Updated bootstrapping method again.  Realized that I was plotting the
residuals wrong - the independent variable (in this case, field
measurements) should be on the x axis.  Once I fixed this, none of the
residuals were trending, and all but three were homoscedastic.  (What to
do about the three that weren't?).  Also, the calculation for DMS
confidence intervals still seems funky.  Should talk with Mark about
this.
Changed the second section in this code to include the current
calculations for error based on the confidence intervals established via
bootstrapping in the current determine_error code.  These error bars may
change, but it should be easier to change them now.
Updated statistics for this project based on the results of the previous
version (eliminating comparisons that aren't useful) and on the new
error values (now correct) calculated in determine_error.  I think I'm
mostly done performing the basic tests - I'm working on plotting some
linear regressions towards the end of the code.  For some reason, I
can't get my linear fits to plot...
Initial commit of make_field_data_figs.m.  This script is intended to
allow me to have a place to make figures from the raw field data I got
from the thermocouples during August, September and October of 2014.
Initial commit of time_between_peaks.m.  This script allows me to change
the threshold "peak" temperature that I usually use to calculate time
between peaks (originally 25 degrees).  I used this script to find the
average time between peaks for each plate and bedrock modeled timeseries
when the threshold was 25, 30, 35, 40 and 45 degrees.
No changes.
Altered this script in the section that looks at time between peaks.
Used the new time between peaks data generated by time_between_peaks.m.
Also used blocked ANOVA (friedman's test in MATLAB) to determine whether
time between peaks was statistically significantly higher between
temperature treatments at different threshold temperatures.