Also featuring a very efficient buffer-based system for transporting sample-exact control data
Also interpolation for automations
The native Amplifier is a reference implementation for taking advantage of sample-exact data and is currently
the only one that does so, it can be used to test things out, and as documentation/example for implementing the
same elsewhere
Now that we solved the problem with wrong default values in newly
introduced models when loading older projects we can safely implement
the new PeakController features.
This reverts commit 9cb52ccf0d.
The change breaks existing projects that use PeakController (i.e. they
sound completely different which is not acceptable) as there's no sane
default value for the new amount multiply model (why do we need it at all
BTW instead of just advancing the range of the existing amount model?) and
the changed math results in calculation of completely different RMS values.
This reverts commit 5e8dbb6157.
The decay knob didn't actually do anything before. Now it's useful
together with newly introduced attack knob. One can do much better
sidechaining now without disturbing artifacts due to too responsive
volume changes.
(cherry picked from commit 9615ceabd5)
Most files and most of the core classes and their methods have been
renamed to match new coding style conventions:
391 files changed, 25400 insertions(+), 25598 deletions(-)
Furthermore splitted some files where model and view classes were
declared or implemented together in the same file.
Should be tested thoroughly as I might have missed renaming some virtual
methods or SIGNAL/SLOT parameters.
(cherry picked from commit 8c9a9dd14c)
* cleaned up code and improved coding style
* removed old SINGLE_SOURCE_COMPILE macro relicts
* use QString::toUtf8() instead of QString::toAscii() wherever possible
(cherry picked from commit 0bb54199b0)
