The data provided is to be used for physics and engineering studies only, as there are no design margins taken into account. The distrbribution of the data and files should be informed to and agreed with the IO colleague, S.H. KIm (IER Organization, sunhee.kim@iter.org) for the adequate usage of the data and files. 


There are 3 different types of data files, G-file(eqdsk file), P-file(profiles), T-file(time traces). Please note the following comments. 

1. 
Btor>0 (Fpol>0), Ip>0, Jp>0, ICS(t=0)>0, psi(center)<psi(boundary)<0 are used to be consistent. 
However, note that the ITER coordinate system defines Btor<0, Ip<0, ICS(t=0)<0 (clockwise) 
as the toroidal coordinate(phi) is counter-clockwise. Details are explained in the attached PDF file for the ITER coordinate system. 

!!!!NOTE : the sign of Btor was negative in the previous data sets, because it was tried to follow the ITER coordinate system. However, the sign of Ip could not be corrected to be negative in the previous data set. Therefore, in the new data sets, the sign of Btor returned to be positive to be consistent with the sign of Ip (many codes assumes these have the same signs). 

2. In P-file, the current density profiles is written in [A/m] not in [A/m2]. therefore, APPROXIMATED averaged current density profiles are also provided in [A/m2].

3. In T-file, the coil voltage information is not available and the eddy currents flowing in the conducting vessel filaments are not included. VS3 coils are not used for stabilizaing the vertical instablity. 

4. The coil and limiter geometry information used in the simulation is also given in the attached excel file.

5. rcnt = rleft + 0.5*rdim in G-file (this may different with the original G-EQDSK definition, rcnt is not R0, R0=6.2m)


