22
Fig.7.7. Language dialog box.
7.3
. Tools
– tools and options used for a profile handling and processing purposes. Take a
look on the Section 11. Profile handling for more details (p. 44).
Color palette
– the choice and adjustment of a profile rendering colors Take a look
on the Section 11. Profile handling for more details (see p. 55).
Gain function –
Gain function adjustment. Take a look on the Section 11. Profile
handling for more details (see p. 45):
o
Gain function
– gain function window activation. Take a look on the Section
11. Profile handling for more details (see p. 45):
o
Enable Gain
– enable/disable gain of the current profile.
o
Double Gain
– gain points values doubling (multiplication by 2).
o
Build in the Gain Function
– replace the source (raw) trace data by the gained
one in the current profile.
o
Build in the Gain Function for All opened profiles
– replace the source (raw)
trace data by the gained one in all opened profiles.
o
Show trace in the gain function window
– Show/hide trace oscillogram in the
gain function window.
Frequency filter –
digital frequency filtering of signals. If a
Customized High
Pass Filter
was used during sounding, then the lower right column of the profile is
active.
o
Frequency filter –
filter parameters adjustment.
o
Enable filtering
– enable/disable frequency filtering.
o
Built in the Frequency filter
– replaces the initial profile data with the filtered
ones in the active profile. Beware, this feature makes changes to the initial data.
o
Built in the Frequency filter forr all opened profiles
) – replaces the initial
profile data with the filtered ones in the all opened profiles. Beware, this feature
makes changes to the initial data.
Mouse actions
– profile tools:
o
Point info
– output of the following parameters for the clicked point: Trace
number, Position, Sample, Time delay, Depth, Amplitude, as well as latitude,
longitude and altitude (see p. 47). If there is a marker, its number is displayed in
the bottom row.
Hide point’s info on mouse button release
– hides point information
immediately when the mouse button is released.
o
Hyperbola
– measuring local object depth and dielectric permittivity of
surrounding medium by the hyperbola technique, with output of values for the
following measured parameters: Position, Depth, Time delay, Permittivity,
