Create a figure of logging data from ODP Leg 161 - Hole 976B
(re)display instructions
open a dictionary of the file names/passes
Title of figure:
Caliper (FMS, HLDT, LDT)
caliper
file name / pass
min.
median
max.
max. for figure
track #
cali-hldtu.dat [75 - 345 mbsf]
cali-fms1.dat [697 - 913 mbsf]
cali-fms2.dat [697 - 912 mbsf]
cali-hldtl.dat [698 - 902 mbsf]
cali-hldtmid.dat [541 - 621 mbsf]
5.6 in.
11.7 in.
18.6 in.
Bit:
APC/XCB
RCB
in.
off
1
2
3
4
5
6
7
8
9
10
11
12
13
Natural Gamma Ray (NGT)
total gamma ray
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
ngt-ditu.dat [55 - 355 mbsf]
ngt-ditl.dat [677 - 913 mbsf]
ngt-fms1.dat [696 - 913 mbsf]
ngt-fms2.dat [697 - 912 mbsf]
ngt.dat [695 - 887 mbsf]
ngt-gstm.dat [736 - 906 mbsf]
ngt-ditmid.dat [514 - 639 mbsf]
ngt-gstr.dat [687 - 806 mbsf]
12.4 gAPI
113.0 gAPI
273.7 gAPI
gAPI
gAPI
off
1
2
3
4
5
6
7
8
9
10
11
12
13
add NGR multi sensor track data from Site 976 cores:
match range of NGR data (in c/s) with log data (in gAPI):
potassium
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
ngt-ditu.dat [55 - 355 mbsf]
ngt-ditl.dat [677 - 913 mbsf]
ngt-fms1.dat [696 - 913 mbsf]
ngt-fms2.dat [697 - 912 mbsf]
ngt.dat [695 - 887 mbsf]
ngt-gstm.dat [736 - 906 mbsf]
ngt-ditmid.dat [514 - 639 mbsf]
ngt-gstr.dat [687 - 806 mbsf]
0 %
2.1 %
4 %
%
%
off
1
2
3
4
5
6
7
8
9
10
11
12
13
uranium
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
ngt-ditu.dat [55 - 355 mbsf]
ngt-ditl.dat [677 - 913 mbsf]
ngt-fms1.dat [696 - 913 mbsf]
ngt-fms2.dat [697 - 912 mbsf]
ngt.dat [695 - 887 mbsf]
ngt-gstm.dat [736 - 906 mbsf]
ngt-ditmid.dat [514 - 639 mbsf]
ngt-gstr.dat [687 - 806 mbsf]
0 ppm
3.7 ppm
22 ppm
ppm
ppm
off
1
2
3
4
5
6
7
8
9
10
11
12
13
thorium
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
ngt-ditu.dat [55 - 355 mbsf]
ngt-ditl.dat [677 - 913 mbsf]
ngt-fms1.dat [696 - 913 mbsf]
ngt-fms2.dat [697 - 912 mbsf]
ngt.dat [695 - 887 mbsf]
ngt-gstm.dat [736 - 906 mbsf]
ngt-ditmid.dat [514 - 639 mbsf]
ngt-gstr.dat [687 - 806 mbsf]
1 ppm
10.6 ppm
19 ppm
ppm
ppm
off
1
2
3
4
5
6
7
8
9
10
11
12
13
Density (HLDT)
density
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
hldtu.dat [75 - 345 mbsf]
hldtu-hr.dat [75 - 344 mbsf]
hldtl.dat [698 - 902 mbsf]
hldtl-hr.dat [698 - 902 mbsf]
hldtmid.dat [541 - 621 mbsf]
hldtmid.dat [541 - 621 mbsf]
1.2 g/cm
3
1.7 g/cm
3
2.5 g/cm
3
g/cm
3
g/cm
3
off
1
2
3
4
5
6
7
8
9
10
11
12
13
add moisture and density (MAD) data from Site 976 cores:
Neutron Log (CNTG)
porosity
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
cntgu.dat [55 - 336 mbsf]
cntgl.dat [677 - 902 mbsf]
cntgmid.dat [514 - 621 mbsf]
cntgmid.dat [515 - 621 mbsf]
5 %
55 %
94 %
%
%
off
1
2
3
4
5
6
7
8
9
10
11
12
13
add moisture and density (MAD) data from Site 976 cores:
