HDR -> SDR conversion
Re: HDR -> SDR tonemapping for DGDecodeNV
I've asked this question on a well know forum, but i thought i may ask also here :
From what i've understood, UHD BR can be HDR, but it's not mandatory. 4k/UHD doesn't always mean content is HDR, these are two different things.
So my question is (even if UHD BR not HDR may be very unlikey), i bought an UHD BR, i manage to rip it, is there a way i can chek it the content is SDR or HDR ?
From what i've understood, UHD BR can be HDR, but it's not mandatory. 4k/UHD doesn't always mean content is HDR, these are two different things.
So my question is (even if UHD BR not HDR may be very unlikey), i bought an UHD BR, i manage to rip it, is there a way i can chek it the content is SDR or HDR ?
Re: HDR -> SDR tonemapping for DGDecodeNV
With Mediainfo.
Look for something like this
if you have a hdr capable tv and player try it
Look for something like this
OrColor primaries : BT.2020
Transfer characteristics : PQ
Matrix coefficients : BT.2020 non-constant
Mastering display color primaries : R: x=0.680000 y=0.320000, G: x=0.265000 y=0.690000, B: x=0.150000 y=0.060000, White point: x=0.312700 y=0.329000
Mastering display luminance : min: 0.0000 cd/m2, max: 1000.0000 cd/m2
if you have a hdr capable tv and player try it
You can resize UHD with HDR to 1080p with HDR, so yes, UHD and HDR aren't bound to each other4k/UHD doesn't always mean content is HDR, these are two different things.
Re: HDR -> SDR tonemapping for DGDecodeNV
Also you may be aware that sometimes manufacturers use HDR as a marketing word.
I tested a samsung S8+ mobile phone video recording which has a "HDR" mode ... which doesn't mean it creates 10bit HDR10 or anything like that ... it always produces 8bit h.264 ... always ... apparently "it has HDR" in that marketing context may mean something like the device enhances colours within the 8bit range somehow.
There's a pdf linked in this post viewtopic.php?f=8&t=522&p=7643#p7643 if you're interested. They also produce .mp4 files with variable framerate h.264 ... which almost no editing software seems to handle properly.
I'm nearly sorry I bought the S8 now, as HDR and videos were a factor in the buying decision and the internet had almost zero to say about these things ![Shocked :shock:](./images/smilies/icon_eek.gif)
I tested a samsung S8+ mobile phone video recording which has a "HDR" mode ... which doesn't mean it creates 10bit HDR10 or anything like that ... it always produces 8bit h.264 ... always ... apparently "it has HDR" in that marketing context may mean something like the device enhances colours within the 8bit range somehow.
There's a pdf linked in this post viewtopic.php?f=8&t=522&p=7643#p7643 if you're interested. They also produce .mp4 files with variable framerate h.264 ... which almost no editing software seems to handle properly.
![facepalm :facepalm:](./images/smilies/icon_facepalm.gif)
![Shocked :shock:](./images/smilies/icon_eek.gif)
I really do like it here.
Re: HDR -> SDR tonemapping for DGDecodeNV
Maybe your files are "VFR in name only". Let's see a sample.
Re: HDR -> SDR tonemapping for DGDecodeNV
Sure, a few smallish samples to download from here https://drive.google.com/open?id=1CHdnC ... p6WWnZdynN
Don't mind the mess, it's a warm week in Aus at the moment and who wants to tidy up when there's video and a new phone to play with. Clip 01 seems to have a issues playing on a chromecast ultra, not sure why.
I know VFR is a bit off-track and not about HDR-SDR tone mapping (since the Samsung S8 phones don't "really" create 10-bit HDR).
Don't mind the mess, it's a warm week in Aus at the moment and who wants to tidy up when there's video and a new phone to play with. Clip 01 seems to have a issues playing on a chromecast ultra, not sure why.
I know VFR is a bit off-track and not about HDR-SDR tone mapping (since the Samsung S8 phones don't "really" create 10-bit HDR).
I really do like it here.
Re: HDR -> SDR tonemapping for DGDecodeNV
Thanks, will check them out today.
