A  
adaptivity_args [Arkode.Common]  Arguments for 
adaptivity_fn [Arkode.Common]  A function implementing a time step adaptivity algorithm that chooses an $h$ that satisfies the error tolerances. 
adaptivity_method [Arkode.Common]  Asymptotic error control algorithms. 
adaptivity_params [Arkode.Common]  Parameters for the standard adaptivity algorithms. 
any [Nvector]  The type of a generic nvector. 
ark_table [Arkode.ButcherTable]  Additive Butcher tables 
arkstep [Arkode]  Type argument representing the ARKStep timestepping module. 
arrayband [Sundials_Matrix]  Generic matrix with arraybased band content. 
arraydense [Sundials_Matrix]  Generic matrix with arraybased dense content. 
atimesfn [Sundials_LinearSolver.Custom]  A function 
atimesfn [Sundials_LinearSolver]  A function 
B  
band [Sundials_Matrix]  Generic matrix with Band content. 
bandrange [Cvodes.Adjoint.Spils.Banded]  The range of nonzero entries in a band matrix. 
bandrange [Arkode.Spils.Banded]  The range of nonzero entries in a band matrix. 
bandrange [Cvode.Spils.Banded]  The range of nonzero entries in a band matrix. 
bandwidths [Idas_bbd]  The bandwidths for the difference quotient Jacobian operation. 
bandwidths [Ida_bbd]  The bandwidths for the difference quotient Jacobian operation. 
bandwidths [Cvodes_bbd]  The bandwidths for the difference quotient Jacobian operation. 
bandwidths [Cvode_bbd]  The bandwidths for the difference quotient Jacobian operation. 
bandwidths [Arkode_bbd]  The bandwidths for the difference quotient Jacobian operation. 
bandwidths [Kinsol_bbd]  The bandwidths for the difference quotient Jacobian operation. 
bquadrhsfn [Idas.Adjoint.Quadrature]  These functions compute the quadrature equation righthand side for the backward problem. 
bquadrhsfn [Cvodes.Adjoint.Quadrature]  These functions compute the quadrature equation righthand side for the backward problem. 
bquadrhsfn_args [Idas.Adjoint.Quadrature]  Arguments common to 
bquadrhsfn_args [Cvodes.Adjoint.Quadrature]  Arguments common to 
bquadrhsfn_no_sens [Idas.Adjoint.Quadrature]  Functions defining backward quadrature variables without forward sensitivities. 
bquadrhsfn_no_sens [Cvodes.Adjoint.Quadrature]  Functions defining backward quadrature variables without forward sensitivities. 
bquadrhsfn_with_sens [Idas.Adjoint.Quadrature]  Functions defining backward quadrature variables that depend on forward sensitivities. 
bquadrhsfn_with_sens [Cvodes.Adjoint.Quadrature]  Functions defining backward quadrature variables with forward sensitivities. 
bresfn [Idas.Adjoint]  Functions that evaluate the righthand side of a backward DAE system with or without forward sensitivities. 
bresfn_args [Idas.Adjoint]  Arguments for backward functions. 
bresfn_no_sens [Idas.Adjoint]  Backward functions without forward sensitivities. 
bresfn_with_sens [Idas.Adjoint]  Backward functions with forward sensitivities. 
brhsfn [Cvodes.Adjoint]  Functions that evaluate the righthand side of a backward ODE system with or without forward sensitivities. 
brhsfn_args [Cvodes.Adjoint]  Arguments common to 
brhsfn_no_sens [Cvodes.Adjoint]  Backward functions without forward sensitivities. 
brhsfn_with_sens [Cvodes.Adjoint]  Backward functions with forward sensitivities. 
bsession [Idas.Adjoint]  A backward session with the IDAS solver. 
bsession [Cvodes.Adjoint]  A backward session with the CVODES solver. 
