| 1 | !================================================================================
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| 2 | ! AstroBEAR solver.data file.
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| 3 | ! Input data describing solver options.
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| 4 | ! Created for problem: Template
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| 5 | !================================================================================
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| 6 | &SolverData
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| 7 | iScheme = 1 ! Sweep = [1]
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| 8 | iSolver = 0 ! [0]-Default HLL Solver, 1-iExactRS, 2-HLLC, 3-HLL, 4-HLLC_ISO, 6-HLLD, 8-HLLD_ISO
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| 9 | /
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| 10 | &SweepData
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| 11 | InterpOrder = 2 ! Interpolation order 1-Piecewise constant, 2-Piecewise linear, [3]-Piecewise Parabolic
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| 12 | lChar_Limiters = .false ! Limit using characteristic variables instead of primitive? [.true.]
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| 13 | ViscCD = 0 ! [0] = NO_VISCOSITY, 1 = ROE_VISCOSITY, 2 = H_VISCOSITY
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| 14 | iTracer = 0 ! [0] = NONLAGRANGIAN, 1 = LAGRANGIAN
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| 15 | lCautious=.true. ! Protect quantities throughout hyperbolic step [.true.]
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| 16 | lApplyDiffusion=.false. ! Apply additional diffusion at converging flows [.true.]
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| 17 | DIFF_ALPHA = .1 ! Diffusion coefficient [.1]
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| 18 | lApplyLOF = .false. ! Apply local oscillation filter (reduces carbuncles) [.false.]
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| 19 | LOF_ALPHA = .075 ! Strength of local oscillation filter. [.075]
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| 20 | lCTU=.true. ! Use corner transport upwind? [.true.]
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| 21 | lLimiter=.true. ! Use additional slope limiters [.true.]
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| 22 | lUsePPML=.true. ! Use PPML limiter to preserve 3rd order accuracy near maxima/minima for Piecewise Parabolic Method
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| 23 | /
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