This project consists on an implementation of a program to compute the required isotherm of a blast furnace, by knowing its wall's radius and temperature.

What's in here:

• C++ code for the algorithms that solves the main task.
• Makefile for the executable file.
• Python Notebook for creating 3 datasets.
  • generar-instancias.ipynb
• Python Notebook for running experiments.
  • experimentos.ipynb
• Python Notebook for plotting and analyzing results.
  • analisis.ipynb

Where :

TP
├─README.md 
├─.gitignore 
├─src 
│  ├─Makefile 
│  ├─main.cpp 
│  ├─auxiliares.h 
│  ├─auxiliares.cpp 
│  ├─algoritmos.h 
│  └─algoritmos.cpp 
│
└─python 
   ├─generar-instancias.ipynb 
   ├─experimentos.ipynb 
   └─analisis.ipynb 

To compile everything, go to the src folder run the following command:

make

After that, you can already process an instance of the problem by indicating an input and output text file, and selecting an algorithm to use of the following:

• 0 : Gauss
• 1 : LU

With the intended format, run:

./executable input_file output_file 0

(Gauss is being used on the above example)

To replicate the experiments an analysis, it's recommended to install Jupyter Lab or Jupyter Notebook.

With this, it's possible to run the python notebooks and replicate the process.