A summary of the format of the data files for each figure is given below.


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Figure 2: 2D plots of Normalized Poloidal Flux

Psi* files:
Normalized poloidal flux, 251x251 values, geometry is defined in grid.dat (execpt for Psi_ZZ.dat it is defined in grid2.dat)


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Figure 3a: Flux expansion F_target(d_mid), see equation 1

Psi* files:
Normalized poloidal flux Psi sampled along target: d_target(row#) = (4000-row#)/10.0 mm
The corresponding dmid(Psi) for this flux surface is defined in plot.sh for each configuration.

Figure 3b: Connection length
data files contain connection length Lc(d_target) sampled along target: d_target(row) = 250 - row#/10 mm


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Figure 4: Separatrix manifolds

all data files:
column 1: R[cm]
column 2: Z[cm]


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Figure 5: Magnetic footprint of the perturbed separatrix

all data files:
column 1: R [cm]
column 2: Z [cm]
column 3: phi [rad]


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Figure 6: Lobe spacings near X-point (Delta_pol from equation 6)

Delta_pol is sampled along the separatrix at distance d = (1 - row#/3600)*L for each configuration. The corresponding L is defined in plot_spacings.sh

all data files:
column 1: poloidal magnetic field strength [T]
column 2: toroidal magnetic field strength [T]
column 3: major radius [cm]


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Figure 7: Field line loss fraction


all data files:
column 1: relative coordinate R -> PsiN = 0.8 + R * 0.195
column 2: reference length [cm]
column 3: field line loss fraction


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Figure 8: 2D plots of plasma density

all data files: list of cells (geometry + data value)

for each computational cell: R-coordinates of 4 corners [cm], Z-coordinates of 4 corners [cm], plasma density [cm^-3]


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Figure 9: Divertor heat loads

a (ISP.txt) and c (OSP.txt): list of cells (geometry + data value)

for each computational cell: Phi-coordinates of 4 corners [deg], Wall-coordinates of 4 corners [cm], target heat load [MW m^-2]

data files for b and d:
column 1: distance from separatrix strike point [cm]
column 2: target heat load [MW m^-2]


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Figure 10: Divertor heat loads

all data file:
column 1: distance from separatrix strike point [cm]
column 2: target heat load [MW m^-2]