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doc:user:conditions:cond_init

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doc:user:conditions:cond_init [2015/01/08 16:23] bomandoc:user:conditions:cond_init [2024/12/09 11:11] (current) vanhulle
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 ====== Initial conditions ====== ====== Initial conditions ======
 +Initial conditions can be prescribed using the ''InitialConditionSet'' object, with a similar syntax to [[doc:user:conditions:displacements]]:
  
-The syntax is similar to a traditional [[doc:user:conditions:displacements]]: +=== Old Metafor Version < 3545 ===
    icset = metafor.getInitialConditionSet()    icset = metafor.getInitialConditionSet()
 +   icset.define(target, field, ampl)
 +   icset.define(target, field, ampl, fctMultiChamps , fieldList)
 +
 +=== New Metafor Version >= 3545 ===
 +   icset = domain.getInitialConditionSet()
    icset.define(target, field, ampl)    icset.define(target, field, ampl)
    icset.define(target, field, ampl, fctMultiChamps , fieldList)    icset.define(target, field, ampl, fctMultiChamps , fieldList)
Line 18: Line 23:
  
 \\ \\
-__Example:__ FIXME+__Examples:__ \\ 
 +Initial temperature of 20°C for a volume: 
 +   icset = metafor.getInitialConditionSet() 
 +   icset.define(volumeset(1), Field1D(TO,AB), 20.0)
  
 +A space-dependent initial pressure at Gauss points:
 +   def pyFct(x, y):
 +      p = (2x+y)*1e4
 +      return p
 +   fctP = PythonMultiParameterFunction(pyFct, 2)
 +   
 +   icset = metafor.getInitialConditionSet()
 +   icset.define(sideset(1), IF_P, 1.0, fctP, FieldList(Field1D(TX,AB), Field1D(TY,AB)))
  
  
doc/user/conditions/cond_init.1420730636.txt.gz · Last modified: (external edit)

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