v3.3

• Changes affecting backwards compatibility

  • Remove "bldg" from repair consequence output filenames: The increasing scope of Pelicun now covers simulations for transportation and water networks. Hence, labeling repair consequence outputs as if they were limited to buildings no longer seems appropriate. The bldg label was dropped from the following files: DV_bldg_repair_sample,DV_bldg_repair_stats,DV_bldg_repair_grp, DV_bldg_repair_grp_stats, DV_bldg_repair_agg, DV_bldg_repair_agg_stats.

• Deprecation warnings

  • Remove Bldg from repair settings label in DL configuration file: Following the changes above, we dropped Bldg from BldgRepair when defining settings for repair consequence simulation in a configuration file. The previous version (i.e., BldgRepair) will keep working until the next major release, but we encourage everyone to adopt the new approach and simply use the Repair keyword there.

• New features

  • Location-specific damage processes: This new feature is useful when you want damage to a component type to induce damage in another component type at the same location only. For example, damaged water pipes on a specific story can trigger damage in floor covering only on that specific story. Location-matching is performed automatically without you having to define component pairs for every location using the following syntax: '1_CMP.A-LOC', {'DS1': 'CMP.B_DS1'} , where DS1 of CMP.A at each location triggers DS1 of CMP.B at the same location.

  • New custom_model_dir argument for DL_calculation: This argument allows users to prepare custom damage and loss model files in a folder and pass the path to that folder to an auto-population script through DL_calculation. Within the auto-population script, they can reference only the name of the files in that folder. This provides portability for simulations that use custom models and auto population, such as some of the advanced regional simualtions in SimCenter's R2D Tool.

  • Extend Hazus EQ auto population sripts to include water networks: Automatically recognize water network assets and map them to archetypes from the Hazus Earthquake technical manual.

  • Introduce convert_units function: Provide streamlined unit conversion using the pre-defined library of units in Pelicun. Allows you to convert a variable from one unit to another using a single line of simple code, such as
    converted_height = pelicun.base.convert_units(raw_height, unit='m', to_unit='ft')
    While not as powerful as some of the Python packages dedicated to unit conversion (e.g., Pint), we believe the convenience this function provides for commonly used units justifies its use in several cases.

• Architectural and code updates

  • Split model.py into subcomponents: The model.py file was too large and its contents were easy to refactor into separate modules. Each model type has its own python file now and they are stored under the model folder.

  • Split the RandomVariable class into specific classes: It seems more straightforward to grow the list of supported random variables by having a specific class for each kind of RV. We split the existing large RandomVariable class in uq.py leveraging inheritance to minimize redundant code.

  • Automatic code formatting: Further improve consistency in coding style by using black to review and format the code when needed.

  • Remove bldg from variable and class names: Following the changes mentioned earlier, we dropped bldg from lables where the functionality is no longer limited to buildings.

  • Introduce calibrated attribute for demand model: This new attribute will allow users to check if a model has already been calibrated to the provided empirical data.

  • Several other minor improvements; see commit messages for details.

• Dependencies

  • Ceiling raised for pandas, supporting version 2.0 and above up until 3.0.