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When lifting the compressor curve by the makeup gain value the actual
treshold (the level when the curve kinks in) is also lifted. Therefore we need
to adjust the dashed line indicating the threshold as well as the level when
the color gradient to show compression kicks in.
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If _engine.transport_frame() is not up to date, we emit Located in
Session::backend_sync_callback() because that's when audible_frame() is up to
date. We don't want to emit it twice, because then, the playhead jumps back and
forth.
* mouse click in the ruler -> jump to requested location
* mouse release -> jump to old location (because audible_frame has to catch up)
* backend_sync_callback() called -> jump to new location
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If we sync to jackd AudioEngine::transport_frame() is not yet updated when
Session emits Located. Then the playhead ends up in an obsolete
position. Therefore we emit Session::Located() also from within
Session::backend_sync_callback() as that is called when AudioEngine is done
with the relocation.
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state set correctly
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The crashed previously because:
A VCA is-a Automatable is-a Evoral::ControlSet
After VCA's d'tor completes ~Automatable runs and emits signal to
DropReferences of all master-controls.
This in turn calls SlavableAutomationControl::master_going_away()
for slaved parameters for the given master-control
In ::master_going_away() the weak-pointer reference to the master's
AutomationControl (owned by the destroyed VCA) is still valid.
Execution is in the d'tor of Automatable which is-a ControlSet and
the ContolSet keeps a reference to the Control and hence also to the
AutomationControl which is-a Evoral::Control.
So master_going_away() locks a boost::shared_ptr<ARDOUR::AutomationControl>
which is actually the MuteControl owned by the VCA.
It calls SlavableAutomationControl::remove_master() which
in turn calls MuteControl::pre_remove_master() which uses the
MuteMaster API to retrieve the value. The MuteMaster however is the
VCA that has just been destroyed.
The solution is twofold:
1) emit "drop_references" from the VCA d'tor itself,
before the VCA is destroyed.
2) disconnect a slaved control from the master's drop_references signal
when un-assigning a master-control.
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Keep Pannable::value_as_string() for now. That is another inconsistency
which needs cleaning up. GUI StereoPanner and MonoPanner print
the value as they see fit, the panner-plugin provided formatting
is not used.
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Probably due to historical reasons, there are two APIs to format a
control's value. In all both variants end up calling either
ARDOUR::value_as_string() or the Controllable's formatting function
(except for panners).
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One of the previous changes was not a typo, revert it.
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TempoMap::get_grid() supplies a list of beat positions, leaving the lines
to work out any subdivision positions.
This is fine, unless a tempo section falls in between beats.
Use a BeatsFramesConverter along with a quarter note position
(in the BBTPointsList) to make this easier.
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This fixes selection undo after copy-dragging notes, but there
are probably other cases where duplicate note ids may cause problems.
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Should fix 7390.
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Previously there were large spurious spikes in the signal when
the bandwidth parameter was adjusted on a pure sine tone
for the peaking circuits. This has been *greatly* reduced if not
eliminated by fixing a typo in two of the equations.
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If the parameters change too slowly the filter may never get updated. Indeed,
in spite of v_f0, v_g or v_bw being updated, set_params may never be called,
thus v_filter never updated.
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Note that the ControlList's lock and cache are already mutable.
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Useful as temporary buffer: This allows a controllable to
get a master's automation-curve and combine it with its own
(gain, trim, send) automation buffer.
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Basic infrastructure to allow VCA automation and Trim automation:
look up events during automation playback.
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downstream buses
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Avoid using PBD::string_compose for serialization as correct behaviour depends
on the setting of the global C++ locale.
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It may have been OK to add this code temporarily at this low level, but as it
was introduced in 2008, this change is made with the assumption that any
Sessions that were affected have been re-saved since then with corrected
property names and that "normalization" is no longer necessary.
Timing results before changes:
XMLTest::testPerfMediumXMLDocumentTiming
Create : Count: 10 Min: 30375 Max: 48253 Total: 431727 Avg: 43172 (43 msecs)
Write : Count: 10 Min: 42553 Max: 49163 Total: 453353 Avg: 45335 (45 msecs)
Read : Count: 10 Min: 70307 Max: 75987 Total: 734923 Avg: 73492 (73 msecs)
XMLTest::testPerfLargeXMLDocumentTiming
Create : Count: 10 Min: 154486 Max: 307856 Total: 2678989 Avg: 267898 (267 msecs)
Write : Count: 10 Min: 304273 Max: 343274 Total: 3169158 Avg: 316915 (316 msecs)
Read : Count: 10 Min: 496920 Max: 541394 Total: 5260410 Avg: 526041 (526 msecs)
Timing results after changes:
XMLTest::testPerfMediumXMLDocumentTiming
Create : Count: 10 Min: 21437 Max: 39749 Total: 348622 Avg: 34862 (34 msecs)
Write : Count: 10 Min: 42320 Max: 49989 Total: 446135 Avg: 44613 (44 msecs)
Read : Count: 10 Min: 63252 Max: 68389 Total: 660841 Avg: 66084 (66 msecs)
XMLTest::testPerfLargeXMLDocumentTiming
Create : Count: 10 Min: 113458 Max: 263225 Total: 2215595 Avg: 221559 (221 msecs)
Write : Count: 10 Min: 305439 Max: 339986 Total: 3150697 Avg: 315069 (315 msecs)
Read : Count: 10 Min: 447560 Max: 488121 Total: 4698903 Avg: 469890 (469 msecs)
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Fixes restoring the feedback interval property, but as the mutator/setter
method doesn't seem to be used this change should have no affect.
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These were changed in the XMLProperty ctor and they now match the names used in
MidiTrack::set_state()
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(don't leave buf uninitialized)
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