Function Reference
RECS functions
- recsAccuracy - Evaluate accuracy of a RECS solution
- recsAccuracySP - Evaluate accuracy of a RECS solution for models with subperiods
- recsAuxiliary - Calculates auxiliary variables not included in the core model of a RECS solution for models with subperiods
- recsCheck - Check analytical derivatives against numerical ones
- recsConvert - Convert the interpolation structure of a model to another form
- recsDecisionRules - Plot a model decision rules
- recsdemos - Run all RECS demonstration files
- recsFirstGuess - Find a first guess using the perfect foresight solution or the first-order approximation of the model
- recsFirstGuessSP - Find a first guess for models with subperiods
- recsinterpinit - Prepare a RECS interpolation structure
- recsmodel - Prepare a RECS model object
- recsmodelsp - Prepare a RECS model object for models with subperiods
- recsSimul - Simulate a model
- recsSimulSP - Simulate a model with subperiods
- recsSolveDeterministicPb - Solve a perfect foresight problem
- recsSolveDeterministicPbSP - Solve a perfect foresight problem with subperiods
- recsSolveREE - Find the rational expectations equilibrium (REE) of a model
- recsSolveREESP - Find the rational expectations equilibrium (REE) of a model with subperiods
- recsSolveREEFiniteHorizon - Solve a finite horizon rational expectations problem
- recsSS - Solve for the deterministic steady state of a model
- recsSSSP - Solve for the deterministic steady state of a model with subperiods
Nonlinear equations and MCP solvers that can be used with RECS
- fsolve - Solve system of nonlinear equations (from MATLAB Optimization Toolbox)
- lmmcp - Solve mixed complementarity problems
- mcpsolve - Solve mixed complementarity problems
- ncpsolve - Solve mixed complementarity problems (from CompEcon)
- nsoli - Solve system of nonlinear equations by a Jacobian-free Newton-Krylov solver
- recspathmcp - Solve mixed complementarity problems
- SA - Solve a system of equations by successive approximation
- SCP - Solve a problem through simple continuation method (homotopy)