C  
cfun [Sundials]  A callback function into the underlying library. 
comm_fn [Idas_bbd]  Functions that perform the interprocess communication necessary
for the execution of 
comm_fn [Ida_bbd]  Functions that perform the interprocess communication necessary
for the execution of 
comm_fn [Cvodes_bbd]  Functions that perform the interprocess communication necessary
for the execution of 
comm_fn [Cvode_bbd]  Functions that perform the interprocess communication necessary
for the execution of 
comm_fn [Arkode_bbd]  Functions that perform the interprocess communication necessary
for the execution of 
comm_fn [Kinsol_bbd]  Functions that perform the interprocess communication necessary
for the execution of 
communicator [Nvector_custom]  Represents an MPI communicator without introducing any unwanted dependencies on MPI. 
convtest [Sundials_NonlinearSolver]  Values returned by convergence tests. 
convtest_callback [Sundials_NonlinearSolver]  A convergence test callback provided by an integrator. 
convtest_callback_sens [Sundials_NonlinearSolver]  A convergence test callback provided by an integrator with sensitivities. 
convtestfn [Sundials_NonlinearSolver]  A convergence test provided either by an integrator or a user program. 
convtestfn' [Sundials_NonlinearSolver]  A function providing a convergence test. 
coupling_table [Arkode.MRIStep.Coupling]  Available coupling tables. 
csc [Sundials_Matrix.Sparse]  Compressedsparsecolumn format. 
csr [Sundials_Matrix.Sparse]  Compressedsparserow format. 
custom [Sundials_Matrix]  Distinguishes a usersupplied matrix from a standard one. 
D  
d [Sundials.RootDirs]  Values indicating which types of roots are sought. 
data [Nvector_pthreads]  Pthreads nvectors are based on bigarrays of floats. 
data [Nvector_openmp]  OpenMP nvectors are based on bigarrays of floats. 
data [Nvector_mpiplusx]  The data in underlying nvectors is exposed as an array of wrapped values together with an MPI communicator. 
data [Nvector_mpimany]  The data in underlying nvectors is exposed as an array of wrapped values together with an MPI communicator and the sum of their lengths. 
data [Nvector_parallel]  Parallel nvectors carry triples of a local bigarray of floats, a global length, and an MPI communicator. 
data [Nvector_array.ArrayOps]  The type of an array to be wrapped as an 
data [Nvector_array.ARRAY_NVECTOR]  Type of the underlying array. 
data [Nvector_many]  The data in underlying nvectors is exposed as an array of wrapped values paired with the sum of their lengths. 
data [Nvector_serial]  Serial nvectors are based on bigarrays of floats. 
data [Nvector.NVECTOR]  The data wrapped within an nvector. 
data [Sundials_RealArray2]  An alias for twodimensional Bigarrays of floatingpoint numbers. 
dense [Sundials_Matrix]  Generic matrix with Dense content. 
dimensions [Sundials_Matrix.Band]  Band matrix dimensions. 
dirk_table [Arkode.ButcherTable]  Implicit Butcher tables 
dls_ops [Sundials_LinearSolver.Custom]  The operations required to implement a direct linear solver. 
double [Ida]  Workspaces with two temporary vectors. 
double [Kinsol]  Workspaces with two temporary vectors. 
double [Cvode]  Workspaces with two temporary vectors. 
dq_method [Idas.Sensitivity]  A difference quotient strategy. 
dq_method [Cvodes.Sensitivity]  A difference quotient strategy. 
E  
erk_table [Arkode.ButcherTable]  Explicit Butcher tables 
erkstep [Arkode]  Type argument representing the ERKStep timestepping module. 
error_details [Sundials.Util]  Information passed to registered error handler functions. 
error_weight_fun [Arkode.Common]  Functions that set the multiplicative error weights for use in the weighted RMS norm. 
error_weight_fun [Ida]  Functions that set the multiplicative error weights for use in the weighted RMS norm. 
error_weight_fun [Cvode]  Functions that set the multiplicative error weights for use in the weighted RMS norm. 
eta_choice [Kinsol]  The eta parameter in the stopping criteria for the linear system solver. 
eta_params [Kinsol]  The parameters gamma and alpha in the formula for the Eisenstat and Walker Choice 2 for eta. 
evolvefn [Arkode.MRIStep.InnerStepper]  The function 
F  
forcing_data [Arkode.MRIStep.InnerStepper]  The data necessary to computer the forcing term. 
full_rhsfn [Arkode.MRIStep.InnerStepper]  The function 
fullrhs_mode [Arkode.MRIStep.InnerStepper]  A flag indicating why the full RHS function has been called. 
G  
gdata [Nvector]  Represents generic nvector data. 
gkind [Nvector]  Represents an nvector whose data must be accessed through a constructor
in 
gramschmidt_type [Sundials_LinearSolver.Iterative]  The type of GramSchmidt orthogonalization in iterative linear solvers. 
