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# $Id:$ |
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|
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# |
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# COPYRIGHT ACcESS 2004 - All Rights Reserved |
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# |
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# This software is the property of ACcESS. No part of this code |
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# may be copied in any form or by any means without the expressed written |
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# consent of ACcESS. Copying, use or modification of this software |
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# by any unauthorised person is illegal unless that |
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# person has a software license agreement with ACcESS. |
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# |
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|
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""" |
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some benchmarks for tetsing the finley solver. The idea is to develop a set of standart benchmarks |
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|
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* Laplace2Dorder1_?k |
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* Laplace2Dorder2_?k |
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* Laplace3Dorder1_?k |
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* Laplace3Dorder2_?k |
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|
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|
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|
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where ? is approximatively the number of unknowns in 1000. |
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|
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@var __author__: name of author |
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@var __licence__: licence agreement |
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var __url__: url entry point on documentation |
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@var __version__: version |
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@var __date__: date of the version |
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""" |
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|
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__author__="Lutz Gross, l.gross@uq.edu.au" |
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__licence__="contact: esys@access.uq.edu.au" |
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__url__="http://www.iservo.edu.au/esys/escript" |
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__version__="$Revision:$" |
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__date__="$Date:$" |
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|
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from esys.escript import Lsup,whereZero,kronecker |
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from esys.escript.benchmark import BenchmarkProblem, Options, BenchmarkFilter |
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import esys.finley |
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from esys.escript.linearPDEs import LinearPDE |
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import os |
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|
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class FinleyFilter(BenchmarkFilter): |
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""" |
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defines a filter for L{FinleyProblem} characteristics |
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""" |
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TIME="t [sec]" |
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ERROR="rel. error" |
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|
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|
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def __init__(self,args=None): |
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""" |
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sets up the filter |
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|
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@param args: list of value names to be filtered |
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@type args: C{list} of L{TIME}, L{ERROR} |
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""" |
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if args==None: args=[FinleyFilter.TIME,FinleyFilter.ERROR] |
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super(FinleyFilter,self).__init__() |
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self.__args=args |
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|
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def getResultNames(self): |
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""" |
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return the names of the results produced when run() is called. |
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|
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@return: names the list of the names to be used when the results of the run() call are printed |
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@rtype: C{list} of C{str} |
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""" |
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return self.__args |
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|
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def __call__(self,result): |
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""" |
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filters out the characteristic values |
