Please disregard, i finally solved my problem using IndexLocator:

# datetime variable x is in 15 min intervals, 6 1/2 hours in trading day
# results in 26 data points per day, so:
days = IndexLocator(26, 1)
hours = IndexLocator(4, 1)
ax = subplot(111)
plot(datesindex, y)

ax.xaxis.set_major_locator(days)
ax.xaxis.set_major_formatter(IndexDateFormatter(x, '%Y-%m-%d %H:%M:%S'))
ax.xaxis.set_minor_locator(hours)
ax.xaxis.set_minor_formatter(IndexDateFormatter(x, 'Y-%m-%d %H:%M:%S'))

Thanks to all who have help me with previous issues. :)

On Wed, 2006-09-27 at 09:58 -0400, Richard Albright wrote:
> I am getting closer to the results I want by modifying my days and hours
> locators to read:
> 
> days = WeekdayLocator(byweekday=(MO, TU, WE, TH, FR))
> hours = HourLocator(byhour=range(9,17,1))
> 
> but the xaxis still fills in times for the rest of each day interval,
> but now only shows xtick labels for the period during the day i am
> concerned with.  Is there a way to limit the hours plotted on the xaxis
> for each day interval?
> 
> 
> On Tue, 2006-09-26 at 16:47 -0400, Richard Albright wrote:
> > I am trying to figure out how i can use IndexLocator with DateFormatter.
> > Currently i am only using DayLocator and HourLocator in my code, but it
> > is showing ticks for all hours in the plot, when I only care about
> > plotting the hours for when data is available.
> > 
> > I already applied date2num to my dates in the x list below.
> > 
> > 
> > 
> > from matplotlib.dates import IndexDateFormatter, DateFormatter, date2num
> > 
> > import matplotlib
> > 
> > from matplotlib import rc
> > 
> > import datetime
> > from pylab import *
> > 
> > 
> > x = [732559.39583333337, 732559.40625, 732559.41666666663,
> > 732559.42708333337,
> >     732559.4375, 732559.44791666663, 732559.45833333337, 732559.46875, 
> >     732559.47916666663 , 732559.48958333337, 732559.5,
> > 732559.51041666663, 
> >     732559.52083333337, 732559.53125, 732559.54166666663,
> > 732559.55208333337,
> >     732559.5625, 732559.57291666663, 732559.58333333337, 732559.59375, 
> >     732559.60416666663, 732559.61458333337, 732559.625,
> > 732559.63541666663, 
> >     732559.64583333337, 732559.65625, 732559.66666666663,
> > 732560.39583333337, 
> >     732560.40625, 732560.41666666663, 732560.42708333337, 732560.4375, 
> >     732560.44791666663, 732560.45833333337, 732560.46875,
> > 732560.47916666663, 
> >     732560.48958333337, 732560.5, 732560.51041666663,
> > 732560.52083333337, 
> >     732560.53125, 732560.54166666663, 732560.55208333337, 732560.5625, 
> >     732560.57291666663, 732560.58333333337, 732560.59375,
> > 732560.60416666663, 
> >     732560.61458333337, 732560.625, 732560.63541666663,
> > 732560.64583333337, 
> >     732560.65625, 732560.66666666663]
> > y = [13.07, 13.050000000000001, 13.029999999999999, 13.039999999999999, 
> >     13.029999999999999, 13.0, 13.0, 13.0, 13.0, 13.029999999999999,
> > 13.02, 
> >     13.01, 12.99, 12.98, 12.98, 12.960000000000001, 12.94, 12.92, 
> >     12.960000000000001, 12.98, 13.19, 13.140000000000001,
> > 13.130000000000001, 
> >     13.109999999999999, 13.08, 13.109999999999999, 13.039999999999999,
> > 13.15, 
> >     13.130000000000001, 13.15, 13.279999999999999, 13.210000000000001, 
> >     13.199999999999999, 13.199999999999999, 13.19, 13.199999999999999, 
> >     13.140000000000001, 13.119999999999999, 13.1, 13.09,
> > 13.130000000000001, 
> >     13.119999999999999, 13.130000000000001, 13.130000000000001, 
> >     13.140000000000001, 13.15, 13.16, 13.119999999999999,
> > 13.119999999999999, 
> >     13.1, 13.050000000000001, 13.029999999999999, 13.02, 13.0]
> > 
> > datesindex = range(len(x))
> > 
> > days = DayLocator()
> > hours = HourLocator()
> > ax = subplot(111)
> > plot(x, y)
> > 
> > ax.xaxis.set_major_locator(days)
> > ax.xaxis.set_major_formatter(DateFormatter('%Y-%m-%d %H:%M:%S'))
> > ax.xaxis.set_minor_locator(hours)
> > ax.xaxis.set_minor_formatter(DateFormatter('%H:%M:%S'))
> > setp(ax.get_xticklabels(), 'rotation', 90, 'horizontalalignment',
> > 'center', fontsize=8)
> > minorlabels = [tick.label1 for tick in ax.xaxis.get_minor_ticks()]
> > setp(minorlabels, 'rotation', 90, 'horizontalalignment', 'center',
> > fontsize=8)
> > 
> > grid(True)
> > show()
> > 
> > Any suggestions would be greatly appreciated.
> > 
> -- 
> Rick Albright
> Senior Quantitvative Analyst
> Indie Research, LLC
> 254 Witherspoon Street
> Princeton, NJ 08542
> (609)497-1030
> [EMAIL PROTECTED]
> 
> 
> 
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-- 
Rick Albright
Senior Quantitvative Analyst
Indie Research, LLC
254 Witherspoon Street
Princeton, NJ 08542
(609)497-1030
[EMAIL PROTECTED]



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