Symbol-visibility macro and build-info entry points for the FWDLIB (MEG/EEG forward-modelling) library. More...


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Namespaces | |
| namespace | FWDLIB |
| Forward modelling — BEM solver, spherical models, sensor/coil definitions and the lead-field assembly that links current dipoles to MEG/EEG sensor readings. | |
Macros | |
| #define | FWDSHARED_EXPORT |
Functions | |
| const char * | FWDLIB::buildDateTime () |
| const char * | FWDLIB::buildHash () |
| const char * | FWDLIB::buildHashLong () |
Symbol-visibility macro and build-info entry points for the FWDLIB (MEG/EEG forward-modelling) library.
SPDX-License-Identifier: BSD-3-Clause Copyright (c) 2012-2026 MNE-CPP Authors
FWDLIB implements the forward problem of bioelectromagnetism: given a current dipole at a known source location, compute the magnetic field sampled by each MEG coil and the electric potential sampled by each EEG electrode. Because Maxwell's equations are evaluated in the quasi-static regime (head-scale frequencies ≪ c/L), the lead-field matrix G that maps dipole moments to sensor readings is purely real, time-invariant for a fixed head and sensor array, and re-usable across every subsequent inverse-solution / source-localisation step.
This translation unit only defines the FWDSHARED_EXPORT visibility macro and exposes the build-stamp helpers consumed by the library banner; the actual solver primitives live in the sibling headers.
Definition in file fwd_global.h.
| #define FWDSHARED_EXPORT |
Definition at line 44 of file fwd_global.h.