mecheng / mechmat Goto Github PK

    def _tbl_writer(self, writer):
        writer.headers = ['Material Attribute', 'Value']
        tbl = []
        if isinstance(writer, MarkdownTableWriter) or isinstance(writer, LatexTableWriter):
            value_str = '$ {:L} $'
        else:
            value_str = '{}'
        for prop in self._logistic_properties:
            if getattr(self, prop) is not None:
                tbl.append([prop.replace('_', ' '), str(getattr(self, prop))])
        for prop in self._state:
            if getattr(self, prop) is not None:
                tbl.append([prop.replace('_', ' '), value_str.format(getattr(self, prop))])
        writer.value_matrix = tbl
        writer.margin = 1
        return writer

change value_str = '$ {:L} $ for none_Quantity types

Combine Cross en WLF-shift

The user should be able to cite:

• class
• function
• value used in a Guard descriptor

Materials should be able to use interpolated 1D and 2D data

Cross-Arrhenius should be build from those two combined

• Curve fit Cross
• Curve fit WLF
• Curve fit Arrhenius

plot the temperature vs specific volume

Materials should be able to save their data to a text based file like json or yaml

Use non-proprietary data from sources such as:
osswald_polymer_2015 and rao_basic_2017

Plot a shear rate

Using a sympy symbol as a value Fails on the range check
TypeError: cannot determine truth value of Relational

When measured data is used for instance viscosity against shear rate and temperature
and the user works on a material outside of the measured shear rate and temperature range, he should be notified if viscosity is used in his calculations, notifying him that the actual value of the viscosity is not guaranteed.

This could also occur when functions instead of measured data is used.