properties_run_les_ref_medium.toml

#//////////////////////////////////////////////////////////////////////
# INPUT/OUTPUT
writeMetric = 0
multiSolver = 1
noGhostLayers = 2
noSolvers = 1
inputDir = "./" 			 # ROOT DIR OF INPUT FILES
testcaseDir = "./"
outputDir = "out/" 		     	 # ROOT DIR OF OUTPUT FILES
gridInputFileName = "./grid_les_medium.hdf5"
solutionOutput = "./out/"
restartVariablesFileName = "restart_les_ref_medium.hdf5"	 # NAME OF RESTART FILE
flowSolver = true
restartFile = true		 # START FROM RESTART FILE
useNonSpecifiedRestartFile = true
debugOutput = true
timeSteps = 3000 #4000000
constantTimeStep = true
timeStepComputationInterval = 1
maxIterations = 1
solutionInterval = 10000  # OUTPUT INTERVAL IN TIMESTEPS, e.g. 2000
residualInterval = 1000 	# RESIDUAL OUTPUT INTERVAL IN TIMESTEPS, e.g. 100
forceSecondOrder = true
forceOutputInterval = 1000  # auxData interval
forceAsciiOutputInterval = 1000  # writing interval to forces.0.dat
forceAsciiComputeInterval = 1
auxOutputDir = "auxdata"
computeLambda2 = true
savePartitionOutput = false
outputOffset = 0 		 # START SOLUTION OUTPUT NOT BEFORE THIS TIMESTEP
computeForce = true 	 		 # COMPUTE PRESSURE COEFFICIENT
computePower = true
computeCpLineAverage = false	 # AVERAGE LIFT AND DRAG COEFFICENTS IN ONE DIRECTION
auxDataCoordinateLimits = true
auxDataLimits = [150.0, 200.0, -30.0, 130.0]
cpAveragingDir = 2    		 # AVERAGING DIRECTION
gridGenerator = false 		 # ALWAYS FALSE FOR STRUCTURED GRID
maxNoCells = 800000 		 # NEEDED FOR CALCULATION OF SCRATCH SIZE
scratchSize = 20   		 # MULTIPLICATOR FOR THE SCRATCH SIZE
noDomains = 12
ignoreUID = true
#//////////////////////////////////////////////////////////////////////
# POSTPROCESSING
postprocessing = false
postprocessingOps = "PP_AVERAGE_IN"  # pre, in=during solver run, post
pp_averageStartTimestep = 90000  # 72900
pp_averageStopTimestep =  100000  # 327200
pp_averageInterval = 1
#averaging properties
pp_averageVorticity = true
pp_averagingFavre = false
pp_useKahan = false
pp_twoPass = false
pp_skewness = true
pp_kurtosis = true
pp_averageRestartInterval = 10000  # 5000
pp_fileName = "out/mean_90000-100000.hdf5"
pp_averageRestart = 1
#//////////////////////////////////////////////////////////////////////
# INTERPOLATION
restartInterpolation = false
donorGridName = "./grid_rans_medium.hdf5"  # "donorGrid.hdf5"
donorVars = "./converged_rans_theta1_medium.hdf5"  # "donorVars.hdf5"
donorScale = [1.0,1.0,300.0]
donorTranslation = [0.0,0.0,-77.0]
#//////////////////////////////////////////////////////////////////////
# SPONGE
useSponge = true
readSpongeFromBC = false
spongeLayerType = 6
spongeLayerThickness = [50.0, 30.0, 20.0]
sigmaSponge = [1.0, 1.0, 1.0]
betaSponge = [2.0, 2.0, 2.0]
spongeBndryCndIds = [7909, 7909, 7909]
spongeWindowIds = [1, 2, 4]
computeSpongeFactor = false
