Yes, KNLMeansCL is better all around for various reasons.
- Utilize the GPU, for this reason the file processing is very fast.
- Is high-precision and better distinguishes noise from details, remove the noise better than DFTTEST
- Is very good on all frequencies (DFTTEST is destructive on the high frequencies).
Can you write me your QTGMC String?
These are mine, I start for a Lossless string that I use (visually lossless string, the file is very similar to the Interlaced original), and after that I add other commands in the string
LOSSLESS:
QTGMC(TR0=2, TR1=2, TR2=1, Rep0=1, Rep1=0, Rep2=4, DCT=5, ThSCD1=300, ThSCD2=110, SourceMatch=3, Lossless=2, Sharpness=0.1, Sbb=0, MatchPreset=“slow”, NoiseProcess=2, GrainRestore=0.0, NoiseRestore=0.4, NoisePreset=“slow”, StabilizeNoise=false, NoiseTR=0, NoiseDeint=“bob”, ediThreads=16)
LOSSLESS + STRONG DETAIL/GRAIN
QTGMC(TR0=2, TR1=2, TR2=1, Rep0=1, Rep1=0, Rep2=4, DCT=5, ThSCD1=300, ThSCD2=110, SourceMatch=3, Lossless=2, Sharpness=0.1, Sbb=0, MatchPreset=“slow”, NoiseProcess=2, GrainRestore=0.5, NoiseRestore=0.4, Sigma=2.5, NoisePreset=“slow”, StabilizeNoise=true, NoiseTR=0, NoiseDeint=“Generate”, ediThreads=16)
LOSSLESS + STABILIZED DENOISE
QTGMC(TR0=2, TR1=2, TR2=5, Rep0=1, Rep1=0, Rep2=4, DCT=5, ThSCD1=300, ThSCD2=110, SourceMatch=3, Lossless=2, Sharpness=0.2, Sbb=0, MatchPreset=“slow”, NoiseProcess=2, GrainRestore=0.0, NoiseRestore=0.4, NoisePreset=“slow”, StabilizeNoise=true, NoiseTR=2, NoiseDeint=“Generate”, ChromaNoise=true, denoiser=“KNLMeansCL”, DenoiseMC=True, EzDenoise=1.5, ediThreads=16)