I  
id [Sundials_Matrix]  Matrix internal type identifiers. 
index_array [Sundials_Matrix.Sparse]  Array of row or column indices 
index_elt [Sundials_Index]  Type of indexes into sparse matrices. 
integrator_stats [Ida]  Summaries of integrator statistics. 
integrator_stats [Cvode]  Summaries of integrator statistics. 
interpolant_type [Arkode.Common]  Used to specify the nterpolation method used for output values and implicit method predictors. 
interpolation [Idas.Adjoint]  Specifies the type of interpolation to use between checkpoints. 
interpolation [Cvodes.Adjoint]  Specifies the type of interpolation to use between checkpoints. 
J  
jac_fn [Idas.Adjoint.Dls]  Callback functions that compute dense approximations to a Jacobian matrix. 
jac_fn [Cvodes.Adjoint.Dls]  Callback functions that compute dense approximations to a Jacobian matrix. 
jac_fn [Arkode.Dls]  Callback functions that compute dense approximations to a Jacobian matrix. 
jac_fn [Ida.Dls]  Callback functions that compute dense approximations to a Jacobian matrix. 
jac_fn [Kinsol.Dls]  Callback functions that compute dense approximations to a Jacobian matrix. 
jac_fn [Cvode.Dls]  Callback functions that compute approximations to a Jacobian matrix. 
jac_fn_no_sens [Idas.Adjoint.Dls]  Callback functions that compute dense approximations to a Jacobian matrix without forward sensitivities. 
jac_fn_no_sens [Cvodes.Adjoint.Dls]  Callback functions that compute dense approximations to a Jacobian matrix without forward sensitivities. 
jac_fn_with_sens [Idas.Adjoint.Dls]  Callback functions that compute dense approximations to a Jacobian matrix with forward sensitivities. 
jac_fn_with_sens [Cvodes.Adjoint.Dls]  Callback functions that compute dense approximations to a Jacobian matrix with forward sensitivities. 
jac_times_setup_fn [Arkode.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data needed by the jac_times_vec_fn. 
jac_times_setup_fn [Ida.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data needed by the jac_times_vec_fn. 
jac_times_setup_fn [Cvode.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data needed by the jac_times_vec_fn. 
jac_times_setup_fn_no_sens [Idas.Adjoint.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data needed by the jac_times_vec_fn. 
jac_times_setup_fn_no_sens [Cvodes.Adjoint.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data needed by the jac_times_vec_fn. 
jac_times_setup_fn_with_sens [Idas.Adjoint.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data needed by the jac_times_vec_fn. 
jac_times_setup_fn_with_sens [Cvodes.Adjoint.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data needed by the jac_times_vec_fn. 
jac_times_vec_fn [Idas.Adjoint.Spils]  Callback functions that compute the Jacobian times a vector. 
jac_times_vec_fn [Cvodes.Adjoint.Spils]  Callback functions that compute the Jacobian times a vector. 
jac_times_vec_fn [Arkode.Spils]  Callback functions that compute the Jacobian times a vector. 
jac_times_vec_fn [Ida.Spils]  Callback functions that compute the Jacobian times a vector. 
jac_times_vec_fn [Kinsol.Spils]  Callback functions that compute (an approximation to) the Jacobian times a vector. 
jac_times_vec_fn [Cvode.Spils]  Callback functions that compute the Jacobian times a vector. 
jac_times_vec_fn_no_sens [Idas.Adjoint.Spils]  Callback functions that compute the Jacobian times a vector without forward sensitivities. 
jac_times_vec_fn_no_sens [Cvodes.Adjoint.Spils]  Callback functions that compute the Jacobian times a vector without forward sensitivities. 
jac_times_vec_fn_with_sens [Idas.Adjoint.Spils]  Callback functions that compute the Jacobian times a vector with forward sensitivities. 
jac_times_vec_fn_with_sens [Cvodes.Adjoint.Spils]  Callback functions that compute the Jacobian times a vector with forward sensitivities. 
jacobian_arg [Idas.Adjoint]  Arguments common to Jacobian callback functions. 
jacobian_arg [Cvodes.Adjoint]  Arguments common to Jacobian callback functions. 
jacobian_arg [Arkode.Common]  Arguments common to Jacobian callback functions. 
jacobian_arg [Ida]  Arguments common to Jacobian callback functions. 
jacobian_arg [Kinsol]  Arguments common to Jacobian callback functions. 
jacobian_arg [Cvode]  Arguments common to Jacobian callback functions. 
