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- cleanup and adaption of SingDrawOscilloscope
Portaudio/SDL audio output:
- stuttering in portaudio output has been fixed (SDL_MixBuffers cannot be used
without initializing the SDL audio stuff first, so it is not usable with portaudio.
Now SDL is used for audio-output instead of portaudio (although the file-name is
UAudioPlayback_Portaudio.pas at the moment).
- cleaner file closing
- volume adjustment
UMusic:
- cleanup of the audio-interfaces
- introduced TNoteType = (ntFreestyle, ntNormal, ntGolden)
- some bug-fixes
- introduced TSoundLibrary. This is library for all in-game sounds used
by USDX. Instead of calling AudioPlayer.PlaySwoosh you should call
AudioPlayer.PlaySound(SoundLib.Swoosh) now. You might call SoundLib.Swoosh.Play
too, but this is not recommended at the moment because SoundLib.Swoosh could be nil
if the file was not found.
The SoundLibrary approach is much cleaner than the previous one. The AudioPlayer does
not have to specify a Play... and Stop... method for every available sound anymore.
In addition it is not an AudioPlayers responsibility to init the in-game sounds.
URecord:
- polish to english translation of some variables
- CaptureSoundLeft/Right is CaptureChannel[0/1] now
- TSoundCardInput -> TAudioInputDeviceSource
- TGenericSoundCard.Input -> TGenericSoundCard.Source
- autocorrelation algorithm more readable now
- Clean-up of the audio-input interface
- moved cloned code of the input-classes to one base class (TAudioInputBase)
- Cleaner finalization
- Start-/StopCapture will not crash anymore in the recording-options menu
- Fixed several bugs in the autocorrelation stuff (e.g. wrong usage of $10000)
- SzczytJest (now ToneValid) was not used correctly. ToneValid is set to true if
a valid tone was found (= the sound was louder than the threshold -> no background noise).
If i remember correctly the sound was accepted although the tone was invalid. So the old
data was used although noone was singing. This resulted in some sort of ghost-singer effect.
UIni:
- moved TIni.Card to TScreenOptionsRecord.Card because it is not stored in the ini-file and will not be in the future.
- TIni.CardList ist now TIni.InputDeviceConfig. The name cardlist was misleading because it just specifies input- but no output-devices. In addition a soundcard can have multiple input-devices (at least in linux).
- bugfix on InputDeviceConfig (formerly CardList) usage. USDX expected that the indices of the corresponding elements in TIni.InputDeviceConfig[] and TAudioInputProcessor.Device[] were the same. This is wrong. If device 2 was defined at first place in the ini and device 1 at the second, the indices of the two arrays didn't match (they were swapped) erroneously. To fix this and to support the item listed below the index to TIni.InputDeviceConfig[] is now stored in TAudioInputDevice.CfgIndex.
NOTE: InputDeviceConfig[] contains configurations of non-available (unplugged) devices. Iterate over TAudioInputProcessor.Device[] for available devices.
- configurations of external devices that are not plugged in will not be deleted anymore.
- multiple definitions of one device in the ini-file will not crash USDX anymore
- CardList[I].ChannelL/R now are InputDeviceConfig[I].ChannelToPlayerMap[0/1]. I think the new name is more intuitive because it maps a channel to a player number. Now the both vars are joint to one array. Now it is possible to use loops to process them and we might support more than two input channels on one device in the future (if such devices exist)
git-svn-id: svn://svn.code.sf.net/p/ultrastardx/svn/trunk@827 b956fd51-792f-4845-bead-9b4dfca2ff2c
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