pygacity.topics.distillation.mccabethiele module¶

Binary distillation column sizing using the McCabe-Thiele approach

class pygacity.topics.distillation.mccabethiele.EquilibriumEnvelope(interpolators={}, csv_filename='', a_line=None, a_fake=1, antoine={})[source]¶

Bases: object

plot(ax, **kwargs)[source]¶

class pygacity.topics.distillation.mccabethiele.OperatingLineEnvelope(start_x=0.0, start_from='BOTTOM')[source]¶

Bases: object

add_operating_line(a_line)[source]¶

plot(ax)[source]¶

terminate(end_x)[source]¶

x_of_y(y)[source]¶

y_of_x(x)[source]¶

class pygacity.topics.distillation.mccabethiele.Stages(eq=None, op=None)[source]¶

Bases: object

feed_stages()[source]¶

plot(ax, **kwargs)[source]¶

step_off(**kwargs)[source]¶

pygacity.topics.distillation.mccabethiele.antoine(T, p)[source]¶

pygacity.topics.distillation.mccabethiele.feed_message(q, digits=3)[source]¶

class pygacity.topics.distillation.mccabethiele.line(m=None, b=None, p1: point = None, p2: point = None, vert=False, **plot_kwargs)[source]¶

Bases: object

intersect(other)[source]¶

intersect_interp(interp)[source]¶

inv(y)[source]¶

y(x)[source]¶

pygacity.topics.distillation.mccabethiele.min_ratios(eq, z, q, xD, xB)[source]¶

class pygacity.topics.distillation.mccabethiele.point(x=0, y=0)[source]¶

Bases: object

out(digits=2)[source]¶

outslope(other, digits=2)[source]¶

pygacity.topics.distillation.mccabethiele.xy_diagram(ax, eq=None, op=None, st=None, forty_five=True, annotation={}, **kwargs)[source]¶