==== Common setup =====
Initial thermodynamics profile : GCSS Case1 squall-line
Initial wind profile : U=U0*tanh(z/z0) with U0=5[m/s] and z0=1km ( accroding to Ooyama (2001) )
Initial perturvation : cosbell shape centered on ( zc=500m, xc=4km Rz=3km, Rx=4km ) with potential temperature of 3K.
Nudging for W in the upper 5km.

1. Default run

Purpose: start up
- Domain: 0-20[km]
- DX: 500[m]
- Integration time: 3600[sec]
- Process number: 2

% mpirun -n 2 ./scale-rm_init init_R20kmDX500m.conf
% mpirun -n 2 ./scale-rm       run_R20kmDX500m.conf
% ./quickview.sh
( % rm *.nc )

2. Wide domain run with change of process numbers against default run

Purpose: lesson to the way of chaging the domain size and process number.
- Domain: 0-40[km]
- DX: 500[m]
- Integration time: 3600[sec]
- Process number: 4

% mpirun -n 4 ./scale-rm_init init_R40kmDX500m.conf
% mpirun -n 4 ./scale-rm       run_R40kmDX500m.conf
% ./quickview.sh
( % rm *.nc )

3. High resolution run against default run

Purpose: lesson to the way of chaging the horizontal resolution.
- Domain: 0-20[km]
- DX: 125[m]
- Integration time: 3600[sec]
- Process number: 4

% mpirun -n 4 ./scale-rm_init init_R20kmDX125m.conf
% mpirun -n 4 ./scale-rm       run_R20kmDX125m.conf
% ./quickview.sh
( % rm *.nc )


4. Double moment run (optional)

Purpose: lesson to the way of chaging the microphysical scheme
- Domain: 0-20[km]
- DX: 500[m]
- Integration time: 3600[sec]
- Process number: 2
- Change the microphysical scheme from one-moment bulk to two-moment bulk.

% mpirun -n 2 ./scale-rm_init init_R20kmDX500m-SN14.conf
% mpirun -n 2 ./scale-rm       run_R20kmDX500m-SN14.conf
% ./quickview.sh
( % rm *.nc )
