TIVTC — field matching and decimation for VapourSynth

A VapourSynth port of tritical's TIVTC. TFM is a field matching filter and TDecimate is a decimation filter; used together they perform an inverse telecine (IVTC), and either can be used on its own.

Notes

  • Supports 8-16 bit integer planar YUV in 4:2:0, 4:2:2 and 4:4:4. Width and height must be even, and each plane needs to have at least 8 lines.
  • debug=True writes to the VapourSynth log at information level.

Table of Contents

Installation

Install the wheel, which drops the plugin straight into VapourSynth's autoload directory (<site-packages>/vapoursynth/plugins):

pip install vapoursynth-tivtc

Otherwise drop the built library into a directory VapourSynth autoloads, or load it explicitly:

core.std.LoadPlugin("/path/to/tivtc.so")   # or tivtc.dll

Quick start

The common case — 29.97fps hard-telecined NTSC film back to 23.976fps:

clip = core.tivtc.TFM(clip)
clip = core.tivtc.TDecimate(clip)

Two-pass, which is slower but makes better decisions because TDecimate can see the whole clip's metrics before deciding what to drop:

# pass 1 - write out matches and metrics, output is discarded
core.tivtc.TDecimate(core.tivtc.TFM(clip, output="matches.txt"),
                     mode=4, output="metrics.txt").set_output()

# pass 2 - reuse them
clip = core.tivtc.TFM(clip, input="matches.txt")
clip = core.tivtc.TDecimate(clip, mode=1, input="metrics.txt", tfmIn="matches.txt")

Function Documentation

TFM

Field matching. For each frame TFM builds candidate frames by weaving the current field with a field from the previous, current or next frame, and keeps whichever combination is not combed. Frames that still comb after matching can be post-processed with PP.

