mirror of
https://github.com/IfcOpenShell/IfcOpenShell.git
synced 2026-08-10 01:41:57 +00:00
Modernize zone and type table mappings for COBie 2.4 with Emma Hooper
This commit is contained in:
Dion Moult
+76
-137
@@ -66,22 +66,6 @@ def get_zones(ifc_file):
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has_space = True
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if not has_space:
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results.append((zone, None))
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if zones:
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return results
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zone_spaces = {}
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for space in ifc_file.by_type("IfcSpace"):
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for _, props in ifcopenshell.util.element.get_psets(space).items():
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for name, value in props.items():
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if "ZoneName" in name:
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zone_name = val(value)
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space_name = val(space.Name)
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category = name
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zone_key = str(name) + "," + str(category)
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zone_spaces.setdefault(zone_key, [])
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if space_name not in zone_spaces[zone_key]:
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zone_spaces[zone_key].append(space_name)
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results.append(((zone_name, category), space_name))
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return results
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@@ -443,21 +427,6 @@ def get_space_data(ifc_file, element):
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def get_zone_data(ifc_file, element):
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zone, space = element
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if isinstance(zone, tuple):
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name, category = zone
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history = get_history(ifc_file)
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return {
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"Name": name,
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"CreatedBy": get_email_from_history(history) if history else None,
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"CreatedOn": ifcopenshell.util.date.ifc2datetime(history.CreationDate).isoformat() if history else None,
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"Category": category,
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"SpaceNames": space,
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"ExternalSystem": history.OwningApplication.ApplicationFullName if history else None,
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"ExternalObject": "IfcPropertySingleValue",
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"ExternalIdentifier": None,
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"Description": val(name) or val(category),
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}
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name = zone.Name
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parent = ifcopenshell.util.element.get_aggregate(zone)
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if parent and val(parent.Name):
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@@ -480,136 +449,106 @@ def get_zone_data(ifc_file, element):
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def get_type_data(ifc_file, element):
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pset_metadata = {}
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pset_mapping = {
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"manufacturer": {"Manufacturer"},
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"model_number": {"ModelNumber", "ArticleNumber", "ModelReference"},
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"warranty_guarantor_parts": {"WarrantyGuarantorParts", "PointOfContact"},
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"warranty_guarantor_labor": {"WarrantyGuarantorLabor", "PointOfContact"},
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"warranty_description": {"WarrantyDescription", "WarrantyIdentifier"},
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"replacement_cost": {"ReplacementCost", "Replacement Cost", "Replacement", "Cost"},
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"nominal_length": {"NominalLength", "OverallLength", "Length"},
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"nominal_width": {"NominalWidth", "OverallWidth", "Width"},
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# https://github.com/opensourceBIM/COBie-plugins/blob/master/COBiePlugins/lib/IfcToCobieConfig.xml#L104
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"nominal_height": {"NominalHeight", "Height"}, # Original has a typo "Heght"
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"model_reference": {"ModelLabel"}, # I believe this is what the intention was, not "ModelReference".
