def _add_gml_opaque_material(gml_layer, teaser_layer):
"""Adds gml opaque material to the given layer
Adds a material to given layer and fills information with teaser
information
Parameters
----------
gml_layer : energy.LayerComponentType()
A Layer object with basic data
teaser_layer : TEASER Layer
Instance of Layer
"""
gml_layer.material = energy.AbstractMaterialPropertyType()
gml_layer.material.AbstractMaterial = energy.SolidMaterial()
_current_material = gml_layer.material.AbstractMaterial
_current_material.name = [og.gml.CodeType(teaser_layer.material.name)]
_current_material.conductivity = gml.MeasureType(
teaser_layer.material.thermal_conduc)
_current_material.conductivity.uom = bd.datatypes.anyURI('W/mK')
_current_material.density = gml.MeasureType(teaser_layer.material.density)
_current_material.density.uom = bd.datatypes.anyURI('kg/m^3')
_current_material.specificHeat = gml.MeasureType(
teaser_layer.material.heat_capac)
_current_material.specificHeat.uom = bd.datatypes.anyURI('kJ/kg')
def _set_gml_thermal_zone(thermal_zone):
"""creates a citygml.energy instance of a thermal zone
EnergyADE includes information of a thermal zone, these values are set in
this class.
Parameters
----------
thermal_zone : ThermalZone() object
A ThermalZone object, from TEASER
Returns
-------
gml_zone : energy.thermalZones() object
A thermalZone object, where energy is a reference to
`pyxb.bundles.opengis.citygml.energy`.
"""
gml_zone = energy.thermalZone()
gml_zone.ThermalZone = energy.ThermalZoneType()
gml_zone.ThermalZone.id = thermal_zone.name
gml_zone.ThermalZone.isCooled = bd.datatypes.boolean(True)
gml_zone.ThermalZone.isHeated = bd.datatypes.boolean(True)
# gml_zone.ThermalZone.heatedFloorArea = gml.AreaType(thermal_zone.area)
# gml_zone.ThermalZone.heatedFloorArea.uom = bd.datatypes.anyURI('m^2')
gml_zone.ThermalZone.infiltrationRate = gml.MeasureType(
thermal_zone.infiltration_rate)
gml_zone.ThermalZone.infiltrationRate.uom = bd.datatypes.anyURI('1/h')
return gml_zone
def _add_gml_layer(gml_surf_comp, element):
"""Adds gml layer to a surface component
Adds all layer of the element to the gml surface component
Parameters
----------
gml_surf_comp : energy.SurfaceComponent()
A SurfaceComponent object with basic data
element : TEASER BuildingElement
Instance of BuildingElement or inherited classes
"""
cons = energy.AbstractConstructionPropertyType()
cons.AbstractConstruction = energy.Construction()
cons.AbstractConstruction.name = [og.gml.CodeType(element.name)]
cons.AbstractConstruction.uValue = gml.MeasureType(element.ua_value /
element.area)
cons.AbstractConstruction.uValue.uom = bd.datatypes.anyURI('W/(m^2*K)')
if type(element).__name__ == "Window":
cons.AbstractConstruction.opticalProperties = \
energy.OpticalPropertiesPropertyType()
cons.AbstractConstruction.opticalProperties.append(
energy.OpticalPropertiesType())
cons.AbstractConstruction.opticalProperties.OpticalProperties \
.transmittance.append(energy.TransmittancePropertyType())
cons.AbstractConstruction.opticalProperties.OpticalProperties \
.transmittance[-1].Transmittance = energy.TransmittanceType()
cons.AbstractConstruction.opticalProperties.OpticalProperties \
.transmittance[-1].Transmittance.fraction = element.g_value
cons.AbstractConstruction.opticalProperties.OpticalProperties \
.transmittance[-1].Transmittance.fraction.uom = \
bd.datatypes.anyURI('g value')
cons.AbstractConstruction.opticalProperties.OpticalProperties \
.transmittance[-1].Transmittance.wavelengthRange = \
energy.WavelengthRangeType("Solar")
for lay_count in element.layer:
layer = energy.LayerPropertyType()
layer.Layer = energy.LayerType()
layer.Layer.layerComponent.append(energy.LayerComponentPropertyType())
layer.Layer.layerComponent[-1].LayerComponent = \
energy.LayerComponentType()
_current_layer = layer.Layer.layerComponent[-1].LayerComponent
_current_layer.thickness = gml.LengthType(lay_count.thickness)
_current_layer.thickness.uom = bd.datatypes.anyURI('m')
_add_gml_opaque_material(_current_layer, lay_count)
cons.AbstractConstruction.layer.append(layer)
gml_surf_comp.ThermalComponent.construction = cons