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|
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@param result: characteristics rturned by a L{FinleyProblem} run |
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@type result: C{dict} |
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@return: filtered values |
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@rtype: C{list} of C{str} |
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""" |
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out=[] |
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for a in self.__args: |
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out.append(result[a]) |
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return out |
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|
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class FinleyOptions(Options): |
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""" |
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finley solver options to be handed over to paso |
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|
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""" |
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def __init__(self,solver_method=None, |
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preconditioner=None, |
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package=None, |
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tolerance=None, |
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verbose=False): |
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self.strmap={ |
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LinearPDE.DIRECT : "DIRECT", |
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LinearPDE.PCG: "PCG", |
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LinearPDE.CR: "CR", |
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LinearPDE.CGS: "CGS", |
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LinearPDE.BICGSTAB: "BICGSTAB", |
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LinearPDE.SSOR: "SSOR", |
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LinearPDE.ILU0: "ILU0", |
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LinearPDE.ILUT: "ILUT", |
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LinearPDE.JACOBI: "JACOBI", |
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LinearPDE.GMRES: "GMRES", |
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LinearPDE.PRES20: "PRES20", |
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LinearPDE.LUMPING: "LUMPIMG", |
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LinearPDE.NO_REORDERING: "NO_REORDERING", |
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LinearPDE.MINIMUM_FILL_IN: "MINIMUM_FILL_IN", |
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LinearPDE.NESTED_DISSECTION: "NESTED_DISSECTION", |
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LinearPDE.SCSL: "SCSL", |
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LinearPDE.MKL: "MKL", |
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LinearPDE.UMFPACK: "UMFPACK", |
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LinearPDE.PASO: "PASO", |
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LinearPDE.RILU: "RILU", |
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LinearPDE.AMG: "AMG" |
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} |
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name="" |
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if solver_method==None: |
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solver_method==LinearPDE.PRES20 |
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else: |
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name+=self.strmap[solver_method] |
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if preconditioner==None: |
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preconditioner==LinearPDE.JACOBI |
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else: |
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if not name=="": name+="+" |
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name+=self.strmap[preconditioner] |
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if package==None: |
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package==LinearPDE.PASO |
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else: |
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if not name=="": name+=" with " |
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name+=self.strmap[package] |
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if tolerance==None: |
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tolerance=1.e-8 |
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else: |
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if not name=="": name+=", " |
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name+="tol = %s"%tolerance |
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self.solver_method=solver_method |
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self.preconditioner=preconditioner |
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self.tolerance=tolerance |
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self.package=package |
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self.verbose=verbose |
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super(FinleyOptions,self).__init__(name=name) |
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|
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|
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|
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class FinleyProblem(BenchmarkProblem): |
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""" |
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The general benchmark problem for Finley |
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""" |
