public void AudioSourceSettingUpdate_NewValueIsWrittenBackToSettings()
{
var setting = "setting";
_audioSourceMock.SetupGet(s => s.Settings).Returns(new List <AudioSourceSettingAttribute> {
new AudioSourceSettingAttribute(setting)
});
var settingModel = new AudioSourceSetting {
Name = setting
};
var settings = new AudioSourceSettings
{
Settings = new List <AudioSourceSetting> {
settingModel
}
};
object newSettingValue = 1;
_audioSourceMock.SetupGet(s => s[It.Is <string>(x => x == setting)]).Returns(newSettingValue);
var vm = new AudioSourceSettingsCollectionViewModel(_audioSourceMock.Object, settings, _messageBus.Object);
_audioSourceMock.Raise(s => s.SettingChanged += null, new SettingChangedEventArgs(setting));
vm.EndEdit();
Assert.Equal(newSettingValue, settingModel.Value);
}
private List <AudioSourceSettingKeyValue> CreateKeyValuePairs(IInternalAudioSource source, AudioSourceSettings existingSettings)
{
// Using a list instead of a dictionary is simple and good enough for now. There are no observable dictionaries either.
var keyPairViewModels = new List <AudioSourceSettingKeyValue>();
var settingAttributes = source.Settings;
foreach (var settingAttribute in settingAttributes)
{
var matchingSetting = existingSettings.Settings.FirstOrDefault(s => s.Name == settingAttribute.Name);
if (matchingSetting != null)
{
keyPairViewModels.Add(new AudioSourceSettingKeyValue(source, matchingSetting, settingAttribute));
}
else
{
var name = settingAttribute.Name;
var defaultValue = source[name];
var newSettingModel = new AudioSourceSetting {
Name = name, Value = defaultValue
};
existingSettings.Settings.Add(newSettingModel);
keyPairViewModels.Add(new AudioSourceSettingKeyValue(source, newSettingModel, settingAttribute));
}
}
// apply changes in priority
foreach (var keyPair in keyPairViewModels.OrderByDescending(vm => vm.Priority))
{
keyPair.PropagateSettingToAudioSource();
}
return(keyPairViewModels);
}
private List <AudioSourceSettingVM> CreateSettingViewModels(AudioSourceSettings existingSettings, IAudioSource source)
{
var viewmodels = new List <AudioSourceSettingVM>();
var audioSourceSettingInfos = source.GetSettings();
foreach (var audioSourceSettingInfo in audioSourceSettingInfos.OrderByDescending(s => s.Attribute.Priority))
{
var matchingSetting = existingSettings.Settings.FirstOrDefault(s => s.Name == audioSourceSettingInfo.Attribute.Name);
if (matchingSetting != null)
{
viewmodels.Add(new AudioSourceSettingVM(matchingSetting, audioSourceSettingInfo));
}
else
{
var name = audioSourceSettingInfo.Attribute.Name;
var defaultValue = audioSourceSettingInfo.GetValue();
var newSetting = new AudioSourceSetting {
Name = name, Value = defaultValue
};
Model.Settings.Add(newSetting);
viewmodels.Add(new AudioSourceSettingVM(newSetting, audioSourceSettingInfo, false));
}
}
return(viewmodels);
}
private List <AudioSourceSettingVM> CreateSettingViewModels(AudioSourceSettings existingSettings, IInternalAudioSource source)
{
var viewmodels = new List <AudioSourceSettingVM>();
var settingAttributes = source.Settings;
foreach (var settingAttribute in settingAttributes)
{
var matchingSetting = existingSettings.Settings.FirstOrDefault(s => s.Name == settingAttribute.Name);
if (matchingSetting != null)
{
viewmodels.Add(new AudioSourceSettingVM(source, matchingSetting, settingAttribute));
}
else
{
var name = settingAttribute.Name;
var defaultValue = source[name];
var newSetting = new AudioSourceSetting {
Name = name, Value = defaultValue
};
Model.Settings.Add(newSetting);
viewmodels.Add(new AudioSourceSettingVM(source, newSetting, settingAttribute, false));
}
}
// apply changes in priority
foreach (var viewModel in viewmodels.OrderByDescending(vm => vm.Priority))
{
viewModel.ApplyChanges();
}
return(viewmodels);
}
public void AudioSourceSettingUpdatesAreHandled()
{
var setting = "setting";
_audioSourceMock.SetupGet(s => s.Settings).Returns(new List <AudioSourceSettingAttribute> {
new AudioSourceSettingAttribute(setting)
});
