They're doing "odd" in DVX200, 13 MPX oversampling for 4K.Panasonic very much likes to adhere to "standards", so I highly doubt we'll ever see an odd ball resolution. (Though I'd love to see it, if only to get a winder FOV.) ...
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They're doing "odd" in DVX200, 13 MPX oversampling for 4K.Panasonic very much likes to adhere to "standards", so I highly doubt we'll ever see an odd ball resolution. (Though I'd love to see it, if only to get a winder FOV.) ...
I doubt there will be in-camera LUT monitoring.
I'm basing this off of Nick Driftwood's test files. I did not see the CINE-D color errors that are so hard to fix. Obviously, until I can get some charts shot under controlled lighting, I can't know how great a different there is, but based on what I have been able to see so far, it looks like a meaningful improvement.
So in a nut shell... To monitor the newly added V-Log with a LUT applied & anamorphic mode de-squeezed properly you need to add something along the lines of an Odyssey7Q+ and say a pair of drives, which effectively turns the GH4 into a $4600 camera.
See newly released "Ninja Assassin" from Atamos. Pretty sure it does all that.![]()
Sorry, but I found "poppycock" to be an unpersuasive argument. Here's my detailed analysis of the drawbacks of using V-Log-L with an 8-bit H.264 encoder:Greg_E said:OK, there's the answer that some have been looking for, 8 bits is really not enough for this unless close attention is paid to exposure. So to do this correctly, you still really need an external recorder.
Poppycock, I say. Much more opinion than fact. 10-bits of precision is nice to have for many applications, but the difference has to do with precision between maximums) not the maximums themselves. An 8-bit and 10-bit signal can both capture the same DR, so the same exposure.
Illya
you once posted that we will not see a third party knock of the YAGH. This came from seeing what is inside the box, and maybe I would add, some inside knowledge you might be privy to. Do you get any sense that there might be untapped processing power beyond what it does now that the camera processor can make use of to provide more advanced features?
(publicly) about all I can say is that I am surprised that the community of camera hacking has not really gone after the GH4.
After you shoot the GH4 V-log-L, regardless of bit-depth recording, I don't think anyone shooting a GH4 for "cinema" will want to shoot with the other modes.
Suggest you research Lpowell. He works for Dolby & authored (IMO) the best GH2 patches.
And he is correct. The vast majority of users will want to apply a Lut, both to their monitor(s), & especially in post.
I shoot Log regularly & wouldn't without Luts.
But the output is standard. 4K. The OP was requesting a non-standard output res.They're doing "odd" in DVX200, 13 MPX oversampling for 4K.
Sorry, but I found "poppycock" to be an unpersuasive argument. Here's my detailed analysis of the drawbacks of using V-Log-L with an 8-bit H.264 encoder:
Panasonic V-Log-L - the Seven-Bit Solution for the GH4?
I don't think there's been a meaningful Panasonic hack since the GH2.Now... I wonder if the community will hack this and make it available for the G7...
That's right, who needs those pesky bits when you've got logarithms working for you?Bits are nice, but they're not all equal. Your detailed analysis ignores how the human visual perception works. You can sacrifice a lot of precision in highlights and never see the loss.
(publicly) about all I can say is that I am surprised that the community of camera hacking has not really gone after the GH4.
Is this a veiled reference to Magic Lantern? ML seems to be quite Canon specific. No doubt that a RAW GH4 4k image would be quite a nice image to work with. No idea how to get that train started though...
That's right, who needs those pesky bits when you've got logarithms working for you?