Significantly reduce the memory footprint of adding tracks to the
playlist, by coalescing the NSString and NSData objects in the info
dictionaries as they are being loaded in the background, into a common
data set which will then be discarded when the whole job is completed.
Signed-off-by: Christopher Snowhill <kode54@gmail.com>
Building libogg, libvorbis, libvorbisfile, libFLAC, libopus, and
libopusfile out of tree, to utilize their projects' CMake build scripts,
and also enable any platform optimizations that may have been missing.
Signed-off-by: Christopher Snowhill <kode54@gmail.com>
Improvement includes greatly reducing the CPU usage by not using an
NSImage based painting system.
Signed-off-by: Christopher Snowhill <kode54@gmail.com>
Borrowing some DFT code from deadbeef, this implements a simple spectrum
visualization into the main toolbar of the app.
Signed-off-by: Christopher Snowhill <kode54@gmail.com>
Added buttons to remove duplicates and remove dead items, in case anyone
finds themselves needing these options often enough to want to put them
in their toolbar instead of using the menu.
Fixes#225
Signed-off-by: Christopher Snowhill <kode54@gmail.com>
Added a keyboard shortcut for the equalizer menu item, added a user
contributed button for an equalizer toolbar button, and replaced the
randomize playlist button with something different from the same user.
I had to redo the randomize button, because template PDFs don't support
white cutout shapes, but instead need to be formatted as hollow spaces
in the paths. Naturally, I couldn't figure out how to do this with
Inkscape the right way, so I rendered the original to a 1024x1024
bitmap, then imported that into a new document and traced it. Meh. I
need a better icon anyway, but this looks okay on the toolbar for now.
Signed-off-by: Christopher Snowhill <kode54@gmail.com>
This new virtualizer uses the Accelerate framework to process samples.
I've bundled a HeSuVi impulse for now, and will add an option to select
an impulse in the future. It will validate the selection before sending
it to the actual filter, which outright fails if it receives invalid
input. Impulses will be supported in any arbitrary format that Cog
supports, but let's not go too hog wild, it requires HeSuVi 14 channel
presets.
- Display playlist total duration in units up to weeks and down to just seconds, and only pluralize units as necessary
- Major change: Implemented a SQLite disk backed playlist, track data, and queue storage system, which will be synchronized from the player in real time, and will hopefully survive system or app crashes. Existing plist playlist will be imported on first run, and removed on shutdown.
* Fix look of position time field to match the rest of the UI.
* Fix typo.
* Improve position time display.
* Add days, hours support to position time display.
* Fix "Current Time" toolbar item geometry/layout.
* Don’t enforce leading double-digits in position time display.
* MainMenu.xib touched by Xcode.
* Implement and use MonospacedDigitTextFieldCell.
This way the digits of numbers in playlist columns consisting of mostly digits will be aligned vertically.
* Disable font scaling code without effect.
* Set "Current Time" toolbar item to use MonospacedDigitTextFieldCell.
* Improve SecondsFormatter.
* Merge in SecondsFormatter improvements from Play.
* Move formatter setup into XIB.
* Add CogTests.
These can later be used for integration tests.
* Add SecondsFormatterTests.
Tests are stubbed out.
* Pouring foundation for SecondsFormatterTests.
* Implement -testPositive.
* Replace unsigned with int in SecondsFormatter.
* Implement negative support, tests.
* Rewrite SecondsFormatter in preparation for better readability..
* Rewrite SecondsFormatter for better readability.
* Add negative zero support.
* Improve SecondsFormatter readability.
* Refactor into -stringForTimeInterval: in SecondsFormatter.
* Cleanup.
* Mark TimeField as space-indented.
* Replace custom time formatting code in TimeField with SecondsFormatter.
* Cleanup.
* Improve SecondsFormatter format strings.
* Add internal type for time calculations.
Co-authored-by: Jan Weiß <jan@geheimwerk.de>
Christopher Snowhill