var settingModel = new AudioSourceSetting {
Name = setting
};
var settings = new AudioSourceSettings
{
Settings = new List <AudioSourceSetting> {
settingModel
}
};
var vm = new AudioSourceSettingsVM(settings, _audioSourceMock.Object);
object newSettingValue = 1;
_audioSourceMock.SetupGet(s => s[It.Is <string>(x => x == setting)]).Returns(newSettingValue);
_audioSourceMock.Raise(s => s.SettingChanged += null, new SettingChangedEventArgs(setting));
Assert.AreEqual(settingModel.Value, newSettingValue);
}
/// <summary>
/// 音樂音效播放(依設定)
/// </summary>
/// <param name="objAudioSource"></param>
/// <param name="_set"></param>
/// <returns></returns>
void PlayAudioBySetting(GameObject objAudioSource, AudioSourceSetting _set)
{
AudioSource audioInst = objAudioSource.GetComponent <AudioSource>();
int clipLength = _set._Clip.AudioClip.Length;
//是否隨機選擇音樂
if (_set._Clip.isRandom)
{
//亂數
//System.Random rdm;
//rdm = new System.Random(Guid.NewGuid().GetHashCode());
int rdm = UnityEngine.Random.Range(0, _set._Clip.AudioClip.Length);
audioInst.clip = _set._Clip.AudioClip[rdm];
//音樂結束刪除依長度
audioInst.GetComponent <DestroyObj>().DestroyTime = _set._Clip.AudioClip[rdm].length;
}
else
{
audioInst.clip = _set._Clip.AudioClip[0];
//音樂結束刪除依長度
audioInst.GetComponent <DestroyObj>().DestroyTime = _set._Clip.AudioClip[0].length;
}
audioInst.playOnAwake = _set.PlayOnAwake;
audioInst.mute = _set.Mute;
audioInst.loop = _set.Loop;
audioInst.priority = _set.Priority;
audioInst.volume = _set.Volume * SFX_FixValue;
audioInst.pitch = _set._PitchSet.initPitch;
}
/// <summary>
/// Initializes a new instance of the <see cref="AudioSourceSettingKeyValue"/> class
/// with the model, setting information and if it was saved.
/// </summary>
/// <param name="audioSource">The associated <see cref="IInternalAudioSource"/>.</param>
/// <param name="source">The setting model.</param>
/// <param name="settingAttribute">The <see cref="AudioSourceSettingAttribute"/>.</param>
public AudioSourceSettingKeyValue(IInternalAudioSource audioSource, AudioSourceSetting source, AudioSourceSettingAttribute settingAttribute)
{
_settingAttribute = settingAttribute;
_audioSource = audioSource;
_originalSource = source;
MapSelf(_originalSource, _model);
// Model value was deserialized from string maybe so change to correct type
source.Value = TypeConvertHelper.ConvertToType(source.Value, SettingType);
}
/// <summary>
/// BGM播放(獨播)
/// </summary>
/// <param name="_set"></param>
/// <returns></returns>
IEnumerator BGMPlayer(AudioSourceSetting _set)
{
AudioSource _get;
_get = BGM_AS;
#region [前置處理]
//現在音量
float _vol = _get.volume;
//淡出音量
if (isfadeOutTime > 0)
{
isFadeOut(_get);
yield return(null);
}
#endregion
_get.volume = 0.0f;
//是否隨機選擇音樂
if (_set._Clip.isRandom)
{
//亂數
int rdm = UnityEngine.Random.Range(0, _set._Clip.AudioClip.Length);
_get.clip = _set._Clip.AudioClip[rdm];
}
else
{
_get.clip = _set._Clip.AudioClip[0];
}
#region [初始化參數]
_get.mute = _set.Mute;
_get.playOnAwake = _set.PlayOnAwake;
_get.loop = _set.Loop;
_get.priority = _set.Priority;
_get.volume = _set.Volume;
//_get.loop = _set.Loop;
#endregion
#region [Pitch]
//取是否隨機Pitch
bool isPitchRNG;
isPitchRNG = _set._PitchSet.isRandom;
//Pitch
AudioSourceSetting.PitchSet getPitch;
getPitch = _set._PitchSet;
if (isPitchRNG)
{
//隨機Pitch值
float RNGPitch;
RNGPitch = UnityEngine.Random.Range(getPitch.min, getPitch.max);
_get.pitch = RNGPitch;
}
else
{
_get.pitch = getPitch.initPitch;
}
#endregion
//FadeOut時間記錄
isfadeOutTime = _set._Clip.fadeOutTime;
_get.Play();
yield return(null);
#region [FadeIn]
//float FadeTime;
//FadeTime = _set._Clip.fadeInTime;
Control_BGM_Player();
//BGM_ReelVol = _set.Volume;
//if (_vol > BGM_ReelVol)
//{
// //FadeOut 速率
// float Rate;
// Rate = _vol / _set._Clip.fadeInTime * Time.deltaTime;
// float isSetVol;
// isSetVol = _set.Volume;
// while (_vol > isSetVol)
// {
// _vol -= Rate;
// if (_vol < isSetVol)
// _vol = isSetVol;
// _get.volume = _vol;
// }
//}
Control_BGM_Player();
#endregion
}
