public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings, Func<Vector3> getPosition)
{
var spatializer = TypePoolManager.Create<AudioSpatializer>();
spatializer.Initialize(getPosition);
return CreateDynamicItem(getNextSettings, spatializer, null);
}
public AudioDynamicItem CreateDynamicItem(DynamicGetter getNextSettings, AudioSpatializer spatializer, IAudioItem parent)
{
var item = TypePoolManager.Create<AudioDynamicItem>();
item.Initialize(getNextSettings, this, spatializer, parent);
return item;
}
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings, Transform follow)
{
var spatializer = TypePoolManager.Create<AudioSpatializer>();
spatializer.Initialize(follow);
return CreateDynamicItem(getNextSettings, spatializer, null);
}
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings, Func <Vector3> getPosition)
{
var spatializer = TypePoolManager.Create <AudioSpatializer>();
spatializer.Initialize(getPosition);
return(CreateDynamicItem(getNextSettings, spatializer, null));
}
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings, Transform follow)
{
var spatializer = TypePoolManager.Create <AudioSpatializer>();
spatializer.Initialize(follow);
return(CreateDynamicItem(getNextSettings, spatializer, null));
}
public AudioDynamicItem CreateDynamicItem(DynamicGetter getNextSettings, AudioSpatializer spatializer, IAudioItem parent)
{
var item = TypePoolManager.Create <AudioDynamicItem>();
item.Initialize(getNextSettings, this, spatializer, parent);
return(item);
}
public StructureProperty(StructurePropertyInfo info, DynamicGetter getter)
{
_info = info;
_getter = getter;
IsRootMember = info.Parent == null;
IsEnumerable = !DataType.IsSimpleType() && DataType.IsEnumerableType();
IsElement = Parent != null && (Parent.IsElement || Parent.IsEnumerable);
ElementDataType = IsEnumerable ? DataType.GetEnumerableElementType() : null;
Path = PropertyPathBuilder.BuildPath(this);
}
public void Initialize(DynamicGetter getNextSettings, AudioItemManager itemManager, AudioSpatializer spatializer, IAudioItem parent)
{
settings = TypePoolManager.Create<AudioDynamicSettings>();
base.Initialize(settings.Identifier, itemManager, spatializer, parent);
this.getNextSettings = getNextSettings ?? delegate { return null; };
InitializeModifiers(settings);
InitializeSources();
}
public void Initialize(DynamicGetter getNextSettings, AudioItemManager itemManager, AudioSpatializer spatializer, IAudioItem parent)
{
settings = TypePoolManager.Create <AudioDynamicSettings>();
base.Initialize(settings.Identifier, itemManager, spatializer, parent);
this.getNextSettings = getNextSettings ?? delegate { return(null); };
InitializeModifiers(settings);
InitializeSources();
}
public StructureProperty(StructurePropertyInfo info, DynamicGetter getter, DynamicSetter setter = null)
{
_getter = getter;
_setter = setter;
Parent = info.Parent;
Name = info.Name;
DataType = info.DataType;
IsRootMember = info.Parent == null;
IsReadOnly = _setter == null;
UniqueMode = info.UniqueMode;
var isSimpleOrValueType = DataType.IsSimpleType() || DataType.IsValueType;
IsEnumerable = !isSimpleOrValueType && DataType.IsEnumerableType();
IsElement = Parent != null && (Parent.IsElement || Parent.IsEnumerable);
ElementDataType = IsEnumerable ? DataType.GetEnumerableElementType() : null;
if (IsUnique && !isSimpleOrValueType)
throw new PineConeException(ExceptionMessages.StructureProperty_Ctor_UniqueOnNonSimpleType);
Path = PropertyPathBuilder.BuildPath(this);
}
/// <summary>
/// Creates an AudioItem dynamicaly spatialized around the provided Transform that corresponds to the type of the <paramref name="settings"/>.
/// If the Transform ever becomes <code>null</code>, the AudioItem will simply stop moving.
/// The AudioDynamicItem will require new AudioSettingsBase when appropriate.
