~amcg-stokes/fluidity/multimaterial_diagnostic_dependencies

<?xml version='1.0' encoding='utf-8'?>

<testproblem>

  <name>viscous_fs_simpletopbottom</name>

  <owner userid="cwilson"/>

  <tags>flml</tags>

  <problem_definition length="medium" nprocs="1">

    <command_line>fluidity -v2 -l viscous_fs_simpletopbottom_E.flml; fluidity -v2 -l viscous_fs_simpletopbottom_F.flml; fluidity -v2 -l viscous_fs_simpletopbottom_G.flml; fluidity -v2 -l viscous_fs_simpletopbottom_H.flml; fluidity -v2 -l viscous_fs_simpletopbottom_I.flml</command_line>

  </problem_definition>

  <variables>

    <variable name="finish_time_e" language="python">from fluidity_tools import stat_parser as stat

 

file1 = "viscous_fs_simpletopbottom_E.stat"

 

finish_time_e = stat(file1)["ElapsedTime"]["value"][-1]</variable>

    <variable name="ef_convergence_fs" language="python">import calculate_order_simpletopbottom as calculate_order

 

file1 = "viscous_fs_simpletopbottom_E.stat"

file2 = "viscous_fs_simpletopbottom_F.stat"

 

ef_convergence_fs = calculate_order.report_convergence(file1, file2)</variable>

    <variable name="finish_time_f" language="python">from fluidity_tools import stat_parser as stat

 

file1 = "viscous_fs_simpletopbottom_F.stat"

 

finish_time_f = stat(file1)["ElapsedTime"]["value"][-1]</variable>

    <variable name="fg_convergence_fs" language="python">import calculate_order_simpletopbottom as calculate_order

 

file1 = "viscous_fs_simpletopbottom_F.stat"

file2 = "viscous_fs_simpletopbottom_G.stat"

 

fg_convergence_fs = calculate_order.report_convergence(file1, file2)</variable>

    <variable name="finish_time_g" language="python">from fluidity_tools import stat_parser as stat

 

file1 = "viscous_fs_simpletopbottom_G.stat"

 

finish_time_g = stat(file1)["ElapsedTime"]["value"][-1]</variable>

    <variable name="gh_convergence_fs" language="python">import calculate_order_simpletopbottom as calculate_order

 

file1 = "viscous_fs_simpletopbottom_G.stat"

file2 = "viscous_fs_simpletopbottom_H.stat"

 

gh_convergence_fs = calculate_order.report_convergence(file1, file2)</variable>

    <variable name="finish_time_h" language="python">from fluidity_tools import stat_parser as stat

 

file1 = "viscous_fs_simpletopbottom_H.stat"

 

finish_time_h = stat(file1)["ElapsedTime"]["value"][-1]</variable>

    <variable name="hi_convergence_fs" language="python">import calculate_order_simpletopbottom as calculate_order

 

file1 = "viscous_fs_simpletopbottom_H.stat"

file2 = "viscous_fs_simpletopbottom_I.stat"

 

hi_convergence_fs = calculate_order.report_convergence(file1, file2)</variable>

    <variable name="finish_time_i" language="python">from fluidity_tools import stat_parser as stat

 

file1 = "viscous_fs_simpletopbottom_I.stat"

 

finish_time_i = stat(file1)["ElapsedTime"]["value"][-1]</variable>

  </variables>

  <pass_tests>

    <test name="efinish" language="python">assert(abs(finish_time_e-4.0)&lt;2.0)</test>

    <test name="ffinish" language="python">assert(abs(finish_time_f-4.0)&lt;1.0)</test>

    <test name="gfinish" language="python">assert(abs(finish_time_g-4.0)&lt;0.5)</test>

    <test name="hfinish" language="python">assert(abs(finish_time_h-4.0)&lt;0.25)</test>

    <test name="ifinish" language="python">assert(abs(finish_time_i-4.0)&lt;0.125)</test>

    <test name="eftop" language="python">assert(ef_convergence_fs[0]&gt;1.6)</test>

    <test name="fgtop" language="python">assert(fg_convergence_fs[0]&gt;1.9)</test>

    <test name="ghtop" language="python">assert(gh_convergence_fs[0]&gt;2.0)</test>

    <test name="hitop" language="python">assert(hi_convergence_fs[0]&gt;1.8)</test>

    <test name="efbot" language="python">assert(ef_convergence_fs[1]&gt;1.6)</test>

    <test name="fgbot" language="python">assert(fg_convergence_fs[1]&gt;1.9)</test>

    <test name="ghbot" language="python">assert(gh_convergence_fs[1]&gt;2.0)</test>

    <test name="hibot" language="python">assert(hi_convergence_fs[1]&gt;1.8)</test>

  </pass_tests>

</testproblem>