Lines Matching refs:where

118   $\frac{\partial \dot{u}}{\partial u}|_{u^n} = \sigma$, where
135   where $w$ is some linear combination of previous time solutions
255 where `eftopt` is one of
312 where $z$ is a new constraint variable, and the Jacobian $\frac{dh}{dz}$ is non-singular everywhere…
353 $F(t,u,\dot u) = M \dot u - f(t,u)$, where $M$ is not the
365 In PETSc, DAEs and ODEs are formulated as $F(t,u,\dot{u})=G(t,u)$, where $F()$ is meant to be integ…
690 where $u^{slow}$ is the slow component and $u^{fast}$ is the
711 \[$y$,$\varepsilon$\], where $y$ is the solution,
735   S_{error}[0]*\varepsilon + S_\text{error}[1]*y$, where
935   where `YourComputeRHSJacobian()` is a function you provide that
1014 order $\widehat{p}=p-1$ approximation, $\widehat{y}$, where
1033 where the errors are computed componentwise, $m$ is the dimension
1053 where $\alpha_{\min}=$`-ts_adapt_clip`[0] and
1098 Discretized finite element problems often have the form $M \dot u = G(t, u)$ where $M$ is the mass …
1100 …e applied to $\dot u = M^{-1} G(t, u)$ or $\dot u = \hat M^{-1} G(t, u)$, where $\hat M$ is the lu…
1168 where `numcost` denotes $n_\text{cost}$.
1211 where $\mathrm{drdyf}= dr /dy$, $\mathrm{drdpf} = dr /dp$.
1252 where $\phi$ is the phase angle and $\omega$ is the
1301 For explicit methods where one does not need to provide the Jacobian
1414 where `abs` denotes the absolute tolerance and `rel` the relative
1423 where `type` is either `SUNDIALS_MODIFIED_GS` or
1530   current time, the location where the Jacobian is to be computed, the