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def run(self,options): |
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""" |
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creates a domain and a PDE on this domain, solves it (with the given options) and returns the |
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elapsed time and the error. |
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|
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@param options: paso solver options |
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@type options: L{PasoOptions} |
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@return: elapsed time and the error of calculated solution |
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@rtype: pair of C{float} |
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""" |
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domain=self.getDomain() |
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pde,u=self.getTestProblem(domain) |
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pde.setTolerance(options.tolerance) |
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pde.setSolverMethod(options.solver_method,options.preconditioner) |
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pde.setSolverPackage(options.package) |
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a=os.times()[4] |
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uh=pde.getSolution(verbose=options.verbose) |
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a=os.times()[4]-a |
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if u==None: |
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return {FinleyFilter.TIME : a , FinleyFilter.ERROR : None } |
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else: |
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error=Lsup(u-uh)/Lsup(u) |
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return {FinleyFilter.TIME : a , FinleyFilter.ERROR : error } |
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|
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def getTestProblem(self,domain): |
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""" |
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returns a PDEto be solved and an exact solution |
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|
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@param domain: the PDE domain |
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@type domain: L{escript.Domain} |
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@return: a linear PDE to be solved an a reference solution |
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@rtype: L{LinearPDE},L{escript.Data} |
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@remark: must be overwritten by a particular problem |
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""" |
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raise NotImplementedError |
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|
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def getDomain(self): |
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""" |
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returns the domain of the problem |
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|
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@return: a domain |
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@rtype: L{escript.Domain} |
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@remark: must be overwritten by a particular problem |
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""" |
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raise NotImplementedError |
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|
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class RegularFinleyProblem(FinleyProblem): |
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""" |
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base class for finley problem on a rectangular mesh |
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""" |
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def __init__(self,n=1,order=1,dim=2): |
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""" |
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sets up a recangular mesh in finley on a unit cube/square |
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|
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@param n: number of elements in each spactial direction |
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@type n: C{int} |
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@param order: element order |
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@type order: 1 or 2 |
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@param dim: spatial dimension |
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@type n: 2 or 3 |
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""" |
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super(RegularFinleyProblem,self).__init__(name=str((order*n+1)**dim)) |
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self.__n=n |
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self.__order=order |
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self.__dim=dim |
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|
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def getDomain(self): |
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""" |
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returns the unit square/cube with a rectangular mesh |
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|
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@return: a domain |
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@rtype: L{escript.Domain} |
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""" |
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if self.__dim==2: |
