public override void Initialize(AVSValue args, ScriptEnvironment env)
{
width = Child?.GetVideoInfo().width ?? args[1].AsInt();
height = Child?.GetVideoInfo().height ?? args[2].AsInt();
left = args[3].AsInt(left);
top = args[4].AsInt(top);
right = args[5].AsInt(right);
bottom = args[6].AsInt(bottom);
noise = args[7].AsBool(noise);
gradient = args[8].AsBool(gradient);
if (!noise && !gradient)
{
env.ThrowError("No gradient, no noise");
}
seed = args[9].AsInt(seed);
var vi = GetVideoInfo();
vi.width = width;
vi.height = height;
vi.pixel_type = Child?.GetVideoInfo().pixel_type ?? ColorSpaces.CS_BGR24;
vi.num_frames = Child?.GetVideoInfo().num_frames ?? 1000;
vi.fps_numerator = Child?.GetVideoInfo().fps_numerator ?? 25;
vi.fps_denominator = Child?.GetVideoInfo().fps_denominator ?? 1;
SetVideoInfo(ref vi);
realPlanar = Child == null || OverlayUtils.IsRealPlanar(Child); //Y8 is interleaved
rgb = GetVideoInfo().IsRGB();
}
protected override void Initialize(AVSValue args)
{
LimitedRange = LimitedRange && GetVideoInfo().IsPlanar();
planes = GetVideoInfo().pixel_type.HasFlag(ColorSpaces.CS_INTERLEAVED)
? new[] { default(YUVPlanes) }
: (Channels ?? "yuv").ToCharArray().Select(p => Enum.Parse(typeof(YUVPlanes), "PLANAR_" + p, true))
.Cast <YUVPlanes>().ToArray();
realChannels = GetVideoInfo().IsPlanar()
? new[] { 0 }
: (Channels ?? "rgb").ToLower().ToCharArray().Select(p => "bgr".IndexOf(p)).ToArray();
if (!OverlayUtils.IsRealPlanar(Child))
{
planes = new[] { default(YUVPlanes) }
}
;
sampleBits = Sample.GetVideoInfo().pixel_type.GetBitDepth();
referenceBits = Reference.GetVideoInfo().pixel_type.GetBitDepth();
var vi = GetVideoInfo();
vi.pixel_type = vi.pixel_type.ChangeBitDepth(referenceBits);
SetVideoInfo(ref vi);
var cacheSize = tr * 2 + 1;
var cacheKey = StaticEnv.GetEnv2() == null ? CacheType.CACHE_25_ALL : CacheType.CACHE_GENERIC;
Child.SetCacheHints(cacheKey, cacheSize);
Sample.SetCacheHints(cacheKey, cacheSize);
Reference.SetCacheHints(cacheKey, cacheSize);
SampleMask?.SetCacheHints(cacheKey, cacheSize);
ReferenceMask?.SetCacheHints(cacheKey, cacheSize);
if (Intensity < 1 && sampleBits != referenceBits)
{
throw new AvisynthException("Intensity < 1 is not allowed when sample and reference bit depth are not equal");
}
}
public override void Initialize(AVSValue args, ScriptEnvironment env)
{
low = args[1].AsInt(byte.MinValue);
high = args[2].AsInt(byte.MaxValue);
width = GetVideoInfo().width;
height = GetVideoInfo().height;
realPlanar = OverlayUtils.IsRealPlanar(Child);
}
protected override void Initialize(AVSValue args)
{
LimitedRange = LimitedRange && GetVideoInfo().IsPlanar();
planes = GetVideoInfo().IsRGB()
? new[] { default(YUVPlanes) }
: (Channels ?? "yuv").ToCharArray().Select(p => Enum.Parse(typeof(YUVPlanes), "PLANAR_" + p, true))
.Cast <YUVPlanes>().ToArray();
realChannels = GetVideoInfo().IsPlanar()
? new[] { 0 }
: (Channels ?? "rgb").ToLower().ToCharArray().Select(p => "bgr".IndexOf(p)).ToArray();
if (!OverlayUtils.IsRealPlanar(Child))
{
planes = new[] { default(YUVPlanes) }
}
;
var vi = GetVideoInfo();
var refVi = Reference.GetVideoInfo();
sampleBits = vi.pixel_type.GetBitDepth();
referenceBits = refVi.pixel_type.GetBitDepth();
vi.pixel_type = vi.pixel_type.ChangeBitDepth(referenceBits);
SetVideoInfo(ref vi);
}