Resistivity (DIT)
resistivity
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
ditu.dat [72 - 352 mbsf]
ditl.dat [695 - 909 mbsf]
elerr.dat [695 - 887 mbsf]
ditmid.dat [532 - 633 mbsf]
0.38 Ω.m
6.3 Ω.m
91 Ω.m
Ω.m
Ω.m
off
1
2
3
4
5
6
7
8
9
10
11
12
13
resistivity data are plotted using a logarithmic scale
Sonic (SDT)
V
p
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
sdtu-ss.dat (DT) [73 - 331 mbsf]
sdtu-ss.dat (DTL) [73 - 331 mbsf]
sdtu-ls.dat (DTLN) [73 - 331 mbsf]
sdtu-ls.dat (DTLF) [73 - 331 mbsf]
sdtu-ls-proc.dat (VP1) [73 - 331 mbsf]
sdtu-ls-proc.dat (VP2) [73 - 331 mbsf]
sdtu-lin.dat [73 - 331 mbsf]
sdtl-ss.dat (DT) [693 - 888 mbsf]
sdtl-ss.dat (DTL) [693 - 888 mbsf]
sdtl-ls.dat (DTLN) [693 - 888 mbsf]
sdtl-ls.dat (DTLF) [693 - 888 mbsf]
sdtl-lin.dat [693 - 888 mbsf]
sdtmid-ss.dat (DT) [530 - 611 mbsf]
sdtmid-ss.dat (DTL) [530 - 611 mbsf]
sdtmid-ls.dat (DTLN) [530 - 611 mbsf]
sdtmid-ls.dat (DTLF) [530 - 611 mbsf]
sdtmid-ls-proc.dat (VP1) [530 - 611 mbsf]
sdtmid-ls-proc.dat (VP2) [530 - 611 mbsf]
sdtmid-lin.dat [530 - 611 mbsf]
594 m/s
1623 m/s
7186 m/s
m/s
m/s
off
1
2
3
4
5
6
7
8
9
10
11
12
13
V
s
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
sdtu-lin.dat [73 - 331 mbsf]
sdtl-lin.dat [693 - 888 mbsf]
sdtmid-lin.dat [530 - 611 mbsf]
1283 m/s
1701 m/s
3443 m/s
m/s
m/s
off
1
2
3
4
5
6
7
8
9
10
11
12
13
Temperature (TLT)
temperature
file name / pass
min.
median
max.
min. for figure
max. for figure
track #
tlt-gst-proc.dat [0 - 931 mbsf]
tlt-dit-proc.dat [0 - 917 mbsf]
12 °C
26 °C
49 °C
°C
°C
off
1
2
3
4
5
6
7
8
9
10
11
12
13
N.B. this is the borehole temperature, not representative of the formation temperature except for reentries a long time after coring/circulating
FMS images
FMS images
pass [depth range]
static
dynamic
pass 1 [699 - 910 mbsf]
pass 2 [699 - 910 mbsf]
1
2
3
4
5
6
7
8
9
10
11
12
13
off
1
2
3
4
5
6
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13
off
Plot specifications
Depth limits
Dimensions of figure
top depth (mbsf)
bottom depth (mbsf)
height (in.)
width (in.)
set track width instead of plot width
Annotations
ticks spacing (m)
labels spacing (m)
labels font size
tick length, as fraction of track
6
7
8
9
10
11
12
13
14
1/10
1/20
1/40
-1/40
-1/20
-1/10
Additional options
smoothing window:
off
1 m
2 m
3 m
5 m
10 m
20 m
add core recovery data:
one header per track:
Name of pdf file (no spaces):
.pdf
create/update figure
wait for the figure to open in the right frame -
it can take some time, don't click again before completion
access the data from hole 976B in a separate window
open a list of the acronyms in a separate window
report any bugs/suggestions/questions to
gilles guerin
figure generated using
GMT
(the Generic Mapping Tools) and
ImageMagick