Re: HDR -> SDR tonemapping for DGDecodeNV
hydra3333
Until they are checked by a more knowledgeable person, try De-interlacing and check for repeat frames
Until they are checked by a more knowledgeable person, try De-interlacing and check for repeat frames
Re: HDR -> SDR tonemapping for DGDecodeNV
For the UHD HDR file, the timecodes show that the frame rate varies only insignificantly around 29.97. That is, "VFR in name only".
Most likely you can treat it as CFR, i.e., just demux audio and video and remux them as CFR. Or process with Avisynth/Vapoursynth as if it is CFR. Test it on a longer stream watching audio sync throughout.
I seriously doubt a phone would create true VFR. VFR is used to combine segments with different frame rates, like film (23.976) and video (29.97), i.e., for hybrid video. This video is obviously not hybrid.
Here are the timecodes with the differences to the previous ones in [ ]. Apart from the very first, the codes vary only a little around 29.97 fps. FPS 29.97 would give a difference of ~33.4.
0 [0]
44.4 [44.4]
77.7222222222222 [33.7222222222222]
111.033333333333 [34.0333333333333]
144.322222222222 [33.3222222222222]
177.611111111111 [33.6111111111111]
210.922222222222 [33.9222222222222]
244.2 [34.2]
277.5 [33.5]
310.811111111111 [33.8111111111111]
344.111111111111 [34.1111111111111]
377.422222222222 [33.4222222222222]
410.722222222222 [33.7222222222222]
444.044444444444 [34.0444444444445]
477.344444444444 [33.3444444444444]
510.644444444444 [33.6444444444444]
543.955555555556 [33.9555555555555]
577.266666666667 [34.2666666666667]
610.566666666667 [33.5666666666667]
643.877777777778 [33.8777777777777]
677.177777777778 [34.1777777777778]
710.488888888889 [33.4888888888888]
743.8 [33.8000000000001]
777.1 [34.1]
810.422222222222 [33.4222222222222]
843.711111111111 [33.7111111111111]
877.022222222222 [34.0222222222222]
910.311111111111 [33.311111111111]
943.611111111111 [33.6111111111111]
976.922222222222 [33.9222222222222]
1010.23333333333 [34.2333333333333]
1043.54444444444 [33.5444444444445]
1076.85555555556 [33.8555555555554]
1110.15555555556 [34.1555555555556]
1143.46666666667 [33.4666666666667]
1176.77777777778 [33.7777777777776]
1210.07777777778 [34.0777777777778]
1243.37777777778 [33.3777777777777]
1276.68888888889 [33.6888888888891]
1310.02222222222 [34.0222222222221]
1343.31111111111 [33.3111111111111]
1376.63333333333 [33.6333333333334]
1409.92222222222 [33.9222222222222]
1443.22222222222 [34.2222222222222]
1476.53333333333 [33.5333333333333]
1509.84444444444 [33.8444444444444]
1543.14444444444 [34.1444444444444]
1576.44444444444 [33.4444444444446]
1609.75555555556 [33.7555555555557]
1643.06666666667 [34.0666666666666]
1676.37777777778 [33.3777777777777]
1709.68888888889 [33.6888888888889]
1743 [34]
1776.28888888889 [33.2888888888888]
1809.6 [33.6000000000001]
1842.91111111111 [33.9111111111113]
1876.21111111111 [34.211111111111]
1909.52222222222 [33.5222222222221]
1942.83333333333 [33.8333333333335]
1976.12222222222 [34.122222222222]
2009.43333333333 [33.4333333333334]
2042.75555555556 [33.7555555555555]
2076.06666666667 [34.0666666666666]
2109.35555555556 [33.3555555555558]
2142.66666666667 [33.6666666666665]
2175.96666666667 [33.9666666666667]
2209.27777777778 [34.2777777777778]
