A collection of command-line programs for modeling the gravitational potential, acceleration, and gradient tensor. Tesseroids supports models and computation grids in Cartesian and spherical coordinates. Official website and documentation: http://tesseroids.leouieda.com/ Changes to version 1.2.1: Binaries for Windows 64bit are now available for download as well. Validate order of boundaries for input tesseroids. Errors if boundaries are switched (e.g, W > E). Ignore tesseroids with zero volume from the input file (i.e., W == E, S == N, or top == bottom). These elements can cause crashes because of infinite loops during adaptive discretization
<p>View of a tesseroid (spherical prism) in a geocentric coordinate system. Red planes show the six ...
A novel efficient forward modeling algorithm of gravitational fields in spherical coordinates is dev...
We present a new methodology to compute the gravitational fields generated by tesseroids (spherical ...
A collection of command-line programs for modeling the gravitational potential, acceleration, and gr...
A collection of command-line programs for modeling the gravitational potential, acceleration, and gr...
<p>A collection of command-line programs for modeling the gravitational potential, acceleration, and...
<p>A collection of command-line programs for modeling the gravitational potential, acceleration, and...
<p><em>Tesseroids</em> is an open-source software collection for the forward modeling of gravitation...
We have developed the open-source software Tesseroids, a set of command-line programs to perform for...
We have developed the open-source software Tesseroids, a set of command-line programs to perform for...
Based on the Tesseroids software, We offer the codes for modeling the gravitational curvatures of te...
We present an accurate method for the calculation of gravitational potential (GP), vector (GV), and ...
Forward modelling in the space domain is a very important task in geodesy and other geosciences. Fro...
In global gravity forward modelling the tesseroid is commonly used as elementary mass element. Howev...
Various tasks in geodesy, geophysics, and related geosciences require precise information on the imp...
<p>View of a tesseroid (spherical prism) in a geocentric coordinate system. Red planes show the six ...
A novel efficient forward modeling algorithm of gravitational fields in spherical coordinates is dev...
We present a new methodology to compute the gravitational fields generated by tesseroids (spherical ...
A collection of command-line programs for modeling the gravitational potential, acceleration, and gr...
A collection of command-line programs for modeling the gravitational potential, acceleration, and gr...
<p>A collection of command-line programs for modeling the gravitational potential, acceleration, and...
<p>A collection of command-line programs for modeling the gravitational potential, acceleration, and...
<p><em>Tesseroids</em> is an open-source software collection for the forward modeling of gravitation...
We have developed the open-source software Tesseroids, a set of command-line programs to perform for...
We have developed the open-source software Tesseroids, a set of command-line programs to perform for...
Based on the Tesseroids software, We offer the codes for modeling the gravitational curvatures of te...
We present an accurate method for the calculation of gravitational potential (GP), vector (GV), and ...
Forward modelling in the space domain is a very important task in geodesy and other geosciences. Fro...
In global gravity forward modelling the tesseroid is commonly used as elementary mass element. Howev...
Various tasks in geodesy, geophysics, and related geosciences require precise information on the imp...
<p>View of a tesseroid (spherical prism) in a geocentric coordinate system. Red planes show the six ...
A novel efficient forward modeling algorithm of gravitational fields in spherical coordinates is dev...
We present a new methodology to compute the gravitational fields generated by tesseroids (spherical ...