}
},
"families": "wall",
# ---------------------------
# Grid Parameters
# ---------------------------
"N": NpExtrude,
"s0": yWall,
"marchDist": marchDist,
# ---------------------------
# Pseudo Grid Parameters
# ---------------------------
"ps0": -1,
"pGridRatio": -1,
"cMax": 1.0,
# ---------------------------
# Smoothing parameters
# ---------------------------
"epsE": 2.0,
"epsI": 4.0,
"theta": 2.0,
"volCoef": 0.20,
"volBlend": 0.0005,
"volSmoothIter": 20,
}
hyp = pyHyp(options=options)
hyp.run()
# hyp.writeCGNS('volumeMesh.cgns')
hyp.writePlot3D("volumeMesh.xyz")
# ---------------------------
'epsE': 1.0,
'epsI': 2.0,
'theta': 3.0,
'volCoef': .2,
'volBlend': 0.0005,
'volSmoothIter': 20,
# ---------------------------
# Solution Parameters
# ---------------------------
'kspRelTol': 1e-10,
'kspMaxIts': 1500,
'kspSubspaceSize': 50
}
hyp = pyHyp(options=options_front)
hyp.run()
hyp.writeCGNS('wing_vol_front.cgns')
#rst front_end
# Back wing vol mesh
options_back = {
# ---------------------------
# General options
# ---------------------------
'inputFile': 'wing.cgns',
'fileType': 'cgns',
'unattachedEdgesAreSymmetry': True,
'outerFaceBC': 'overset',
'autoConnect': 'True',
