|full tool name| ===================================================================== .. only:: html |developers| .. only:: R2D_app The |full tool name| (|app|) is an open-source research application that can be used to simulate the performance of the built environment subjected to natural hazards. Version 1 will allow users to predict the performance of the buildings in the region when subjected to earthquake events. Version 2, due May 2021, will allow researchers to study the effects given a Hurricane event. Future version will allow users to study effects of lifleines and interdependencies. The computations are performed by a simulation workflow that will run on either the user's local machine or on a high performance computer made available by |DesignSafe|. .. only:: PBE_app The |full tool name| (|app|) is an open-source research application that can be used to predict the performance of a building subjected to earthquake events. The application is focused on quantifying building performance given the uncertainties in models, earthquake loads, and analysis. The computations are performed in a workflow application that will run on either the users local machine or on a high performance computer made available by |DesignSafe|. .. only:: EEUQ_app The |full tool name| (|app|) is an open-source research application that can be used to predict the response of a building subjected to earthquake events. The application is focused on quantifying the uncertainties in the predicted response, given the that the uncertainties in models, earthquake loads, and analysis. The computations are performed in a workflow application that will run on either the users local machine or on a high performance computer made available by |DesignSafe|. .. only:: WEUQ_app The |full tool name| (|app|) is an open-source research application that can be used to predict the response of a building subjected to wind loading events. The application is focused on quantifying the uncertainties in the predicted response, given the that the uncertainties in models, wind loads, and analysis. The computations are performed in a workflow application that will run on either the users local machine or on a high performance computer made available by |DesignSafe|. .. only:: quoFEM_app The |full tool name| is an open-source research application which focuses on providing uncertainty quantification methods (forward, inverse, reliability, sensitivity and parameter estimation) to researchers in natural hazards who utilize existing simulation software applications, typically Finite Element applications, in their work. The computations are performed in a workflow application that will run on either the users local machine or on a high performance computer made available by |DesignSafe|. .. only:: pelicun The |full tool name| is an open-source implementation of the PELICUN framework in a Python package. PELICUN is developed as an integrated multi-hazard framework to assess the performance of buildings and other assets in the built environment under natural hazards. Its foundation is the FEMA P58 performance assessment methodology that is extended beyond the seismic performance assessment of buildings to also handle wind and water hazards, bridges and buried pipelines, and performance assessment using vulnerability functions and damage models based on intensity measures (e.g., Hazus). .. only:: Hydro The Water-borne Natural Hazards with Uncertainty Quantification Application (Hydro-UQ app) is an open-source research application that can be used to predict the response of a building / a community subjected to events like tsunami and storm-surge. The application is focused on quantifying the uncertainties in the predicted response, given the that the uncertainties in models, loads, and analysis. The computations are performed in a workflow application that will run on a high performance computer made available by |DesignSafe|. This document covers the features and capabilities of Version |tool version| of the tool. Users are encouraged to comment on what additional features and capabilities they would like to see in future versions of the application through the |messageBoard|. .. _lbl-front-matter: .. toctree-filt:: :caption: About :maxdepth: 1 :numbered: 4 :PBE:common/user_manual/about/PBE/about :R2D:common/user_manual/about/R2D/about :EEUQ:common/user_manual/about/EEUQ/about :WEUQ:common/user_manual/about/WEUQ/about :quoFEM:common/user_manual/about/quoFEM/aboutQUOFEM :pelicun:common/user_manual/about/pelicun/about :desktop_app: common/front-matter/ack common/front-matter/pelAck common/front-matter/license common/front-matter/glossary.rst common/front-matter/abbreviations.rst .. _lbl-user-manual: .. toctree-filt:: :caption: User Manual :maxdepth: 1 :numbered: 4 :desktop_app:common/user_manual/installation/desktop/installation :pelicun:common/user_manual/installation/pelicun/installation :desktop_app:common/user_manual/usage/desktop/usage :pelicun:common/user_manual/usage/pelicun/usage :desktop_app:common/user_manual/troubleshooting/desktop/troubleshooting :pelicun:common/user_manual/troubleshooting/pelicun/troubleshooting :desktop_app:common/user_manual/examples/desktop/examples :EEUQ:common/reqments/EEUQ :WEUQ:common/reqments/WEUQ :PBE:common/reqments/PBE :quoFEM:common/reqments/reqQUOFEM :pelicun:common/reqments/reqPelicun common/user_manual/bugs .. _lbl-testbeds-manual: .. toctree-filt:: :caption: Testbeds :maxdepth: 1 :numbered: 3 :docTestbeds:common/testbeds/sf_bay_area/index :docTestbeds:common/testbeds/atlantic_city/index .. :docTestbeds:common/testbeds/memphis/index .. :docTestbeds:common/testbeds/anchorage/index .. :docTestbeds:common/testbeds/lake_charles/index .. _lbl-technical-manual: .. toctree-filt:: :caption: Technical Manual :maxdepth: 1 :numbered: 2 :Hydro:Hydro/techman/hazards/water :Hydro:Hydro/techman/fvm/fvm :Hydro:Hydro/techman/swsolver/swsolver :Hydro:Hydro/techman/cfdsolver/cfdsolver :Hydro:Hydro/techman/swcfdcoupling/swcfdcoupling :Hydro:Hydro/techman/UQ/uqengine :desktop_app:common/technical_manual/desktop/technical_manual :pelicun:common/technical_manual/pelicun/background/background :pelicun:common/technical_manual/pelicun/verification/verification .. _lbl-developer-manual: .. toctree-filt:: :caption: Developer Manual :maxdepth: 1 :numbered: 4 :desktop_app:common/developer_manual/how_to_build/desktop/how_to_build :desktop_app:common/developer_manual/architecture/desktop/architecture :desktop_app:common/developer_manual/how_to_extend/desktop/how_to_extend :desktop_app:common/developer_manual/verification/desktop/verification :desktop_app:common/developer_manual/coding_style/desktop/coding_style :pelicun:common/developer_manual/coding_style/pelicun/coding_style :docTestbeds:common/developer_manual/examples/desktop/examples :pelicun:common/developer_manual/API/pelicun/API Contact ======= |contact person| References ========== .. bibliography:: common/references.bib