Hamlib has deafult values for these options that are nearly always
correct so we can offer a default option in WSJT-X which in turn is
the defaulty option.
Thanks to Mike, W9MDB, for the builk of this contribution.
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Thanks to W9MDB for this patch, which also removes the option *Double-click on
call sets Tx Enable*. Please test and report any perceived issues!
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When "Auto Grid" is checked in "Settings->General" UDP messages of
type "Location" will update a temporary DE grid square. The intent is
to allow an external application joining the WSJT-X UDP message
protocol to dynamically update the DE grid during mobile operation.
This change also tidies up some outstanding issues around logging the
operator call.
This change adds a new UDP message "Logged ADIF" that is emitted in
parallel with "QSO Logged" messages. The new message is valid ADIF
file format and contains the logged QSO fields. The intent is that
basic UDP server applications might already have ADIF log record
capture capabilities and could use this message to feed existing ADIF
parsing routines to log QSOs. All that should be needed is to identify
this message type and the single field is ADIF compatible ASCII.
Thanks to Brian, N9ADG, for the patches that lead to these
enhancements.
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Operator callsign is sent to DIF log if not empty.
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Measure check box added to FreqCal mode, check to record to fmt.all
with current calibration correction disabled, uncheck to see the
impact of the current calibration parameters.
The fmt.all file is now optionally renamed to fmt.bak when a
calibration solution is accepted. This allows users to preserve an
fmt.all file that they might have edited for best fit.
A calibration procedure might proceed thus:-
1) select FreqCal mode,
2) step through suggested calibration test frequencies deleting those
that have no usable signal,
3) enable "Menu->Tools->Execute frequency calibration cycle" and check
that suitable signals are present,
4) select a suitable FTol and T/R period,
5) check "Measure" and let the cycle complete a few times to gather
data,
6) uncheck "Measure" to complete the data capture, optionally tidy the
fmt.all file with your favourite editor,
7) push "Menu->Tools->Solve for calibration parameters" and accept if
you like what you see,
8) sit back and admire your accurately frequency calibrated station.
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Make calibration solution application iterative so that calibrations
can be applied sequentially if desired.
Tidy up calibration solution messages boxes and make i18n friendly.
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1. Checkbox "Double-click on call sets Tx and Rx freqs" has been removed
from the Settings -> General tab.
2. Checkbox "Lock Tx Freq" on main window is relabled "Hold Tx Freq".
3. Behavior now defaults to the "simplex" behavior in use up to code
revision r8123. In particular, double-clicking on decoded mesages
that do not contain your own call moves both Rx and Tx frequencies.
If the first callsign is your own call, only Rx freq moves.
4. If "Hold Tx Freq" is checked, double-clicking on decoded messages
moves the Rx frequency; Tx frequency is moved only if CTRL was held
down.
5. Clicking on the waterfall moves Rx and Tx frequencies as before:
Rx only on a simple click, Tx only on SHIFT-click, and both on
CTRL-click. This happens even if "Hold Tx Freq" is checked (which
is why this box is no longer labeled "Lock Tx Freq").
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The main window font has to be set after main window construction
otherwise the menu bar font does not get set.
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Note that reverting to v1.7 will invalidate any saved working
frequencies from v1.8 but proceeding to v1.8 again will present a
reset set of working frequencies i.e. any user defined entries in v1.8
will be lost of a v1.8 -> v1.7 -> v1.8 transition is made.
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Use proper QDataStream insertor and extractor for IARURegions::Region
enum. Unfortunately this requires that all will have to reset their
region one more time even if it was working and correct.
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For some unknown reason on some machines the string version of the
name does not match the model IARURegions names.
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Working frequencies can be for all regions or for individual IARU
regions. This allows each mode band tuple to have one or more working
frequencies which can include local ones only offered when the user
configures their IARU region.
Change working frequency default suggestions to better fit in
FT8. General rule is FT8 is at JT65 -2kHz except where that is not
possible e.g. where that would fall into a segment not allocated for
narrow band data modes. For tight bands like top band sqeeze existing
JT65 and JT allocations to allow space for FT8.
NOTE: this change changes the WSPR frequency on 80m to allow access to
JA stations that currently have no allocation where it was placed.
ALSO NOTE: the JT65 and JT9 frequencies for 80m move down 6 kHz, again
to accommodate region 3 users. Other appliactions not within our
control should be asked to move in step when 1.8.0 is released.
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Using the CMake module GNUInstallDirs to set up standard locations
which allows better customisation for packagers building for various
distributions.
The change does change some internal package file paths and will leave
some files in old locations in Windows installations. Running
uninstall is probably wise on Windows before installing this new
package layout if future clean uninstalls are desired.
Linux and other *nix package maintainers can use the CMake variables
CMAKE_INSTALL_xxx to vary the install paths of various components. See
the CMake GNUInstallDirs module documentation for more details. An
example might be for Slackware where package documents are expected to
be installed into
<install-prefix>/doc/<package-name>-<package-version>/ whereas the GNU
default is to install them into
<install-prefix>/share/doc/<package-name>/. To achieve this set the
CMake variable CMAKE_INSTALL_DOCDIR as follows when configuring:
cmake -D CMAKE_INSTALL_DOCDIR:PATH=doc/wsjtx-1.7.1 -D CMAKE_INSTALL_PREFIX= ...
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This builds on the static phase compensation in the MSK144 decoder and
the phase analysis and polynomial fitting capabilities also in teh
MSK144 decoder, by allowing captured data to be selected for phase
equalization from the WSJT-X UI.
Reads captured phase compensation curve estimate files containing
fitted polynomial coefficients and measured phase data from MSK144
receptions. Intent is to select a compensation curve that is from a
known transmitter like an SDR which have good phase linearity. Phase
plots and compensation polynomials may be viewed and compared with the
current compensation polynomial. A suitable polynomial can be applied
to be use in all further decoding of MSK144 signals.
Plots of the currently selected polynomial and its modified higher
order terms polynomial which is actually used in equalization (this
plot may be dropped - it is just for kicks at the moment). When a
captured phase analysis file is loaded plots of the measured phase and
the proposed best fit polynomial are shown.
Basic maintenance is also included allowing clearing and loading
captured plots and an option to revert to a flat no equalization
curve.
More to come on this as amplitude equalization is also possible, this
will probably be similar, maybe even plotted on the same graph with
dual axes for phase and amplitude. Amplitude correction from a
measured reference spectrum could be viewed and selected for
equalization for all modes. TBC...
This change also introduces the QCustomPlot 3rd party
widget. Currently this is statically linked from a qcp library built
by the WSJT-X CMake script. This will probably be migrated to a shared
object (DLL) build as a CMake external project, once some CMake script
re-factoring has been completed, which is more in line with the
QCustomPlot author's intentions. This will allow efficient reuse in
other tools shipped with WSJT-X.
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