K  
kind [Nvector_pthreads]  Represents the internal layout of a Pthreads nvector. 
kind [Nvector_openmp]  Represents the internal layout of an OpenMP nvector. 
kind [Nvector_mpiplusx]  Represents the internal layout of an mpiplusx nvector. 
kind [Nvector_mpimany]  Represents the internal layout of an mpimanyvector nvector. 
kind [Nvector_parallel]  Represents the internal layout of a parallel nvector. 
kind [Nvector_array.ARRAY_NVECTOR]  Array nvectors are custom nvectors. 
kind [Nvector_custom]  Represents an nvector manipulated by operations written in OCaml. 
kind [Nvector_many]  Represents the internal layout of a manyvector nvector. 
kind [Nvector_serial]  Represents any nvector that can be treated as a serial nvector. 
kind [Nvector.NVECTOR]  Classifies the internal structure of an nvector. 
L  
linear_solver [Idas.Adjoint]  Linear solvers used in backward problems. 
linear_solver [Cvodes.Adjoint]  Linear solvers used in backward problems. 
linear_solver [Arkode.MRIStep]  Linear solvers used by MRIStep. 
linear_solver [Arkode.ARKStep]  Linear solvers used by ARKStep. 
linear_solver [Ida]  Linear solvers used by Ida. 
linear_solver [Kinsol]  Linear solvers used by Kinsol. 
linear_solver [Cvode]  Linear solvers used by Cvode. 
linear_solver_id [Sundials_LinearSolver]  The identifier of a linear solver. 
linear_solver_stats [Cvode]  Summaries of linear solver statistics. 
linear_solver_type [Sundials_LinearSolver]  Broadly classifies the operations provided by a linear solver and its operating principle. 
linearity [Arkode.Common]  The linearity of the implicit portion of the problem. 
linsys_fn [Cvodes.Adjoint.Dls]  Function to compute the linear system matrix $M_B = I  \gamma_B J_B$ or an approximation of it for the backward problem. 
linsys_fn [Arkode.Dls]  Function to compute the linear system matrix $A = M  \gamma J$ or an approximation of it. 
linsys_fn [Cvode.Dls]  Function to compute the linear system matrix $M = I  \gamma J$ or an approximation of it. 
linsys_fn_no_sens [Cvodes.Adjoint.Dls]  Function to compute the linear system matrix or an approximation to it without forward sensitivities. 
linsys_fn_with_sens [Cvodes.Adjoint.Dls]  Function to compute the linear system matrix or an approximation to it with forward sensitivities. 
lmm [Cvode]  Choice of linear multistep method. 
local_fn [Idas_bbd]  Functions that approximate backward residual functions using local computations only. 
local_fn [Ida_bbd]  Approximates the righthand side function using local computations only. 
local_fn [Cvodes_bbd]  Functions that approximate backward righthand side functions using local computations only. 
local_fn [Cvode_bbd]  Approximates the righthand side function using local computations only. 
local_fn [Arkode_bbd]  Approximates the righthand side function using local computations only. 
local_fn [Kinsol_bbd]  Approximates the system function using local computations only. 
lsetupfn [Sundials_NonlinearSolver]  A function to setup linear solves. 
lsolvefn [Sundials_NonlinearSolver]  A function to solve linear systems. 
M  
mass_fn [Arkode.ARKStep.Mass.Dls]  Functions that compute a mass matrix (or an approximation of one). 
mass_times_setup_fn [Arkode.ARKStep.Mass.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data needed by the mass_times_vec_fn. 
mass_times_vec_fn [Arkode.ARKStep.Mass.Spils]  Callback functions that compute the mass matrix times a vector. 
matrix_ops [Sundials_Matrix]  Generic operations that all matrix types must implement. 
ml [Sundials_Matrix.ArrayBand]  Lowerbandwidth. 
mristep [Arkode]  Type argument representing the MRIStep timestepping module. 
mu [Sundials_Matrix.ArrayBand]  Upperbandwidth. 
