source: branches/uq/lang/python/Rappture/test/test.xml @ 5410

<?xml version="1.0"?>
<run>
    <tool>
        <about>Press Simulate to view results.</about>
        <command>python @tool/fermi.py @driver</command>
        <version>
            <rappture>
                <language>python</language>
                <version>1.3</version>
                <revision>4960M</revision>
                <modified>$LastChangedDate: 2014-03-11 12:20:33 -0400 (Tue, 11 Mar 2014) $</modified>
            </rappture>
        </version>
    </tool>
    <input>
        <number id="temperature">
            <about>
                <label>Ambient temperature</label>
                <description>Temperature of the environment.</description>
            </about>
            <units>K</units>
            <min>0K</min>
            <max>500K</max>
            <default>300K</default>
            <preset>
                <value>300K</value>
                <label>300K (room temperature)</label>
            </preset>
            <preset>
                <value>77K</value>
                <label>77K (liquid nitrogen)</label>
            </preset>
            <preset>
                <value>4.2K</value>
                <label>4.2K (liquid helium)</label>
            </preset>
            <current>300K</current>
        </number>
        <number id="Ef">
            <about>
                <label>Fermi Level</label>
                <description>Energy at center of distribution.</description>
            </about>
            <units>eV</units>
            <min>-10eV</min>
            <max>10eV</max>
            <default>0eV</default>
            <current>0eV</current>
        </number>
    </input>
    <output>
        <curve id="f12">
            <about>
                <label>Fermi-Dirac Factor</label>
            </about>
            <xaxis>
                <label>Fermi-Dirac Factor</label>
            </xaxis>
            <yaxis>
                <label>Energy</label>
                <units>eV</units>
            </yaxis>
            <component>
                <xy>0 0 1 1 2 4 3 9 4 16</xy>
            </component>
        </curve>
        <time>Sun Feb  8 00:11:27 2015 EST</time>
        <status>ok</status>
        <user>mmh</user>
        <host/>
        <walltime>0.021388</walltime>
        <cputime>0.021129</cputime>
    </output>
</run>