I suspect the difference would be small.
Bob
On Jan 14, 2007, at 1:06 PM, John Celio wrote:
Will setting P to MTF mode produce sharper images, on average, than
normal
Program mode?
As my old friend Fred Picker used to always say when asked questions
like this, TRY IT.
That's the only
On Jan 13, 2007, at 8:58 PM, John Celio wrote:
Okay, I think I may have understood about 15-25% of that. My
question, to
make it as simple as possible:
Will setting P to MTF mode produce sharper images, on average, than
normal
Program mode?
As my old friend Fred Picker used to
Will setting P to MTF mode produce sharper images, on average, than
normal
Program mode?
As my old friend Fred Picker used to always say when asked questions
like this, TRY IT.
That's the only way you will know if it produces sharper images **for
you**, which is what matters.
Well, I've
Will setting P to MTF mode produce sharper images, on average, than
normal
Program mode?
As my old friend Fred Picker used to always say when asked questions
like this, TRY IT.
That's the only way you will know if it produces sharper images **for
you**, which is what matters.
Looks like the K10D brought back something very Pentax - the MTF - or
Modulation Transfer Factor.
The excellent DCWatch Longterm Test #5 covers this in detail with
many example images taken with the DA 40, FA 43, and DA 16-45 mm lenses.
http://dc.watch.impress.co.jp/cda/longterm/2007/01/12
On Sat, Jan 13, 2007 at 09:58:34PM +0100, Bertil Holmberg wrote:
Looks like the K10D brought back something very Pentax - the MTF - or
Modulation Transfer Factor.
The excellent DCWatch Longterm Test #5 covers this in detail with
many example images taken with the DA 40, FA 43, and DA 16
On Jan 13, 2007, at 4:37 PM, John Francis wrote:
The MTF is a measure of the resolving power (or sharpness) of the
lens,
and is dependent on aperture.
Not really. MTF stands for Modulation Transfer Function. This is an
expression of how accurately a lens transmits modulation, which is
The MTF is a measure of the resolving power (or sharpness) of the
lens,
and is dependent on aperture.
Not really. MTF stands for Modulation Transfer Function. This is an
expression of how accurately a lens transmits modulation, which is
not resolving power at all.
Okay, I think I may
On Jan 13, 2007, at 5:58 PM, John Celio wrote:
The MTF is a measure of the resolving power (or sharpness) of the
lens,
and is dependent on aperture.
Not really. MTF stands for Modulation Transfer Function. This is an
expression of how accurately a lens transmits modulation, which is
not
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