adams-subroutine-writer

You can cache Adams Solver state data by implementing CBKSUB to store values during iteration beginnings and Jacobian passes, allowing other subroutines like VFOSUB and GFOSUB to reuse the cached data without redundant SYSARY calls.

Supported Adams Solver subroutines include CBKSUB, VFOSUB, GFOSUB, SFOSUB, and DIFSUB, with complete examples covering SDK headers, event constants like ev_* and am_*, and the mdi build process.

To build an Adams user subroutine DLL, generate your C, C++, or Fortran code with proper SDK headers and event constants, then compile the DLL end-to-end using the mdi build toolchain.

Yes, writing VFOSUB and GFOSUB subroutines requires Adams SDK headers to properly access ev_*, am_*, and cm_* constants and to wrap SYSARY and SYSFNC calls correctly during solver iterations.

CBKSUB caching can fail during Jacobian passes if state data is not properly initialized at iteration beginnings or if differencing scenarios overwrite cached values before VFOSUB or GFOSUB can read them.

Yes, Adams Solver subroutines with CBKSUB caching support C, C++, and Fortran, all utilizing the same SDK headers, SYSARY wrappers, and mdi build toolchain to generate compatible DLLs.