Look at the size of the hand in the background, apparently stroking this cat? If it were really that size the cat would be as big as a pony! How does this work? The cat was very close to the camera and appears large, the hand is my hubby’s, he sat about a foot away and this is his right hand, furthest away from the cat. It’s a bit blurred because it’s at the back. This is called depth of field. If you think of a photo as being in layers from the closest layer to the lens going backwards in slices then the deepest part of the feild of view is at the back. If you have a shallow field only the things at a certain distance will be in focus. With a deep feild all or most of the photo will be in focus. This is most noticeable in the deep field view of the universe with the Hubble Space telescope. In the pictures from that you can keep zooming in to see more and more detail. Sorry for the non technical explanation!
On one side my cat in the mirror, on the other side the view of him across the bedroom. Surprisingly the first image was in the mirror. I think I had a bit of camera shake when I took the photo of him across the room. It’s also odd because there seems to be more depth of field (depth perception) in the first one. I might do more pictures of reflections and see how they turn out.
I just took this photo, you can photograph anything and get an interesting result. In this case I like the way the cartoon cats surround the block of ice and almost seem to glow.
My tips for photos?
Look first. Even if you are seeing something through a lens look at it to see if you are including things you don’t want.
Don’t be scared to crop your photo. Got a streetlamp sticking up in the sky? Crop it if you don’t want it.
Don’t filter too much if you can help it. Once you start adjusting colours it’s hard to find the right balance. Sometimes you have to, but don’t over do it.
Use your on screen focus if you have it. If you can see something interesting you can us the focus option to just select that area. It also changes the depth of field.