... reversals. In addition, by leveraging vectorized operations, taking advantage of an efficient backend Python C Application Programming Interface, and the use of a parallel environment, the Python SKHASH routine may compute mechanisms quicker than the HASH routine. * Corresponding author: rskoumal...

... and Cartesian coordinates. Compiled with the Cython compiler framework, PyKonal offers a Python application program interface (API) with execution speeds comparable to C or Fortran codes. Designed to be accurate, stable, fast, general, extensible, and easy to use, PyKonal offers low‐ and high‐level API...

... . Bernhardt , H.J. ( 2010 ) MINCALC-V5, a non EXCEL based computer program for general electron-microprobe mineral analyses data processing . Acta Mineral-ogy and Petrology Abstract Series , 6 , 869 . Bonin , B. , Janoušek , V. , and Moyen , J.F. ( 2020 ) Chemical variation, modal...

... at the Texas Advanced Computing Center (TACC) was supported through the SCOPED project (NSF‐OAC/2103741, 2103494). Piero Poli was supported by the European Union Horizon 2020 Research and Innovation Program (Grant Agreement Number 802777, MONIFAULTS). References Aki K. 1965 . Maximum likelihood...

..., which builds on the widely used the seismological Obspy toolbox. The ACC package is written in the open‐source and free Python programming language (3.0 or newer) and has been extensively tested in an Anaconda Python environment. The package is simple and friendly to use and runs on all major operating...

... for efficient central processing unit and graphic processing units executions, enabling considerably accelerated computational processes even for large‐scale grid searches. The program is also designed to provide statistical and methodological uncertainties for the executed cases through jackknife, bootstrap...

... on a predefined slip surface via linear integration. The decrease of U ( ΔU ) resulting from HDs can be used to evaluate the performance of HDs. To create design charts that consider the impact of length and spacing of HDs on ΔU for a specific slope, we developed a Python-based computer program. Two case studies...

... an optimized program, which we call fast matched filter (FMF), to execute a matched‐filter search and compute equation  (1) . We provide two versions that have been implemented for different computational resources. One version is written in C and can run on compute nodes typically comprised of several central...

... and Outreach program, in collaboration with Miami University, offered a free online Seismology Skill Building Workshop to increase undergraduates’ knowledge, skills, self‐efficacy, and interest in observational seismology and scientific computing. Registrations were received from 760 undergraduates...

... smoothing with a constant radius will suffice to obtain a high‐resolution time–frequency representation of the seismic data. An appropriate nonstationary model constraint will further enhance the resolution of the time–frequency map. The Pyntfa package is backed by C programs to run the core computations...

... programs for seismic data download and analysis demonstrate significant improvements in file read speed and orders‐of‐magnitude improvements in memory overhead. Because the Julia language natively supports parallel computing with an intuitive syntax, we benchmark test parallel download and processing...

... the Incorporated Research Institutions for Seismology Synthetics Engine webservice or can be computed for custom 1D Earth models using Computer Programs in Seismology. lsforce implements the two most commonly used source parameterizations: a fully flexible, high‐resolution approach and a more stable but lower...

... in conventional modeling programs. Bilingually implemented in MATLAB and Python, the algorithm has been made open source to promote wide use in academia and industry. Three examples are provided to validate its numerical accuracy, demonstrate its capability in modeling steel well casings, and indicate how it can...

... by a Raspberry Pi computer. The computer used a Linux operating system and the Python programming language. The peripheral devices were “off-the-shelf”' commercial items except for the preamplifiers and the induction coils, which were designed and constructed by the authors. A test profile showed typical VLF...

... is to develop a workhorse for I/O intensive computing in desktop and HPC cluster environments with an application programming interface (API) simple enough for novice programmers to learn quickly. We present HDF5eis, not as a final, one-size-fits-all solution, but rather an experimental draft proposal intended...

... such as Bokeh ease the development of HTML‐based visualization tools significantly. More and more earth scientists are using Python for data processing, thanks to powerful Python packages such as ObsPy ( Beyreuther et al. , 2010 ) and the language’s intrinsic flexibility. As scientific programmers become more...

... range of inversion and station selection through the creation of magnitude‐based rules. Scisola is programmed in Python and provides a complete graphical user interface ( GUI ) and a database for storing the results. The automatic solution is stored in the database, and the user is able to revise...

... use computers to visualize data, analyze waveforms, pick phase arrival times, locate earthquakes, and investigate earthquake catalog statistics, to name just a few examples. Many seismologists today accomplish these tasks using the Python programming language. However, in many cases, our courses do...

... program (ISP): A new python GUI‐based software for earthquake seismology and seismic signal processing , Seismol. Res. Lett. 93 , no.  3 , 1895 – 1908 . Capon J. 1969 . High‐resolution frequency‐wavenumber spectrum analysis , Proc. IEEE 57 , no.  8 , 1408 – 1418 . Capon J...