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"shape": {"Shape"},
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"size": {"Size"},
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"color": {"Color", "Colour"},
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"finish": {"Finish"},
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"grade": {"Grade"},
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"material": {"Material"},
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"constituents": {"Constituents", "Parts"},
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"features": {"Features"},
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"accessibility_performance": {"AccessibilityPerformance", "Access"},
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"code_performance": {"CodePerformance", "Regulation"},
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"sustainability_performance": {"SustainabilityPerformance", "Environmental"},
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}
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asset_type = None
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asset_type_names = {"AssetType", "AssetAccountingType"}
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manufacturer = None
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model_number = None
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warranty_duration_parts = None
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warranty_duration_parts_names = {"WarrantyDurationParts", "WarrantyPeriod"}
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warranty_duration_labor = None
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warranty_duration_labor_names = {"WarrantyDurationLabor", "WarrantyPeriod"}
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warranty_duration_unit = None
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replacement_cost = None
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expected_life = None
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expected_life_names = {"ExpectedLife", "Expected Life", "ServiceLifeDuration", "Expected"}
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duration_unit = None
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warranty_description = None
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nominal_length = None
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nominal_width = None
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nominal_height = None
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model_reference = None
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shape = None
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size = None
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color = None
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finish = None
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grade = None
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material = None
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constituents = None
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features = None
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accessibility_performance = None
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code_performance = None
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sustainability_performance = None
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for pset_name, props in ifcopenshell.util.element.get_psets(element).items():
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pset_warranty_type = None
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if pset_name == "Pset_Warranty":
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if "parts" in (props.get("WarrantyIdentifier", "") or "").lower():
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pset_warranty_type = "parts"
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elif "labor" in (props.get("WarrantyIdentifier", "") or "").lower():
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pset_warranty_type = "labor"
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pset = ifc_file.by_id(props["id"])
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for name, value in props.items():
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for key, prop_names in pset_mapping.items():
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if not pset_metadata.get(key, None) and name in prop_names and val(value):
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pset_metadata[key] = str(value)
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if not asset_type and name in asset_type_names and val(value):
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value = value.strip().lower()
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if value in ("moveable", "nonfixed"):
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asset_type = "Moveable"
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elif value == "fixed":
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asset_type = "Fixed"
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if not warranty_duration_parts and name in warranty_duration_parts_names and val(value):
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warranty_duration_parts = str(value)
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if not warranty_duration_unit:
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warranty_duration_unit = get_property_unit(pset, name)
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if not warranty_duration_labor and name in warranty_duration_labor_names and val(value):
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warranty_duration_labor = str(value)
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if not warranty_duration_unit:
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warranty_duration_unit = get_property_unit(pset, name)
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if not expected_life and name in expected_life_names and val(value):
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expected_life = str(value)
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if not duration_unit:
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duration_unit = get_property_unit(pset, name)
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if pset_warranty_type == "parts" and val(value):
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if name == "PointOfContact":
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# https://github.com/buildingSMART/IFC4.3.x-development/issues/698
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warranty_guarantor_parts = str(value)
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elif name == "WarrantyPeriod":
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warranty_duration_parts = str(value)
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unit = get_property_unit(pset, name)
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warranty_duration_unit = unit or warranty_duration_unit
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elif pset_warranty_type == "labor" and val(value):
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if name == "PointOfContact":
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# https://github.com/buildingSMART/IFC4.3.x-development/issues/698
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warranty_guarantor_labor = str(value)
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elif name == "WarrantyPeriod":
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warranty_duration_labor = str(value)
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unit = get_property_unit(pset, name)
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warranty_duration_unit = unit or warranty_duration_unit
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if warranty_duration_parts or warranty_duration_labor:
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if not warranty_duration_unit:
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warranty_duration_unit = get_unit_type_name(ifc_file, "TIMEUNIT")
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if not asset_type and element.is_a("IfcFurnitureType"):
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asset_type = "Moveable"
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if pset_name == "COBie_Warranty":
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warranty_guarantor_parts = props.get("WarrantyGuarantorParts", None)
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warranty_guarantor_labor = props.get("WarrantyGuarantorLabor", None)
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warranty_duration_parts = props.get("WarrantyDurationParts", None)
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warranty_duration_labor = props.get("WarrantyDurationLabor", None)
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warranty_duration_unit = props.get("WarrantyDurationUnit", None)
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warranty_description = props.get("WarrantyDescription", None)
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elif pset_name == "COBie_Asset":
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asset_type = props.get("AssetType", None)
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elif pset_name == "COBie_EconomicImpactValues":
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replacement_cost = props.get("ReplacementCost", None)
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elif pset_name == "COBie_ServiceLife":