/// The play behaviour of the AudioSettingsBase can be defined via the provided AudioDynamicData object.
/// </summary>
/// <param name="getNextSettings">Delegate that will be called when the AudioItem requires its next AudioSettingsBase.</param>
/// <param name="follow">Transform the the AudioSource will follow.</param>
/// <returns></returns>
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings, Transform follow)
{
Assert.IsNotNull(getNextSettings);
Assert.IsNotNull(follow);
return itemManager.CreateDynamicItem(getNextSettings, follow);
}
public DynamicProperty(DynamicGetter getter, DynamicSetter setter)
{
Getter = getter;
Setter = setter;
}
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings)
{
var spatializer = TypePoolManager.Create <AudioSpatializer>();
return(CreateDynamicItem(getNextSettings, spatializer, null));
}
/// <summary>
/// Creates an AudioItem spatialized at the provided <paramref name="position"/> that corresponds to the type of the <paramref name="settings"/>.
/// The AudioDynamicItem will require new AudioSettingsBase when appropriate.
/// The play behaviour of the AudioSettingsBase can be defined via the provided AudioDynamicData object.
/// </summary>
/// <param name="getNextSettings">Delegate that will be called when the AudioItem requires its next AudioSettingsBase.</param>
/// <param name="position">Position at which to place the AudioSource.</param>
/// <returns></returns>
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings, Vector3 position)
{
Assert.IsNotNull(getNextSettings);
return itemManager.CreateDynamicItem(getNextSettings, position);
}
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings)
{
var spatializer = TypePoolManager.Create<AudioSpatializer>();
return CreateDynamicItem(getNextSettings, spatializer, null);
}
/// <summary>
/// Creates an AudioItem dynamicaly spatialized using the <paramref name="getPosition"/> callback to set its position that corresponds to the type of the <paramref name="settings"/>.
/// The AudioDynamicItem will require new AudioSettingsBase when appropriate.
/// The play behaviour of the AudioSettingsBase can be defined via the provided AudioDynamicData object.
/// </summary>
/// <param name="getNextSettings">Delegate that will be called when the AudioItem requires its next AudioSettingsBase.</param>
/// <param name="getPosition">Callback that will be used to update the AudioSource's position.</param>
/// <returns></returns>
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings, Func <Vector3> getPosition)
{
Assert.IsNotNull(getNextSettings);
Assert.IsNotNull(getPosition);
return(itemManager.CreateDynamicItem(getNextSettings, getPosition));
}
/// <summary>
/// Creates an AudioItem dynamicaly spatialized around the provided Transform that corresponds to the type of the <paramref name="settings"/>.
/// If the Transform ever becomes <code>null</code>, the AudioItem will simply stop moving.
/// The AudioDynamicItem will require new AudioSettingsBase when appropriate.
/// The play behaviour of the AudioSettingsBase can be defined via the provided AudioDynamicData object.
/// </summary>
/// <param name="getNextSettings">Delegate that will be called when the AudioItem requires its next AudioSettingsBase.</param>
/// <param name="follow">Transform the the AudioSource will follow.</param>
/// <returns></returns>
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings, Transform follow)
{
Assert.IsNotNull(getNextSettings);
Assert.IsNotNull(follow);
return(itemManager.CreateDynamicItem(getNextSettings, follow));
}
public ClassAccessor(DynamicGetter dynamicGetter)
{
_dynamicGetter = dynamicGetter;
}
/// <summary>
/// Creates a non spatialized AudioDynamicItem that corresponds to the type of the <paramref name="settings"/>.
/// The AudioDynamicItem will require new AudioSettingsBase when appropriate.
/// The play behaviour of the AudioSettingsBase can be defined via the provided AudioDynamicData object.
/// </summary>
/// <param name="getNextSettings">Delegate that will be called when the AudioItem requires its next AudioSettingsBase.</param>
/// <returns></returns>
public IAudioItem CreateDynamicItem(DynamicGetter getNextSettings)
{
Assert.IsNotNull(getNextSettings);
return(itemManager.CreateDynamicItem(getNextSettings));
}
