coupler_compon…

test.ctrl
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			# number of computational domains (for MPI)
			numXdoms = 1
			numYdoms = 1
			numZdoms = 1

			# number of cells in each direction
			numXcells = 4
			numYcells = 4
			numZcells = 4

			# specify bound type
			xBoundType = 1
			yBoundType = 1
			zBoundType = 1

			# number of steps to perform (is it used for us LibMultiScale?)
			maxstep = 100
			# remeshing rule (2 = inserted nodes ares placed exactly at mid-point)
			remeshRule = 2
			#minimum segment size
			minSeg = 5.0
			# maximal segment size
			maxSeg = 15.0
			# Dynamic Load-Balancing update frequency
			DLBfreq = 300

			# timestep integrator is trapezoidstimstep (necessary for LibMultiScale)
			timestepIntegrator = "trapezoidtimestep"

			# core radius in units of b
			rc = 2.9

			# shear modulus in Pa
			shearModulus = 2.600000e+10

			# poisson ratio
			pois = 3.000e-01

			# burgers vector magnitude
			burgMag = 2.85671e-10

			# temperature
			TempK = 2.000000e+01

			# Mobility of screw dislocations in units of 1/(Pa*sec)
			MobScrew = 1.000000e+01
			# Mobility of edge dislocations in units of 1/(Pa*sec)
			MobEdge = 1.000000e+01

			# Climb mobility of dislocations in units of 1/(Pa*sec)
			MobClimb = 1.000000e-04

			# specify an FCC mobility law
			mobilityLaw = "FCC_0"

			# toggle Fast multipole (FMM) and parameters
			fmEnabled = 1
			fmMPOrder = 2
			fmTaylorOrder = 2
			# fmCorrectionTbl = "fm-ctab.m2.t5.l10.dat"

			# specifiy an applied load
			loadType = 0
			# default is 0 stress
			#appliedStress = [
			# 0.000000e+00
			# 0.000000e+00
			# 5.000000e+08
			# 0.000000e+00
			# 0.000000e+00
			# 0.000000e+00
			# ]