2242.58888888889 [33.588888888889]
2275.87777777778 [33.8777777777777]
2309.2 [34.2000000000003]
2342.5 [33.5]
2375.81111111111 [33.8111111111111]
2409.12222222222 [34.1222222222223]
2442.43333333333 [33.4333333333334]
2475.73333333333 [33.7333333333331]
2509.04444444444 [34.0444444444447]
2542.33333333333 [33.333333333333]
2575.66666666667 [33.666666666667]
2608.96666666667 [33.9666666666667]
2642.25555555556 [34.2555555555555]
2675.55555555556 [33.5555555555557]
2708.88888888889 [33.8888888888887]
2742.17777777778 [34.1777777777775]
2775.47777777778 [33.4777777777776]
2808.8 [33.8000000000002]
2842.08888888889 [34.088888888889]
2875.4 [33.4000000000001]
2908.72222222222 [33.7222222222226]
2942.02222222222 [34.0222222222219]
2975.33333333333 [33.3333333333335]
3008.62222222222 [33.6222222222223]
3041.94444444444 [33.9444444444443]
3075.23333333333 [34.2333333333331]
3108.55555555556 [33.5555555555557]
3141.85555555556 [33.8555555555554]
3175.15555555556 [34.1555555555556]
3208.47777777778 [33.4777777777781]
3241.78888888889 [33.7888888888888]
3275.07777777778 [34.0777777777776]
3308.37777777778 [33.3777777777777]
3341.73333333333 [33.7333333333336]
3375.06666666667 [34.0666666666666]
3408.3 [33.3000000000002]
3441.64444444444 [33.6444444444446]
3474.93333333333 [33.9333333333334]
3508.24444444444 [34.2444444444441]
3541.53333333333 [33.5333333333333]
3574.84444444444 [33.8444444444444]
3608.15555555556 [34.1555555555551]
3641.44444444444 [33.4444444444443]
3674.75555555556 [33.7555555555555]
3708.06666666667 [34.0666666666671]
3741.36666666667 [33.3666666666663]
3774.67777777778 [33.6777777777779]
3807.98888888889 [33.9888888888891]
3841.3 [34.2999999999997]
3874.58888888889 [33.588888888889]
3907.9 [33.9000000000001]
3941.21111111111 [34.2111111111112]
3974.53333333333 [33.5333333333333]
4007.83333333333 [33.833333333333]
4041.15555555556 [34.1555555555551]
4074.43333333333 [33.4333333333334]
4107.74444444444 [33.7444444444445]
4141.05555555556 [34.0555555555557]
4174.36666666667 [33.3666666666668]
4207.65555555556 [33.6555555555551]
4240.97777777778 [33.9777777777781]
4274.27777777778 [34.2777777777783]
4307.58888888889 [33.5888888888885]
4340.88888888889 [33.8888888888896]
4374.22222222222 [34.2222222222226]
4407.53333333333 [33.5333333333328]
4440.83333333333 [33.833333333333]
4474.14444444445 [34.1444444444451]
4507.44444444444 [33.4444444444443]
4540.76666666667 [33.7666666666664]
4574.07777777778 [34.0777777777785]
4607.37777777778 [33.3777777777777]
4640.67777777778 [33.677777777777]
4673.98888888889 [33.9888888888891]
4707.28888888889 [34.2888888888892]
4740.6 [33.5999999999995]
4773.9 [33.9000000000005]
4807.21111111111 [34.2111111111108]
4840.51111111111 [33.5111111111109]
4873.83333333333 [33.8333333333339]
4907.12222222222 [34.1222222222223]
4940.43333333333 [33.4333333333334]
4973.75555555556 [33.7555555555555]
5007.05555555556 [34.0555555555557]
5040.35555555555 [33.3555555555549]
5073.66666666667 [33.666666666667]
5107.02222222222 [34.0222222222228]
5140.26666666667 [33.2666666666664]
5173.57777777778 [33.5777777777785]
5206.92222222222 [33.9222222222224]
5240.18888888889 [34.1888888888889]
5273.5 [33.5]
5306.81111111111 [33.8111111111111]
5340.11111111111 [34.1111111111104]