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domain=esys.finley.Rectangle(n0=self.__n,n1=self.__n,order=self.__order) |
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else: |
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domain=esys.finley.Brick(n0=self.__n,n1=self.__n,n2=self.__n,order=self.__order) |
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return domain |
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|
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class LaplaceProblem(RegularFinleyProblem): |
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""" |
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base class for the Lapalce eqaution on a rectangular mesh |
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""" |
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def getTestProblem(self,domain): |
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""" |
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returns a PDE and a test solution on the given domain |
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|
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@param doamin: a domain |
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@type domain: L{escript.Domain} |
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@return: the Laplace equation and a test solution |
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@rtype: C{tuple} of C{LinearPDE} and C{escript.Data} |
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""" |
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x=domain.getX() |
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msk=whereZero(x[0])+whereZero(x[0]-1.) |
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u=x[0] |
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for i in range(1,domain.getDim()): |
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msk+=whereZero(x[i])+whereZero(x[i]-1.) |
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u*=(x[i]-i) |
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pde=LinearPDE(domain) |
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pde.setSymmetryOn() |
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pde.setValue(A=kronecker(domain),q=msk,r=u) |
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return pde,u |
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|
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class AnisotropicProblem(RegularFinleyProblem): |
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""" |
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base class for the Anisotropic scalar problem on a rectangular mesh |
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""" |
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def __init__(self,n,order,dim,gamma,c): |
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self.c=c |
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self.gamma=gamma |
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super(AnisotropicProblem,self).__init__(n,order,dim) |
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|
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|
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def getTestProblem(self,domain): |
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""" |
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returns a PDE and a test solution on the given domain |
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|
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@param doamin: a domain |
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@type domain: L{escript.Domain} |
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@return: the Laplace equation and a test solution |
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@rtype: C{tuple} of C{LinearPDE} and C{escript.Data} |
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""" |
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x=domain.getX() |
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msk=whereZero(x[0])+whereZero(x[0]-1.) |
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u=x[0] |
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for i in range(1,domain.getDim()): |
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msk+=whereZero(x[i])+whereZero(x[i]-1.) |
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u*=(x[i]-i) |
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|
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gamma_rad=self.gamma/360.*8*math.atan(1.) |
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cg=maths.cos(self.gamma_rad) |
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sg=maths.sin(self.gamma_rad) |
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C=kronecker(domain) |
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C[0,0]=cg**2+self.c*sg**2 |
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C[1,0]=(self.c-1.)*cg*sg |
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C[0,1]=C[0,1] |
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C[1,1]=sg**2+self.c*cg**2 |
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F=2*(1.-self.c)*cg*sg |
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if domain.getDim()==3: F*=x[2]-2. |
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pde=LinearPDE(domain) |
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pde.setSymmetryOn() |
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pde.setValue(A=C,Y=F,q=msk,r=u) |
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return pde,u |
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|
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class Laplace2DOrder1_30k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_30k,self).__init__(n=172,order=1,dim=2) |
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class Laplace2DOrder1_60k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_60k,self).__init__(n=244,order=1,dim=2) |