#//////////////////////////////////////////////////////////////////////
# SYNTHETIC TURBULENCE GENERATION (STG)
useSTG = true
BLT1 = 1.0		   # RELATIVE VALUE OF deltaIn
BLT2 = 1.2  		   # usually 1.2 //RELATIVE VALUE OF deltaIn
BLT3 = 1.0 	      	   # ABSOLUTE VALUE
deltaIn = 8.83
stgMaxNoEddies = 298
stgCreateNewEddies = false
stgExple = 0.5
stgInitialStartup = false
#//////////////////////////////////////////////////////////////////////
# BOX OUTPUT:
boxOutputDir = "boxes"
boxOutputInterval = 0  # SET TO ZERO FOR NO BOX OUTPUT
boxBlock = [0]  # BLOCK OF THE BOX
boxOffsetI = [175]  # OFFSET OF BOX IN I-DIRECTION
boxOffsetJ = [0]  # OFFSET OF BOX IN J-DIRECTION
boxOffsetK = [0]  # OFFSET OF BOX IN K-DIRECTION
boxSizeI = [366]  # SIZE OF BOX IN I-DIRECTION
boxSizeJ = [188]  # SIZE OF BOX IN J-DIRECTION
boxSizeK = [250]  # SIZE OF BOX IN K-DIRECTION
boxWriteCoordinates = false
#//////////////////////////////////////////////////////////////////////
# PLANE OUTPUT:
planeOutputDir = "planes"
planeOutputInterval = 0  # SET TO ZERO FOR NO PLANE OUTPUT
planeBlock = [0]  # BLOCK OF THE PLANE
planeOffset = [25]  # OFFSET OF PLANE IN NORMAL DIRECITON
planeNormal = [0]  # COORDINATE DIRECTIONS ARE REVERSE: 0 -> Z, 1 -> Y, 2 -> X
planeWriteCoordinates = true
#//////////////////////////////////////////////////////////////////////
# PHYSICS:
initialCondition = 0
referenceLength = 1
Re = 1000
ReTau = 180
diameter = 1
maxRange = 41
physicalTimeStep = 1
gamma = 1.4
Ma = 0.1
angle = [0, 0]
noSpecies = 0
#//////////////////////////////////////////////////////////////////////
# NUMERICS:
cfl = 2.0
solvertype.default = "MAIA_UNIFIED"
solvertype.0 = "MAIA_STRUCTURED"
convergenceCriterion = 1e-12
timeStepConvergenceCriterion = 1e-6
spaceDimensions = 3
dualTimeStepping = false
noRKSteps = 5
rkalpha-step = [0.25, 0.16666666666, 0.375, 0.5, 1.0]
upwindCoefficient = 0
noGridLevels = 1
lambda = [1, 1, 2, 1, 2]
timeStepMethod = 1
#//////////////////////////////////////////////////////////////////////
# ZONAL:
zonalcomputation = 0	 # IS/IS NOT ZONAL COMPUTATION
fullRANS = false	 	 # CHECK WHEN ALL BLOCKS ARE RANS
fullLES = 1		 # CHECK WHEN ALL BLOCKS ARE LES
no_RANS_zone = 0	 # NO OF RANS ZONES
no_LES_zone = 1	 # NO OF LES ZONES
RANS_zone = 0		 # BLOCK IDS OF THE RANS ZONES
LES_zone = 0		 # BLOCK IDS OF THE LES ZONES
zonalExchangeInterval = 5 # EXCHANGE INTERVAL BETWEEN ZONES
zonalAvgFactor = 128.0
#//////////////////////////////////////////////////////////////////////
# NOT NEEDED FOR STRUCTURED PART:
maxRfnmntLvl = 8
executionRecipe = "RECIPE_BASE"
# TRANSFORMER:
modelPath = "/hpcwork/fe302221/mmcp_2026_artifact/input/MMCP_2026_Material/transformer_inference_scripted_fw2.pt"
mlInterval = 5
mlInputLength = 5
mlStepCoefficient = 12
mlForecastWindow = 2
mlScalingFactor = 1
mlCubeOverlap = 0
mlCubeD = 8
mlInputStepDistance = 1
enableHybridInference = true
hostFraction = "0.2"