5373.42222222222 [33.4222222222224]
5406.73333333333 [33.7333333333336]
5440.03333333333 [34.0333333333328]
5473.34444444444 [33.3444444444449]
5506.66666666667 [33.666666666667]
5539.94444444444 [33.9444444444443]
5573.25555555556 [34.2555555555555]
5606.58888888889 [33.5888888888894]
5639.86666666667 [33.8666666666668]
5673.17777777778 [34.1777777777779]
5706.54444444444 [33.5444444444447]
5739.78888888889 [33.7888888888883]
5773.11111111111 [34.1111111111113]
5806.41111111111 [33.4111111111115]
5839.72222222222 [33.7222222222217]
5873.02222222222 [34.0222222222228]
5906.34444444444 [33.3444444444449]
5939.63333333333 [33.6333333333332]
5972.93333333333 [33.9333333333334]
6006.23333333333 [34.2333333333336]
6039.56666666667 [33.5666666666666]
6072.85555555556 [33.8555555555558]
6106.17777777778 [34.1777777777779]
6139.46666666667 [33.4666666666662]
6172.78888888889 [33.7888888888892]
6206.08888888889 [34.0888888888894]
6239.43333333333 [33.4333333333334]
6272.72222222222 [33.7222222222217]
6306.02222222222 [34.0222222222228]
6339.31111111111 [33.3111111111111]
6372.61111111111 [33.6111111111113]
6405.93333333333 [33.9333333333334]
6439.23333333333 [34.2333333333336]
6472.53333333333 [33.5333333333338]
6505.85555555556 [33.8555555555558]
6539.14444444444 [34.1444444444442]
6572.45555555556 [33.4555555555562]
6605.76666666667 [33.7666666666664]
6639.06666666667 [34.0666666666666]
6672.37777777778 [33.3777777777777]
6705.7 [33.6999999999998]
6739.01111111111 [34.0111111111109]
6772.28888888889 [33.2888888888892]
6805.61111111111 [33.6111111111113]
6838.92222222222 [33.9222222222224]
Most likely you can treat it as CFR, i.e., just demux audio and video and remux them as CFR. Or process with Avisynth/Vapoursynth as if it is CFR. Test it on a longer stream watching audio sync throughout.
I seriously doubt a phone would create true VFR. VFR is used to combine segments with different frame rates, like film (23.976) and video (29.97), i.e., for hybrid video. This video is obviously not hybrid.
Here are the timecodes with the differences to the previous ones in [ ]. Apart from the very first, the codes vary only a little around 29.97 fps. FPS 29.97 would give a difference of ~33.4.
0 [0]
44.4 [44.4]
77.7222222222222 [33.7222222222222]
111.033333333333 [34.0333333333333]
144.322222222222 [33.3222222222222]
177.611111111111 [33.6111111111111]
210.922222222222 [33.9222222222222]
244.2 [34.2]
277.5 [33.5]
310.811111111111 [33.8111111111111]
344.111111111111 [34.1111111111111]
377.422222222222 [33.4222222222222]
410.722222222222 [33.7222222222222]
444.044444444444 [34.0444444444445]
477.344444444444 [33.3444444444444]
510.644444444444 [33.6444444444444]
543.955555555556 [33.9555555555555]
577.266666666667 [34.2666666666667]
610.566666666667 [33.5666666666667]
643.877777777778 [33.8777777777777]
677.177777777778 [34.1777777777778]
710.488888888889 [33.4888888888888]
743.8 [33.8000000000001]
777.1 [34.1]
810.422222222222 [33.4222222222222]
843.711111111111 [33.7111111111111]
877.022222222222 [34.0222222222222]
910.311111111111 [33.311111111111]
943.611111111111 [33.6111111111111]
976.922222222222 [33.9222222222222]
1010.23333333333 [34.2333333333333]
1043.54444444444 [33.5444444444445]
1076.85555555556 [33.8555555555554]
