Posts Tagged: Puget Sound

March 15, 2011 – Sunset from Chuckanut Drive

Sunset from Chuckanut Drive

Sunset from Chuckanut Drive

Tuesday, March 15, 2011

http://davefry.net/rate/index.php?viewimage=1663

So, it turns out that Washington has a bunch of water in it. I often kind of overlook that fact, since I’m kind of a mountain guy. I didn’t grow up around the water, and I really don’t have much of an idea what to do with it. But if you’re in to that sort of thing, there’s a lot of options around here. There’s big lakes, tons of rivers, and a huge amount of salt water. I mean, shoot, the entire western edge of the state is made up of fairly nice beaches (although not the kind where you’d want to actually play around in the water – that sh**’s cold!), and we’ve got the whole Puget Sound (and the Hood Canal) on top of that. I heard awhile ago that Seattle has more boats per capita than just about anywhere else. I don’t know if that’s true or not (meaning I’m too lazy to check Wikipedia at the moment), but it’s still impressive.

Today’s picture was taken from a nice little scenic drive that goes from near Mt. Vernon on the southern end up to Bellingham in the north, called Chuckanut Drive. It’s a windy little two-lane highway that hugs the (Puget Sound) coast. If you like those watery views, you’d love this road. Especially around sunset. It’s very Pacific-Northwest-y.

Also, this is the 350th post on this blog. For whatever that’s good for.

Notes: Canon EOS Rebel T1i, Tokina 11-16mm f/2.8 lens. 1/200s, f/8.0, ISO 400. Focal length: 11mm.

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December 29, 2009 – Sunset over Puget Sound

Sunset over Puget Sound

Sunset over Puget Sound

Tuesday, December 29, 2009

http://www.davefry.net/rate/index.php?viewimage=1127

Hey everyone, welcome back from the holiday weekend! Hope you all had a great Christmas if you celebrate that sort of thing, otherwise I hope you had a really great Friday. We had some gorgeous weather here over the weekend, which meant that I was able to get 2 or 3 post-worthy shots. They’re still on the camera, but you’ll see them someday I’m sure. This one’s actually from this last summer though. This is a view of the sunset (duh) over the Olympic mountains and Puget Sound, seen from downtown Seattle. Always beautiful, if the sun and the mountains are actually out.

Today’s picture gives me a chance to talk about one of my biggest pet peeves again: pictures that aren’t quite straight. It’s something that is really easy to take for granted, but is actually really hard to get just right. For a lot of pictures it really doesn’t matter (like yesterday’s picture of a rose) but anytime you have a shot that includes something that you would normally expect to be either straight up and down (like a tree or a building) or straight across (like the horizon), it kills me when it’s obviously tilted. And it doesn’t even need to be tilted by much. Even a degree or two can destroy a picture, especially if it’s something that stretches across the whole frame. This is particularly a problem for me, because for whatever reason my trigger hand seems to be a bit lazy, and it doesn’t want to hold the right side of the camera as high as the left. So it’s always something I have to explicitly ask myself before I hit the shutter: “am I holding it level this time?” In this particular picture I believe I just about nailed it (it’s oh so slightly off, but it’ll do), but there’s actually another variable going on here that can make it even more of a pain in the butt than usual.

In the cases I mentioned before (trees, buildings, the horizon), it’s generally pretty obvious what the “true” orientation needs to be. But what about the case of a lake with a far distant shore? (Or, like in this picture, a sound.) It usually looks right if the far shore goes straight across, but what if the shore is actually curving away from you? Then in reality it should tilt upwards a bit, but in a lot of cases, that will actually make it *look* wrong, even though it actually isn’t. Frustrating, right? I know, it kills me!

I’ll go ahead and finish this post with the standard caveat to the “is it straight?” issue: you can straighten pictures after the fact with software. But I have always claimed, and I still insist, that doing so subtly degrades the picture. Why? Because of math. The image off the camera is a grid of colored pixels. In order to rotate the image, you’re re-mapping those pixels to different locations. Here’s the kicker though: the new locations don’t exactly line up with pixel locations in the image. Meaning, the center of a particular pixel will be moved to a point that’s a little ways between the original pixel location and the location of the pixel next to it. Meaning the new pixel value will need to be calculated as a weighted average of several pixels. Meaning, you’re going to lose at least a little bit of sharpness, as adjacent pixels that once had a certain amount of contrast from each other will now be blended together. Make sense? It’s not a huge issue, and if it’s a question of either straightening an image or not having it at all, definitely go with the straightening. But if you have a choice between a straightened one and one that was naturally straight, I’d go with the natural one every time.

Want a different way of looking at the issue? Okay, here you go. Imagine a sheet of graph paper. Let’s say you want to draw a horizontal line on that paper by filling in squares. Easy enough, right? You just fill in a row of squares. Same with a vertical line. A 45-degree diagonal line kind of works. But any other slope of a line, and you get into averaging. Meaning, you start doing things like filling in two squares next to each other, then you move diagonally for one square, then diagonally again, etc. If you look at it from far away, it looks like a line of the correct slope, but up close it’s clearly kind of a hackjob. So when you straighten an image, you’re doing the same thing. You’re taking lines that were originally at one slope, and tilting them along a grid. So the result will average out to look decent, especially from far away, but you will have lost some detail in the averaging. Long story short, it’s a better idea to just try to take the image straight the first time.

Notes: Canon EOS Rebel T1i, Tamron 28-300 mm VC lens. 1/320s, f/9.0, ISO 100. Focal length: 154mm.

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