Why do so many people put a music track on an instructional video? You have great content, but the music is very annoying. So if you wanted to have a symmetric white border around the photo when printing, how would you go about this? Also, what matte and frame size did you select to get that nice border appearance?
I'm surprised that this isn't automatic; I thought that Adobe and other makers would have built their non-US versions to default to ISO Standard (1:sqrt2). Here in the US, we have to screw around with a bunch of different paper and screen ratios. Wish camera, paper, screen makers would just settle on the ISO standard ratio. That would be too easy.
thanks for the video and info. interestingly i was researching what ratio is our "typical human" eyesight - numbers all over the place, but came upon one that seemed to make the most sense. they measured viewing with a 50mm lens at an object at 6meter. interestingly they came up with an viewed height of 2.88m and width of 4.32m - these were rough but the ratio becomes 1 to 1.5 ! other site state 1 to 1.8 which is what wide screen tv's ? very close to the standard paper ratio of 1 to 1.414 !!! any thoughts
Thank you Alex thats exactly what I was looking for..
Brilliantly explained. Thank you very much.
Why do so many people put a music track on an instructional video? You have great content, but the music is very annoying. So if you wanted to have a symmetric white border around the photo when printing, how would you go about this? Also, what matte and frame size did you select to get that nice border appearance?
Great video, but that background music is so distracting.
I'm surprised that this isn't automatic; I thought that Adobe and other makers would have built their non-US versions to default to ISO Standard (1:sqrt2). Here in the US, we have to screw around with a bunch of different paper and screen ratios. Wish camera, paper, screen makers would just settle on the ISO standard ratio. That would be too easy.
thanks for the video and info. interestingly i was researching what ratio is our "typical human" eyesight - numbers all over the place, but came upon one that seemed to make the most sense.
they measured viewing with a 50mm lens at an object at 6meter. interestingly they came up with an viewed height of 2.88m and width of 4.32m - these were rough but the ratio becomes 1 to 1.5 ! other site state 1 to 1.8 which is what wide screen tv's ?
very close to the standard paper ratio of 1 to 1.414 !!! any thoughts
Helpful info but really really distracting unnecessary background music.