Disclaimer: Despite posting these software for public use, it must be emphasised that no liability for the use of these files is accepted. Users are expected to make use of the source codes which are provided.
SLAT - Seismic Loss Assessment Tool
SLAT is a computer program for performing seismic loss assessment of structures subjected to earthquake-induced hazards. The current version of SLAT is written in FORTRAN and compatible with Microsoft operating systems. The tool uses the uncoupled modelling approach advocated by the Pacific Earthquake Engineering Research (PEER) Centre, where the loss is computed through the use of interim variables. SLAT was completed during 2007-2009, and subsequent versions have simply addressed minor bugs.
Current Version for download: SLATv1.15
The above download contains exe and source code files, examples and a user manual (same for v1.15 and v1.14)
Applications which have used SLAT can be found at: Seismic performance and loss assessment
Integration of performance-based earthquake engineering equations using the MAQ algorithm
The Magnitude-oriented Adaptive Quadrature (MAQ) algorithm was developed (paper with theory) to efficiently solve the integrals involved in probabilistic PBEE calculations. This algorithm is utilized by the Seismic Loss Assessement Tool (SLAT - see above application), which is coded in fortran. A Matlab version of this algorithm is available here.