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duration_unit = props.get("DurationUnit", None)
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duration_unit = props.get("ServiceLifeDuration", props.get("ExpectedLife", None))
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elif pset_name == "COBie_Specification":
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nominal_length = props.get("NominalLength", None)
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nominal_width = props.get("NominalWidth", None)
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nominal_height = props.get("NominalHeight", None)
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shape = props.get("Shape", None)
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size = props.get("Size", None)
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color = props.get("Color", None)
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finish = props.get("Finish", None)
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grade = props.get("Grade", None)
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material = props.get("Material", None)
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constituents = props.get("Constituents", None)
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features = props.get("Features", None)
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accessibility_performance = props.get("AccessibilityPerformance", None)
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code_performance = props.get("CodePerformance", None)
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sustainability_performance = props.get("SustainabilityPerformance", None)
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elif pset_name == "Pset_ServiceLife":
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duration_unit = props.get("ServiceLifeDuration", None)
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elif pset_name == "Pset_ManufacturerTypeInformation":
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manufacturer = props.get("Manufacturer", None)
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model_number = props.get("ModelLabel", None)
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model_reference = props.get("ModelReference", None)
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return {
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"Name": val(element.Name),
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"CreatedBy": get_created_by(element),
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"CreatedOn": get_created_on(element),
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"Category": get_category(element),
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"Description": val(element.Description) or val(element.Name),
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"Description": val(element.Description),
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"AssetType": asset_type,
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"Manufacturer": pset_metadata.get("manufacturer", None),
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"ModelNumber": pset_metadata.get("model_number", None),
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"WarrantyGuarantorParts": pset_metadata.get("warranty_guarantor_parts", None),
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"Manufacturer": manufacturer,
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"ModelNumber": model_number,
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"WarrantyGuarantorParts": warranty_guarantor_parts,
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"WarrantyDurationParts": warranty_duration_parts,
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"WarrantyGuarantorLabor": pset_metadata.get("warranty_guarantor_labor", None),
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"WarrantyGuarantorLabor": warranty_guarantor_labor,
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"WarrantyDurationLabor": warranty_duration_labor,
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"WarrantyDurationUnit": warranty_duration_unit,
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"ExternalSystem": get_external_system(element),
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"ExternalObject": element.is_a(),
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"ExternalIdentifier": element.GlobalId,
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"ReplacementCost": pset_metadata.get("replacement_cost", None),
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"ReplacementCost": replacement_cost,
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"ExpectedLife": expected_life,
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"DurationUnit": duration_unit,
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"WarrantyDescription": pset_metadata.get("warranty_description", None),
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"NominalLength": pset_metadata.get("nominal_length", None),
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"NominalWidth": pset_metadata.get("nominal_width", None),
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"NominalHeight": pset_metadata.get("nominal_height", None),
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"ModelReference": pset_metadata.get("model_reference", None),
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"Shape": pset_metadata.get("shape", None),
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"Size": pset_metadata.get("size", None),
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"Color": pset_metadata.get("color", None),
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"Finish": pset_metadata.get("finish", None),
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"Grade": pset_metadata.get("grade", None),
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"Material": pset_metadata.get("material", None),
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"Constituents": pset_metadata.get("constituents", None),
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"Features": pset_metadata.get("features", None),
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"AccessibilityPerformance": pset_metadata.get("accessibility_performance", None),
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"CodePerformance": pset_metadata.get("code_performance", None),
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"SustainabilityPerformance": pset_metadata.get("sustainability_performance", None),
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"WarrantyDescription": warranty_description,
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"NominalLength": nominal_length,
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"NominalWidth": nominal_width,
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"NominalHeight": nominal_height,
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"ModelReference": model_reference,
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"Shape": shape,
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"Size": size,
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"Color": color,
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"Finish": finish,
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"Grade": grade,
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"Material": material,
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"Constituents": constituents,
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"Features": features,
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"AccessibilityPerformance": accessibility_performance,
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"CodePerformance": code_performance,
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"SustainabilityPerformance": sustainability_performance,
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}
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@@ -496,7 +496,7 @@ def get_type_data(ifc_file, element):
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pset_metadata = {}
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pset_mapping = {
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"manufacturer": {"Manufacturer"},
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"model_number": {"ModelNumber", "ArticleNumber", "ModelReference"},
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"model_number": {"ModelNumber", "ArticleNumber", "ModelLabel"},
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"warranty_guarantor_parts": {"WarrantyGuarantorParts", "PointOfContact"},
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"warranty_guarantor_labor": {"WarrantyGuarantorLabor", "PointOfContact"},
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"warranty_description": {"WarrantyDescription", "WarrantyIdentifier"},
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@@ -505,7 +505,7 @@ def get_type_data(ifc_file, element):
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"nominal_width": {"NominalWidth", "OverallWidth", "Width"},
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# https://github.com/opensourceBIM/COBie-plugins/blob/master/COBiePlugins/lib/IfcToCobieConfig.xml#L104
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"nominal_height": {"NominalHeight", "Height"}, # Original has a typo "Heght"
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"model_reference": {"ModelLabel"}, # I believe this is what the intention was, not "ModelReference".
