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# $Id$ |
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# |
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# small test problem fro temperture advection: |
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# |
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# T=x0*x1*exp(-t), v=[1,-1] |
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# |
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elspeth |
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__copyright__=""" Copyright (c) 2006 by ACcESS MNRF |
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http://www.access.edu.au |
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Primary Business: Queensland, Australia""" |
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__license__="""Licensed under the Open Software License version 3.0 |
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http://www.opensource.org/licenses/osl-3.0.php""" |
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from esys.escript.modelframe import Link,Simulation |
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from esys.modellib.geometry import RectangularDomain,ScalarConstrainer |
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from esys.modellib.input import Sequencer |
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from esys.modellib.probe import Probe,EvaluateExpression |
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from esys.modellib.temperature import TemperatureAdvection |
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jgs |
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import numarray |
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gross |
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import os |
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dom=RectangularDomain() |
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dom.order=2 |
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sqe=Sequencer() |
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sqe.t=0 |
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sqe.t_end=0.1 |
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constraints=ScalarConstrainer() |
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constraints.domain=Link(dom) |
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constraints.top=1 |
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constraints.bottom=1 |
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constraints.right=1 |
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constraints.left=1 |
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source=EvaluateExpression() |
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source.domain=Link(dom) |
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source.expression="(x[1]-x[0])*exp(-t)-exp(-t)*x[0]*x[1]" |
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source.t=Link(sqe) |
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boundaryvalue=EvaluateExpression() |
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boundaryvalue.domain=Link(dom) |
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boundaryvalue.expression="x[0]*x[1]*exp(-t)" |
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boundaryvalue.t=Link(sqe) |
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tt=TemperatureAdvection() |
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tt.domain=Link(dom) |
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tt.temperature=Link(boundaryvalue,"out") |
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tt.velocity=numarray.array([1,-1]) |
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tt.thermal_source=Link(source,"out") |
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tt.location_fixed_temperature=Link(constraints,"location_of_constraint") |
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tt.fixed_temperature=Link(boundaryvalue,"out") |
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tt.safety_factor=0.01 |
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probe=Probe() |
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probe.expression="x[0]*x[1]*exp(-t)" |
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probe.t=Link(sqe) |
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probe.value=Link(tt,"temperature") |
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s=Simulation([sqe,tt,probe],debug=True) |
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jgs |
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s.writeXML() |
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s.run() |
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