public static void AnimationOptimze(ProgressiveKeyFrames key_frames, Selector ref_animation_selector)
{
if (key_frames.Timeline.Count == 1)
{
var props = key_frames.Timeline.First();
}
}
public void Test()
{
var t1 = new ProgressiveFrame(0f, new List <Property>()
{
new Property("top", "200"),
new Property("left", "100"),
});
var t2 = new ProgressiveFrame(0f, new List <Property>()
{
new Property("top", "200"),
new Property("left", "100"),
});
var t3 = new ProgressiveFrame(1f, new List <Property>()
{
new Property("top", "200"),
new Property("left", "100"),
});
Assert.IsTrue(Compressor.ProgressiveFrameValueComparer.Default.Equals(t1, t2));
Assert.IsFalse(Compressor.ProgressiveFrameValueComparer.Default.Equals(t3, t2));
ProgressiveKeyFrames frames = new ProgressiveKeyFrames("test");
BuildTestTimeline(frames);
var before_count = frames.Timeline.Count;
Compressor.Compress(frames);
var after_count = frames.Timeline.Count;
Assert.IsTrue(after_count < before_count);
}
private void BuildTestTimeline(ProgressiveKeyFrames frames)
{
frames.Timeline.Add(new ProgressiveFrame(0f, new List <Property>()
{
new Property("top", "200"),
new Property("left", "100"),
}));
frames.Timeline.Add(new ProgressiveFrame(0.2f, new List <Property>()
{
new Property("top", "0"),
new Property("left", "100"),
}));
frames.Timeline.Add(new ProgressiveFrame(0.4f, new List <Property>()
{
new Property("top", "100"),
new Property("left", "200"),
}));
frames.Timeline.Add(new ProgressiveFrame(0.4f, new List <Property>()
{
new Property("top", "100"),
new Property("left", "200"),
}));
frames.Timeline.Add(new ProgressiveFrame(0.4f, new List <Property>()
{
new Property("top", "100"),
new Property("left", "200"),
}));
frames.Timeline.Add(new ProgressiveFrame(0.6f, new List <Property>()
{
new Property("top", "100"),
new Property("left", "1000"),
}));
frames.Timeline.Add(new ProgressiveFrame(0.6f, new List <Property>()
{
new Property("top", "100"),
new Property("left", "100"),
}));
frames.Timeline.Add(new ProgressiveFrame(0.8f, new List <Property>()
{
new Property("top", "100"),
new Property("left", "100"),
}));
frames.Timeline.Add(new ProgressiveFrame(1f, new List <Property>()
{
new Property("top", "0"),
new Property("left", "0"),
}));
}
public static (KeyFrames frames, int start_time, int duration) ConverterTimelineToKeyFrames(CommandTimeline storyboard_timeline, string name)
{
var command_value_converter = GetValueConverter(storyboard_timeline.Event);
var extra_imm_timeline = new List <(long, int, IEnumerable <Property>)>();
var keyframe_timeline = TimelineConvert.ConvertToKeyFrame(storyboard_timeline).Select(x => (x.time, command_value_converter.Convert(x.cmd, x.time)));
int start_time = keyframe_timeline.Min(x => x.Item1);
int end_time = keyframe_timeline.Max(x => x.Item1);
var duration = end_time - start_time;
Log.User($"Build Frame {storyboard_timeline} -> {name} ");
ProgressiveKeyFrames kf = new ProgressiveKeyFrames(name);
foreach (var frame in keyframe_timeline)
{
var progress = CalculateInterploter(frame.Item1);
kf.Timeline.Add(new ProgressiveFrame()
{
NormalizeTime = progress, ChangedProperties = frame.Item2.ToList()
});
}
Compressor.Compress(kf);
ProgressiveFrameSeparater.Separate(kf);
return(kf, start_time, duration); //todo
float CalculateInterploter(float time)
{
float t;
if (time <= start_time)
{
t = 0;
}
else if (time >= end_time)
{
t = 1;
}
else
{
t = ((time - start_time) / (end_time - start_time));
}
return(t);
}
}
public static void Separate(ProgressiveKeyFrames key_frames)
{
float current_progress = -2857;
int repeat = 0;
foreach (var frame in key_frames.Timeline.OrderBy(x => x.NormalizeTime))
{
if (frame.NormalizeTime == current_progress)
{
repeat++;
frame.NormalizeTime = 0.00001f * repeat + current_progress;
}
else
{
repeat = 0;
current_progress = frame.NormalizeTime;
}
}
}
public static void Compress(ProgressiveKeyFrames key_frames)
{
key_frames.Timeline = key_frames.Timeline.Distinct(ProgressiveFrameValueComparer.Default).ToList();
}
