Static API

All high-level functions accept a populated CfsConfig named config, write files below its output paths, print progress and return None. Static workflows explain prerequisites.

dyncfs.cfs_static.create_static_lib(config)

Prepare and run EDGRN2/EDCMP2 and convert the static stress library. Uses configuration model, geometry, material, process and reuse settings. Requires native backend executables.

dyncfs.cfs_static.compute_static_cfs(config)

Compute static NED tensors and projected stresses at selected observation faults using an existing library. Outputs one tensor NPY and mode-specific CSV files per plane; see layouts.

dyncfs.cfs_static.compute_static_cfs_fix_depth(config, obs_depth=None, optimal_type=None, receiver_mechanism=None, obs_lat_range=None, obs_lon_range=None, obs_delta_lat=None, obs_delta_lon=None)

obs_depth is km; optimal_type is 0/1/2; receiver_mechanism is [strike,dip,rake] in degrees. Geographic ranges are closed two-item lists in degrees, and increments are positive degrees. None uses the matching config attribute; if config.receiver_mechanism is also None, modes 0/1 derive the mechanism from the moment-weighted source tensor. Generates longitude-fast grid results. This direct call does not enforce the CLI’s positive-depth gate.

dyncfs.cfs_static.run_all_static(config)

Create the library, compute selected observation faults, then compute the fixed-depth grid if enabled. This also rebuilds/prepares the library; use compute-only functions when appropriate.