Difference between revisions of "UCVMC"
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== Software Installation and Usage == | == Software Installation and Usage == | ||
− | *[[UCVM_Introduction]] | + | *[[#UCVM_Introduction]] |
− | *[[UCVM_System_Requirements]] | + | *[[#UCVM_System_Requirements]] |
*[[UCVM_Installation]] | *[[UCVM_Installation]] | ||
*[[UCVM_Getting_Started]] | *[[UCVM_Getting_Started]] | ||
Line 12: | Line 12: | ||
*[[UCVM_Model_Reference]] | *[[UCVM_Model_Reference]] | ||
*[[UCVM_Command_Reference]] | *[[UCVM_Command_Reference]] | ||
+ | |||
+ | == UCVM_Introduction == | ||
+ | |||
+ | == UCVM_System_Requirements == | ||
+ | Reference computing environment is the USC HPC system. | ||
+ | * Centos 5.6 | ||
+ | * gnu C, gfortran 4.5 | ||
+ | * Python 2.7 | ||
+ | * Anaconda Python packages | ||
+ | * Git client | ||
+ | * vi or emacs | ||
+ | |||
+ | Parallel UCVM Build Adds: | ||
+ | * MPI | ||
+ | * MPICH | ||
== Related Entries == | == Related Entries == |
Revision as of 04:46, 8 December 2016
The Unified Community Velocity Model (UCVM) software framework is a collection of software tools designed to provide standard interface to multiple, alternative, California 3D velocity models. One important use of UCVM is in high resolution 3D wave propagation simulations for California. UCVM development is an interdisciplinary research collaboration involving geoscientists and computer scientists. UCVM geoscience research includes identification and assembly of existing California velocity models into a state-wide model and improvements to existing velocity models. UCVM computer science research includes definition of a easy-to-use CVM query interface, integration of regional 3D and geotechnical models, and automated CVM evaluation processing capabilities.
Contents
Software Installation and Usage
- #UCVM_Introduction
- #UCVM_System_Requirements
- UCVM_Installation
- UCVM_Getting_Started
- UCVM_Advanced_Features
- UCVM_Tests
- UCVM_Model_Reference
- UCVM_Command_Reference
UCVM_Introduction
UCVM_System_Requirements
Reference computing environment is the USC HPC system.
- Centos 5.6
- gnu C, gfortran 4.5
- Python 2.7
- Anaconda Python packages
- Git client
- vi or emacs
Parallel UCVM Build Adds:
- MPI
- MPICH