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← Revision 152 as of 2023-06-30 12:03:13 ⇥
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/!\ This Wiki is obsolete. The information it contains may be outdated or inaccurate. The current Wiki is at the following address: https://git.dynare.org/Dynare/dynare/-/wikis/home |
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= Dynare version 4 = | = General information on Dynare = |
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* LargeModels * [[OddProblems| Odd problems]] |
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* HOWTOS * HowtoLoops (obsolete. Use macro language in most cases) |
* [[IrFs| How IRFs are computed]] * [[MonteCarloOptimization|mode_compute=6]] |
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* DynareOctave * BuildingDynareFromSource * InstallationProblems |
* [[https://git.dynare.org/Dynare/dynare/blob/master/README.md|Build From Source (README.md)]] |
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* [[GsaInstallation|Installation of JRC Global Sensitivity Toolbox]] | |
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* CodingStandards | == General issues == |
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* [[OutputVariables| Output variables]] * [[WishList5.0|Wish list for Dynare version 5]] * DeterministicSimulationBlocks (respective roles of initval, endval and histval) * IsolatedDynareFunctions * MexFilesOn64BitsArch * [[PersistentVariables| Using persistent variables in Matlab]] * MatlabVersionsCompatibility * OctaveCompatibility * AuxiliaryVariables * [[FixingRandomseed| Fixing random seed]] * We are currently running two different (and complementary) projects to achieve '''parallelization of Dynare''': * ParallelDynare: uses several MATLAB instances (possibly on several hosts) to parallel high-level tasks * UsingMultithreadedDlls: uses threads to parallel low-level tasks on multi-processor machines * ReferenceManual * TestSuite == Issues specific to a submodule of Dynare == |
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* [[OutputVariables| Output variables]] * [[BVAR_a_la_Sims]] |
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* EstimationModule * [[ReversibleJumpMCMC|ReversibleJumpMCMC]] * [[NewEstimation|New estimation interface]] |
* Estimation * EstimationModule * [[ReversibleJumpMCMC|ReversibleJumpMCMC]] * [[NewEstimation|New estimation interface]] * [[NonLinearEstimation|Nonlinear estimation interface]] * [[SubsamplesEstimation|Estimation over sub-samples (structural change)]] * [[BVAR_a_la_Sims]] |
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* MarkovSwitchingOptions * MarkovSwitchingOptionsForNewCode * Example |
* SbvarOptions * [[MSSbvarOptions|MSSbvarOptions]] * [[MSSbvarProblems|Problems with current implementation]] * [[example_swz|Example]] |
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* Roadmap: * FutureMilestones * DynareDeadlines * [[WishList5.0|Wish list for Dynare version 5]] * WishList (old) * IsolatedDynareFunctions * MexFilesOn64BitsArch * DocumentationTools * BuildingPackages |
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* [[PersistentVariables| Using persistent variables in Matlab]] * MatlabVersionsCompatibility |
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* NonLinearFilters * [[Reporting|Reporting]] * [[Dmm|Dmm]] * ThirdOrderSimulationWithPruning * NonLinearSolver * [[Scenarios | Scenarios]] * [[EquationsTags | Equation Tags]] == Development procedures == * CommitChecklist * CodingStandards |
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* AuxiliaryVariables * [[FixingRandomseed| Fixing random seed]] * NonLinearFilters * We are currently running two different (and complementary) projects to achieve '''parallelization of Dynare''': * ParallelDynare: uses several MATLAB instances (possibly on several hosts) to parallel high-level tasks * UsingMultithreadedDlls: uses threads to parallel low-level tasks on multi-processor machines * ReferenceManual |
* CodeSprints |
This Wiki is obsolete. The information it contains may be outdated or inaccurate. The current Wiki is at the following address: https://git.dynare.org/Dynare/dynare/-/wikis/home
Contents
General information on Dynare
- Bugs and limitations
Dynare Documentation
Dynare Build and Installation
Dynare Development
General issues
DeterministicSimulationBlocks (respective roles of initval, endval and histval)
We are currently running two different (and complementary) projects to achieve parallelization of Dynare:
ParallelDynare: uses several MATLAB instances (possibly on several hosts) to parallel high-level tasks
UsingMultithreadedDlls: uses threads to parallel low-level tasks on multi-processor machines
Issues specific to a submodule of Dynare
- Estimation
- Interface to Markov Switching VAR code from Sims, Wagonner and Zha (SWZ)
Development procedures
Misc
ParallelComputing: Issues around parallel computing in Matlab