Brandon Bocklund

Would `np.arange(start, stop+step, step)` work, or is there an edge case I'm missing?

That affects us already. I think the reason it wouldn't work is that `np.arange(300, 501+100, 100)` would give `[300, 400, 500, 600]`) ```python def closed_arange(start, stop, step): num = int(np.floor((stop...

There may be some bugs hiding, having a reproducible example would be helpful if one is found. `Species` objects have a `name` and a `constituents` attributes. The name is supposed...

Yeah that's, definitely not correct for the species, but do you know if it's affecting the correctness for any phases or models? For example, the species should be similarly incorrect...

@nandiniraja348 the signature of the function `pycalphad.core.calculate._compute_phase_values` is: ```python def _compute_phase_values(components, statevar_dict, points, phase_record, output, maximum_internal_dof, broadcast=True, parameters=None, fake_points=False, largest_energy=None): ``` which implies that `parameters` is an optional keyword argument....

@Ebert-Daniel when I ran this, my output looked something like this (as text), where usually it would be the rendered equation: ``` \displaystyle 8.3145 T \left(\frac{0.5 \left(\begin{cases} y^{\mathrm{B2-BCC}}_{0,\mathrm{AL}} \ ......

Brain malfunction

Although I think my changes could be progress towards handling this nicely if I can figure out how to concatenate all of the points together for n-phase regions. We could...

> The key is the math for projecting the high-dimensional tie-plane onto the isopleth compositional line. What does this mean? Are you talking about plotting the actual tielines themselves or...

> In principle it's a straightforward implementation if you are okay with just plotting the tie-line points at each temperature. The key is the math for projecting the high-dimensional tie-plane...