Numerical integration using guass and simpsons method. Also includes a example code which uses the above to calculate carbon diffusion in steel over time at various temperatures

proj4
.....\.DS_Store
__MACOSX
........\proj4
........\.....\._.DS_Store
proj4\adaptive_int.cpp
.....\application.cpp
.....\C1100.png
.....\C1100_line.png
.....\C900.png
.....\C900_line.png
.....\carbon.cpp
.....\carbon.py
.....\composite_Gauss2.cpp
__MACOSX\proj4\._composite_Gauss2.cpp
proj4\composite_int.cpp
.....\Makefile
__MACOSX\proj4\._Makefile
proj4\mat.cpp
__MACOSX\proj4\._mat.cpp
proj4\mat.h
__MACOSX\proj4\._mat.h
proj4\newton.cpp
.....\simpson_int.cpp
.....\steffensen.cpp
.....\test.png
.....\test_adapt.cpp
.....\test_adaptsimpson.cpp
.....\test_carbon.cpp
.....\test_Gauss2.cpp
__MACOSX\proj4\._test_Gauss2.cpp
proj4\test_int.cpp
.....\test_simpson.cpp
__MACOSX\._proj4

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