Man pages for CGE
Computing General Equilibrium
| CD_A | Cobb-Douglas Demand Structure Matrix |
| CD_mA | Cobb-Douglas Monetary Demand Structure Matrix |
| CES_A | CES Demand Coefficient Matrix |
| CES_mA | CES Monetary Demand Coefficient Matrix |
| ChinaCGE2012 | A CGE Model of China based on the Input-Output Table of 2012... |
| dg | A Modified diag Function |
| Example2.2 | Example 2.2 in Li (2019) |
| Example2.3 | Example2.3 in Li (2019) |
| Example3.1 | Example 3.1 in Li (2019) |
| Example3.10 | Example 3.10 in Li (2019) |
| Example3.12 | Example 3.12 in Li (2019) |
| Example3.14 | Example 3.14 in Li (2019) |
| Example3.2 | Example 3.2 in Li (2019) |
| Example3.4 | Example 3.4 in Li (2019) |
| Example3.8 | Example 3.8 in Li (2019) |
| Example3.9 | Example 3.9 in Li (2019) |
| Example4.10 | Example 4.10 in Li (2019) |
| Example4.11.1 | First Part of Example 4.11 in Li (2019) |
| Example4.11.2 | Second Part of Example 4.11 in Li (2019) |
| Example4.12 | Example 4.12 in Li (2019) |
| Example4.13 | Example 4.13 in Li (2019) |
| Example4.15 | Example 4.15 in Li (2019) |
| Example4.16 | Example 4.16 in Li (2019) |
| Example4.2 | Example 4.2 in Li (2019) |
| Example4.8 | Example 4.8 in Li (2019) |
| Example4.9 | Example 4.9 in Li (2019) |
| Example5.1 | Example 5.1 in Li (2019) |
| Example5.10 | Example 5.10 in Li (2019) |
| Example5.11.1 | First Part of Example 5.11 in Li (2019) |
| Example5.11.2 | Second Part of Example 5.11 in Li (2019) |
| Example5.2 | Example 5.2 in Li (2019) |
| Example5.3.1 | First Part of Example 5.3 in Li (2019) |
| Example5.3.2 | Second Part of Example 5.3 in Li (2019) |
| Example5.4 | Example 5.4 in Li (2019) |
| Example5.5 | Example 5.5 in Li (2019) |
| Example5.6 | Example 5.6 in Li (2019) |
| Example6.10 | Example 6.10 in Li (2019) |
| Example6.11 | Example 6.11 in Li (2019) |
| Example6.13 | Example 6.13 in Li (2019) |
| Example6.2.1 | First Part of Example 6.2 in Li (2019) |
| Example6.2.2 | Second Part of Example 6.2 in Li (2019) |
| Example6.3 | Example 6.3 in Li (2019) |
| Example6.4 | Example 6.4 in Li (2019) |
| Example6.5 | Example 6.5 in Li (2019) |
| Example6.6.1 | First Part of Example 6.6 in Li (2019) |
| Example6.6.2 | Second Part of Example 6.6 in Li (2019) |
| Example6.6.3 | Third Part of Example 6.6 in Li (2019) |
| Example6.7 | Example 6.7 in Li (2019) |
| Example6.9 | Example 6.9 in Li (2019) |
| Example7.1 | Example 7.1 in Li (2019) |
| Example7.10 | Example 7.10 in Li (2019) |
| Example7.10.2 | Extra Part of Example 7.10 in Li (2019) |
| Example7.11 | Example 7.11 in Li (2019) |
| Example7.12 | Example 7.12 in Li (2019) |
| Example7.13 | Example 7.13 in Li (2019) |
| Example7.14 | Example 7.14 in Li (2019) |
| Example7.15 | Example 7.15 in Li (2019) |
| Example7.2 | Example 7.2 in Li (2019) |
| Example7.3 | Example 7.3 in Li (2019) |
| Example7.4 | Example 7.4 in Li (2019) |
| Example7.5.1 | First Part of Example 7.5 in Li (2019) |
| Example7.5.2 | Second Part of Example 7.5 in Li (2019) |
| Example7.6 | Example 7.6 in Li (2019) |
| Example7.7 | Example 7.7 in Li (2019) |
| Example7.8 | Example 7.8 in Li (2019) |
| Example7.9X | Example 7.9 in Li (2019) |
| Example8.1 | Example 8.1 in Li (2019) |
| Example8.2 | Example 8.2 in Li (2019) |
| Example8.7 | Example 8.7 in Li (2019) |
| Example8.8 | Example 8.8 in Li (2019) |
| Example8.9 | Example 8.9 in Li (2019) |
| Example9.10 | Example 9.10-9.14 in Li (2019) |
| Example9.10.policy.deficit.fiscal | Deficit Fiscal Policy for Example 9.10 in Li (2019) |
| Example9.10.policy.deflation | Deflation Policy for Example9.10 in Li (2019) |
| Example9.10.policy.interest.rate | Interest Rate Policy for Example9.10 in Li (2019) |
| Example9.10.policy.money.supply | Money Supply Policy for Example9.10 in Li (2019) |
| Example9.10.policy.quantitative.easing | Quantitative Easing Policy for Example 9.10 in Li (2019) |
| Example9.10.policy.tax | Tax Policy for Example9.10 in Li (2019) |
| Example9.3 | Example 9.3 in Li (2019) |
| Example9.4 | Example 9.4 in Li (2019) |
| Example9.5 | Example 9.5 in Li (2019) |
| Example9.6 | Example 9.6 in Li (2019) |
| Example9.7 | Example 9.7 in Li (2019) |
| Example.MWG.15.B.1 | Example 15.B.1 in MWG (1995) |
| Example.MWG.15.B.2 | Example 15.B.2 in MWG (1995) |
| Example.MWG.Exercise.15.B.6 | Exercise 15.B.6 in MWG (1995) |
| Example.MWG.Exercise.15.B.9 | Exercise 15.B.9 in MWG (1995) |
| Example.Section.3.1.2.corn | Example in Section.3.1.2 of Li (2019) |
| Example.Varian.Exercise.18.2 | Exercise 18.2 in Varian (1992) |
| Example.Varian.P352 | Example on Page 352 in Varian (1992) |
| F_Z | Exchange Function |
| iep | Compute Instantaneous Equilibrium Path (alias Market Clearing... |
| Leontief_mA | Leontief Monetary Demand Coefficient Matrix |
| PF_eig | P-F (i.e. Perron-Frobenius) Eigenvalue and Eigenvector |
| sdm | Structural Dynamic Model (alias Structural Growth Model) |
