Index of exceptions

Indicates failure of an atimes function.

Adjoint sensitivity analysis was not initialized.

Adjoint sensitivity analysis was not initialized.

A component of the error weight vector, either for the input value or a corrected value, is zero.

The final time was outside the interval over which the forward problem was solved.

The final time was outside the interval over which the forward problem was solved.

A Nvector.gdata value did not have the expected wrapper.

Raised by Arkode.ARKStep.get_dky, Arkode.ERKStep.get_dky, and Arkode.MRIStep.get_dky for invalid order values.

Raised by Ida.get_dky for invalid order values.

Raised by Cvode.get_dky for invalid order values.

The index passed to identify a particular sensitivity is invalid.

The index passed to identify a particular sensitivity is invalid.

Raised by Arkode.ARKStep.get_dky, Arkode.ERKStep.get_dky, and Arkode.MRIStep.get_dky for invalid time values.

Raised by Ida.get_dky for invalid time values.

Raised by Cvode.get_dky for invalid time values.

Indicates that a check on the analytic order of accuracy failed.

No solution satisfying the inequality constraints could be found.

No solution satisfying the inequality constraints could be found.

Indicates that a solver failed to converge.

Too many convergence test failures within a step or at the minimum step size.

Too many convergence test failures within a step, or Newton convergence failed.

Too many convergence test failures within a step or at the minimum step size.

Too many error test failures within a step or at the minimum step size.

Too many error test failures within a step.

Too many error test failures within a step or at the minimum step size.

Raised if an external library call fails.

Indicates that an external library (i.e., caliper) is being use for profiling.

The quadrature function failed at the first call.

The quadrature function failed at the first call.

The sensitivity quadrature function failed at the first call.

The sensitivity quadrature function failed at the first call.

The residual function had a recoverable error when first called.

The right-hand side function had a recoverable error when first called.

The right-hand side function had a recoverable error when first called.

The sensitivity function had a recoverable error when first called.

The Kinsol.sysfn callback raised Sundials.RecoverableFailure when first called.

An error occured during the integration of the forward problem.

An error occured when integrating the forward problem from a checkpoint.

Reinitialization of the forward problem failed at the first checkpoint (corresponding to the initial time of the forward problem).

Reinitialization of the forward problem failed at the first checkpoint (corresponding to the initial time of the forward problem).

Indicates failure of a Gram-Schmidt routine.

Variable ids are required but not set.

Raised on missing or illegal solver inputs.

Raised on missing or illegal solver inputs.

An input parameter was invalid.

Raised on missing or illegal solver inputs.

Raised by Sundials_LinearSolver.Iterative.set_prec_type if the given type is not allowed.

Raised if matrix operation arguments are mutually incompatible.

Raised when an nvector argument is incompatible with a session.

Raised by make if the given global length is not consistent with the sum of local lengths across all parallel instances.

Raised when a nonlinear solver is used incorrectly.

The inner stepper returned with an unrecoverable error.

Raised when the storage upper bandwidth (smu) of a Matrix.Band.t is insufficient for use in a particular linear solver.

Indicates that an internal callback, identified by the first argument, returned the given unknown error code.

Raised on invalid use of linear solver functions.

Raised in Config.sundials_version < 3.0.0 on an attempt to access a value that has become invalid.

Indicates that LU factorization encountered a singular matrix.

The line search algorithm could not satisfy the “beta-condition” for mxnbcf + 1 nonlinear iterations.

Line search could not find an iterate sufficiently distinct from the current one, or an iterate satisfying the sufficient decrease condition.

Linear solver initialization failed.

Linear solver initialization failed.

Linear solver initialization failed.

Linear solver setup failed in an unrecoverable manner.

Linear solver setup failed in an unrecoverable manner.

The Kinsol.Spils.prec_setup_fn callback failed unrecoverably.

Linear solver setup failed in an unrecoverable manner.

Linear solver solution failed in an unrecoverable manner.

Linear solver solution failed in an unrecoverable manner.

Either Kinsol.Spils.prec_solve_fn failed unrecoverably or the linear solver encountered an error condition.

Linear solver solution failed in an unrecoverable manner.

Raised on an attempt to associate a linear solver instance with more than one session.

Linear solver initialization failed.

The Kinsol.Spils.prec_solve_fn callback raised Sundials.RecoverableFailure but the preconditioner is already current.

Linesearch could not find a solution with a step larger than steptol in weighted RMS norm.

Mass matrix solver initialization failed.

Mass matrix-vector multiplication failed.

Mass matrix solver setup failed in an unrecoverable manner.

Mass matrix solver solution failed in an unrecoverable manner.

Raised when creating a linear solver if the given matrix is not square.

Raised when creating a linear solver if the number of matrix rows and the vector length are not equal.

