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…er-point helpers These shared utilities underpin multi-depth static GF interpolation and later synthesis of finite faults and arbitrary receivers. Co-authored-by: Cursor <cursoragent@cursor.com>
…r arbitrary receivers STGRNLIB now stores the model and distance ordering so syn can interpolate source/receiver depth, accept Coulomb-format finite faults, and write grid or point layouts; strain/stress/rotation consume the new syn output. Co-authored-by: Cursor <cursoragent@cursor.com>
…r postprocess CLI/Python tests now exercise strictly ascending depths, -R/-Q/-C synthesis, C–Python syn comparison, and strain/stress/rotation on the new layouts. Co-authored-by: Cursor <cursoragent@cursor.com>
Read source-layer velocities from library variables and index single-depth channels as [depsrc, deprcv, north] instead of the old 2D [0] slice. Co-authored-by: Cursor <cursoragent@cursor.com>
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Extend the static Green's function workflow from a single source/receiver depth to a 4-D STGRNLIB library (
depsrc × deprcv × north × east), then synthesize displacement by interpolating in distance and depth. Synthesis can use a point source, Coulomb-format finite faults (-C), or arbitrary receiver points (-Q). Strain / stress / rotation post-processing follows the new grid and point layouts.Python
PyModel1D.compute_static_grn/compute_static_synexpose the same options.grt static greenfnwrites a 4-D NetCDF STGRNLIB (strictly ascending depths and-Rdistances; model matrix stored for later interpolation).grt static syninterpolates GF in epicentral distance (and depth when needed);-Csubdivides faults (OpenMP over subfaults);-Qfornorth east depthpoints;-ederivatives for later tensors.static strain/stress/rotationaccept both grid and point syn output.-R/-Q/-Csyn, C–Python comparison, and tensor post-process.