output-directory = ./
 load-balancer = RCB
 time-start = 0
 time-length = 10
 solver-mhd = hlld_athena
 save-mhd-n = 1
 resistivity = 0
 remove-div-B-n = -1
 adiabatic-index = 1.666667
 vacuum-permeability = 1
 proton-mass = 1
 time-step-factor = 0.5
 [grid]
 periodic = {false, false, false}
 nr-cells = {2*30 + 2, 3*30 + 2, 1}
 volume = {2 + 2/30, 3 + 2/30, 2}
 start = {-1 - 1/30, -1.5 - 1/30, -1}
 [initial]
 default.number-density = 0.01
 default.velocity = {r[0] > 0 and r[1] < 0.0625 and r[1] > -0.0625 ? 0 : 1, 0, 0}
 default.pressure = 0.0015
 default.magnetic-field = {0, 0, 0}
 nr-spheres = 1
 sphere1.center = {0, 0, 0}
 sphere1.radius = 0.0625
 sphere1.number-density = 100
 sphere1.velocity = {0, 0, 0}
 sphere1.pressure = 0.0015
 sphere1.magnetic-field = {0, 0, 0}
 [value-boundaries]
 nr-boxes = 1
 box1.start = {-99, -99, -99}
 box1.end = {-1, 99, 99}
 box1.time = 0
 box1.number-density = 0.01
 box1.velocity = {1, 0, 0}
 box1.pressure = 0.0015
 box1.magnetic-field = {0, 0, 0}
 [copy-boundaries]
 nr-boxes = 3
 box1.start = {1, -99, -99}
 box1.end = {99, 99, 99}
 box2.start = {-99, 1.5, -99}
 box2.end = {99, 99, 99}
 box3.start = {-99, -99, -99}
 box3.end = {99, -1.5, 99}

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