N  
nonlin_system_data [Idas.Sensitivity]  Internal data required to construct the current nonlinear implicit system within a nonlinear solver. 
nonlin_system_data [Cvodes.Sensitivity]  Internal data required to construct the current nonlinear implicit system within a nonlinear solver. 
nonlin_system_data [Arkode.Common]  Internal data required to construct the current nonlinear implicit system within a nonlinear solver. 
nonlin_system_data [Ida]  Internal data required to construct the current nonlinear implicit system within a nonlinear solver. 
nonlin_system_data [Cvode]  Internal data required to construct the current nonlinear implicit system within a nonlinear solver. 
nonlinear_solver_type [Sundials_NonlinearSolver]  The problem specification expected by a nonlinear solver. 
nvector [Nvector]  An alias for 
nvector_id [Nvector]  Vector type identifiers. 
nvector_ops [Nvector_custom]  The set of operations required to define an nvector. 
O  
ops [Sundials_LinearSolver.Custom]  The operations required to implement an iterative linear solver. 
ordering [Sundials_LinearSolver.Direct.Superlumt]  The ordering algorithm used for reducing fill. 
ordering [Sundials_LinearSolver.Direct.Klu]  The ordering algorithm used for reducing fill. 
orthaa [Kinsol]  Orthogonalization routines of the QR factorization portion of Anderson acceleration. 
P  
parallel_bsession [Idas_bbd]  Alias for sessions based on parallel nvectors. 
parallel_bsession [Cvodes_bbd]  Alias for sessions based on parallel nvectors. 
parallel_preconditioner [Idas_bbd]  Alias for preconditioners based on parallel nvectors. 
parallel_preconditioner [Ida_bbd]  Alias for preconditioners based on parallel nvectors. 
parallel_preconditioner [Cvodes_bbd]  Alias for preconditioners based on parallel nvectors. 
parallel_preconditioner [Cvode_bbd]  Alias for preconditioners based on parallel nvectors. 
parallel_preconditioner [Arkode_bbd]  Alias for preconditioners based on parallel nvectors. 
parallel_preconditioner [Kinsol_bbd]  Alias for preconditioners based on parallel nvectors. 
parallel_session [Ida_bbd]  Alias for sessions based on parallel nvectors. 
parallel_session [Cvode_bbd]  Alias for sessions based on parallel nvectors. 
parallel_session [Arkode_bbd]  Alias for sessions based on parallel nvectors. 
parallel_session [Kinsol_bbd]  Alias for sessions based on parallel nvectors. 
post_inner_fn [Arkode.MRIStep]  A function to be called after each inner integration. 
postprocess_step_fn [Arkode.Common]  A function to process the results of each timestep solution. 
pre_inner_fn [Arkode.MRIStep]  A function to be called before each inner integration. 
prec_setup_fn [Idas.Adjoint.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data
need by 
prec_setup_fn [Cvodes.Adjoint.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data
needed by 
prec_setup_fn [Arkode.ARKStep.Mass.Spils]  Callback functions that preprocess or evaluate mass matrixrelated
data needed by 
prec_setup_fn [Arkode.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data
needed by 
prec_setup_fn [Ida.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data
need by 
prec_setup_fn [Kinsol.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data
need by 
prec_setup_fn [Cvode.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data
needed by 
prec_setup_fn_with_sens [Idas.Adjoint.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data
need by 
prec_setup_fn_with_sens [Cvodes.Adjoint.Spils]  Callback functions that preprocess or evaluate Jacobianrelated data
needed by 
prec_solve_arg [Cvodes.Adjoint.Spils]  Arguments passed to the preconditioner solver function. 
prec_solve_arg [Arkode.ARKStep.Mass.Spils]  Arguments passed to the mass matrix preconditioner solver function. 
prec_solve_arg [Arkode.Spils]  Arguments passed to the preconditioner solver function. 
prec_solve_arg [Cvode.Spils]  Arguments passed to the preconditioner solver function. 
prec_solve_fn [Idas.Adjoint.Spils]  Callback functions that solve a linear system involving a preconditioner matrix without forward sensitivities. 
prec_solve_fn [Cvodes.Adjoint.Spils]  Callback functions that solve a linear system involving a preconditioner matrix without forward sensitivities. 
prec_solve_fn [Arkode.ARKStep.Mass.Spils]  Callback functions that solve a linear mass matrix system involving a preconditioner matrix. 
