コード例 #1
0
FloatParameter = parameter.FloatParameter
AutoNumericParameter = parameter.AutoNumericParameter
ValueSetParameter = parameter.ValueSetParameter

# ZDisplayParams does not include the "level" one, because it needs to
# have different defaults for the ContourDisplay and for the other z
# displays, such as the MeshCenterFillDisplay.

# TODO: Add a vector plot DisplayMethod, and maybe an ellipsoid plot
# for symmetric tensors.

zdisplayparams = [
    placeholder.TimeParameter('when',
                              value=placeholder.latest,
                              tip='Time at which to plot'),
    output.ScalarOutputParameter('what', tip='Quantity to be plotted'),
    output.PositionOutputParameter(
        'where',
        outputDefs.originalPosition,
        tip="Plot at displaced or original position?"),
    AutoNumericParameter('min',
                         automatic.automatic,
                         tip="level of lowest contour, or 'automatic'"),
    AutoNumericParameter('max',
                         automatic.automatic,
                         tip="level of highest contour, or 'automatic'")
]


class ZDisplay(displaymethods.MeshDisplayMethod):
    def __init__(self, when, what, where, min, max, levels):
コード例 #2
0
    if minuend is None:
        return
    return minuend.outputInstance()


ScalarDifferenceOutput = output.Output(
    name="difference",
    callback=_difference,
    otype=outputval.ScalarOutputValPtr,
    instancefn=_difference_instancefn,
    column_names=single_column_name,
    # The minuend and subtrahend are *parameters*, not inputs, so that
    # they can be specified by the user at run time.
    params=[
        output.ScalarOutputParameter(
            'minuend',
            tip='The quantity from which the subtrahend is subtracted.'),
        output.ScalarOutputParameter(
            'subtrahend', tip='The quantity to subtract from the minuend.')
    ],
    srepr=_difference_shortrepr,
    tip="Compute the difference between two quantities.")

# It's important that the ordering parameter for
# ScalarDifferenceOutput and AggregateDifferenceOutput be greater than
# the ordering for at least one other Output in each category.
# Putting the difference outputs first in the list leads to infinite
# recursion when initializing Output widgets.

output.defineScalarOutput('Difference', ScalarDifferenceOutput, ordering=1000)