The maximum number of nonlinear iterations has been reached.

Five consecutive steps exceed the maximum newton step.

A linear solver is required but was not specified.

No backward problem has been created.

No backward problem has been created.

Neither Idas.Adjoint.forward_normal nor Idas.Adjoint.forward_one_step has been called.

Neither Cvodes.Adjoint.forward_normal nor Cvodes.Adjoint.forward_one_step has been called.

A recoverable error occurred in a callback but no recovery was possible.

Raised by error-weight functions on non-positive error weights.

Nonlinear solver initialization failed.

Nonlinear solver initialization failed.

Nonlinear solver initialization failed.

The function requires a nonlinear solver, but one has not been configured.

Nonlinear solver setup failed in an unrecoverable manner.

Nonlinear solver setup failed in an unrecoverable manner.

Nonlinear solver setup failed in an unrecoverable manner.

Nonlinear solver setup failed in a recoverable manner.

Nonlinear solver setup failed in a recoverable manner.

The nonlinear solver failed in a general way.

The nonlinear solver failed in a general way.

Raised on an attempt to associate a nonlinear solver instance with more than one session.

Raised for features that are not available in the installed version of the underlying sundials library.

The requested operation is not provided by the given nvector.

Indicates failure of a preconditioner setup routine.

Indicates failure of a preconditioner solver.

Indicates failure in an external linear solver package.

The postprocess step function failed.

The projection function failed.

The project functionality is not enabled.

Indicates that the QR solution found a singular result.

Indicates that QR factorization encountered a singular matrix.

Quadrature integration was not initialized.

Quadrature integration was not initialized.

The quadrature function failed in an unrecoverable manner.

The quadrature function failed in an unrecoverable manner.

Quadrature integration was not initialized.

Quadrature integration was not initialized.

The sensitivity quadrature function failed in an unrecoverable manner.

The sensitivity quadrature function failed in an unrecoverable manner.

Indicates a recoverable failure within a callback function.

The projection function failed repeatedly.

Convergence test failures occurred too many times due to repeated recoverable errors in the quadrature function.

Convergence test failures occurred too many times due to repeated recoverable errors in the quadrature function.

Convergence test failures occurred too many times due to repeated recoverable errors in the quadrature function.

Convergence test failures occurred too many times due to repeated recoverable errors in the quadrature function.

Too many convergence test failures, or unable to estimate the initial step size, due to repeated recoverable errors in the residual function.

Too many convergence test failures, or unable to estimate the initial step size, due to repeated recoverable errors in the right-hand side function.

Too many convergence test failures, or unable to estimate the initial step size, due to repeated recoverable errors in the right-hand side function.

Too many convergence test failures, or unable to estimate the initial step size, due to repeated recoverable errors in the sensitivity residual function.

Too many convergence test failures, or unable to estimate the initial step size, due to repeated recoverable errors in the sensitivity function.

The Kinsol.sysfn callback raised Sundials.RecoverableFailure repeatedly.

The residual function failed in an unrecoverable manner.

Indicates that the residual is reduced but without convergence to the desired tolerance.

The right-hand side function failed in an unrecoverable manner.

The right-hand side function failed in an unrecoverable manner.

The rootfinding function failed.

The rootfinding function failed.

The rootfinding function failed.

Sensitivity analysis was not initialized.

Sensitivity analysis was not initialized.

The sensitivity residual function failed in an unrecoverable manner.

The sensitivity function failed in an unrecoverable manner.

The Kinsol.sysfn callback failed unrecoverably.

The initial and final times are too close to each other and an initial step size was not specified.

The initial and final times are too close to each other and an initial step size was not specified.

The requested accuracy could not be satisfied.

The requested accuracy could not be satisfied.

The requested accuracy could not be satisfied.

The requested time could not be reached in mxstep internal steps.

The requested time could not be reached in mxstep internal steps.

The requested time could not be reached in mxstep internal steps.

Raised on an unrecoverable failure in a linear solver.

The quadrature function had a recoverable error, but no recovery was possible.

The sensitivity quadrature function had a recoverable error, but no recovery was possible.

The right-hand side function had a recoverable error, but no recovery was possible.

The right-hand side function had a recoverable error, but no recovery was possible.

The sensitivity function had a recoverable error, but no recovery was possible.

A fused vector operation failed.

A fused vector operation failed.

A fused vector operation failed.

A fused vector operation failed.

An error occurred in a vector operation.

An error occurred in a vector operation.

Raised if a zero diagonal element is found during factorization using a low-level routine like LinearSolver.Iterative.Algorithms.qr_fact, LinearSolver.Iterative.Algorithms.qr_sol, or Sundials_Matrix.ArrayDense.getrf.

Setup failed due to a zero diagonal element during LU factorization.