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| AMSD | Additive-Mean-Variance Utility Function and Additive-Mean-Standard-Deviation Utility Function |
| AMSDP | Additive-Mean-Standard-Deviation Portfolio Utility Function |
| AMV | Additive-Mean-Variance Utility Function and Additive-Mean-Standard-Deviation Utility Function |
| apply_expand.grid | Applying a Function to All Combinations of the Supplied Vectors |
| beta_to_rate | Conversion between a Rate Vector and a Beta Vector |
| CARA | Constant Absolute Risk Aversion (CARA) Utility Function |
| CES | CES Function |
| CRRA | Constant Relative Risk Aversion (CRRA) Utility Function |
| demand_coefficient | Compute Demand Coefficients of an Agent with a Demand Structural Tree |
| demCreditPolicy | A Disequilibrium Model with Credit |
| gemCanonicalDynamicMacroeconomic_3_2 | A Canonical Dynamic Macroeconomic General Equilibrium Model (see Torres, 2016) |
| gemCanonicalDynamicMacroeconomic_4_3 | A Canonical Dynamic Macroeconomic General Equilibrium Model (see Torres, 2016) |
| gemConstantGrowthPath_TechnologyProgress_3_3 | Constant Growth Paths with Technology Progress |
| gemDualLinearProgramming | General Equilibrium Models and Linear Programming Problems (see Winston, 2003) |
| gemExogenousPrice | Some Examples with Exogenous Price (Price Regulation) |
| gemExogenousPrice_EndogenousLaborSupply_3_3 | An Example of Price Regulation and Endogenous Labor Supply (Example 9.5 of Li, 2019) |
| gemExogenousUtilityLevel | Some Examples with Exogenous Utility Level and Endogenous Labor Supply |
| gemHeterogeneousFirms_2_3 | Instantaneous Equilibrium Paths with Heterogeneous Firms |
| gemInputOutputTable_2_2 | A General Equilibrium Model based on a 2x2 (Unbalanced) Input-Output Table |
| gemInputOutputTable_2_7_2 | A Two-Country General Equilibrium Model |
| gemInputOutputTable_2_7_4 | A Two-Country General Equilibrium Model |
| gemInputOutputTable_2_8_4 | A Two-Country General Equilibrium Model with Money |
| gemInputOutputTable_5_4 | A General Equilibrium Model based on a 5x4 Input-Output Table (see Zhang Xin, 2017, Table 8.6.1) |
| gemInputOutputTable_5_5 | General Equilibrium Models based on a 5x5 Input-Output Table (see Zhang Xin, 2017, Table 3.2.1) |
| gemInputOutputTable_7_4 | A General Equilibrium Model based on a 7x4 (Standard) Input-Output Table |
| gemInputOutputTable_8_8 | A General Equilibrium Model based on an 8x8 Input-Output Table |
| gemInputOutputTable_easy_5_4 | An Easy General Equilibrium Model based on a 5x4 Input-Output Table (see Zhang Xin, 2017, Table 8.6.1) |
| gemInputOutputTable_Leontief_3_3 | A Leontief-type General Equilibrium Model based on a 3x3 Input-Output Table |
| gemInputOutputTable_SCES_3_3 | A SCES-type General Equilibrium Model based on an Input-Output Table. |
| gemMoney_3_2 | A General Equilibrium Model with Money |
| gemOLGFOneFirm | Overlapping Generations Financial Models with One Firm |
| gemOLGFPureExchange | Overlapping Generations Financial Models for Pure Exchange Economies |
| gemOLGFTwoFirms | Overlapping Generations Financial Models with Two Firms |
| gemOLGLand_4_3 | An Overlapping Generations Model with Land |
| gemOLGPrivateFirm | Overlapping Generations Models with Private Firm |
| gemOLGPureExchange_2_2 | The Basic Overlapping Generations Pure Exchange Model (see Samuelson, 1958) |
| gemOLGPureExchange_Bank | Overlapping Generations Pure Exchange Models with Bank |
| gemOLGTimeCircle | Time-Circle Models (Closed Loop Overlapping Generations Models) |
| gemOpenEconomy_4_4 | A 4-by-4 Open Economy with Bond |
| gemOpenEconomy_6_6 | A 6-by-6 Open Economy with Bond |
| gemQuasilinearPureExchange_2_2 | A Pure Exchange Economy with a Quasilinear Utility Function |
| gemRobinson_3_2 | A Robinson Crusoe Economy |
| gemSecurityPricing | Compute Security Market Equilibria for Some Simple Cases |
| gemSecurityPricingExample | Some Examples of Security Pricing |
| gemstEndogenousProductionFunction | An Endogenous Production Function |
| gemstEndogenousUtilityFunction | An Endogenous Utility Function |
| gemstStructuralMultipleEquilibria_2_2 | Structural Multiple Equilibria and Structural Transition Policy |
| gemTax_5_4 | A General Equilibrium Model with Tax (see Cardenete et al., 2012). |
| gemTemporaryEquilibriumPath | Some Examples of Temporary Equilibrium Paths |
| gemTwoCountryForeignExchangeRate_6_6 | Example 7.6 (Foreign Exchange Rate) in Li (2019) |
| gemTwoCountryPureExchange | Some Examples of Two-Country Pure Exchange Economy |
| gemTwoCountryPureExchange_Bond | Some Examples of Two-Country Pure Exchange Economy with Bond |
| gemTwoCountry_Bond_7_4 | An Example of Two-Country Economy with Bond |
| gemTwoCountry_RealExchangeRateIndex_7_4 | Calculating Real Exchange Rate Index |
| gemTwoCountry_Tariff_9_5 | An Example of Two-Country Economy with Tariff |
| gemTwoIndustries_4_3 | A 4-by-3 Economy with Two Industries |
| ge_tidy | Tidy a General Equilibrium |
| growth_rate | Compute the Growth Rate |
| intertemporal_utility | Intertemporal Utility Function |
| iterate | Iteration Function |
| makePolicyIncomeTax | Make a Policy of Income Tax |
| makePolicyMeanValue | Make a Mean Value Policy Function |
| makePolicyStickyPrice | Make a Policy of Sticky Price |
| makePolicySupply | Make a Policy of Supply |
| makePolicyTechnologyChange | Make a Policy of Technology Change |
| marginal_utility | Marginal Utility |
| matrix_add_by_name | Add Matrices by Names of Columns and Rows |
| matrix_to_dstl | Convert a Matrix into a Demand Structural Tree List |
| node_insert | Insert Nodes into a Tree |
| node_new | Create a Tree |
| node_plot | Plot a Tree and Show the Type Attribute |
| node_print | Print a Tree and Its Fields |
| node_prune | Prune Nodes off a Tree by Names |
| node_replace | Replace a Node of a Tree |
| node_set | Create a Tree or Set Attributes for a Node |
| policyMarketClearingPrice | Market-Clearing-Price Policy Function |
| policyMeanValue | Mean Value Policy Function |
| rate_to_beta | Conversion between a Rate Vector and a Beta Vector |
| ratio_adjust | Ratio Adjustment |
| SCES | Standard CES Function |
| SCES_A | Standard CES Demand Coefficient Matrix |
| sd.p | Population Variance and Population Standard Deviation |
| sdm2 | Structural Dynamic Model (alias Structural Growth Model) Version 2 |
| sdm_dstl | Structural Dynamic Model (alias Structural Growth Model) with a Demand Structure Tree List |
| structural_function | Structural Function |
| var.p | Population Variance and Population Standard Deviation |