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#/usr/bin/python |
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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. |
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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.finley.finleybench import * |
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from esys.escript.benchmark import BenchmarkSuite,Benchmark |
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|
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# thlist=[1,2,4,8,16] |
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thlist=[1,2,4,8,16,32] |
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# thlist=[1,2,4,8,16,32,64,128] |
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# thlist=[1,2,4,8,16,32,64,128] |
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show=True |
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ff=FinleyFilter() |
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|
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opt1=FinleyOptions(solver_method=LinearPDE.PCG,preconditioner=LinearPDE.JACOBI,verbose=show) |
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opt2=FinleyOptions(solver_method=LinearPDE.PCG,preconditioner=LinearPDE.ILU0,verbose=show) |
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opt3=FinleyOptions(solver_method=LinearPDE.PCG,preconditioner=LinearPDE.RILU,verbose=show) |
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# opt4=FinleyOptions(solver_method=LinearPDE.DIRECT,verbose=show) |
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|
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bm_L2Do1=Benchmark(name="Laplace 2D (order 1)") |
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bm_L2Do1.addProblem(Laplace2DOrder1_30k()) |
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bm_L2Do1.addProblem(Laplace2DOrder1_60k()) |
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bm_L2Do1.addProblem(Laplace2DOrder1_120k()) |
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bm_L2Do1.addProblem(Laplace2DOrder1_240k()) |
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bm_L2Do1.addProblem(Laplace2DOrder1_480k()) |
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bm_L2Do1.addProblem(Laplace2DOrder1_960k()) |
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bm_L2Do1.addProblem(Laplace2DOrder1_1920k()) |
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bm_L2Do1.addProblem(Laplace2DOrder1_3840k()) |
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bm_L2Do1.addProblem(Laplace2DOrder1_7680k()) |
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bm_L2Do1.addProblem(Laplace2DOrder1_15360k()) |
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bm_L2Do1.addOptions(opt1) |
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bm_L2Do1.addOptions(opt2) |
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bm_L2Do1.addOptions(opt3) |
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|
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bm_L2Do2=Benchmark("Laplace 2D (order 2)") |
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bm_L2Do2.addProblem(Laplace2DOrder2_30k()) |
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bm_L2Do2.addProblem(Laplace2DOrder2_60k()) |
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bm_L2Do2.addProblem(Laplace2DOrder2_120k()) |
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bm_L2Do2.addProblem(Laplace2DOrder2_240k()) |
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bm_L2Do2.addProblem(Laplace2DOrder2_480k()) |
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bm_L2Do2.addProblem(Laplace2DOrder2_960k()) |
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bm_L2Do2.addProblem(Laplace2DOrder2_1920k()) |
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bm_L2Do2.addProblem(Laplace2DOrder2_3840k()) |
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bm_L2Do2.addProblem(Laplace2DOrder2_7680k()) |
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bm_L2Do2.addProblem(Laplace2DOrder2_15360k()) |
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bm_L2Do2.addOptions(opt1) |
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bm_L2Do2.addOptions(opt2) |
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bm_L2Do2.addOptions(opt3) |
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|
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bm_L3Do1=Benchmark("Laplace 3D (order 1)") |
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bm_L3Do1.addProblem(Laplace3DOrder1_30k()) |
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bm_L3Do1.addProblem(Laplace3DOrder1_60k()) |
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bm_L3Do1.addProblem(Laplace3DOrder1_120k()) |
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bm_L3Do1.addProblem(Laplace3DOrder1_240k()) |
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bm_L3Do1.addProblem(Laplace3DOrder1_480k()) |
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bm_L3Do1.addProblem(Laplace3DOrder1_960k()) |
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bm_L3Do1.addProblem(Laplace3DOrder1_1920k()) |
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bm_L3Do1.addProblem(Laplace3DOrder1_3840k()) |
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bm_L3Do1.addProblem(Laplace3DOrder1_7680k()) |
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bm_L3Do1.addProblem(Laplace3DOrder1_15360k()) |
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bm_L3Do1.addOptions(opt1) |
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bm_L3Do1.addOptions(opt2) |
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bm_L3Do1.addOptions(opt3) |
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|
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bm_L3Do2=Benchmark("Laplace 3D (order 2)") |
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bm_L3Do2.addProblem(Laplace3DOrder2_30k()) |
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bm_L3Do2.addProblem(Laplace3DOrder2_60k()) |
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bm_L3Do2.addProblem(Laplace3DOrder2_120k()) |
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bm_L3Do2.addProblem(Laplace3DOrder2_240k()) |
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bm_L3Do2.addProblem(Laplace3DOrder2_480k()) |
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bm_L3Do2.addProblem(Laplace3DOrder2_960k()) |
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bm_L3Do2.addProblem(Laplace3DOrder2_1920k()) |
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bm_L3Do2.addProblem(Laplace3DOrder2_3840k()) |
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bm_L3Do2.addProblem(Laplace3DOrder2_7680k()) |
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bm_L3Do2.addProblem(Laplace3DOrder2_15360k()) |
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bm_L3Do2.addOptions(opt1) |
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bm_L3Do2.addOptions(opt2) |
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bm_L3Do2.addOptions(opt3) |
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|
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bm_A2Do1g30=Benchmark("Anisotropic 2D (gamma=30, order=1)") |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_30k()) |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_60k()) |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_120k()) |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_240k()) |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_480k()) |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_960k()) |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_1920k()) |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_3840k()) |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_7680k()) |
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bm_A2Do1g30.addProblem(Anisotropic2DOrder1Gamma30_15360k()) |
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bm_A2Do1g30.addOptions(opt1) |
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bm_A2Do1g30.addOptions(opt2) |
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bm_A2Do1g30.addOptions(opt3) |
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bm_A2Do1g45=Benchmark("Anisotropic 2D (gamma=45, order=1)") |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_30k()) |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_60k()) |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_120k()) |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_240k()) |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_480k()) |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_960k()) |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_1920k()) |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_3840k()) |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_7680k()) |