core.tivtc.TFM(clip clip[, int order = -1, int field = -1, int mode = 1, int PP = 6,
               string ovr = "", string input = "", string output = "", string outputC = "",
               int debug = 0, int display = 0, int slow = 1, int mChroma = 1, int cNum = 15,
               int cthresh = 9, int MI = 80, int chroma = 0, int blockx = 16, int blocky = 16,
               int y0 = 0, int y1 = 0, int mthresh = 5, clip clip2 = None, string d2v = "",
               int ovrDefault = 0, int flags = 4, float scthresh = 12.0, int micout = 0,
               int micmatching = 1, string trimIn = "", int hint = 1, int metric = 0,
               int batch = 0, int ubsco = 1, int mmsco = 1])
Parameter Type Options (Default) Description
clip 8-16 bit integer YUV 4:2:0/4:2:2/4:4:4 Clip to process
order int -1, 0, 1 (-1) Field order. -1 reads the _FieldBased frame property and errors if it is absent, 0 is bottom field first, 1 is top field first.
field int -1, 0, 1 (-1) Which field to match from. -1 means the same as order. Changing it can improve matching on some sources.
mode int 0-7 (1) Which matches to try. 0 = p/c. 1 = p/c, plus n if combed. 2 = p/c, plus u. 3 = p/c, plus n, plus u/b. 4 = p/c/n. 5 = p/c/n, plus u/b. 6 = p/c, plus u, n, b. 7 = no search; picks the field based on the previous frame's result.
PP int 0-7 (6) What to do with frames that are still combed. 0 = nothing. 1 = only mark them. 2/3/4 = deinterlace the whole frame by blend / cubic / modified ELA. 5/6/7 = the same three, but motion-adaptive so only moving areas are touched.
slow int 0-2 (1) Matching accuracy. 0 is fastest and least accurate, 2 is slowest and most accurate.
mChroma int 0, 1 (1) Use chroma when comparing matches. Turn off for sources with rainbowing or other chroma artifacts.
cthresh int -1 to 255 (9) Combing detection threshold. 8-12 is the useful range; lower detects more. -1 marks everything combed.
MI int 0 to blockx*blocky (80) How many combed pixels must fall inside one blockx x blocky block before the frame counts as combed.
chroma int 0, 1 (0) Include chroma in combing detection. Usually best left off.
blockx int 4-2048, power of two (16) Combing detection block width.
blocky int 4-2048, power of two (16) Combing detection block height.
metric int 0, 1 (0) Spatial combing metric. 0 is the original five-pixel vertical test, 1 is Donald Graft's FieldDeinterlace metric.
y0, y1 int (0, 0) Ignore scan lines y0 through y1 when matching, for burned-in subtitles or logos. Set them equal to disable.
mthresh int (5) Motion threshold for the motion-adaptive PP modes (5-7). Pixels differing by less than this count as static and are left alone.
micmatching int 0-4 (1) Use combing counts (mics) to second-guess the match. 0 = off. 1 = switch to a clear outlier. 2 = only consider matches the mode would have tried. 3 = both. 4 = post-check only.
micout int 0-2 (0) Force mic calculation for matches that would otherwise be skipped. 1 = p/c/n, 2 = p/c/n/b/u. Needed for meaningful output mic columns.
ubsco int 0, 1 (1) Only allow u/b matches at scene changes.
mmsco int 0, 1 (1) Only apply micmatching at scene changes.
scthresh float 0.0-100.0 (12.0) Scene change threshold, as a percentage of the maximum possible luma change. Used by ubsco, mmsco and flags=5.
clip2 clip (None) Take post-processed frames from this clip instead of deinterlacing internally. Must match the input's format, dimensions and length.
ovr string ("") Overrides file. See TFM overrides file.
ovrDefault int 0-2 (0) What to assume for frames the overrides file does not mention. 0 = decide normally, 1 = treat as clean, 2 = treat as combed.
input string ("") Read matches from a file previously written with output instead of searching.
output string ("") Write the chosen match, combed flag and mic values for every frame.
outputC string ("") Write only the frame ranges that matched 'c' at least cNum times in a row, which is a decent progressive-section detector.
cNum int (15) How many consecutive 'c' matches a range needs before outputC records it.
trimIn string ("") Frame ranges that were trimmed away before TFM, either "start,end" inline or a path to a file of such lines. Only meaningful with d2v. Negative indices count from the end.
d2v string ("") A DGIndex/DVD2AVI project file. TFM validates its field transitions, can take the field order from it, and can use its repeat-field flags to guide matching.
flags int 0-5 (4) How the d2v data is used. 0 = check and pass on. 1 = trust the repeat flags for film sections. 2 = trust them everywhere. 3 = check only. 4 = check and validate against combing. 5 = as 4, but only at scene changes.
hint int 0, 1 (1) Write the match, combed status and d2v film flag into frame properties for TDecimate to read.
batch int 0, 1 (0) Skip the CRC check that ties an input file to the clip it was made from.
display int 0, 1 (0) Overlay the match, mode, field, order, mics and combed status on each frame.
debug int 0, 1 (0) Log the same information to the VapourSynth log instead of drawing it.

TFM match codes

A match names one field of one frame, relative to the field order in force.

Code Meaning
p field from the previous frame, opposite parity
c field from the current frame, opposite parity
n field from the next frame, opposite parity
b field from the previous frame, same parity
u field from the next frame, same parity

l and h also appear in files written by output: they mean the frame was left combed and deinterlaced with the bottom or top field respectively.

TFM overrides file

Blank lines and lines starting with # or ; are ignored. An optional first line field = top or field = bottom states which field order the file's match codes were recorded under, so a file made under one order still applies correctly under the other.

# force a match on one frame, and on a range
7 c
12,19 p

# repeat a pattern across a range
0,100 pcpcbuu

# force frames combed (+) or clean (-)
25 +
60,80 -

# change a parameter for a frame or range: f field, o order, m mode, P PP, i MI
30 f 1
35,40 m 2

Raising PP above 1 from an overrides file has no effect if the filter was created with PP<=1, because no post-processing filter was added to the graph; selecting mode 7 from an overrides file when the filter was not created with mode=7 makes the result depend on frame request order. TFM logs a warning for both.

