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Messages - Meh

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1
Yes they do. Once you come up with some ideas for its use it really does work well. I have had other remotes inside buildings and fired them from outside with a hand aimed 600 and the tripod mounted camera in the street. The RT system really is a great system.

P.S. There is a caveat, if you have AF on and the camera can't aquire focus it won't take an image, but that is consistent with other remotes too.

Cool :)

2
Speedlites, Printers, Accessories / Re: PocketWizard, Yongnuo, or Phottix?
« on: November 03, 2013, 10:14:26 PM »
I know i'm right on this

And yet so wrong...  ;)

3
EOS Bodies / Re: Wait for the Canon 5D Mark IV or get the Mark III?
« on: October 11, 2013, 11:13:51 PM »
It's the 5D Mark 7 you really want to wait for... I wouldn't shoot anything until you can get a hold of that one.

Ha!

4
I agree with Mt. Spokane... get a color calibration tool and any decent monitor will do fine.  However, that doesn't answer your question, does it.

What makes one monitor better than another is the usual set of features... resolution, contrast, color accuracy, color gamut, etc.  Plus one more... consistency at varied viewing angles.  Almost all monitors boast something like 170+ degree viewing angle BUT at angles off the center viewing axis the color and contrast is poor.   So... you want an IPS panel that does not suffer so much at off angles.  And most IPS panels, given they are the higher end models, have good feature sets and wide color gamuts.

IMHO, the Dell Ultransharp series are the best value here and the U2412 (which is still being sold has been succeeded by the U2413) is really good and only $289 at the moment.  They increased the color gamut on the U2413 but, and this is where Mt Spokane hits the nail on the head, you don't need that for anything but high end publishing.  Short of that, your images are being viewed on screen or regular prints and those can't reproduce that wide of a color gamut anyway.

These Dell 24" displays are not ultra high resolution... they are only 1920 x 1200... an iPad has more pixels... but can the human eye see the difference at the typical viewing distance of a desktop monitor... probably not.


5
I doubt Canon's leading edge video sensor will be restricted to 1080p.

You doubt it?  Even in the face of the clear fact that this particular sensor is in fact a "Full HD" (1920x1080) video sensor?

This sensor, as they state, is being developed to optimize low light video... as stated Canon "is looking to such future applications for the new sensor as astronomical and natural observation, support for medical research, and use in surveillance and security equipment."

Whatever new technologies they develop for reduced noise readout electronics could potentially be used in future higher resolution video and still sensors, but that's not what this sensor is about.

6
Noooooooooooooooooo, don't ask such questions 'round these parts... the APS-H boys will pounce!!!

7
Lenses / Re: AF questions
« on: August 23, 2013, 10:37:21 PM »
Well, there is either 1) something wrong with the lens, 2) something wrong with the body, or 3) something wrong with the particular combination of body + lens.  Or you are just being punished by camera fairies for some offense you have caused them.

8
Lenses / Re: AF questions
« on: August 23, 2013, 06:14:19 PM »
The camera very likely attempts to confirm focus once the lens' focusing element is moved to the predicted focus position.  If, when it attempts to confirm focus, the image is not in focus it will try again.  You can imagine that if the lens was damaged or otherwise not working properly such that it simply can not focus within the acceptable tolerance of the PDAF system, it will hunt.  This is not the iterative process of contrast detect, it is a failure of the lens to achieve focus.

9
and fails to provide any explanation that is meaningful as to why they refuse to perform their obligation.

Except that they did provide an explanation, they inspected and determined that the camera had been damaged by the user.   I'm not saying that they are right or wrong in their assessment, but they did tell you why they are denying the warranty claim.

If they took anyone at their word that a product wasn't dropped or otherwise damaged by the owner, it wouldn't be just $100 as you stated, it would be millions because everyone who dropped their camera would send it back and claim "it just suddenly stopped working".

10
Got news for Canon, they can forget ever getting another dime out of me. As for mom in law, she already switched to Nikon. As for me, I'll switch too when it's time to move the 5D3 body. Already moving out non essential lenses in the collection. I simply will not do business with Canon USA or any other company that pulls this sort of BS.

Hmmmmm, seems like quite a rash response.  You must somehow think that Nikon or any other consumer product company would never deny a warranty claim.  Any company will deny a warranty claim on the slightest evidence of operator error... if not, they constantly be replacing cameras/phones/etc. because ppl drop them all the time even on to carpeted floors where there would be no visible damage.

11
Software & Accessories / Re: What size RAW should I shoot at?
« on: August 02, 2013, 10:49:16 PM »
Bigger is better

12
Andrew Scrivani is on Creative Live right now if that's of any interest to anyone.

13
This is only an illusion of sharpness. The truth is what really matters (the information). Looking at the print from far away only proves that human vision is very limited. At close-up you can see all the information captured by your camera, both sharp and blurry parts. So, sharpness = information. Then from the distance you see much much less information despite that it looks sharper. This kind of sharpness ≠ information. This trick is about the CoC of your eyes, DoF has nothing to do with it.

As I pointed out previously, you appear to be confused about what DoF is.  As neuro just pointed out... DoF is not an objective paramater.  It is entirely subjective by definition.  It is the distance in front of and behind the plane of focus that appears sharp to a human observer.  There are implicit assumptions in the DoF derivation about viewing size, viewing distance, and visual acuity of the observer.

The only truth is that only the plane of focus is sharp.  And it's only maximally sharp not perfectly sharp.  Every plane in front of and behind is less sharp.  How much less sharp depends on a few things.  Whether you can see that it's less sharp depends on how big the print is, how far you are from it, and how good your eye sight is.

For you to say at this point in the thread "that only proves that human vision is very limited" suggests you are still fundamentally missing the point that DoF is in fact a function of the limitations in human vision.

14
Lenses / Re: Lee Filters for Wideangel
« on: July 17, 2013, 10:35:20 PM »
A little off topic...

How much better are the LEE glass ND filters compared to the resin filters?

Are the LEE lens hoods meant to be an accessory to the foundation kit or are the hoods a separate system?

Thanks.

15
Shrinking the picture simply makes it's details imperceptible to you.

If I may, can I suggest that this one sentence sums up some of the disagreement in this thread.   DoF is, in fact, a concept that is rooted in human visual perception.  DoF is defined as the distance in front of and behind the plane of focus that appears in focus to a human being.  The calculation requires assumptions regarding human visual acuity, print size, and viewing distance.

I believe, others can correct me if I'm wrong, it is also implicitly assumed that the print size and resolution is such that the individual pixels in the print are too small for the viewer to see them at the assumed print size and viewing distance.  If the pixels are visible then the entire image would not appear sharp.  That is why sensor resolution does not appear in the calculation.

So yes,  print size matters and yes, if you print small enough the entire image would "magically" appear sharp.  "Appear" is the operative word in that statement but it is relevant because "appears sharp" is fundamental to the concept of DoF.  If you also shrunk yourself down, your visual acuity would likely also change so in fact DoF would be the same.

And it is a concept.  It is a defined value based on some reasonable assumptions.  DoF is not something that exists independent of human vision and is not a strictly defined measurement like mass, distance, size, etc.

If you're looking for a physically defined parameter, it exists.  That is focus distance.  The distance from the image plane that is precisely in focus (in practical terms it would be maximally in focus because there is no perfect focus).  And there is only one distance that is maximally in focus... every plane in front of and behind the focus plane is less focused.  If human visual acuity was infinite and the resolution of a print was infinite you would be able to see the tiniest difference in sharpness.  But that's not the case, more than just the exact plane of focus appears sharp and we can define the depth in the image that appears sharp... i.e. Depth of Field.

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