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class Laplace2DOrder1_120k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_120k,self).__init__(n=345,order=1,dim=2) |
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class Laplace2DOrder1_240k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_240k,self).__init__(n=489,order=1,dim=2) |
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class Laplace2DOrder1_480k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_480k,self).__init__(n=692,order=1,dim=2) |
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class Laplace2DOrder1_960k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_960k,self).__init__(n=979,order=1,dim=2) |
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class Laplace2DOrder1_1920k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_1920k,self).__init__(n=1385,order=1,dim=2) |
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class Laplace2DOrder1_3840k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_3840k,self).__init__(n=1959,order=1,dim=2) |
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class Laplace2DOrder1_7680k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_7680k,self).__init__(n=2770,order=1,dim=2) |
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class Laplace2DOrder1_15360k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder1_15360k,self).__init__(n=3918,order=1,dim=2) |
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class Laplace2DOrder2_30k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_30k,self).__init__(n=86,order=2,dim=2) |
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class Laplace2DOrder2_60k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_60k,self).__init__(n=122,order=2,dim=2) |
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class Laplace2DOrder2_120k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_120k,self).__init__(n=173,order=2,dim=2) |
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class Laplace2DOrder2_240k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_240k,self).__init__(n=244,order=2,dim=2) |
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class Laplace2DOrder2_480k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_480k,self).__init__(n=346,order=2,dim=2) |
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class Laplace2DOrder2_960k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_960k,self).__init__(n=489,order=2,dim=2) |
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class Laplace2DOrder2_1920k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_1920k,self).__init__(n=692,order=2,dim=2) |
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class Laplace2DOrder2_3840k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_3840k,self).__init__(n=979,order=2,dim=2) |
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class Laplace2DOrder2_7680k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_7680k,self).__init__(n=1385,order=2,dim=2) |
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class Laplace2DOrder2_15360k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace2DOrder2_15360k,self).__init__(n=1959,order=2,dim=2) |
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class Laplace3DOrder1_30k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace3DOrder1_30k,self).__init__(n=30,order=1,dim=3) |
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class Laplace3DOrder1_60k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace3DOrder1_60k,self).__init__(n=38,order=1,dim=3) |
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class Laplace3DOrder1_120k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace3DOrder1_120k,self).__init__(n=48,order=1,dim=3) |
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class Laplace3DOrder1_240k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace3DOrder1_240k,self).__init__(n=61,order=1,dim=3) |
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class Laplace3DOrder1_480k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace3DOrder1_480k,self).__init__(n=77,order=1,dim=3) |
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class Laplace3DOrder1_960k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace3DOrder1_960k,self).__init__(n=98,order=1,dim=3) |
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class Laplace3DOrder1_1920k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace3DOrder1_1920k,self).__init__(n=123,order=1,dim=3) |
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class Laplace3DOrder1_3840k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace3DOrder1_3840k,self).__init__(n=156,order=1,dim=3) |
| 380 |
class Laplace3DOrder1_7680k(LaplaceProblem): |
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def __init__(self): |
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super(Laplace3DOrder1_7680k,self).__init__(n=196,order=1,dim=3) |
| 383 |
class Laplace3DOrder1_15360k(LaplaceProblem): |
| 384 |
def __init__(self): |
| 385 |
super(Laplace3DOrder1_15360k,self).__init__(n=248,order=1,dim=3) |
| 386 |
class Laplace3DOrder2_30k(LaplaceProblem): |
| 387 |
def __init__(self): |
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super(Laplace3DOrder2_30k,self).__init__(n=15,order=2,dim=3) |
| 389 |
class Laplace3DOrder2_60k(LaplaceProblem): |
| 390 |
def __init__(self): |
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super(Laplace3DOrder2_60k,self).__init__(n=19,order=2,dim=3) |
| 392 |
class Laplace3DOrder2_120k(LaplaceProblem): |
| 393 |
def __init__(self): |
| 394 |
super(Laplace3DOrder2_120k,self).__init__(n=24,order=2,dim=3) |
| 395 |
class Laplace3DOrder2_240k(LaplaceProblem): |
| 396 |
def __init__(self): |
| 397 |
super(Laplace3DOrder2_240k,self).__init__(n=31,order=2,dim=3) |
| 398 |
class Laplace3DOrder2_480k(LaplaceProblem): |
| 399 |
def __init__(self): |
| 400 |
super(Laplace3DOrder2_480k,self).__init__(n=39,order=2,dim=3) |