prec_solve_fn [Arkode.Spils]  Callback functions that solve a linear system involving a preconditioner matrix. 
prec_solve_fn [Ida.Spils]  Callback functions that solve a linear system involving a preconditioner matrix. 
prec_solve_fn [Kinsol.Spils]  Callback functions that solve a linear system involving a preconditioner matrix. 
prec_solve_fn [Cvode.Spils]  Callback functions that solve a linear system involving a preconditioner matrix. 
prec_solve_fn_with_sens [Idas.Adjoint.Spils]  Callback functions that solve a linear system involving a preconditioner matrix with forward sensitivities. 
prec_solve_fn_with_sens [Cvodes.Adjoint.Spils]  Callback functions that solve a linear system involving a preconditioner matrix with forward sensitivities. 
preconditioner [Idas.Adjoint.Spils]  Specifies a preconditioner and its callback functions. 
preconditioner [Cvodes.Adjoint.Spils]  Specifies a preconditioner, including the type of preconditioning (none, left, right, or both) and callback functions. 
preconditioner [Arkode.ARKStep.Mass.Spils]  Specifies a preconditioner, including the type of preconditioning (none, left, right, or both) and callback functions. 
preconditioner [Arkode.Spils]  Specifies a preconditioner, including the type of preconditioning (none, left, right, or both) and callback functions. 
preconditioner [Ida.Spils]  Specifies a preconditioner and its callback functions. 
preconditioner [Kinsol.Spils]  Specifies a preconditioner, including the type of preconditioning (none or right) and callback functions. 
preconditioner [Cvode.Spils]  Specifies a preconditioner, including the type of preconditioning (none, left, right, or both) and callback functions. 
preconditioning_type [Sundials_LinearSolver.Iterative]  The type of preconditioning in Krylov solvers. 
predictor_method [Arkode.Common]  Method choices for predicting implicit solutions. 
print_level [Kinsol]  Increasing levels of verbosity for informational messages. 
problem [Arkode.MRIStep]  The form of the initial value problem. 
problem [Arkode.ARKStep]  The form of the initial value problem. 
proj_fn [Cvode]  A function to compute the projection of the solution and, if enabled, the error on the constraint manifold. 
psetupfn [Sundials_LinearSolver.Custom]  Functions that set up any problem data in preparation for calls to

psetupfn [Sundials_LinearSolver]  Functions that set up any problem data in preparation for calls to

psolvefn [Sundials_LinearSolver.Custom]  A function 
psolvefn [Sundials_LinearSolver]  A function 
Q  
quadrhsfn [Idas.Quadrature]  Functions defining quadrature variables. 
quadrhsfn [Cvodes.Quadrature]  Functions defining quadrature variables. 
quadsensrhsfn [Idas.Sensitivity.Quadrature]  Functions defining quadrature sensitivities. 
quadsensrhsfn [Cvodes.Sensitivity.Quadrature]  Functions defining quadrature sensitivities. 
quadsensrhsfn_args [Idas.Sensitivity.Quadrature]  Arguments to 
quadsensrhsfn_args [Cvodes.Sensitivity.Quadrature]  Arguments to 
R  
r [Sundials.Roots]  Values indicating the status of root functions. 
res_tolerance [Arkode.ARKStep]  Tolerance specification for calculations on mass matrix residuals. 
res_weight_fun [Arkode.ARKStep]  Functions that compute the weighted RMS residual weights. 
resetfn [Arkode.MRIStep.InnerStepper]  The function 
resfn [Ida]  Residual functions that define a DAE problem. 
resize_fn [Arkode.Common]  Called to resize a vector to match the dimensions of another. 
result [Kinsol]  Results of nonlinear solution attempts. 
rhsfn [Arkode.Common]  Righthand side functions for calculating ODE derivatives. 
rhsfn [Cvode]  Righthand side functions for calculating ODE derivatives. 
rootsfn [Arkode.Common]  Called by the solver to calculate the values of root functions. 
rootsfn [Ida]  Called by the solver to calculate the values of root functions. 
rootsfn [Cvode]  Called by the solver to calculate the values of root functions. 