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"model_reference": {"ModelReference"},
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"shape": {"Shape"},
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"size": {"Size"},
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"color": {"Color", "Colour"},
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@@ -33,9 +33,9 @@ What makes IfcOpenShell special?
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IfcOpenShell has a huge amount of unique features and capabilities not found in any other technology.
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- IfcOpenShell is the oldest and most mature open source IFC library available. It's developed since 2011 by a community of hundreds of developers and trusted to deliver many AEC technologies that power our industry. IfcOpenShell is also taught in numerous universities and cited in hundreds of academic publications.
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- Lots of platforms and package management options are available: Windows, Mac, Mac ARM (M1, M2), Linux, Web Assembly (WASM), Docker, AWS Lambda, Google Colab, and more.
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- Lots of platforms and package management options are available: Windows, Mac Intel, Mac Silicon (M1, M2), Linux, Web Assembly (WASM), Docker, AWS Lambda, Google Colab, and more.
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- Develop in C++, Python, or JavaScript via Pyodide.
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- All tools can be used either as a developer library, through a command line interface, or using a rich graphical interface. Whether you're deploy headless server tools for your own pipeline, writing your own apps, or an end-user, there's something for you.
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- All tools can be used either as a developer library, through a command line interface, or using a rich graphical interface. Whether you're deploying headless server tools for your own pipeline, writing your own apps, or an end-user, there's something for you.
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- Supports IFC2X3, IFC4, and IFC4.3. Custom schemas (such as experimental or draft schemas) may be loaded at run-time instead of having to recompile.
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- Built-in IFC validation is possible from basic syntax validation to more detailed "Where Rule" checks. This is the same validation that powers the official buildingSMART validation engine.
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- Read and write IFC-SPF, IFCJSON, IFCXML, IFCHDF5, MySQL, and SQLite.
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@@ -57,7 +57,7 @@ IfcOpenShell is a modular ecosystem of tools that work together, where each tool
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"**IfcOpenShell**", "The core library for C++ developers. The library includes the ability to parse schemas, tessellate and process implicit geometry."
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"**IfcOpenShell-Python**", "Python bindings to the core IfcOpenShell C++ system, as well as high level analysis and authoring functions."
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"**IfcConvert**", "A command-line application for converting IFC geometry into file formats such as OBJ, DAE, GLB, STP, IGS, XML, SVG, H5, and IFC itself."
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"**BlenderBIM Add-on**", "A graphical add-on that lets you analyse, author, and modify IFC with Blender."
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"**BlenderBIM Add-on**", "A graphical add-on that lets you analyse, author, and modify IFC with Blender. Graphically create BIM models from scratch!"
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"**BCF**", "BIM Collaboration Format (BCF) is a standard to manage and exchange coordination topics between disciplines collaborating on a project by changing XML files or querying an API."
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"**BIMServer-Plugin**", "A plugin to the open source BIMServer CDE to allow you to use IfcOpenShell to parse, view, and audit models."
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"**BIMTester**", "A utility that allows you to write Gherkin-based tests for models."
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