DCMAKE_INSTALL_PREFIX=./dist -DRAPIDJSON_PATH=./lib/rapidjson -DBUILD_GEN-TRAVELTMES-APP=1 To build the glass core libraries and glass-app application.Ĭ. DCMAKE_INSTALL_PREFIX=./dist -DRAPIDJSON_PATH=./lib/rapidjson DCMAKE_INSTALL_PREFIX=./dist -DRAPIDJSON_PATH=./lib/rapidjson -DBUILD_GLASS-APP=0ī.
Make a distribution directory mkdir distĪ. Open a command window and change directories to Glass. The steps to get and build neic-glass3 using CMake are as follows: Glass optionally uses lcov/gcov for code coverage analysis. A copy of googletest is optionally downloaded as part of the A copy of cppcheck is not included in this project. A copy of cpplint is included in this project.įor static code analysis. A copy of doxygen is optionally downloaded as part of A copy of librdkafka is included inĭocumentation generation. Glass optionally uses the hazdev-broker. A copy of earthquake-detection-formats is Glass uses the earthquake-detection-formats. Neic earthquake bulletin install#
Sudo yum install libuuid libuuid-devel command. Included in this project, and may need to be installed via the
Glass uses uuid on linux for unique identifiers, this package is not. The glass core library utilizes SuperEasyJSON. ( CMakeLists.txt) for cross platform compilation.Ī copy of CMake is not included in this project usingĪffinity statistics and waveform phase travel-time table lookups. Once a detection is made, theĪlgorithm associates other available arrival times, back azimuths, etc. In-memory graph database of detection nodes. The algorithm nucleates detections via a Bayesian stacking algorithm using an This algorithm converts a time series of seismic waveform phase arrival times,īack azimuth estimates from array beams, and cross-correlated detections into a Next generation seismic event detection and association algorithmĭeveloped by the United States Geological Survey National Earthquake InformationĬenter and Caryl Erin Johnson, PhD, Introspective Systems LLC.
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