Coverage for bim2sim / plugins / PluginTEASER / bim2sim_teaser / examples / e4_visualize_zone_binding.py: 0%

1import tempfile 

2from pathlib import Path 

3 

4import bim2sim 

5from bim2sim import Project 

6from bim2sim.elements.aggregation.bps_aggregations import AggregatedThermalZone 

7from bim2sim.elements.bps_elements import ThermalZone 

8from bim2sim.kernel.decision.decisionhandler import DebugDecisionHandler 

9from bim2sim.tasks import common, bps 

10from bim2sim.utilities.common_functions import filter_elements 

11from bim2sim.utilities.types import IFCDomain, LOD, ZoningCriteria 

12from bim2sim.utilities.visualize_spaces import visualize_zones 

13 

14 

15def visualize_zoning_of_complex_building(): 

16 """Visualize the ThermalZone element entities of a bim2sim run. 

17 

18 ... 

19 """ 

20 # The following is the same as in the example e2, look their if you want to 

21 # know what happens here 

22 project_path = Path( 

23 tempfile.TemporaryDirectory(prefix='bim2sim_example1').name) 

24 ifc_paths = { 

25 IFCDomain.arch: 

26 Path(bim2sim.__file__).parent.parent / 

27 'test/resources/arch/ifc/FM_ARC_DigitalHub_with_SB89.ifc', 

28 } 

29 project = Project.create(project_path, ifc_paths, 'teaser') 

30 

31 # specify simulation settings (especially for zoning) 

32 

33 # we use LOD.medium that means that zones are merged based on 

34 # zoning_criteria sim_setting 

35 

36 # We don't need a full bim2sim run with simulation to demonstrate this, so 

37 # we will just run the needed tasks: 

38 project.plugin_cls.default_tasks = [ 

39 common.LoadIFC, 

40 # common.CheckIfc, 

41 common.CreateElementsOnIfcTypes, 

42 bps.CreateSpaceBoundaries, 

43 bps.AddSpaceBoundaries2B, 

44 bps.CorrectSpaceBoundaries, 

45 common.CreateRelations, 

46 bps.DisaggregationCreationAndTypeCheck, 

47 bps.EnrichUseConditions, 

48 bps.CombineThermalZones, 

49 ] 

50 

51 # Run a simulation directly with dymola after model creation 

52 # Run the project with the ConsoleDecisionHandler. This allows interactive 

53 space_boundary_genenerator = 'Other' 

54 handle_proxies = (*(None,) * 12,) 

55 answers = (space_boundary_genenerator, 

56 *handle_proxies) 

57 # Create one run of bim2sim for each zoning criteria and store the 

58 # resulting visualizations. 

59 for zoning_criteria in list(ZoningCriteria): 

60 

61 # set the simm settings 

62 project.sim_settings.zoning_criteria = zoning_criteria 

63 

64 # We get the use conditions and usages from predefined templates, look at 

65 # example e2 to get more information how this works 

66 project.sim_settings.prj_use_conditions = (Path( 

67 bim2sim.__file__).parent.parent / 

68 "test/resources/arch/custom_usages/" 

69 "UseConditionsFM_ARC_DigitalHub.json") 

70 project.sim_settings.prj_custom_usages = (Path( 

71 bim2sim.__file__).parent.parent / 

72 "test/resources/arch/custom_usages/" 

73 "customUsagesFM_ARC_DigitalHub_with_SB89.json") 

74 

75 # set weather file data 

76 project.sim_settings.weather_file_path = ( 

77 Path(bim2sim.__file__).parent.parent / 

78 'test/resources/weather_files/DEU_NW_Aachen.105010_TMYx.mos') 

79 

80 

81 handler = DebugDecisionHandler(answers) 

82 

83 # run the project for each criteria selection 

84 handler.handle(project.run()) 

85 # get the resulting elements 

86 elements = project.playground.state['elements'] 

87 thermal_zones = filter_elements(elements, ThermalZone) 

88 aggregated_thermal_zones = filter_elements( 

89 elements, AggregatedThermalZone) 

90 all_zones = thermal_zones + aggregated_thermal_zones 

91 visualize_zones( 

92 all_zones, project.paths.export, 

93 f"zoning_{zoning_criteria.name}.png") 

94 

95 # Reset project before the next run 

96 project.reset() 

97 

98 

99if __name__ == '__main__': 

100 visualize_zoning_of_complex_building()