src.poem.plotUtils

Attributes

markerMap
markers

Functions

addPoint(ax, x, y, accepted)
plotFunction(fig, title, method, constraint, xscale, ...)	Plots a 2D function as a colormap. Returns parameters suitable to plotting in a pcolormesh call.
animate(n, ax, x, y, a)
animatePlot(x, y, a, fig, title, method, constraint, ...)
optPath(x, y, a, fig, title, method, constraint, ...)

Module Contents

src.poem.plotUtils.markerMap

src.poem.plotUtils.markers

src.poem.plotUtils.addPoint(ax, x, y, accepted)

src.poem.plotUtils.plotFunction(fig, title, method, constraint, xscale, yscale, cscale=None, log=False, samps=500, xp=None, yp=None)

Plots a 2D function as a colormap. Returns parameters suitable to plotting in a pcolormesh call. @ In, title, string, title name for figure @ In, method, function, method to call with x,y to get z result @ In, constraint, function, boolean method that determines acceptability @ In, xscale, tuple(float), low/hi value for x @ In, yscale, tuple(float), low/hi value for y @ In, cscale, tuple(float), optional, low and high values for the color map @ In, log, bool, optional, if False will not lognormalize the color map @ In, samps, int @ In, extData, pandas.Dataframe @ Out, X, np.array(np.array(float)), mesh grid of X values @ Out, Y, np.array(np.array(float)), mesh grid of Y values @ Out, Z, np.array(np.array(float)), mesh grid of Z (response) values

src.poem.plotUtils.animate(n, ax, x, y, a)

src.poem.plotUtils.animatePlot(x, y, a, fig, title, method, constraint, xscale, yscale, cscale=None, log=False, samps=500, xp=None, yp=None)

src.poem.plotUtils.optPath(x, y, a, fig, title, method, constraint, xscale, yscale, cscale=None, log=False, samps=500, xp=None, yp=None)