I can use your ivtc only with your video decoder or lav video decoder. If I use ffdshow video decoder, I can't use your ivtc. IVTC cannot work for samples would be great! Refresh rate switching doesn't play nice with IVTC RGB32 output with ffdshow works with madvr 0.8ġ) Problem with ivtc and ffdshow video decoder If possible at all, try to playback at that's not telecined material. (2) Playback with 60Hz might not be optimal. Do not use CoreAVC or ffdshow (at least not older ffdshow builds, not sure about the latest, it might be fixed there). Ideally use LAV Video Decoder or the madVR internal decoders. (1) For best results you should use a video decoder which properly forwards the telecine flags to madVR. I thought that having 23p in the file name was supposed to override what the source splitter says? :confused: Renaming the files doesn't work - madVR will always switch to 59Hz. When Microsoft's splitter is used, I cannot force madvr to switch to 24 or 23Hz. One thing I noticed about those recently: normally I use LAV splitter to play those through mpc-hc, but occasionally I need to use Microsoft's Stream Buffer Source splitter.
LIBAVG VIDEO STREAM HOW TO
I don't know how to tell if a source is properly telecined, so I'll start to collect some more samples when I come across problems.īTW: All of the telecined material I watch is from Windows Media Center 7 recordings (.wtv files). Most of the time I see stuttering, it's on CBS broadcasts, which e-t172 has said are problematic. Also, whenever I see stuttering, I always test with DScaler and it will show the same symptoms. When I have used madVR's IVTC, it either works fine, or I get stuttering - when I get stuttering, the OSD usually displays an unknown cadence (or, will fluctuate). This week I'll be able to test a lot more. I normally watch a good bit of 1080i60 broadcasts, but not much lately because during the holidays they're all re-runs. Does anybody use the new IVTC algorithm at all? Does it work or does it not work? There's not a single "it works" or "it doesn't work" report for the most important purpose, namely 1080i60 broadcasts and NTSC DVDs. So far I've got a few complaints, which mostly seem to be caused by trying to IVTC material which wasn't properly telecined to start with.
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In CCC, I have both Auto Deint and Pulldown detection just press Ctrl+Alt+Shift+I twice to switch between limited full range I'd love to get some feedback about the IVTC algorithm introduced in v0.80. Playback is smooth, without artifacts, render queue is the only one not full (10-11/16) but no drops or glitches. I assumed IVTC was independent of deinterlacing. Not sure if this is the expected workflow (it is cumbersome).
madVR OSD then shows "film mode, cadence 3:2" and I can see the IVTC queues and timings. I have to manually turn on deinterlacing *and* ivtc and my monitor has to be set to 24Hz before starting the movie. The second is a DVD playback from ripped VOB structure (newer DVD, film):ġ: MPEG2, 480p24 /1.001 (16:9) with pulldown flags I have two test scenarios, the first is a simple rip to MKV of a NTSC DVD (older DVD, film): There are no upfront commitments or minimum fees.Re: IVTC on NTSC DVDs. With Kinesis Video Streams, you pay only for what you use.
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You can then install the Kinesis Video Streams SDK on your devices and start streaming media to AWS for playback, storage, and analytics. To get started, create a Kinesis video stream with a few clicks from the AWS Management Console. Kinesis Video Streams also supports WebRTC, an open-source project that enables real-time media streaming and interaction between web browsers, mobile applications, and connected devices via simple APIs. Typical uses include video chat and peer-to-peer media streaming. Kinesis Video Streams enables you to playback video for live and on-demand viewing, and quickly build applications that take advantage of computer vision and video analytics through integration with Amazon Rekognition Video, and libraries for ML frameworks such as Apache MxNet, TensorFlow, and OpenCV.
It durably stores, encrypts, and indexes video data in your streams, and allows you to access your data through easy-to-use APIs. Kinesis Video Streams automatically provisions and elastically scales all the infrastructure needed to ingest streaming video data from millions of devices. Amazon Kinesis Video Streams makes it easy to securely stream video from connected devices to AWS for analytics, machine learning (ML), playback, and other processing.
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