S  
sens_method [Idas.Sensitivity]  Specifies a sensitivity solution method. 
sens_method [Cvodes.Sensitivity]  Specifies a sensitivity solution method. 
sens_params [Idas.Sensitivity]  Specifies problem parameter information for sensitivity calculations. 
sens_params [Cvodes.Sensitivity]  Specifies problem parameter information for sensitivity calculations. 
sensitivity_stats [Idas.Sensitivity]  Summaries of sensitivity stats. 
sensitivity_stats [Cvodes.Sensitivity]  Summaries of sensitivity stats. 
sensresfn [Idas.Sensitivity]  Sensitivity functions that calculate the residuals of all sensitivity equations. 
sensresfn_args [Idas.Sensitivity]  Arguments to 
sensrhsfn [Cvodes.Sensitivity]  Specify a sensitivity function. 
sensrhsfn1 [Cvodes.Sensitivity]  Sensitivity functions that calculate the righthand side of a single sensitivity equation. 
sensrhsfn_all [Cvodes.Sensitivity]  Sensitivity functions that calculate the righthand sides of all sensitivity equations. 
sensrhsfn_args [Cvodes.Sensitivity]  Common arguments to 
serial [Nvector]  The type of any nvector that can be used as a serial nvector. 
serial_bsession [Idas.Adjoint]  Alias for backward sessions based on serial nvectors. 
serial_bsession [Cvodes.Adjoint]  Alias for backward sessions based on serial nvectors. 
serial_linear_solver [Idas.Adjoint]  Alias for linear solvers that are restricted to serial nvectors. 
serial_linear_solver [Cvodes.Adjoint]  Alias for linear solvers that are restricted to serial nvectors. 
serial_linear_solver [Arkode.MRIStep]  Alias for linear solvers that are restricted to serial nvectors. 
serial_linear_solver [Arkode.ARKStep]  Alias for linear solvers that are restricted to serial nvectors. 
serial_linear_solver [Ida]  Alias for linear solvers that are restricted to serial nvectors. 
serial_linear_solver [Kinsol]  Alias for linear solvers that are restricted to serial nvectors. 
serial_linear_solver [Cvode]  Alias for linear solvers that are restricted to serial nvectors. 
serial_session [Arkode.MRIStep]  Alias for sessions based on serial nvectors. 
serial_session [Arkode.ARKStep]  Alias for sessions based on serial nvectors. 
serial_session [Arkode.Spils.Banded]  Alias for sessions based on serial nvectors. 
serial_session [Ida]  Alias for sessions based on serial nvectors. 
serial_session [Kinsol]  Alias for sessions based on serial nvectors. 
serial_session [Cvode]  Alias for sessions based on serial nvectors. 
serial_solver [Arkode.ARKStep.Mass]  Alias for mass matrix solvers that are restricted to serial nvectors. 
serial_t [Sundials_LinearSolver]  Alias for linear solvers that are restricted to serial nvectors. 
session [Idas]  Alias for Ida sessions. 
session [Cvodes]  Alias for Cvode sessions. 
session [Arkode.MRIStep]  A session with the MRIStep timestepping solver. 
session [Arkode.ERKStep]  A session with the ERKStep timestepping solver. 
session [Arkode.ARKStep]  A session with the ARKStep timestepping solver. 
session [Ida]  A session with the IDA solver. 
session [Kinsol]  A session with the KINSOL solver. 
session [Cvode]  A session with the CVODE solver. 
sformat [Sundials_Matrix.Sparse]  Matrix storage formats. 
smu [Sundials_Matrix.ArrayBand]  Storage upperbandwidth. 
solve_arg [Kinsol.Spils]  Arguments passed to the preconditioner solver function. 
solver [Arkode.ARKStep.Mass]  Mass matrix solvers used by Arkode. 
solver_result [Arkode.Common]  Values returned by the step functions. 
solver_result [Ida]  Values returned by the step functions. 
solver_result [Cvode]  Values returned by the step functions. 
sparse [Sundials_Matrix]  Generic matrix with Sparse content. 
stability_fn [Arkode.Common]  A function that predicts the maximum stable step size for the explicit portions of an ImEx ODE system. 
stage_predict_fn [Arkode.MRIStep]  A function to be called after the predictor algorithm to update the predictor. 
stage_predict_fn [Arkode.ARKStep]  A function to be called after the predictor algorithm to update the predictor. 
standard [Sundials_Matrix]  Distinguishes a librarysupplied matrix from a custom one. 
step_stats [Arkode.Common]  Summaries of integrator statistics. 
