The model is quantitatively analyzed in FORTRAN90. The codes are compiled with the open source compiler gfortran. Results are visualized by using MATLAB.

The following command line is typed in the Linux terminal. If "Fatal Error: Can't open module file ..." error pops up, just run the command twice.
It is alway better to compile the code twice before running the executable.

gfortran *f90 -o execute -mcmodel=large

The executable is then run by typing

./execute  

Notice that the code reflects educated guesses in order to do fast experimentation. One can comment out those parts and start
the program(s) with arbitrary initial value functions, candidate equilibrium objects and etc. In most cases, I tried to keep educated
guesses within the folders. The user have to be careful about such initializations.

Table 1 is generated by the FORTRAN programs in the Benchmark_Stationary folder.

Table 2 is generated by the FORTRAN programs in the Benchmark_Stationary folder.

Table 3 upper panel is generated by the FORTRAN programs in the Benchmark_Stationary folder.

Table 3 lower panel is generated by the FORTRAN programs in the R_star_Stationary folder.

Table 4 upper and middle panels are generated by the FORTRAN and MATLAB programs in the Benchmark_Transition folder.

Table 4 lower panel is generated by the FORTRAN and MATLAB programs in the R_star_Transition folder.

Table 5 upper panel is generated by the FORTRAN programs in the Benchmark_Stationary folder.

Table 5 lower panel is generated by the FORTRAN programs in the R_star_Stationary folder.

Table 6 is generated by the FORTRAN and MATLAB programs in the folders (with self-explanatory names) under the Sensitivity folder. 

Figure 1 is generated by using the data in the Data_Files --> Deposits_Distribution_Fig_1_Table_A1 folder and the MATLAB
files in Benchmark_Stationary folder.

Figure 2 is generated by using the data and Gretl files in the Data_Files --> Deposits_Distribution_Fig_1_Table_A1 folder.

Figure 3 is generated by using the data in the Data_Files --> EMBI_vs_Real_TermDep_Rate_Fig_3 folder.

Figures 4, 5 and 6 are generated by the FORTRAN and MATLAB programs in the Benchmark_Stationary folder.

Figures 7 and 8 are generated by the FORTRAN and MATLAB programs in the Benchmark_Transition folder.

Figure 9 is generated by the FORTRAN and MATLAB programs in the R_star_Transition folder.

Figure 10 is generated by the FORTRAN and MATLAB programs in the R_star_Stationary folder.

Table A1 is generated by using the data in the Data_Files --> Deposits_Distribution_Fig_1_Table_A1.

Table A2 is generated by using the data in the Data_Files --> Disinflation_Table_A2.

Tables E1 and E2 are generated by the FORTRAN programs in the Neutral_Stationary folder.

Table E3 is generated by the FORTRAN and MATLAB programs in the Neutral_Transition folder.

