class UndergroundCeiling(SurfaceTypeBase):
"""Underground Ceiling."""
typeId = 1.5
"""Surface type id."""
radiance_material = Plastic.by_single_reflect_value("generic_wall", 0.5)
"""Default Radiance material."""
def from_json(cls, srf_json):
"""Create a surface from json object.
The minimum schema is:
{"name": "",
"vertices": [[(x, y, z), (x1, y1, z1), (x2, y2, z2)]],
"surface_material": {}, // radiance material json file
"surface_type": null // 0: wall, 5: window
}
"""
name = srf_json["name"]
vertices = srf_json["vertices"]
type_id = srf_json["surface_type"]
srf_type = surfacetype.SurfaceTypes.get_type_by_key(type_id)
HBsrf = cls(name, vertices, srf_type)
# Check material type and determine appropriate "from_json" classmethod
if "surface_material" in srf_json.keys():
material_json = srf_json["surface_material"]
type = material_json["type"]
if type == "plastic":
radiance_material = Plastic.from_json(material_json)
elif type == "metal":
radiance_material = Metal.from_json(material_json)
elif type == "glass":
radiance_material = Glass.from_json(material_json)
else:
# raise ValueError "The material type {} in the surface json is either
# not currently suported or incorrect"
# .format(srf_json["surface_material"])
radiance_material = None
HBsrf.radiance_material = radiance_material
return HBsrf
class Floor(SurfaceTypeBase):
"""Floor."""
typeId = 2.0
"""Surface type id."""
radiance_material = Plastic.by_single_reflect_value("generic_floor", 0.20)
"""Default Radiance material."""
class Roof(SurfaceTypeBase):
"""Roof."""
typeId = 1.0
"""Surface type id."""
radiance_material = Plastic.by_single_reflect_value("generic_roof", 0.80)
"""Default Radiance material."""
class Wall(SurfaceTypeBase):
"""Wall."""
typeId = 0.0
"""Surface type id."""
radiance_material = Plastic.by_single_reflect_value("generic_wall", 0.50)
"""Default Radiance material."""
def from_json(cls, srf_json):
"""Create a surface from json object.
The minimum schema is:
{"name": "",
"vertices": [[(x, y, z), (x1, y1, z1), (x2, y2, z2)]],
"surface_material": {}, // radiance material json file
"surface_type": null // 0: wall, 5: window
}
"""
name = srf_json["name"]
vertices = srf_json["vertices"]
type_id = srf_json["surface_type"]
srf_type = surfacetype.SurfaceTypes.get_type_by_key(type_id)
HBsrf = cls(name, vertices, srf_type)
# Check material type and determine appropriate "from_json" classmethod
if "surface_material" in srf_json.keys():
material_json = srf_json["surface_material"]
type = material_json["type"]
if type == "plastic":
radiance_material = Plastic.from_json(material_json)
elif type == "metal":
radiance_material = Metal.from_json(material_json)
elif type == "glass":
radiance_material = Glass.from_json(material_json)
else:
# raise ValueError "The material type {} in the surface json is either
# not currently suported or incorrect"
# .format(srf_json["surface_material"])
radiance_material = None
HBsrf.radiance_material = radiance_material
return HBsrf
class Context(SurfaceTypeBase):
"""Context surfaces."""
typeId = 6
"""Surface type id."""
radiance_material = Plastic.by_single_reflect_value(
"generic_shading", 0.35)
"""Default Radiance material."""
class Ceiling(SurfaceTypeBase):
"""Ceiling."""
typeId = 3
"""Surface type id."""
radiance_material = Plastic.by_single_reflect_value(
"generic_ceiling", 0.80)
"""Default Radiance material."""
class ExposedFloor(SurfaceTypeBase):
"""Exposed Floor.
Part of the floor/slab the is cantilevered.
"""
typeId = 2.75
"""Surface type id."""
radiance_material = Plastic.by_single_reflect_value("generic_floor", 0.20)
"""Default Radiance material."""
class SlabOnGrade(SurfaceTypeBase):
"""Slab on Grade.
Any floor that is touching the ground. z=0
"""
typeId = 2.5
"""Surface type id."""
radiance_material = Plastic.by_single_reflect_value("generic_floor", 0.20)
"""Default Radiance material."""
class UndergroundSlab(SurfaceTypeBase):
"""Underground slab.
Any floor that is located under ground (z < 0)
"""
typeId = 2.25
"""Surface type id."""
radiance_material = Plastic.by_single_reflect_value("generic_floor", 0.20)
"""Default Radiance material."""