strategy [Kinsol]  Strategy used to solve the nonlinear system. 
sysfn [Kinsol]  System function that defines nonlinear problem. 
sysfn [Sundials_NonlinearSolver]  A function 
T  
t [Nvector_pthreads]  The type of Pthreads nvectors. 
t [Nvector_openmp]  The type of OpenMP nvectors. 
t [Nvector_mpiplusx]  The type of mpiplusx nvectors. 
t [Nvector_mpimany]  The type of mpimanyvector nvectors. 
t [Nvector_parallel]  The type of parallel nvectors. 
t [Arkode.MRIStep.Coupling]  Represents a set of coupling coefficients. 
t [Arkode.MRIStep.InnerStepper]  Inner steppers are used to solve the auxiliary initial value problem of an MRIStep integrator's fast timescale. 
t [Arkode.ButcherTable]  A butcher table. 
t [Ida.VarId]  For patternmatching on constraints. 
t [Nvector_array.ARRAY_NVECTOR]  An alias for the nvector type. 
t [Nvector_custom]  The type scheme of custom nvectors. 
t [Nvector_many]  The type of manyvector nvectors. 
t [Nvector_serial]  The type of serial nvectors. 
t [Nvector.NVECTOR]  An alias for the nvector type. 
t [Nvector.NVECTOR_OPS]  The vector type. 
t [Nvector]  Represents an nvector of kind 
t [Sundials_NonlinearSolver.Senswrapper]  A senswrapper is an 
t [Sundials_NonlinearSolver]  A generic nonlinear solver. 
t [Sundials_LinearSolver]  A linear solver. 
t [Sundials_Matrix.ArrayBand]  A band matrix accessible directly through a Bigarray. 
t [Sundials_Matrix.ArrayDense]  A dense matrix accessible directly through a Bigarray. 
t [Sundials_Matrix.Sparse]  A sparse matrix. 
t [Sundials_Matrix.Band]  A band matrix. 
t [Sundials_Matrix.Dense]  A dense matrix. 
t [Sundials_Matrix]  A generic matrix with a payload of type 
t [Sundials.Constraint]  For patternmatching on constraints. 
t [Sundials.RootDirs]  Arrays that communicate which zerocrossings are sought. 
t [Sundials.Roots]  Arrays that communicate the occurrence of zerocrossings. 
t [Sundials.Context]  A context required to create Sundials values. 
t [Sundials.Profiler]  A Sundials profiler. 
t [Sundials.Logfile]  An open log file. 
t [Sundials_ROArray]  An immutable array. 
t [Sundials_LintArray]  A Bigarray of integers. 
t [Sundials_RealArray2]  A twodimensional matrix. 
t [Sundials_RealArray]  A Bigarray of floats. 
timestepper_stats [Arkode.ERKStep]  Summaries of timestepper statistics. 
timestepper_stats [Arkode.ARKStep]  Summaries of timestepper statistics. 
tolerance [Idas.Adjoint.Quadrature]  Tolerances for calculating backward quadrature variables. 
tolerance [Idas.Adjoint]  Tolerance specifications. 
tolerance [Idas.Sensitivity.Quadrature]  Tolerances for calculating quadrature sensitivities. 
tolerance [Idas.Sensitivity]  Tolerances for calculating sensitivities. 
tolerance [Idas.Quadrature]  Tolerances for calculating quadrature variables. 
tolerance [Cvodes.Adjoint.Quadrature]  Tolerances for calculating backward quadrature variables. 
tolerance [Cvodes.Adjoint]  Tolerance specifications. 
tolerance [Cvodes.Sensitivity.Quadrature]  Tolerances for calculating quadrature sensitivities. 
tolerance [Cvodes.Sensitivity]  Tolerances for calculating sensitivities. 
tolerance [Cvodes.Quadrature]  Tolerances for calculating quadrature variables. 
tolerance [Arkode.Common]  Tolerance specifications. 
tolerance [Ida]  Tolerance specifications. 
tolerance [Cvode]  Tolerance specifications. 
triple [Idas.Adjoint]  Workspaces with three temporary vectors. 
triple [Cvodes.Adjoint]  Workspaces with three temporary vectors. 
triple [Arkode.Common]  Workspaces with three temporary vectors. 
triple [Ida]  Workspaces with three temporary vectors. 
triple [Cvode]  Workspaces with three temporary vectors. 