### [feature] add numeric epsilon in exercise mainfile

parent 0d081acb
 ... ... @@ -6,7 +6,7 @@ This exercise will make you familiar the program sequence in DuMux and how diffe In order to do so, there are three examples of one phase flow problems. Two examples (a and b) are stationary problems and the third example (c) is an instationary problem. The stationary examples differ in the fluidssystems they are using which means they differ in the fluid properties (e.g. density, thermal conductivity etc). The first problem (a) uses an incompressible fluid which means that the density does not change when pressure changes. This makes is possible to solve the system linearly. The second problem uses a compressible fluid, that means the density is a function of pressure and we need to use a nonlinear solver. The stationary examples differ in the fluidssystems they are using which means they differ in the fluid properties (e.g. density, thermal conductivity etc). The first problem (a) uses an incompressible fluid which means that the density does not change when pressure changes. This makes it possible to solve the system linearly. The second problem uses a compressible fluid, that means the density is a function of pressure and we need to use a nonlinear solver. To summarize the problems differ in: * exercise1_1p_a: a one-phase incompressible, stationary problem ... ... @@ -170,13 +170,15 @@ make exercise1_1p_a exercise1_1p_b exercise1_1p_c ```bash paraview injection-1p_a.pvd ```