brick:Input,,,The nominal measured power input of the entity
+brick:measuredPowerOutput,brick:Measured,,,quantitykind:ElectricPower,brick:Output,,,The nominal measured power output of the entity
+brick:netArea,,,brick:Net,quantitykind:Area,,brick:area,,Entity has net 2-dimensional area
+brick:operationalStage,,,,,,,operational stage,The associated operational stage
+brick:operationalStageCount,,,,quantitykind:Count,,,operational stage,The number of operational stages supported by this equipment
+brick:panelArea,,,,quantitykind:Area,,brick:area,panel,"Surface area of a panel, such as a PV panel"
+brick:ratedApparentPower,brick:Rated,,,quantitykind:ApparentPower,,,,The nominal rated apparent power of the entity
+brick:ratedCorrelatedColorTemperature,brick:Rated,,,quantitykind:CorrelatedColorTemperature,,,,The nominal rated correlated color temperature of the entity
+brick:ratedCurrentInput,brick:Rated,,,quantitykind:ElectricCurrent,brick:Input,,,The nominal rated current input of the entity
+brick:ratedCurrentOutput,brick:Rated,,,quantitykind:ElectricCurrent,brick:Output,,,The nominal rated current output of the entity
+brick:ratedLuminousFlux,brick:Rated,,,quantitykind:LuminousFlux,,,,The nominal rated luminous flux of the entity
+brick:ratedMaximumCurrentInput,brick:Rated,brick:Maximum,,quantitykind:ElectricCurrent,brick:Input,brick:ratedCurrentInput,,The maximum current that can be input to the entity
+brick:ratedMaximumCurrentOutput,brick:Rated,brick:Maximum,,quantitykind:ElectricCurrent,brick:Output,brick:ratedCurrentOutput,,The maximum current that can be output by the entity
+brick:ratedMaximumVoltageInput,brick:Rated,brick:Maximum,,quantitykind:Voltage,brick:Input,brick:ratedVoltageInput,,The maximum voltage that can be input to the entity
+brick:ratedMaximumVoltageOutput,brick:Rated,brick:Maximum,,quantitykind:Voltage,brick:Output,brick:ratedVoltageOutput,,The maximum voltage that can be output by the entity
+brick:ratedMinimumCurrentInput,brick:Rated,brick:Minimum,,quantitykind:ElectricCurrent,brick:Input,brick:ratedCurrentInput,,The minimum current that can be input to the entity
+brick:ratedMinimumCurrentOutput,brick:Rated,brick:Minimum,,quantitykind:ElectricCurrent,brick:Output,brick:ratedCurrentOutput,,The minimum current that can be output by the entity
+brick:ratedMinimumVoltageInput,brick:Rated,brick:Minimum,,quantitykind:Voltage,brick:Input,brick:ratedVoltageInput,,The minimum voltage that can be input to the entity
+brick:ratedMinimumVoltageOutput,brick:Rated,brick:Minimum,,quantitykind:Voltage,brick:Output,brick:ratedVoltageOutput,,The minimum voltage that can be output by the entity
+brick:ratedModuleConversionEfficiency,brick:Rated,,,quantitykind:Efficiency,,brick:conversionEfficiency,module conversion,"The *rated* percentage of sunlight that is converted into usable power, as measured using Standard Test Conditions (STC): 1000 W/sqm irradiance, 25 degC panel temperature, no wind"
+brick:ratedPowerInput,brick:Rated,,,quantitykind:ElectricPower,brick:Input,,,The nominal rated power input of the entity
+brick:ratedPowerOutput,brick:Rated,,,quantitykind:ElectricPower,brick:Output,,,The nominal rated power output of the entity
+brick:ratedVoltageInput,brick:Rated,,,quantitykind:Voltage,brick:Input,,,The nominal rated voltage input of the entity
+brick:ratedVoltageOutput,brick:Rated,,,quantitykind:Voltage,brick:Output,,,The nominal rated voltage output of the entity
+brick:resolution,,,,,,,resolution,The resolution of the entity specifing the smallest measurable or controllable increment
+brick:temperatureCoefficientofPmax,,,,quantitykind:Temperature,,,coefficientof pmax,The % change in power output for every degree celsius that the entity is hotter than 25 degrees celsius
+brick:thermalTransmittance,,,,quantitykind:ThermalTransmittance,,,,The area-weighted average heat transfer coefficient (commonly referred to as a U-value)
+brick:tilt,,,,quantitykind:Tilt,,,,The direction an entity is facing in degrees above the horizon
+brick:volume,,,,quantitykind:Volume,,,,Entity has 3-dimensional volume
+brick:yearBuilt,,,,,,,year built,Four digit year that a building was first built. (adopted from Project Haystack)

bricksrc/point_events.csv

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+@id,qudt:hasQuantityKind,rdfs:subClassOf,todo:,rdfs:comment
+rec:AbsoluteHumidityObservation,quantitykind:AbsoluteHumidity,rec:ObservationEvent,,
+rec:AccelerationObservation,quantitykind:Acceleration,rec:ObservationEvent,,
+rec:ActuationEvent,,rec:PointEvent,,
+rec:AngleObservation,quantitykind:Angle,rec:ObservationEvent,,
+rec:AngularAccelerationObservation,quantitykind:AngularAcceleration,rec:ObservationEvent,,
+rec:AngularVelocityObservation,quantitykind:AngularVelocity,rec:ObservationEvent,,
+rec:AreaObservation,quantitykind:Area,rec:ObservationEvent,,
+rec:BooleanValueObservation,,rec:ObservationEvent,,Generic xsd:boolean value observation that is not specific to any particular QUDT quantitykind or unit.
