cout << "Saving the solution at T=" << time <<" on processor 0"<<endl;
pressure_field.setTime(time,it);
- pressure_field.writeMED(resultDirectory+"WaveSystem"+to_string(dim)+"DUpwind_"+to_string(size)+"Procs_"+meshName+"_pressure");
+ pressure_field.writeMED(resultDirectory+"/WaveSystem"+to_string(dim)+"DUpwind_"+to_string(size)+"Procs_"+meshName+"_pressure");
velocity_field.setTime(time,it);
- velocity_field.writeMED(resultDirectory+"WaveSystem"+to_string(dim)+"DUpwind_"+to_string(size)+"Procs_"+meshName+"_velocity");
+ velocity_field.writeMED(resultDirectory+"/WaveSystem"+to_string(dim)+"DUpwind_"+to_string(size)+"Procs_"+meshName+"_velocity");
/* --------------------------------------------- */
}
}
pressure_field.setTime(time,it);
- pressure_field.writeMED(resultDirectory+"WaveSystem"+to_string(dim)+"DUpwind_"+to_string(size)+"Procs_"+meshName+"_pressure",false);
+ pressure_field.writeMED(resultDirectory+"/WaveSystem"+to_string(dim)+"DUpwind_"+to_string(size)+"Procs_"+meshName+"_pressure",false);
velocity_field.setTime(time,it);
- velocity_field.writeMED(resultDirectory+"WaveSystem"+to_string(dim)+"DUpwind_"+to_string(size)+"Procs_"+meshName+"_velocity",false);
+ velocity_field.writeMED(resultDirectory+"/WaveSystem"+to_string(dim)+"DUpwind_"+to_string(size)+"Procs_"+meshName+"_velocity",false);
}
}
}