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bm_A2Do1g45.addProblem(Anisotropic2DOrder1Gamma45_15360k()) |
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bm_A2Do1g45.addOptions(opt1) |
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bm_A2Do1g45.addOptions(opt2) |
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bm_A2Do1g45.addOptions(opt3) |
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bm_A2Do2g30=Benchmark("Anisotropic 2D (gamma=30, order=2)") |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_30k()) |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_60k()) |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_120k()) |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_240k()) |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_480k()) |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_960k()) |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_1920k()) |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_3840k()) |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_7680k()) |
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bm_A2Do2g30.addProblem(Anisotropic2DOrder2Gamma30_15360k()) |
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bm_A2Do2g30.addOptions(opt1) |
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bm_A2Do2g30.addOptions(opt2) |
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bm_A2Do2g30.addOptions(opt3) |
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bm_A2Do2g45=Benchmark("Anisotropic 2D (gamma=45, order=2)") |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_30k()) |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_60k()) |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_120k()) |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_240k()) |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_480k()) |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_960k()) |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_1920k()) |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_3840k()) |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_7680k()) |
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bm_A2Do2g45.addProblem(Anisotropic2DOrder2Gamma45_15360k()) |
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bm_A2Do2g45.addOptions(opt1) |
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bm_A2Do2g45.addOptions(opt2) |
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bm_A2Do2g45.addOptions(opt3) |
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bm_A3Do1g30=Benchmark("Anisotropic 3D (gamma=30, order=1)") |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_30k()) |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_60k()) |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_120k()) |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_240k()) |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_480k()) |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_960k()) |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_1920k()) |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_3840k()) |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_7680k()) |
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bm_A3Do1g30.addProblem(Anisotropic3DOrder1Gamma30_15360k()) |
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bm_A3Do1g30.addOptions(opt1) |
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bm_A3Do1g30.addOptions(opt2) |
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bm_A3Do1g30.addOptions(opt3) |
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|
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bm_A3Do1g45=Benchmark("Anisotropic 3D (gamma=45, order=1)") |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_30k()) |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_60k()) |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_120k()) |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_240k()) |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_480k()) |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_960k()) |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_1920k()) |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_3840k()) |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_7680k()) |
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bm_A3Do1g45.addProblem(Anisotropic3DOrder1Gamma45_15360k()) |
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bm_A3Do1g45.addOptions(opt1) |
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bm_A3Do1g45.addOptions(opt2) |
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bm_A3Do1g45.addOptions(opt3) |
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|
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bm_A3Do2g30=Benchmark("Anisotropic 3D (gamma=30, order=2)") |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_30k()) |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_60k()) |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_120k()) |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_240k()) |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_480k()) |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_960k()) |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_1920k()) |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_3840k()) |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_7680k()) |
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bm_A3Do2g30.addProblem(Anisotropic3DOrder2Gamma30_15360k()) |
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bm_A3Do2g30.addOptions(opt1) |
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bm_A3Do2g30.addOptions(opt2) |
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bm_A3Do2g30.addOptions(opt3) |
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|
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bm_A3Do2g45=Benchmark("Anisotropic 3D (gamma=45, order=2)") |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_30k()) |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_60k()) |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_120k()) |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_240k()) |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_480k()) |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_960k()) |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_1920k()) |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_3840k()) |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_7680k()) |
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bm_A3Do2g45.addProblem(Anisotropic3DOrder2Gamma45_15360k()) |
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bm_A3Do2g45.addOptions(opt1) |
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bm_A3Do2g45.addOptions(opt2) |
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bm_A3Do2g45.addOptions(opt3) |
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|
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|
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bms=BenchmarkSuite("Paso/Finley") |
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bms.addBenchmark(bm_L2Do1) |
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bms.addBenchmark(bm_L2Do2) |
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bms.addBenchmark(bm_L3Do1) |
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bms.addBenchmark(bm_L3Do2) |
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bms.addBenchmark(bm_A2Do1g30) |
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bms.addBenchmark(bm_A2Do1g45) |
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bms.addBenchmark(bm_A2Do2g30) |
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bms.addBenchmark(bm_A2Do2g45) |
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bms.addBenchmark(bm_A3Do1g30) |
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bms.addBenchmark(bm_A3Do1g45) |
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bms.addBenchmark(bm_A3Do2g30) |
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bms.addBenchmark(bm_A3Do2g45) |
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bms.run(scale=thlist) |
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out=bms.getHTML(filter=ff) |
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print out |
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