results.md

AVS (REALFINDER):

AVSMeter 3.0.9.0 (x64), (c) Groucho2004, 2012-2021
AviSynth+ 3.7.5 (r4289, 3.7, x86_64) (3.7.5.0)

Number of frames:                    10001
Length (hh:mm:ss.ms):         00:02:46.850
Frame width:                           720
Frame height:                          480
Framerate:                          59.940 (60000/1001)
Colorspace:                      YUV420P16

Frames processed:                   10001 (0 - 10000)
FPS (min | max | average):          42.00 | 67568 | 259.6
Process memory usage (max):         3035 MiB
Thread count:                       160
CPU usage (average):                88.4%

Time (elapsed):                     00:00:38.529

AVS (DOGWAY):

AVSMeter 3.0.9.0 (x64), (c) Groucho2004, 2012-2021
AviSynth+ 3.7.5 (r4289, 3.7, x86_64) (3.7.5.0)

Number of frames:                    10001
Length (hh:mm:ss.ms):         00:02:46.850
Frame width:                           720
Frame height:                          480
Framerate:                          59.940 (60000/1001)
Colorspace:                      YUV420P16

Frames processed:                   10001 (0 - 10000)
FPS (min | max | average):          26.21 | 136799 | 222.3
Process memory usage (max):         4509 MiB
Thread count:                       153
CPU usage (average):                43.0%

Time (elapsed):                     00:00:44.981

VS (JET):

Script evaluation done in 0.35 seconds
Output 10001 frames in 28.38 seconds (352.45 fps)

script.avs

BSVideoSource("")
ConvertBits(16)

#QTGMC(Precise=True, NoiseRestore=0, GrainRestore=0)
QTGMCp(Precise=True, NoiseRestore=0, GrainRestore=0, gpuid=-1)
Prefetch(32)

Trim(0,10000)

script.py

import vssource
import vstools
import vsdenoise
import vsaa
import vsdeinterlace

vs, core = vstools.vs, vstools.core


clip = vssource.BestSource.source(r"").std.SetFieldBased(2)


analysis_preset = vsdenoise.MVToolsPreset(
    analyze_args=vsdenoise.AnalyzeArgs(
        search=vsdenoise.SearchMode.HEXAGON,
        searchparam=2,
        truemotion=vsdenoise.MotionMode.SAD,
        lambda_=400,
        pnew=25,
        global_=True,
    ),
)

qtgmc = vsdeinterlace.QTempGaussMC(clip)
qtgmc.analyze(preset=analysis_preset, refine=0)
qtgmc.basic(bobber=vsaa.NNEDI3(nsize=1, qual=1, nns=1, pscrn=2))
qtgmc.sharpen(strength=1.5)

deint = qtgmc.deinterlace()


vstools.set_output(deint)