Uses of Class
jline.api.sym.SymEngine.FluidODEs
Packages that use SymEngine.FluidODEs
Package
Description
Computer algebra backend.
Automatic solver selection and configuration for queueing networks.
This package provides an implementation of SolverFluid (FLD).
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Uses of SymEngine.FluidODEs in jline.api.sym
Methods in jline.api.sym that return SymEngine.FluidODEsModifier and TypeMethodDescriptionSageRestEngine.fluidODEs(List<String> rhs, List<String> vars, List<String> want, List<String> constraints, String domain) Jacobian, LaTeX form and equilibria of a fluid vector field, with the equilibria pinned by invariants the drift conserves but f(x) = 0 cannot see, such as the population of a closed chain.Jacobian, LaTeX form and equilibria of a fluid vector field.default SymEngine.FluidODEsSymEngine.fluidODEs(List<String> rhs, List<String> vars, List<String> want, List<String> constraints, String domain) Jacobian, LaTeX form and equilibria of a fluid vector field, with the equilibria pinned by invariants the drift conserves but f(x) = 0 cannot see, such as the population of a closed chain. -
Uses of SymEngine.FluidODEs in jline.solvers.auto
Methods in jline.solvers.auto that return SymEngine.FluidODEsModifier and TypeMethodDescriptionSolverAUTO.getJacobian(boolean equilibria) Symbolic Jacobian of the fluid ODEs, fluid-only. -
Uses of SymEngine.FluidODEs in jline.solvers.fluid
Methods in jline.solvers.fluid that return SymEngine.FluidODEsModifier and TypeMethodDescriptionSolverFluid.getJacobian(boolean equilibria) Jacobian of the mean-field drift and, when asked for, its equilibria, both computed exactly by the computer algebra backend.