TDecimate

Decimation. In its usual mode it examines each cycle of cycle frames and drops the cycleR that are most redundant, turning 29.97fps telecined video back into 23.976fps.

core.tivtc.TDecimate(clip clip[, int mode = 0, int cycleR = 1, int cycle = 5,
                     float rate = 23.976, float dupThresh, float vidThresh,
                     float sceneThresh = 15.0, int hybrid = 0, int vidDetect = 3,
                     int conCycle, int conCycleTP, string ovr = "", string output = "",
                     string input = "", string tfmIn = "", string mkvOut = "", int nt = 0,
                     int blockx = 32, int blocky = 32, int debug = 0, int display = 0,
                     int vfrDec = 1, int batch = 0, int tcfv1 = 1, int se = 0,
                     int chroma = 1, int exPP = 0, int maxndl = -200, int m2PA = 0,
                     int denoise = 0, int noblend = 1, int ssd = 0, int hint = 1,
                     clip clip2 = None, int sdlim = 0, string orgOut = ""])
Parameter Type Options (Default) Description
clip 8-16 bit integer YUV Clip to process
mode int 0-7 (0) Which decimation algorithm to use. See TDecimate modes.
cycle int 2 to clip length (5) The N in "drop M of every N frames".
cycleR int 1 to cycle-1 (1) The M in "drop M of every N frames". Must be 1 when hybrid is non-zero.
rate float (23.976) Target frame rate for modes 2 and 7. Must be lower than the input rate.
dupThresh float (1.1 chroma / 1.4 no chroma; 0.4 / 0.5 in mode 7) Below this metric a frame counts as a duplicate, as a percentage of the maximum block change.
vidThresh float (1.1 chroma / 1.4 no chroma; 3.5 / 4.0 in mode 7) Metric above which a cycle looks like real video rather than telecined film. Used when hybrid is non-zero.
sceneThresh float 0.0-100.0 (15.0) Scene change threshold as a percentage of the maximum luma change.
hybrid int 0-3 (0) How to handle sections that are genuinely video rather than film. 0 = nothing. 1 = blend 30p down into 24p. 2 = variable frame rate, for modes 3 and 5. 3 = blend 24p up into 30p.
vidDetect int 0-4 (3) What evidence marks a cycle as video. 0 = field matches. 1 = metrics. 2 = either. 3 = both. 4 = matches, and either metrics or a local minimum.
conCycle int 1, 2 (1 if vidDetect>=3 else 2) How many consecutive video-looking cycles are needed before a section is treated as video.
conCycleTP int (1 if vidDetect>=3 else 2) As conCycle, but for mode 5. Not capped at 2.
vfrDec int 0, 1 (1) How film sections are decimated in modes 3-5. 0 = drop the most similar frame, 1 = drop from the longest run of duplicates.
sdlim int (0) Minimum spacing between dropped frames when cycleR > 1. Negative values let the limit relax when it cannot be met.
noblend int 0, 1 (1) Do not replace a duplicate with a blend of its neighbours when two duplicates are found in a cycle.
nt int (0) Noise threshold. Pixel differences at or below this are treated as zero when computing metrics. 1-2 helps on noisy sources.
blockx int 4-2048, power of two (32) Metric block width. Larger blocks are less noise-sensitive but miss small movement.
blocky int 4-2048, power of two (32) Metric block height.
chroma int 0, 1 (1) Include chroma in the metrics. Turning it off is faster.
ssd int 0, 1 (0) Use sum of squared differences rather than sum of absolute differences. SAD is usually the better choice here.
denoise int 0, 1 (0) Denoise frames before measuring them. Slower, but steadies duplicate detection on grainy or dot-crawling sources.
maxndl int (-200) Mode 2 only. Maximum non-duplicate run length, which trades sync accuracy for smoother spacing when duplicates are unevenly distributed.
m2PA int 0, 1 (0) Mode 2 only. Removes the 100-frame lookahead cap to match two-pass accuracy. Can stall for minutes at a cycle boundary.
ovr string ("") Overrides file. See TDecimate overrides file. Not supported in mode 7.
input string ("") Metrics file from a previous mode=4 pass, so metrics are not recomputed. Required by modes 5 and 6.
output string ("") Write per-frame metrics to a file.
tfmIn string ("") A file written by TFM's output, giving matches and combed flags. Required by mode 5.
mkvOut string ("") Write an MKV timecodes file. Modes 3, 5 and 6.
tcfv1 int 0, 1 (1) Timecode file format. 1 writes v1 (frame rate ranges), 0 writes v2 (one timestamp per frame).
orgOut string ("") Mode 5 only. Log the original frame number behind each output frame, so a bob deinterlacer can follow the decimated timeline.
exPP int 0, 1 (0) Set when using tfmIn from a TFM run with PP=1 and deinterlacing separately, so TDecimate knows the marked frames were handled.
se int 0, 1 (0) Mode 3 only. Raise an error once the padding frames begin, as a signal that real output has ended. Do not use for batch encoding.
clip2 clip (None) Return frames from this clip while measuring and deciding on the input clip. Must have the same length.
hint int 0, 1 (1) Read TFM's frame properties.
batch int 0, 1 (0) Skip file consistency checks.
display int 0, 1 (0) Overlay the cycle metrics and the decimation decision on each frame.
debug int 0, 1 (0) Log the same information to the VapourSynth log.