1110.15555555556 [34.1555555555556]
1143.46666666667 [33.4666666666667]
1176.77777777778 [33.7777777777776]
1210.07777777778 [34.0777777777778]
1243.37777777778 [33.3777777777777]
1276.68888888889 [33.6888888888891]
1310.02222222222 [34.0222222222221]
1343.31111111111 [33.3111111111111]
1376.63333333333 [33.6333333333334]
1409.92222222222 [33.9222222222222]
1443.22222222222 [34.2222222222222]
1476.53333333333 [33.5333333333333]
1509.84444444444 [33.8444444444444]
1543.14444444444 [34.1444444444444]
1576.44444444444 [33.4444444444446]
1609.75555555556 [33.7555555555557]
1643.06666666667 [34.0666666666666]
1676.37777777778 [33.3777777777777]
1709.68888888889 [33.6888888888889]
1743 [34]
1776.28888888889 [33.2888888888888]
1809.6 [33.6000000000001]
1842.91111111111 [33.9111111111113]
1876.21111111111 [34.211111111111]
1909.52222222222 [33.5222222222221]
1942.83333333333 [33.8333333333335]
1976.12222222222 [34.122222222222]
2009.43333333333 [33.4333333333334]
2042.75555555556 [33.7555555555555]
2076.06666666667 [34.0666666666666]
2109.35555555556 [33.3555555555558]
2142.66666666667 [33.6666666666665]
2175.96666666667 [33.9666666666667]
2209.27777777778 [34.2777777777778]
2242.58888888889 [33.588888888889]
2275.87777777778 [33.8777777777777]
2309.2 [34.2000000000003]
2342.5 [33.5]
2375.81111111111 [33.8111111111111]
2409.12222222222 [34.1222222222223]
2442.43333333333 [33.4333333333334]
2475.73333333333 [33.7333333333331]
2509.04444444444 [34.0444444444447]
2542.33333333333 [33.333333333333]
2575.66666666667 [33.666666666667]
2608.96666666667 [33.9666666666667]
2642.25555555556 [34.2555555555555]
2675.55555555556 [33.5555555555557]
2708.88888888889 [33.8888888888887]
2742.17777777778 [34.1777777777775]
2775.47777777778 [33.4777777777776]
2808.8 [33.8000000000002]
2842.08888888889 [34.088888888889]
2875.4 [33.4000000000001]
2908.72222222222 [33.7222222222226]
2942.02222222222 [34.0222222222219]
2975.33333333333 [33.3333333333335]
3008.62222222222 [33.6222222222223]
3041.94444444444 [33.9444444444443]
3075.23333333333 [34.2333333333331]
3108.55555555556 [33.5555555555557]
3141.85555555556 [33.8555555555554]
3175.15555555556 [34.1555555555556]
3208.47777777778 [33.4777777777781]
3241.78888888889 [33.7888888888888]
3275.07777777778 [34.0777777777776]
3308.37777777778 [33.3777777777777]
3341.73333333333 [33.7333333333336]
3375.06666666667 [34.0666666666666]
3408.3 [33.3000000000002]
3441.64444444444 [33.6444444444446]
3474.93333333333 [33.9333333333334]
3508.24444444444 [34.2444444444441]
3541.53333333333 [33.5333333333333]
3574.84444444444 [33.8444444444444]
3608.15555555556 [34.1555555555551]
3641.44444444444 [33.4444444444443]
3674.75555555556 [33.7555555555555]
3708.06666666667 [34.0666666666671]
3741.36666666667 [33.3666666666663]
3774.67777777778 [33.6777777777779]
3807.98888888889 [33.9888888888891]
3841.3 [34.2999999999997]
3874.58888888889 [33.588888888889]
3907.9 [33.9000000000001]
3941.21111111111 [34.2111111111112]
3974.53333333333 [33.5333333333333]
4007.83333333333 [33.833333333333]
4041.15555555556 [34.1555555555551]
4074.43333333333 [33.4333333333334]
4107.74444444444 [33.7444444444445]
4141.05555555556 [34.0555555555557]
4174.36666666667 [33.3666666666668]
4207.65555555556 [33.6555555555551]
