Computing General Equilibrium
Cobb-Douglas Monetary Demand Structure Matrix
Cobb-Douglas Demand Structure Matrix
CES Demand Coefficient Matrix
CES Monetary Demand Coefficient Matrix
A CGE Model of China based on the Input-Output Table of 2012 (Unit: Te...
A Modified diag Function
Example 15.B.1 in MWG (1995)
Example 15.B.2 in MWG (1995)
Exercise 15.B.6 in MWG (1995)
Exercise 15.B.9 in MWG (1995)
Example in Section.3.1.2 of Li (2019)
Exercise 18.2 in Varian (1992)
Example on Page 352 in Varian (1992)
Example 2.2 in Li (2019)
Example2.3 in Li (2019)
Example 3.1 in Li (2019)
Example 3.10 in Li (2019)
Example 3.12 in Li (2019)
Example 3.14 in Li (2019)
Example 3.2 in Li (2019)
Example 3.4 in Li (2019)
Example 3.8 in Li (2019)
Example 3.9 in Li (2019)
Example 4.10 in Li (2019)
First Part of Example 4.11 in Li (2019)
Second Part of Example 4.11 in Li (2019)
Example 4.12 in Li (2019)
Example 4.13 in Li (2019)
Example 4.15 in Li (2019)
Example 4.16 in Li (2019)
Example 4.2 in Li (2019)
Example 4.8 in Li (2019)
Example 4.9 in Li (2019)
Example 5.1 in Li (2019)
Example 5.10 in Li (2019)
First Part of Example 5.11 in Li (2019)
Second Part of Example 5.11 in Li (2019)
Example 5.2 in Li (2019)
First Part of Example 5.3 in Li (2019)
Second Part of Example 5.3 in Li (2019)
Example 5.4 in Li (2019)
Example 5.5 in Li (2019)
Example 5.6 in Li (2019)
Example 6.10 in Li (2019)
Example 6.11 in Li (2019)
Example 6.13 in Li (2019)
First Part of Example 6.2 in Li (2019)
Second Part of Example 6.2 in Li (2019)
Example 6.3 in Li (2019)
Example 6.4 in Li (2019)
Example 6.5 in Li (2019)
First Part of Example 6.6 in Li (2019)
Second Part of Example 6.6 in Li (2019)
Third Part of Example 6.6 in Li (2019)
Example 6.7 in Li (2019)
Example 6.9 in Li (2019)
Example 7.1 in Li (2019)
Extra Part of Example 7.10 in Li (2019)
Example 7.10 in Li (2019)
Example 7.11 in Li (2019)
Example 7.12 in Li (2019)
Example 7.13 in Li (2019)
Example 7.14 in Li (2019)
Example 7.15 in Li (2019)
Example 7.2 in Li (2019)
Example 7.3 in Li (2019)
Example 7.4 in Li (2019)
First Part of Example 7.5 in Li (2019)
Second Part of Example 7.5 in Li (2019)
Example 7.6 in Li (2019)
Example 7.7 in Li (2019)
Example 7.8 in Li (2019)
Example 7.9 in Li (2019)
Example 8.1 in Li (2019)
Example 8.2 in Li (2019)
Example 8.7 in Li (2019)
Example 8.8 in Li (2019)
Example 8.9 in Li (2019)
Deficit Fiscal Policy for Example 9.10 in Li (2019)
Deflation Policy for Example9.10 in Li (2019)
Interest Rate Policy for Example9.10 in Li (2019)
Money Supply Policy for Example9.10 in Li (2019)
Quantitative Easing Policy for Example 9.10 in Li (2019)
Tax Policy for Example9.10 in Li (2019)
Example 9.10-9.14 in Li (2019)
Example 9.3 in Li (2019)
Example 9.4 in Li (2019)
Example 9.5 in Li (2019)
Example 9.6 in Li (2019)
Example 9.7 in Li (2019)
Exchange Function
Compute Instantaneous Equilibrium Path (alias Market Clearing Path)
Leontief Monetary Demand Coefficient Matrix
P-F (i.e. Perron-Frobenius) Eigenvalue and Eigenvector
Structural Dynamic Model (alias Structural Growth Model)
Developing general equilibrium models, computing general equilibrium and simulating economic dynamics with structural dynamic models in LI (2019, ISBN: 9787521804225) "General Equilibrium and Structural Dynamics: Perspectives of New Structural Economics. Beijing: Economic Science Press". When developing complex general equilibrium models, GE package should be used in addition to this package.