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y5gfunc.filter.ivtc

ivtc

Functions:

Name Description
TIVTC_VFR

Convenient wrapper on tivtc to perform automatic vfr decimation with one function.

TIVTC_VFR 

TIVTC_VFR(source: VideoNode, clip2: Optional[VideoNode] = None, tfmIn: Union[Path, str] = 'matches.txt', tdecIn: Union[Path, str] = 'metrics.txt', mkvOut: Union[Path, str] = 'timecodes.txt', tfm_args: dict = dict(), tdecimate_args: dict = dict(), overwrite: bool = False) -> VideoNode

Convenient wrapper on tivtc to perform automatic vfr decimation with one function.

Source code in y5gfunc/filter/ivtc.py 
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def TIVTC_VFR(
    source: vs.VideoNode,
    clip2: Optional[vs.VideoNode] = None,
    tfmIn: Union[Path, str] = "matches.txt",
    tdecIn: Union[Path, str] = "metrics.txt",
    mkvOut: Union[Path, str] = "timecodes.txt",
    tfm_args: dict = dict(),
    tdecimate_args: dict = dict(),
    overwrite: bool = False,
) -> vs.VideoNode:
    """
    Convenient wrapper on tivtc to perform automatic vfr decimation with one function.
    """

    analyze = True

    assert isinstance(tfmIn, (str, Path))
    assert isinstance(tdecIn, (str, Path))
    assert isinstance(mkvOut, (str, Path))

    tfmIn = resolve_path(tfmIn)
    tdecIn = resolve_path(tdecIn)
    mkvOut = resolve_path(mkvOut)

    if tfmIn.exists() and tdecIn.exists():
        analyze = False

    if clip2 and not overwrite:
        tfm_args.update(dict(clip2=clip2))

    if analyze:
        tfmIn = resolve_path(tfmIn)
        tdecIn = resolve_path(tdecIn)
        mkvOut = resolve_path(mkvOut)
        tfm_pass1_args = tfm_args.copy()
        tdecimate_pass1_args = tdecimate_args.copy()
        tfm_pass1_args.update(dict(output=str(tfmIn)))
        tdecimate_pass1_args.update(dict(output=str(tdecIn), mode=4))
        tmpnode = core.tivtc.TFM(source, **tfm_pass1_args)
        tmpnode = core.tivtc.TDecimate(tmpnode, **tdecimate_pass1_args)

        for i, _ in enumerate(tmpnode.frames()):
            print(f"Analyzing frame #{i}...", end="\r")

        del tmpnode
        time.sleep(0.5)  # let it write logs

    tfm_args.update(dict(input=str(tfmIn)))
    tdecimate_args.update(
        dict(
            input=str(tdecIn),
            tfmIn=str(tfmIn),
            mkvOut=str(mkvOut),
            mode=5,
            hybrid=2,
            vfrDec=1,
        )
    )

    output = core.tivtc.TFM(source, **tfm_args)
    output = core.tivtc.TDecimate(output, **tdecimate_args)

    return output