4240.97777777778 [33.9777777777781]
4274.27777777778 [34.2777777777783]
4307.58888888889 [33.5888888888885]
4340.88888888889 [33.8888888888896]
4374.22222222222 [34.2222222222226]
4407.53333333333 [33.5333333333328]
4440.83333333333 [33.833333333333]
4474.14444444445 [34.1444444444451]
4507.44444444444 [33.4444444444443]
4540.76666666667 [33.7666666666664]
4574.07777777778 [34.0777777777785]
4607.37777777778 [33.3777777777777]
4640.67777777778 [33.677777777777]
4673.98888888889 [33.9888888888891]
4707.28888888889 [34.2888888888892]
4740.6 [33.5999999999995]
4773.9 [33.9000000000005]
4807.21111111111 [34.2111111111108]
4840.51111111111 [33.5111111111109]
4873.83333333333 [33.8333333333339]
4907.12222222222 [34.1222222222223]
4940.43333333333 [33.4333333333334]
4973.75555555556 [33.7555555555555]
5007.05555555556 [34.0555555555557]
5040.35555555555 [33.3555555555549]
5073.66666666667 [33.666666666667]
5107.02222222222 [34.0222222222228]
5140.26666666667 [33.2666666666664]
5173.57777777778 [33.5777777777785]
5206.92222222222 [33.9222222222224]
5240.18888888889 [34.1888888888889]
5273.5 [33.5]
5306.81111111111 [33.8111111111111]
5340.11111111111 [34.1111111111104]
5373.42222222222 [33.4222222222224]
5406.73333333333 [33.7333333333336]
5440.03333333333 [34.0333333333328]
5473.34444444444 [33.3444444444449]
5506.66666666667 [33.666666666667]
5539.94444444444 [33.9444444444443]
5573.25555555556 [34.2555555555555]
5606.58888888889 [33.5888888888894]
5639.86666666667 [33.8666666666668]
5673.17777777778 [34.1777777777779]
5706.54444444444 [33.5444444444447]
5739.78888888889 [33.7888888888883]
5773.11111111111 [34.1111111111113]
5806.41111111111 [33.4111111111115]
5839.72222222222 [33.7222222222217]
5873.02222222222 [34.0222222222228]
5906.34444444444 [33.3444444444449]
5939.63333333333 [33.6333333333332]
5972.93333333333 [33.9333333333334]
6006.23333333333 [34.2333333333336]
6039.56666666667 [33.5666666666666]
6072.85555555556 [33.8555555555558]
6106.17777777778 [34.1777777777779]
6139.46666666667 [33.4666666666662]
6172.78888888889 [33.7888888888892]
6206.08888888889 [34.0888888888894]
6239.43333333333 [33.4333333333334]
6272.72222222222 [33.7222222222217]
6306.02222222222 [34.0222222222228]
6339.31111111111 [33.3111111111111]
6372.61111111111 [33.6111111111113]
6405.93333333333 [33.9333333333334]
6439.23333333333 [34.2333333333336]
6472.53333333333 [33.5333333333338]
6505.85555555556 [33.8555555555558]
6539.14444444444 [34.1444444444442]
6572.45555555556 [33.4555555555562]
6605.76666666667 [33.7666666666664]
6639.06666666667 [34.0666666666666]
6672.37777777778 [33.3777777777777]
6705.7 [33.6999999999998]
6739.01111111111 [34.0111111111109]
6772.28888888889 [33.2888888888892]
6805.61111111111 [33.6111111111113]
6838.92222222222 [33.9222222222224]
Re: HDR -> SDR tonemapping for DGDecodeNV
OK, thanks, I'll try that.
I uploaded another clip "05" where the minimum VFR frame rate is reportedly down to 16.
Would that "assume CFR" approach still be doable with clips like that ?
I suppose ffmpeg -vsync 2 or even better -vsync drop would be OK using to convert to CFR.
I uploaded another clip "05" where the minimum VFR frame rate is reportedly down to 16.
Would that "assume CFR" approach still be doable with clips like that ?