| 401 |
class Laplace3DOrder2_960k(LaplaceProblem): |
| 402 |
def __init__(self): |
| 403 |
super(Laplace3DOrder2_960k,self).__init__(n=49,order=2,dim=3) |
| 404 |
class Laplace3DOrder2_1920k(LaplaceProblem): |
| 405 |
def __init__(self): |
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super(Laplace3DOrder2_1920k,self).__init__(n=62,order=2,dim=3) |
| 407 |
class Laplace3DOrder2_3840k(LaplaceProblem): |
| 408 |
def __init__(self): |
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super(Laplace3DOrder2_3840k,self).__init__(n=78,order=2,dim=3) |
| 410 |
class Laplace3DOrder2_7680k(LaplaceProblem): |
| 411 |
def __init__(self): |
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super(Laplace3DOrder2_7680k,self).__init__(n=98,order=2,dim=3) |
| 413 |
class Laplace3DOrder2_15360k(LaplaceProblem): |
| 414 |
def __init__(self): |
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super(Laplace3DOrder2_15360k,self).__init__(n=124,order=2,dim=3) |
| 416 |
|
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class Anisotropic2DOrder1Gamma30_30k(AnisotropicProblem): |
| 418 |
def __init__(self): |
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super(Anisotropic2DOrder1Gamma30_30k,self).__init__(n=172,order=1,dim=2,gamma=30,c=0.001) |
| 420 |
class Anisotropic2DOrder1Gamma30_60k(AnisotropicProblem): |
| 421 |
def __init__(self): |
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super(Anisotropic2DOrder1Gamma30_60k,self).__init__(n=244,order=1,dim=2,gamma=30,c=0.001) |
| 423 |
class Anisotropic2DOrder1Gamma30_120k(AnisotropicProblem): |
| 424 |
def __init__(self): |
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super(Anisotropic2DOrder1Gamma30_120k,self).__init__(n=345,order=1,dim=2,gamma=30,c=0.001) |
| 426 |
class Anisotropic2DOrder1Gamma30_240k(AnisotropicProblem): |
| 427 |
def __init__(self): |
| 428 |
super(Anisotropic2DOrder1Gamma30_240k,self).__init__(n=489,order=1,dim=2,gamma=30,c=0.001) |
| 429 |
class Anisotropic2DOrder1Gamma30_480k(AnisotropicProblem): |
| 430 |
def __init__(self): |
| 431 |
super(Anisotropic2DOrder1Gamma30_480k,self).__init__(n=692,order=1,dim=2,gamma=30,c=0.001) |
| 432 |
class Anisotropic2DOrder1Gamma30_960k(AnisotropicProblem): |
| 433 |
def __init__(self): |
| 434 |
super(Anisotropic2DOrder1Gamma30_960k,self).__init__(n=979,order=1,dim=2,gamma=30,c=0.001) |
| 435 |
class Anisotropic2DOrder1Gamma30_1920k(AnisotropicProblem): |
| 436 |
def __init__(self): |
| 437 |
super(Anisotropic2DOrder1Gamma30_1920k,self).__init__(n=1385,order=1,dim=2,gamma=30,c=0.001) |
| 438 |
class Anisotropic2DOrder1Gamma30_3840k(AnisotropicProblem): |
| 439 |
def __init__(self): |
| 440 |
super(Anisotropic2DOrder1Gamma30_3840k,self).__init__(n=1959,order=1,dim=2,gamma=30,c=0.001) |
| 441 |
class Anisotropic2DOrder1Gamma30_7680k(AnisotropicProblem): |
| 442 |
def __init__(self): |
| 443 |
super(Anisotropic2DOrder1Gamma30_7680k,self).__init__(n=2770,order=1,dim=2,gamma=30,c=0.001) |
| 444 |
class Anisotropic2DOrder1Gamma30_15360k(AnisotropicProblem): |
| 445 |
def __init__(self): |
| 446 |
super(Anisotropic2DOrder1Gamma30_15360k,self).__init__(n=3918,order=1,dim=2,gamma=30,c=0.001) |
| 447 |
class Anisotropic2DOrder1Gamma45_30k(AnisotropicProblem): |
| 448 |
def __init__(self): |
| 449 |
super(Anisotropic2DOrder1Gamma45_30k,self).__init__(n=172,order=1,dim=2,gamma=45,c=0.001) |
| 450 |
class Anisotropic2DOrder1Gamma45_60k(AnisotropicProblem): |
| 451 |
def __init__(self): |
| 452 |
super(Anisotropic2DOrder1Gamma45_60k,self).__init__(n=244,order=1,dim=2,gamma=45,c=0.001) |
| 453 |
class Anisotropic2DOrder1Gamma45_120k(AnisotropicProblem): |
| 454 |
def __init__(self): |
| 455 |
super(Anisotropic2DOrder1Gamma45_120k,self).__init__(n=345,order=1,dim=2,gamma=45,c=0.001) |
| 456 |
class Anisotropic2DOrder1Gamma45_240k(AnisotropicProblem): |
| 457 |
def __init__(self): |
| 458 |
super(Anisotropic2DOrder1Gamma45_240k,self).__init__(n=489,order=1,dim=2,gamma=45,c=0.001) |
| 459 |
class Anisotropic2DOrder1Gamma45_480k(AnisotropicProblem): |
| 460 |
def __init__(self): |
| 461 |
super(Anisotropic2DOrder1Gamma45_480k,self).__init__(n=692,order=1,dim=2,gamma=45,c=0.001) |
| 462 |
class Anisotropic2DOrder1Gamma45_960k(AnisotropicProblem): |
| 463 |
def __init__(self): |
| 464 |
super(Anisotropic2DOrder1Gamma45_960k,self).__init__(n=979,order=1,dim=2,gamma=45,c=0.001) |
| 465 |
class Anisotropic2DOrder1Gamma45_1920k(AnisotropicProblem): |
| 466 |
def __init__(self): |
| 467 |
super(Anisotropic2DOrder1Gamma45_1920k,self).__init__(n=1385,order=1,dim=2,gamma=45,c=0.001) |
| 468 |
class Anisotropic2DOrder1Gamma45_3840k(AnisotropicProblem): |
| 469 |
def __init__(self): |
| 470 |
super(Anisotropic2DOrder1Gamma45_3840k,self).__init__(n=1959,order=1,dim=2,gamma=45,c=0.001) |
| 471 |
class Anisotropic2DOrder1Gamma45_7680k(AnisotropicProblem): |
| 472 |
def __init__(self): |
| 473 |
super(Anisotropic2DOrder1Gamma45_7680k,self).__init__(n=2770,order=1,dim=2,gamma=45,c=0.001) |
| 474 |
class Anisotropic2DOrder1Gamma45_15360k(AnisotropicProblem): |
| 475 |
def __init__(self): |
| 476 |
super(Anisotropic2DOrder1Gamma45_15360k,self).__init__(n=3918,order=1,dim=2,gamma=45,c=0.001) |
| 477 |
class Anisotropic2DOrder2Gamma30_30k(AnisotropicProblem): |
| 478 |
def __init__(self): |
| 479 |
super(Anisotropic2DOrder2Gamma30_30k,self).__init__(n=86,order=2,dim=2,gamma=30,c=0.001) |
| 480 |
class Anisotropic2DOrder2Gamma30_60k(AnisotropicProblem): |
| 481 |
def __init__(self): |
| 482 |
super(Anisotropic2DOrder2Gamma30_60k,self).__init__(n=122,order=2,dim=2,gamma=30,c=0.001) |
| 483 |
class Anisotropic2DOrder2Gamma30_120k(AnisotropicProblem): |
| 484 |
def __init__(self): |
| 485 |
super(Anisotropic2DOrder2Gamma30_120k,self).__init__(n=173,order=2,dim=2,gamma=30,c=0.001) |
| 486 |
class Anisotropic2DOrder2Gamma30_240k(AnisotropicProblem): |
| 487 |
def __init__(self): |
| 488 |
super(Anisotropic2DOrder2Gamma30_240k,self).__init__(n=244,order=2,dim=2,gamma=30,c=0.001) |