+rec:CapacitanceObservation,quantitykind:Capacitance,rec:ObservationEvent,,
+rec:DataRateObservation,quantitykind:DataRate,rec:ObservationEvent,,
+rec:DataSizeObservation,quantitykind:InformationEntropy,rec:ObservationEvent,,
+rec:DensityObservation,quantitykind:Density,rec:ObservationEvent,,
+rec:DistanceObservation,quantitykind:Distance,rec:ObservationEvent,,
+rec:DoubleValueObservation,,rec:ObservationEvent,,Generic xsd:double value observation that is not specific to any particular QUDT quantitykind or unit.
+rec:ElectricChargeObservation,quantitykind:ElectricCharge,rec:ObservationEvent,,
+rec:ElectricCurrentObservation,quantitykind:ElectricCurrent,rec:ObservationEvent,,
+rec:EnergyObservation,quantitykind:Energy,rec:ObservationEvent,,
+rec:ExceptionEvent,,rec:PointEvent,,
+rec:ForceObservation,quantitykind:Force,rec:ObservationEvent,,
+rec:FrequencyObservation,quantitykind:Frequency,rec:ObservationEvent,,
+rec:IlluminanceObservation,quantitykind:Illuminance,rec:ObservationEvent,,
+rec:InductanceObservation,quantitykind:Inductance,rec:ObservationEvent,,
+rec:IntegerValueObservation,,rec:ObservationEvent,,Generic xsd:int value observation that is not specific to any particular QUDT quantitykind or unit.
+rec:LengthObservation,quantitykind:Length,rec:ObservationEvent,,
+rec:LuminanceObservation,quantitykind:Luminance,rec:ObservationEvent,,
+rec:LuminousFluxObservation,quantitykind:LuminousFlux,rec:ObservationEvent,,
+rec:LuminousIntensityObservation,quantitykind:LuminousIntensity,rec:ObservationEvent,,
+rec:MagneticFluxObservation,quantitykind:MagneticFlux,rec:ObservationEvent,,
+rec:MassFlowRateObservation,quantitykind:MassFlowRate,rec:ObservationEvent,,
+rec:MassObservation,quantitykind:Mass,rec:ObservationEvent,,
+rec:ObservationEvent,,rec:PointEvent,,
+rec:PointEvent,,rec:PointEvent,,"An event emanating from or targeting a Point; e.g., an individual Observation from a Sensor point, or an Actuation sent to a Command point. In other terms, the Points indicate the capability of some Space or Equipment to emit or accept data, while this class represents those actual data messages. Note that in most non-trivially sized systems, these events are not stored in the knowledge graph itself, but are rather forwarded to some C&C system or time series database."
+rec:PowerObservation,quantitykind:Power,rec:ObservationEvent,,
+rec:PressureObservation,quantitykind:Pressure,rec:ObservationEvent,,
+rec:RelativeHumidityObservation,quantitykind:RelativeHumidity,rec:ObservationEvent,,
+rec:ResistanceObservation,quantitykind:Resistance,rec:ObservationEvent,,
+rec:SoundPressureObservation,quantitykind:SoundPressure,rec:ObservationEvent,,
+rec:TemperatureObservation,quantitykind:Temperature,rec:ObservationEvent,,
+rec:ThrustObservation,quantitykind:Thrust,rec:ObservationEvent,,
+rec:TimeSpanObservation,quantitykind:Time,rec:ObservationEvent,,
+rec:TorqueObservation,quantitykind:Torque,rec:ObservationEvent,,
+rec:VelocityObservation,quantitykind:Velocity,rec:ObservationEvent,,
+rec:VoltageObservation,quantitykind:Voltage,rec:ObservationEvent,,
+rec:VolumeFlowRateObservation,quantitykind:VolumeFlowRate,rec:ObservationEvent,,
+rec:VolumeObservation,quantitykind:Volume,rec:ObservationEvent,,