5. Capabilities

Version 3.0 of R2D app was released May 2023. The following lists the functionality available in this current version. (Note: New features and fixes in this release are marked blue in the following list of features.) Note the version introduced major changes in how tool is used. Some of existing Haz options were moved to a new Tool main menu option.

Release date: May, 2023

1. Hazard Types:

   • User specified earthquakes.

   • User specified hurricanes.

   • ShakeMap Scenarios, which suports importing the following ShakeMap outputs:

     1. ShakeMap ground motion grid in .xml format.

     2. PGA contours in .json format.

     3. Fault rupture in .json format.

   • Raster Defined Hazard for Earthquake, Hurricane, Inundation**.

   • GIS Defined Hazard for Earthquake, Hurricane, Inundation.

2. Asset Types:

   • Buildings:

     1. Building database in a .csv format.

     2. Building database in a .gis format.

3. Asset Modeling:

   • Buildings:

     1. MDOF-LU (MDOF shear building model)

     2. OpenSeesPy script building generator

     3. IMasEDP, i.e., no analysis as the IM is considered the EDP

     4. CustomPy

4. Asset Analysis:

   • Buildings:

     1. OpenSees

     2. OpenSeesPy

     3. IMasEDP, i.e., no analysis as the IM is considered the EDP

     d. CustomPy for CustomPy in Asset Modeling d. None for IMasEDP option in Modeling.

5. Damage and Loss:

   • Buildings:

     • Pelicun

       1. HAZUS MH EQ

       2. HAZUS MH EQ IM

       3. HAZUS MH HU

6. Uncertainty Quantification:

   • Dakota:

     1. Latin hypercube sampling (LHS)

     2. Monte Carlo Sampling (MCS)

7. ** Additional Tools To Perform Tasks Generating or Using Data in Workflow**:

   • Earthquake Scenario Simulation (ground motion selection)

     • Site definition:

       1. Grid

       2. Point

       3. Scattered sites (user defined sites in .csv format)

     • Rupture forecast models:

       1. OpenSHA UCERF rupture forecast models

       2. OpenSHA Point source user defined

       3. OpenQuake Scenario Based

       4. OpenQuake Classical PSHA

       5. Hazard Occurrence Model

     • Inter-event correlation:

       1. Baker and Jayaram (2008)

     • Intra-event correlation:

       1. Jayaram and Baker (2009)

       2. Markhvida et al. (2017)

       3. Loth and Baker (2013)

     • Record selection:

       1. PEER NGA West 2 ground motion database

       2. None, i.e., stop at the IM stage and no record selection

     • Ground motion prediction equations:

       1. Abrahamson, Silva & Kamai (2014)

       2. Boore, Stewart, Seyhan & Atkinson (2014)

       3. Campbell & Bozorgnia (2014)

       4. Chiou & Youngs (2014)

     • Intensity Measures:

       1. Spectral accelertion (SA)

       2. Peak ground acceleraation (PGA)

     • Vs30 Model:

       1. CGS/Wills Vs30 (Wills et al., 2015)

       2. Peak ground acceleraation (PGA)

       3. Thompson California Vs30 (Thompson et al., 2018)

       4. Global Vs30 (Heath et al., 2020)

       5. User Defined`

   • Hurricane Scenario Simulation (hurricane wind field generation)

     • Site definition:

       1. Grid

     • Hurricane track definition:

       1. User defined sites in .csv format

       2. Select from database of historical hurricanes

       3. Truncate hurricane track functionality

     • Landfall location and parameters:

       1. User select on GIS map

       2. Manual user entry in input box

     • Wind field generation model:

       1. Snaiki and Wu (2017)

   • OpenQuake Selection

   • Census Data & American Community Survey