| 489 |
class Anisotropic2DOrder2Gamma30_480k(AnisotropicProblem): |
| 490 |
def __init__(self): |
| 491 |
super(Anisotropic2DOrder2Gamma30_480k,self).__init__(n=346,order=2,dim=2,gamma=30,c=0.001) |
| 492 |
class Anisotropic2DOrder2Gamma30_960k(AnisotropicProblem): |
| 493 |
def __init__(self): |
| 494 |
super(Anisotropic2DOrder2Gamma30_960k,self).__init__(n=489,order=2,dim=2,gamma=30,c=0.001) |
| 495 |
class Anisotropic2DOrder2Gamma30_1920k(AnisotropicProblem): |
| 496 |
def __init__(self): |
| 497 |
super(Anisotropic2DOrder2Gamma30_1920k,self).__init__(n=692,order=2,dim=2,gamma=30,c=0.001) |
| 498 |
class Anisotropic2DOrder2Gamma30_3840k(AnisotropicProblem): |
| 499 |
def __init__(self): |
| 500 |
super(Anisotropic2DOrder2Gamma30_3840k,self).__init__(n=979,order=2,dim=2,gamma=30,c=0.001) |
| 501 |
class Anisotropic2DOrder2Gamma30_7680k(AnisotropicProblem): |
| 502 |
def __init__(self): |
| 503 |
super(Anisotropic2DOrder2Gamma30_7680k,self).__init__(n=1385,order=2,dim=2,gamma=30,c=0.001) |
| 504 |
class Anisotropic2DOrder2Gamma30_15360k(AnisotropicProblem): |
| 505 |
def __init__(self): |
| 506 |
super(Anisotropic2DOrder2Gamma30_15360k,self).__init__(n=1959,order=2,dim=2,gamma=30,c=0.001) |
| 507 |
class Anisotropic2DOrder2Gamma45_30k(AnisotropicProblem): |
| 508 |
def __init__(self): |
| 509 |
super(Anisotropic2DOrder2Gamma45_30k,self).__init__(n=86,order=2,dim=2,gamma=45,c=0.001) |
| 510 |
class Anisotropic2DOrder2Gamma45_60k(AnisotropicProblem): |
| 511 |
def __init__(self): |
| 512 |
super(Anisotropic2DOrder2Gamma45_60k,self).__init__(n=122,order=2,dim=2,gamma=45,c=0.001) |
| 513 |
class Anisotropic2DOrder2Gamma45_120k(AnisotropicProblem): |
| 514 |
def __init__(self): |
| 515 |
super(Anisotropic2DOrder2Gamma45_120k,self).__init__(n=173,order=2,dim=2,gamma=45,c=0.001) |
| 516 |
class Anisotropic2DOrder2Gamma45_240k(AnisotropicProblem): |
| 517 |
def __init__(self): |
| 518 |
super(Anisotropic2DOrder2Gamma45_240k,self).__init__(n=244,order=2,dim=2,gamma=45,c=0.001) |
| 519 |
class Anisotropic2DOrder2Gamma45_480k(AnisotropicProblem): |
| 520 |
def __init__(self): |
| 521 |
super(Anisotropic2DOrder2Gamma45_480k,self).__init__(n=346,order=2,dim=2,gamma=45,c=0.001) |
| 522 |
class Anisotropic2DOrder2Gamma45_960k(AnisotropicProblem): |
| 523 |
def __init__(self): |
| 524 |
super(Anisotropic2DOrder2Gamma45_960k,self).__init__(n=489,order=2,dim=2,gamma=45,c=0.001) |
| 525 |
class Anisotropic2DOrder2Gamma45_1920k(AnisotropicProblem): |
| 526 |
def __init__(self): |
| 527 |
super(Anisotropic2DOrder2Gamma45_1920k,self).__init__(n=692,order=2,dim=2,gamma=45,c=0.001) |
| 528 |
class Anisotropic2DOrder2Gamma45_3840k(AnisotropicProblem): |
| 529 |
def __init__(self): |
| 530 |
super(Anisotropic2DOrder2Gamma45_3840k,self).__init__(n=979,order=2,dim=2,gamma=45,c=0.001) |
| 531 |
class Anisotropic2DOrder2Gamma45_7680k(AnisotropicProblem): |
| 532 |
def __init__(self): |
| 533 |
super(Anisotropic2DOrder2Gamma45_7680k,self).__init__(n=1385,order=2,dim=2,gamma=45,c=0.001) |
| 534 |
class Anisotropic2DOrder2Gamma45_15360k(AnisotropicProblem): |
| 535 |
def __init__(self): |
| 536 |
super(Anisotropic2DOrder2Gamma45_15360k,self).__init__(n=1959,order=2,dim=2,gamma=45,c=0.001) |
| 537 |
class Anisotropic3DOrder1Gamma30_30k(AnisotropicProblem): |
| 538 |
def __init__(self): |
| 539 |
super(Anisotropic3DOrder1Gamma30_30k,self).__init__(n=30,order=1,dim=3,gamma=30,c=0.001) |
| 540 |
class Anisotropic3DOrder1Gamma30_60k(AnisotropicProblem): |
| 541 |
def __init__(self): |
| 542 |
super(Anisotropic3DOrder1Gamma30_60k,self).__init__(n=38,order=1,dim=3,gamma=30,c=0.001) |
| 543 |
class Anisotropic3DOrder1Gamma30_120k(AnisotropicProblem): |
| 544 |
def __init__(self): |
| 545 |
super(Anisotropic3DOrder1Gamma30_120k,self).__init__(n=48,order=1,dim=3,gamma=30,c=0.001) |
| 546 |
class Anisotropic3DOrder1Gamma30_240k(AnisotropicProblem): |
| 547 |
def __init__(self): |
| 548 |
super(Anisotropic3DOrder1Gamma30_240k,self).__init__(n=61,order=1,dim=3,gamma=30,c=0.001) |
| 549 |
class Anisotropic3DOrder1Gamma30_480k(AnisotropicProblem): |
| 550 |
def __init__(self): |
| 551 |
super(Anisotropic3DOrder1Gamma30_480k,self).__init__(n=77,order=1,dim=3,gamma=30,c=0.001) |
| 552 |
class Anisotropic3DOrder1Gamma30_960k(AnisotropicProblem): |
| 553 |
def __init__(self): |
| 554 |
super(Anisotropic3DOrder1Gamma30_960k,self).__init__(n=98,order=1,dim=3,gamma=30,c=0.001) |
| 555 |
class Anisotropic3DOrder1Gamma30_1920k(AnisotropicProblem): |
| 556 |
def __init__(self): |
| 557 |
super(Anisotropic3DOrder1Gamma30_1920k,self).__init__(n=123,order=1,dim=3,gamma=30,c=0.001) |
| 558 |
class Anisotropic3DOrder1Gamma30_3840k(AnisotropicProblem): |
| 559 |
def __init__(self): |
| 560 |
super(Anisotropic3DOrder1Gamma30_3840k,self).__init__(n=156,order=1,dim=3,gamma=30,c=0.001) |
| 561 |
class Anisotropic3DOrder1Gamma30_7680k(AnisotropicProblem): |
| 562 |
def __init__(self): |
| 563 |
super(Anisotropic3DOrder1Gamma30_7680k,self).__init__(n=196,order=1,dim=3,gamma=30,c=0.001) |
| 564 |
class Anisotropic3DOrder1Gamma30_15360k(AnisotropicProblem): |
| 565 |
def __init__(self): |
| 566 |
super(Anisotropic3DOrder1Gamma30_15360k,self).__init__(n=248,order=1,dim=3,gamma=30,c=0.001) |
| 567 |
class Anisotropic3DOrder1Gamma45_30k(AnisotropicProblem): |
| 568 |
def __init__(self): |
| 569 |
super(Anisotropic3DOrder1Gamma45_30k,self).__init__(n=30,order=1,dim=3,gamma=45,c=0.001) |
| 570 |
class Anisotropic3DOrder1Gamma45_60k(AnisotropicProblem): |
| 571 |
def __init__(self): |
| 572 |
super(Anisotropic3DOrder1Gamma45_60k,self).__init__(n=38,order=1,dim=3,gamma=45,c=0.001) |
| 573 |
class Anisotropic3DOrder1Gamma45_120k(AnisotropicProblem): |
| 574 |
def __init__(self): |
| 575 |
super(Anisotropic3DOrder1Gamma45_120k,self).__init__(n=48,order=1,dim=3,gamma=45,c=0.001) |
| 576 |
class Anisotropic3DOrder1Gamma45_240k(AnisotropicProblem): |
| 577 |
def __init__(self): |
