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Fixed a crash if an x-run or graph-reorder happens after the LTC encoder
has been destroyed (possible at session-close or after disabling
the encoder). This also fixes duplicate callbacks in case the
encoder was re-enabled times in an active session.
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... in .ttl file rather than by extension_data() in code. That's more in the
spirit of LV2.
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This is currently done by an extension data similarly to
LV2_INLINEDISPLAY__interface.
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This fixes a crash with GUI elements which are only deleted during GUI
Idle and hold a Reference to a Controllable,
The session is already destroyed at that point:
ARDOUR::CoreSelection::remove_control_by_id(PBD::ID const&)
ARDOUR::AutomationControl::~AutomationControl()
ARDOUR::SlavableAutomationControl::~SlavableAutomationControl()
ARDOUR::MonitorControl::~MonitorControl()
boost::detail::sp_counted_base::destroy()
boost::detail::sp_counted_impl_p<AudioGrapher::Interleaver<float>::Input>::dispose()
boost::detail::sp_counted_base::release()
boost::detail::shared_count::~shared_count()
boost::shared_ptr<PBD::Controllable>::~shared_ptr()
boost::shared_ptr<PBD::Connection>::~shared_ptr()
ArdourWidgets::BindingProxy::~BindingProxy()
ArdourWidgets::ArdourButton::~ArdourButton()
VCAMasterStrip::~VCAMasterStrip()
int idle_delete<VCAMasterStrip>(VCAMasterStrip*)
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Ardour follow_slave() does nothing (not even seek) if the slave is not
locked.
The LTC-slave assumes it's locked if LTC is stable for 5 continuous
process-calls.
If the difference of Ardour's transport-position to the LTC-timecode
is large (> 2sec), the slave reset itself (assuming drift, seek don't vari-
speed).
A LTC-slave does reset does reset the locked counter.
Hence: If initially Ardour's transport differs > 2 sec and the buffersize
is small (many process-callbacks), the slave kept resetting itself
never informing Ardour that it locked to the external TC, and Ardour
never issued a seek.
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Fixes various issues when changing AutomationState while rolling.
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Setting a tempo to 'Continue' via right click puts it in a permanent state
of continuing the previous section's end tempo (basically what
'Lock Continue' should have been). This can be disabled (unlocked) by
selecting 'Don't Continue'.
Remove the previous temporary 'Continue' function.
Reorganise menu to separate position lock style from more commonly
used functions.
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BBT time should be enough to determine the beat.
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Rule #89: The *owner* of each automation-control is responsible to
evaluate automation of automated automation-controls (and emit Changed()
signals to notify the GUI and slaved controls).
This can happen during run(), when the Processor evaluates automation
(eg. PluginInsert does that), but needs to regardless, every cycle.
Emit Changed signal for GainControl
This follow the same concept as PluginInsert: The Changed signal
is called on demand when evaluating automation.
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Note: MuteControl already implemented this,
This removes the special case of boolean_automation_run().
Likewise this removes special-cases for actually_set_value() during
automation playback.
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The same name (automation_run) is used in different context (mute) for
only processing automation.
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The reading is done in rt-process thread, but multiple UIs (surfaces,
GUI) can produce events to be queued.
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This is in preparation for cloning MIDI-sources during snapshot save.
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Do not use AutomationType to identify parameters, use complete
Evoral::Parameter and Automatable.
For "batch connections", a Slavables needs to implement an API to return
the relevant controls.
This is only a first step towards a more generic Master/Slave framework.
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Add to source files that use LocaleGuard
Results in far less recompiling when pbd/locale_guard.h changes
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Also GainControl can just use the AutomationControl's implementation of
get_user_string()
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This exposes an AutomationType dependent abstract version of
inteface_to_internal(), internal_to_interface().
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This explicit case should never have existed in the first place.
Plugins can always implicitly exceed the range and are expected to
cope with out-of-range values (e.g. meters when fed with a peaking signal
may return an out-of-bounds value)
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This allows complete mathematical description of a given parameter
and parameter values.
Semantic type abstraction is reserved for Ardour::ParameterDescriptor.
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Trim automation is planned via SlavableAC as normal AutomationMode.
Some of this code have a revival (a special "Trim+Preview" state
before merging Automation but that has to be more general than Pan & Gain.
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outside of libardour)
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