TDecimate modes

Mode Description
0 Drop the cycleR most similar frames from each cycle of cycle. The general-purpose mode.
1 Drop from the longest run of duplicates instead, using dupThresh. Better for animation and anything with genuinely repeated frames.
2 Reach an arbitrary rate using a different algorithm. Improves markedly with a two-pass input metrics file. hybrid is not allowed.
3 Single-pass variable frame rate with an MKV timecodes file. Needs hybrid=2 and cycleR=1. The frame count cannot change, so the output is padded with black frames.
4 No decimation. Only measures the clip and writes metrics, which is the first pass for mode 5.
5 Two-pass variable frame rate. Needs both input and tfmIn. Unlike mode 3 it seeks correctly and produces the right frame count. Uses conCycleTP.
6 120fps to variable frame rate, dropping only bit-identical frames, targeting 119.880, 59.940, 39.960, 29.970 or 23.976fps. Needs a mode 4 metrics file.
7 Arbitrary rate driven by dupThresh and vidThresh. Handles unevenly distributed duplicates better than mode 2. No overrides file.

TDecimate overrides file

Blank lines and lines starting with # or ; are ignored.

# force a frame to be dropped (-) or kept (+)
5 -
10 +

# declare a range film (f) or video (v)
20,29 f
30,39 v

Frame properties

TFM sets these on every output frame when hint=True or PP>=2:

Property Type Description
TFMMatch int The match code that was used, 0-4 for p/c/n/b/u
TFMField int The field that was matched from
TFMMics int[] Combing counts for p/c/n/b/u; -20 where not measured
TFMPP int The PP value in force for this frame
TFMD2VFilm int Whether the d2v data marks this frame as a film duplicate
_Combed int Whether the frame is still combed after matching

TDecimate sets these:

Property Type Description
TDecimateOriginalFrame int Which source frame this output frame came from. Set on every frame.
TDecimateCycleStart int First source frame of the cycle. Only on the first output frame of each cycle.
TDecimateCycleMaxBlockDiff int[] The cycle's per-frame metrics. Only on the first output frame of each cycle.
_DurationNum, _DurationDen int Per-frame duration, for the variable frame rate modes.

Both filters write their display=True overlay text into TFMDisplay / TDecimateDisplay, which the plugin renders through text.Text.

Building

Requires meson >= 1.2.3 and a C++20 compiler.

meson setup build
meson compile -C build

The headers are located by asking the VapourSynth Python module for them:

import vapoursynth as vs; print(vs.get_include())

so the only requirement is that the vapoursynth module is importable by the Python meson picks up — no pkg-config and no separate SDK install. The same interpreter also decides where the plugin installs (<site-packages>/vapoursynth/plugins). If you have several Python installations, point meson at the right one with a native file:

[binaries]
python = '/path/to/python'

meson setup build --native-file python.ini

The result is tivtc.so on Linux and macOS, tivtc.dll on Windows.

References

This is a port, and it would not exist without the work behind it.

Project links

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Credits

Author: Fredrik Mellbin

GitHub Statistics

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GPL-2.0
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Python >=3.12

Tags

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Publisher: build.yml on dubhatervapoursynth/vapoursynth-tivtc

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