Code: Select all
Bit rate : 17007029
Bit rate : 17.0 Mb/s
Width : 1920
Width : 1 920 pixels
Height : 1080
Height : 1 080 pixels
Stored_Height : 1088
Sampled_Width : 1920
Sampled_Height : 1080
Pixel aspect ratio : 1.000
Display aspect ratio : 1.778
Display aspect ratio : 16:9
Rotation : 90.000
Rotation : 90°
Frame rate mode : VFR
Frame rate mode : Variable
Frame rate : 30.000
Frame rate : 30.000 FPS
Minimum frame rate : 16.876
Minimum frame rate : 16.876 FPS
Maximum frame rate : 30.141
Maximum frame rate : 30.141 FPS
Frame count : 1118
Source frame count : 1119
-vsync parameter
Video sync method. For compatibility reasons old values can be specified as numbers. Newly added values will have to be specified as strings always.
0, passthrough
Each frame is passed with its timestamp from the demuxer to the muxer.
1, cfr
Frames will be duplicated and dropped to achieve exactly the requested constant frame rate.
2, vfr
Frames are passed through with their timestamp or dropped so as to prevent 2 frames from having the same timestamp.
drop
As passthrough but destroys all timestamps, making the muxer generate fresh timestamps based on frame-rate.
-1, auto
Chooses between 1 and 2 depending on muxer capabilities. This is the default method.
I really do like it here.
Re: HDR -> SDR tonemapping for DGDecodeNV
Apology, my bad. It's there now (it was in a parent folder).
I really do like it here.
Re: HDR -> SDR tonemapping for DGDecodeNV
It's just the first frame again. After that everything is again close to 29.97.
Look, that camera is not shooting hybrid. It's never going to make real VFR. I don't know the reason for the first frame anomaly. Again, just treat it as CFR.
Look, that camera is not shooting hybrid. It's never going to make real VFR. I don't know the reason for the first frame anomaly. Again, just treat it as CFR.
Re: HDR -> SDR tonemapping for DGDecodeNV
Thank you for your confirmation, that sounds like a good plan.
OK, ffmpeg's -vsync 1 -r 29.97 looks like the go to treat it as cfr, so timestamps are fixed up and audio remains in sync.
OK, ffmpeg's -vsync 1 -r 29.97 looks like the go to treat it as cfr, so timestamps are fixed up and audio remains in sync.
I really do like it here.
Re: HDR -> SDR tonemapping for DGDecodeNV
Going back to HDR... ![Wink ;)](./images/smilies/icon_e_wink.gif)
I've posted on another forum a long post, about my still struggling issues and thoughts i have about HDR.
If you have time to read it, and eventually share your thoughts also here.
It's of course absolutely not related to the fact that yesterday i got in my hand my first UHD Blu-Ray, and that i've been able to rip it on my HDD because i have a "friendly" drive...![Mr. Green :mrgreen:](./images/smilies/icon_mrgreen.gif)
![Wink ;)](./images/smilies/icon_e_wink.gif)
I've posted on another forum a long post, about my still struggling issues and thoughts i have about HDR.
If you have time to read it, and eventually share your thoughts also here.
It's of course absolutely not related to the fact that yesterday i got in my hand my first UHD Blu-Ray, and that i've been able to rip it on my HDD because i have a "friendly" drive...
![Mr. Green :mrgreen:](./images/smilies/icon_mrgreen.gif)
Re: HDR -> SDR tonemapping for DGDecodeNV
What are you using to rip the UHD disk?
Re: HDR -> SDR tonemapping for DGDecodeNV
Usualy, i use AnyDVD for all my BR. But, for this title, i've encounter an issue for the 1rst time, AnyDVD wanted to connect to its database. As my PC video is totaly offline, i had to found something else.
Finaly, makemkv did the job. I didn't create an mkv, but just save the disc. Didn't realize the 1rst time that i had to check the "Decrypt box" to have decrypted data. So, i have my UHD BR on HDD, and DGIndex was fine on it. I was lucky the key was allready in the key list of makemkv.
I also have a "friendly" drive, BH16NS55 FW1.02. It worked, but i think the brand new FW 1.03 fixes the loophole, as do the brand new FW for ASUS 16D1HT and 12D2HT drives.
