def __init__(self):
PropertyStorage.__init__(self)
self.properties = [
{
"Diffusion coefficient": 1.1,
"attributes": {
# Some link in the chain does not seem to support unicode chars,
# So I have to write unicode like this:
# (\u00B2 is Superscript Two)
"suffix": u"mm\u00B2/s"
}
},
{
# Set this to true to have residuals be factored in by the flowsolver
# (as of Dec. 2020 this is not implemented in the flowsolver and this flag will have no effect)
"Residual control": False,
},
{
"Residual criteria": 0.001,
"attributes": {
"minimum": 0.0
}
},
# I am deliberately not including ScalarSymbol as a PropertyStorage property, because it needs special treatment and validation before being renamed,
# the UI renames the node and checks for duplicates.
#
# I could hook into the property changed event, but it seems easier to just not show it in the property tree.
]
# Qt is very heavily invested in Unicode
self._scalarSymbol = u"new Scalar"
self._reactionString = u"0"
def testAccessNew(self):
storage = PropertyStorage()
storage.properties = [
{'a': [
{'b': 1}
]
}]
self.checkAccess(storage)
def testAccessOld(self):
storage = PropertyStorage()
storage.properties = [
{"name": 'a',
"value": [
{"name": 'b',
"value": 1}
]
}]
self.checkAccess(storage)
def __init__(self):
PropertyStorage.__init__(self)
self.properties = [
# Add properties here
]
def __init__(self):
PropertyStorage.__init__(self)
# NOTE: These iterations are not written to solver.inp, they are used by a second Python file in the flowsolver.
self.Iterations = []
self.properties = [
{
"Time parameters":
[
{
"Number of time steps": 200,
"attributes": {"minimum": 1}
},
{
"Time step size": 0.01,
"attributes": {"minimum": 0.0, "suffix": " s"}
}
]
},
{
"Fluid parameters":
[
{
"Viscosity": 0.004,
"attributes": {"minimum": 0.0, "suffix": u" g/(mm\u00B7s)"}
},
{
"Density": 0.00106,
"attributes": {"minimum": 0.0, "suffix": u" g/mm\u00B3"}
}
]
},
{
"Simulation parameters":
[
{
"Solver type": SolverType.memLS,
"attributes": {"enumNames": SolverType.enumNames}
},
{
"Number of time steps between restarts": 5,
"attributes": {"minimum": 1}
},
{
"Residual control": True,
},
{
"Residual criteria": 0.001,
"attributes": {"minimum": 0.0}
},
{
"Minimum required iterations": 2,
"attributes": {"minimum": 1}
},
{
"Step construction": 5,
"attributes": {"minimum": 1}
},
{
"Pressure coupling": CouplingType.Implicit,
"attributes": {"enumNames": CouplingType.enumNames}
},
{
"Influx coefficient": 0.5,
"attributes": {"minimum": 0.01, "maximum": 1.0}
},
{
"Simulate in Purely Zero Dimensions": False,
},
]
},
{
"Output parameters":
[
{
"Output wall shear stress": True
},
{
"Output error indicator": True
}
]
},
{
"Scalar simulation parameters":
[
{
# This parameter has no units
"Scalar Influx Coefficient": 1.0,
"attributes": {"minimum": 0.01, "maximum": 1.0}
},
# If you want to run the fluid solver only for a few timesteps before running the scalar simulation
# (e.g., to let the fluids "settle out"), set this to something other than timestep 1.
# Note that timesteps are 1-based. This is NOT an iteration.
{
"Start scalar simulation at timestep": 1,
"attributes": {"minimum": 1}
},
{
"End Flow Simulation Early":
[
# If you want to stop running the flowsolver after a certain number of timesteps, but continue running
# the scalar problem after that, enable this option and set the timestep to stop on
#
# The names are a bit redundant because I think it looks up the name of the property only
# based on the innermost name
{
"End Flow Simulation Early Enable": False,
},
{
"End Flow Simulation at Timestep": 1,
"attributes": {"minimum": 1}
}
]
},
# Type type of scalar discontinuity capturing,
# 1 0 is the one we usually use.
{
"Scalar Discontinuity Capturing": u"1 0"
},
]
},
]
def __init__(self):
PropertyStorage.__init__(self)
self.properties = [
{
"Time parameters": [{
"Number of time steps": 200,
"attributes": {
"minimum": 1
}
}, {
"Time step size": 0.01,
"attributes": {
"minimum": 0.0,
"suffix": " s"
}
}]
},
{
"Fluid parameters": [{
"Viscosity": 0.004,
"attributes": {
"minimum": 0.0,
"suffix": u" g/(mm\u00B7s)"
}
}, {
"Density": 0.00106,
"attributes": {
"minimum": 0.0,
"suffix": u" g/mm\u00B3"
}
}]
},
{
"Simulation parameters": [
{
"Solver type": SolverType.memLS,
"attributes": {
"enumNames": SolverType.enumNames
}
},
{
"Number of time steps between restarts": 5,
"attributes": {
"minimum": 1
}
},
{
"Residual control": True,
},
{
"Residual criteria": 0.001,
"attributes": {
"minimum": 0.0
}
},
{
"Minimum required iterations": 2,
"attributes": {
"minimum": 1
}
},
{
"Step construction": 5,
"attributes": {
"minimum": 1
}
},
{
"Pressure coupling": CouplingType.Implicit,
"attributes": {
"enumNames": CouplingType.enumNames
}
},
{
"Influx coefficient": 0.5,
"attributes": {
"minimum": 0.01,
"maximum": 1.0
}
},
{
"Simulate in Purely Zero Dimensions": False,
},
]
},
{
"Output parameters": [{
"Output wall shear stress": True
}, {
"Output error indicator": True
}]
},
]
def __init__(self):
PropertyStorage.__init__(self)
self.faceIdentifiers = []