| 578 |
super(Anisotropic3DOrder1Gamma45_240k,self).__init__(n=61,order=1,dim=3,gamma=45,c=0.001) |
| 579 |
class Anisotropic3DOrder1Gamma45_480k(AnisotropicProblem): |
| 580 |
def __init__(self): |
| 581 |
super(Anisotropic3DOrder1Gamma45_480k,self).__init__(n=77,order=1,dim=3,gamma=45,c=0.001) |
| 582 |
class Anisotropic3DOrder1Gamma45_960k(AnisotropicProblem): |
| 583 |
def __init__(self): |
| 584 |
super(Anisotropic3DOrder1Gamma45_960k,self).__init__(n=98,order=1,dim=3,gamma=45,c=0.001) |
| 585 |
class Anisotropic3DOrder1Gamma45_1920k(AnisotropicProblem): |
| 586 |
def __init__(self): |
| 587 |
super(Anisotropic3DOrder1Gamma45_1920k,self).__init__(n=123,order=1,dim=3,gamma=45,c=0.001) |
| 588 |
class Anisotropic3DOrder1Gamma45_3840k(AnisotropicProblem): |
| 589 |
def __init__(self): |
| 590 |
super(Anisotropic3DOrder1Gamma45_3840k,self).__init__(n=156,order=1,dim=3,gamma=45,c=0.001) |
| 591 |
class Anisotropic3DOrder1Gamma45_7680k(AnisotropicProblem): |
| 592 |
def __init__(self): |
| 593 |
super(Anisotropic3DOrder1Gamma45_7680k,self).__init__(n=196,order=1,dim=3,gamma=45,c=0.001) |
| 594 |
class Anisotropic3DOrder1Gamma45_15360k(AnisotropicProblem): |
| 595 |
def __init__(self): |
| 596 |
super(Anisotropic3DOrder1Gamma45_15360k,self).__init__(n=248,order=1,dim=3,gamma=45,c=0.001) |
| 597 |
class Anisotropic3DOrder2Gamma30_30k(AnisotropicProblem): |
| 598 |
def __init__(self): |
| 599 |
super(Anisotropic3DOrder2Gamma30_30k,self).__init__(n=15,order=2,dim=3,gamma=30,c=0.001) |
| 600 |
class Anisotropic3DOrder2Gamma30_60k(AnisotropicProblem): |
| 601 |
def __init__(self): |
| 602 |
super(Anisotropic3DOrder2Gamma30_60k,self).__init__(n=19,order=2,dim=3,gamma=30,c=0.001) |
| 603 |
class Anisotropic3DOrder2Gamma30_120k(AnisotropicProblem): |
| 604 |
def __init__(self): |
| 605 |
super(Anisotropic3DOrder2Gamma30_120k,self).__init__(n=24,order=2,dim=3,gamma=30,c=0.001) |
| 606 |
class Anisotropic3DOrder2Gamma30_240k(AnisotropicProblem): |
| 607 |
def __init__(self): |
| 608 |
super(Anisotropic3DOrder2Gamma30_240k,self).__init__(n=31,order=2,dim=3,gamma=30,c=0.001) |
| 609 |
class Anisotropic3DOrder2Gamma30_480k(AnisotropicProblem): |
| 610 |
def __init__(self): |
| 611 |
super(Anisotropic3DOrder2Gamma30_480k,self).__init__(n=39,order=2,dim=3,gamma=30,c=0.001) |
| 612 |
class Anisotropic3DOrder2Gamma30_960k(AnisotropicProblem): |
| 613 |
def __init__(self): |
| 614 |
super(Anisotropic3DOrder2Gamma30_960k,self).__init__(n=49,order=2,dim=3,gamma=30,c=0.001) |
| 615 |
class Anisotropic3DOrder2Gamma30_1920k(AnisotropicProblem): |
| 616 |
def __init__(self): |
| 617 |
super(Anisotropic3DOrder2Gamma30_1920k,self).__init__(n=62,order=2,dim=3,gamma=30,c=0.001) |
| 618 |
class Anisotropic3DOrder2Gamma30_3840k(AnisotropicProblem): |
| 619 |
def __init__(self): |
| 620 |
super(Anisotropic3DOrder2Gamma30_3840k,self).__init__(n=78,order=2,dim=3,gamma=30,c=0.001) |
| 621 |
class Anisotropic3DOrder2Gamma30_7680k(AnisotropicProblem): |
| 622 |
def __init__(self): |
| 623 |
super(Anisotropic3DOrder2Gamma30_7680k,self).__init__(n=98,order=2,dim=3,gamma=30,c=0.001) |
| 624 |
class Anisotropic3DOrder2Gamma30_15360k(AnisotropicProblem): |
| 625 |
def __init__(self): |
| 626 |
super(Anisotropic3DOrder2Gamma30_15360k,self).__init__(n=124,order=2,dim=3,gamma=30,c=0.001) |
| 627 |
class Anisotropic3DOrder2Gamma45_30k(AnisotropicProblem): |
| 628 |
def __init__(self): |
| 629 |
super(Anisotropic3DOrder2Gamma45_30k,self).__init__(n=15,order=2,dim=3,gamma=45,c=0.001) |
| 630 |
class Anisotropic3DOrder2Gamma45_60k(AnisotropicProblem): |
| 631 |
def __init__(self): |
| 632 |
super(Anisotropic3DOrder2Gamma45_60k,self).__init__(n=19,order=2,dim=3,gamma=45,c=0.001) |
| 633 |
class Anisotropic3DOrder2Gamma45_120k(AnisotropicProblem): |
| 634 |
def __init__(self): |
| 635 |
super(Anisotropic3DOrder2Gamma45_120k,self).__init__(n=24,order=2,dim=3,gamma=45,c=0.001) |
| 636 |
class Anisotropic3DOrder2Gamma45_240k(AnisotropicProblem): |
| 637 |
def __init__(self): |
| 638 |
super(Anisotropic3DOrder2Gamma45_240k,self).__init__(n=31,order=2,dim=3,gamma=45,c=0.001) |
| 639 |
class Anisotropic3DOrder2Gamma45_480k(AnisotropicProblem): |
| 640 |
def __init__(self): |
| 641 |
super(Anisotropic3DOrder2Gamma45_480k,self).__init__(n=39,order=2,dim=3,gamma=45,c=0.001) |
| 642 |
class Anisotropic3DOrder2Gamma45_960k(AnisotropicProblem): |
| 643 |
def __init__(self): |
| 644 |
super(Anisotropic3DOrder2Gamma45_960k,self).__init__(n=49,order=2,dim=3,gamma=45,c=0.001) |
| 645 |
class Anisotropic3DOrder2Gamma45_1920k(AnisotropicProblem): |
| 646 |
def __init__(self): |
| 647 |
super(Anisotropic3DOrder2Gamma45_1920k,self).__init__(n=62,order=2,dim=3,gamma=45,c=0.001) |
| 648 |
class Anisotropic3DOrder2Gamma45_3840k(AnisotropicProblem): |
| 649 |
def __init__(self): |
| 650 |
super(Anisotropic3DOrder2Gamma45_3840k,self).__init__(n=78,order=2,dim=3,gamma=45,c=0.001) |
| 651 |
class Anisotropic3DOrder2Gamma45_7680k(AnisotropicProblem): |
| 652 |
def __init__(self): |
| 653 |
super(Anisotropic3DOrder2Gamma45_7680k,self).__init__(n=98,order=2,dim=3,gamma=45,c=0.001) |
| 654 |
class Anisotropic3DOrder2Gamma45_15360k(AnisotropicProblem): |
| 655 |
def __init__(self): |
| 656 |
super(Anisotropic3DOrder2Gamma45_15360k,self).__init__(n=124,order=2,dim=3,gamma=45,c=0.001) |
| 657 |
|
| 658 |
if __name__=="__main__": |
| 659 |
test="" |
| 660 |
n0=30000 |
| 661 |
for d in [2,3]: |
| 662 |
for o in [1,2]: |
| 663 |
for g in [30,45]: |
| 664 |
for i in range(10): |
| 665 |
dofs=n0*2**i |
| 666 |
n=int((float(dofs)**(1./float(d))-1)/o+0.5) |
| 667 |
name="Anisotropic%sDOrder%sGamma%s_%sk"%(d,o,g,dofs/1000) |
| 668 |
print "class %s(AnisotropicProblem):"%name |
| 669 |
print " def __init__(self):" |
| 670 |
print " super(%s,self).__init__(n=%s,order=%s,dim=%s,gamma=%s,c=0.001)"%(name,n,o,d,g) |
| 671 |
test+="addProblem(%s())\n"%name |
| 672 |
print test |
| 673 |
|
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