Nevertheless, there still possibility to reverse FW/Do things, read the posts in the several threads here :
https://www.makemkv.com/forum2/viewforum.php?f=16
The first to read is here, the description of the loophole :
https://www.makemkv.com/forum2/viewtopi ... 16&t=16832
Finaly, makemkv did the job. I didn't create an mkv, but just save the disc. Didn't realize the 1rst time that i had to check the "Decrypt box" to have decrypted data. So, i have my UHD BR on HDD, and DGIndex was fine on it. I was lucky the key was allready in the key list of makemkv.
I also have a "friendly" drive, BH16NS55 FW1.02. It worked, but i think the brand new FW 1.03 fixes the loophole, as do the brand new FW for ASUS 16D1HT and 12D2HT drives.
Nevertheless, there still possibility to reverse FW/Do things, read the posts in the several threads here :
https://www.makemkv.com/forum2/viewforum.php?f=16
The first to read is here, the description of the loophole :
https://www.makemkv.com/forum2/viewtopi ... 16&t=16832
Re: HDR -> SDR tonemapping for DGDecodeNV
Thanks for the info.
Re: HDR -> SDR tonemapping for DGDecodeNV
If you don't have a preference for ISO backup over folder structure, your best bet is MakeMKV
Re: HDR -> SDR tonemapping for DGDecodeNV
Gotta get a usable drive first. Which one do you have, gonca?
Re: HDR -> SDR tonemapping for DGDecodeNV
wh16ns40
svc ns50
fw 1.02
https://club.myce.com/t/the-ultimate-ul ... t/399725/6
That is what it should look like
https://www.amazon.com/LG-WH16NS40-Inte ... s=wh16ns40
This looks right, however FW is the issue, 1.03 removes the capability to read UHD
svc ns50
fw 1.02
https://club.myce.com/t/the-ultimate-ul ... t/399725/6
That is what it should look like
https://www.amazon.com/LG-WH16NS40-Inte ... s=wh16ns40
This looks right, however FW is the issue, 1.03 removes the capability to read UHD
Re: HDR -> SDR tonemapping for DGDecodeNV
So how do I buy one and be sure not to get 1.03 firmware? Can you downgrade it and if so where do you get it?
Re: HDR -> SDR tonemapping for DGDecodeNV
Brick and mortar store should allow you to inspect the drive before buying, look for the svc code and FW version on the label on the drive
https://club.myce.com/t/dosflash-v2-0-p ... ves/399911
Read here on how to downgrade or crossflash the FW, there are risks, the drive can be bricked I guess
The face plate is a good guide to svc ns50, the m-disc logo should be on the tray itself
https://club.myce.com/t/dosflash-v2-0-p ... ves/399911
Read here on how to downgrade or crossflash the FW, there are risks, the drive can be bricked I guess
The face plate is a good guide to svc ns50, the m-disc logo should be on the tray itself
Re: HDR -> SDR tonemapping for DGDecodeNV
OK, thanks.
Re: HDR -> SDR tonemapping for DGDecodeNV
Otherwise, drives appart, any comment on my post
@gonca
Is it possible for you to do a little experiment for me ?
In the first page of this thread, it seems that you're doing your own H265 HDR encode.
If possible, could you trim 20s of a video, and make 2 encodes of it :
- With the proper mastering informations.
- Changing some mastering informations, but nothing else.
Then, play both files on your system, and tell me if display results are different.
Unless... You've already done this by mistake, in your first encode attempts...?
@gonca
Is it possible for you to do a little experiment for me ?
In the first page of this thread, it seems that you're doing your own H265 HDR encode.
If possible, could you trim 20s of a video, and make 2 encodes of it :
- With the proper mastering informations.
- Changing some mastering informations, but nothing else.
Then, play both files on your system, and tell me if display results are different.
Unless... You've already done this by mistake, in your first encode attempts...?
Re: HDR -> SDR tonemapping for DGDecodeNV
Don't need to trim
I'll just demux the video and patch the stream with the wrong data
I'll just demux the video and patch the stream with the wrong data