Hi John, Ah, okay! Updating my yt made it work. yt version 2.7-dev. EXCEPT that I can't get it to plot the Density on the x-axis in log space! alld = pf.h.all_data() tracerp25 = alld.cut_region(["grid['specific_scalar[0]'] > 0.5", "grid['z'] < 0.192","grid['z'] > -0.192","grid['cyl_RCode'] < 1.2"]) plot = PhasePlot(tracerp25,"Density","z-velocity",["CellMassMsun"],weight_field=None,fontsize=30) plot.set_log("Density",True) plot.set_log("z-velocity",False) plot.set_zlim("CellMassMsun",1e3,1e9) plot.save() Any more advice? Thanks! Stephanie On Sun, Jan 26, 2014 at 10:44 AM, John ZuHone <jzuhone@gmail.com> wrote:
Hi Stephanie,
What is your version of yt? PhasePlot is 2.6 and later.
Best,
John
On Jan 26, 2014, at 10:42 AM, Stephanie Tonnesen <stonnes@gmail.com> wrote:
Hi all,
Just as a quick update, I tried to change to using
plot = PhasePlot(tracerp25,"Density","z-velocity",["CellMassSolar"],weight=None) plot.save()
and got an error: name 'PhasePlot' is not defined.
Thanks,
Stephanie
On Fri, Jan 24, 2014 at 3:47 PM, Stephanie Tonnesen <stonnes@gmail.com>wrote:
Hi all,
I am trying to make my phase plots smaller so they can fit more nicely into a paper. Alternatively, I would be fine with upping the font size so when I shrink them you can read the axes. I found advise on how to do this for slices, but not for phase_objects.
pc = PlotCollection(pf)
tracerp25 = alld.cut_region(["grid['specific_scalar[0]'] > 0.5", "grid['z'] < 0.192","grid['z'] > -0.192","grid['cyl_RCode'] < 1.2"])
pc.add_phase_object(tracerp25,["Density","z-velocity","CellMassSolar"],weight=None,x_bins=50,y_bins=50,y_bounds = [-4e7,8e7],x_bounds=[5e-28,5e-23],x_log=True,y_log=False)
Any help is much appreciated!
Thanks,
Stephanie
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