sol = bvp5c(odefun, bcfun, solinit)
sol = bvp5c(odefun, bcfun, solinit, options)
bvp5c solves first-order boundary value problems using the BVP collocation engine with an additional mesh refinement pass.
| Item | Details |
|---|---|
| Problem form | First-order system y' = f(x,y) with boundary residuals bcfun(ya,yb). |
| Initialization | bvpinit supplies the initial mesh, solution guess, and optional unknown parameters. |
| Method | Collocation with an additional mesh refinement pass. |
| Solution | sol structure with x, y, yp, parameters, and stats. |
Options created with bvpset can provide FJacobian, BCJacobian, Vectorized, and SingularTerm. When both Jacobian callbacks are supplied, the Newton iteration uses them instead of finite differences. Solution stats include niterations, nmeshpoints, residualNorm, residualRms, nrefinements, maxDefect, rmsDefect, and, when available, nfevals.
rootPath = modulepath('ode_solvers', 'root');
run([rootPath, '/examples/dde_bvp_added_features_example.m'])| Version | Description |
|---|---|
| 2.0.0 | initial version |