Output

Possible outputs to request from the simulation

Example

Space {
   name: "Bedroom", 
   volume: 42, // volume in m3. 
   infiltration: { // <- Define the infiltration
       type : "Doe2", 
       flow : 0.24,
   }
}

// Report the Bedroom's output variable
Output{
   SpaceDryBulbTemperature: "Bedroom"
}

Supported Variants

Clothing

The amount of clothing the person is using, in Clo value

Output {
	Clothing : string
}

FenestrationOpenFraction

Represents how open is a fenestration. Contains the Index of fenestration, and its open fraction

Output {
	FenestrationOpenFraction : string
}

HeatingCoolingPowerConsumption

Represents the heating/cooling energy consumption of a Heating/Cooling system, in Watts

Contains the index of the HVAC in the building\'s vector, and the power.

Output {
	HeatingCoolingPowerConsumption : string
}

LuminairePowerConsumption

Represents the power being consumed by a Luminaire object, in Watts (luminaire index, power)

Output {
	LuminairePowerConsumption : string
}

SurfaceFrontConvectionCoefficient

The convective heat transfer coefficient at the front of a surface

Output {
	SurfaceFrontConvectionCoefficient : string
}

SurfaceBackConvectionCoefficient

The convective heat transfer coefficient at the back of a surface

Output {
	SurfaceBackConvectionCoefficient : string
}

SurfaceFrontConvectiveHeatFlow

The convective heat flow at the front of a surface

Output {
	SurfaceFrontConvectiveHeatFlow : string
}

SurfaceBackConvectiveHeatFlow

The convective heat flow at the back of a surface

Output {
	SurfaceBackConvectiveHeatFlow : string
}

SurfaceFrontSolarIrradiance

Incident solar irradiance at the front

Output {
	SurfaceFrontSolarIrradiance : string
}

SurfaceBackSolarIrradiance

Incident solar irradiance at the back

Output {
	SurfaceBackSolarIrradiance : string
}

SurfaceFrontIRIrradiance

Incident Infrared irradiance at the front

Output {
	SurfaceFrontIRIrradiance : string
}

SurfaceBackIRIrradiance

Incident Infrared irradiance at the back

Output {
	SurfaceBackIRIrradiance : string
}

FenestrationFrontConvectionCoefficient

The convective heat transfer coefficient at the front of a surface

Output {
	FenestrationFrontConvectionCoefficient : string
}

FenestrationBackConvectionCoefficient

The convective heat transfer coefficient at the back of a surface

Output {
	FenestrationBackConvectionCoefficient : string
}

FenestrationFrontConvectiveHeatFlow

The convective heat flow at the front of a surface

Output {
	FenestrationFrontConvectiveHeatFlow : string
}

FenestrationBackConvectiveHeatFlow

The convective heat flow at the back of a surface

Output {
	FenestrationBackConvectiveHeatFlow : string
}

FenestrationFrontSolarIrradiance

Incident solar irradiance at the front

Output {
	FenestrationFrontSolarIrradiance : string
}

FenestrationBackSolarIrradiance

Incident solar irradiance at the back

Output {
	FenestrationBackSolarIrradiance : string
}

FenestrationFrontIRIrradiance

Incident Infrared irradiance at the front

Output {
	FenestrationFrontIRIrradiance : string
}

FenestrationBackIRIrradiance

Incident Infrared irradiance at the back

Output {
	FenestrationBackIRIrradiance : string
}

SpaceDryBulbTemperature

Space Air Temperature in C... The elements are the index of the Space in the Building mode and the temperature

Output {
	SpaceDryBulbTemperature : string
}

SpaceInfiltrationVolume

The volume of air that is entering the space in an uncontrolled way. In m3/s

Output {
	SpaceInfiltrationVolume : string
}

SpaceInfiltrationTemperature

The temperature of air that is entering the space in an uncontrolled way. In C

Output {
	SpaceInfiltrationTemperature : string
}

SpaceVentilationVolume

The volume of air that is entering the space in a controlled way. In m3/s

Output {
	SpaceVentilationVolume : string
}

SpaceVentilationTemperature

The temperature of air that is entering the space in a controlled way. In C

Output {
	SpaceVentilationTemperature : string
}

SpaceAirExchangeVolume

The volume of air that is moving from one space to another in a controlled way. In m3/s

Output {
	SpaceAirExchangeVolume : string
}

SurfaceNodeTemperature

Temperature (Float) of Surface\'s (usize) node (usize) I.e. the order is (Surface Index, Node index, Temperature).

Output {
	SurfaceNodeTemperature : string
}

FenestrationNodeTemperature

Temperature (Float) of Fenestration\'s (usize) node (usize) I.e. the order is (Surface Index, Node index, Temperature).

Output {
	FenestrationNodeTemperature : string
}