This notebook demonstrates 3.0 data model plotting programs.
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#import pmagpy.ipmag as ipmag
from pmagpy import pmagplotlib
reload(pmagplotlib)
from pmagpy import pmag
from IPython.display import Image
import matplotlib as plt
import sys
%matplotlib inline
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!aniso_magic3.py -WD ../3_0/McMurdo/ -B -x -par -crd g -f specimens.txt \
-fsa samples.txt -fsi sites.txt -sav -fmt png
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Image("McMurdo_s_aniso-data.png")
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Image("McMurdo_s_aniso-conf.png")
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!dayplot_magic3.py -WD ../3_0/McMurdo -f specimens.txt -sav -fmt png
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Image("_day.png")
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!dmag_magic3.py -WD ../3_0/McMurdo -fsp specimens.txt -obj spc -sav -fmt "png" -LT T |tail
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Image(filename="mc01a_LT-T-Z.png")
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Image("mc141c1_LT-T-Z.png")
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!dmag_magic3.py -WD ../3_0/McMurdo -fsp specimens.txt \
-fsa samples.txt -obj sit -sav -fmt "png" -LT T
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Image(filename="mc01_LT-T-Z.png")
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!eqarea_magic3.py -WD ../3_0/McMurdo -f sites.txt -sav -fmt "png"
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Image(filename="McMurdo_mc01_g_eqarea.png")
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!quick_hyst3.py -WD ../3_0/McMurdo -spc mc04c-1 -fmt png
#Image("LO___SI___SA___SP__mc04c-1_TY__hyst_.png")
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Image("McMurdo_mc04c_mc04c_mc04c-1_hyst.png")
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!vgpmap_magic3.py -WD ../3_0/McMurdo -f sites.txt -crd g -prj ortho -eye 60 0 -sym ko 10 -fmt png -S -sav
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Image("McMurdo_VGP_map.png")
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# should be a test here....
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!rm sites.txt samples.txt specimens.txt measurements.txt ages.txt contribution.txt images.txt criteria.txt locations.txt
!rm *.png
!rm *.jpg
!rm ../3_0/McMurdo/_*.txt
!rm ../3_0/McMurdo/fancy_sites.txt
!rm ../3_0/Osler/_*.txt
!rm ../3_0/_*.txt
!rm stored.json
!rm _*.txt