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commit 6eb5972a9b686c80de535e17d37ca854a6889255
parent d28c0a912898aff5aad1f7552fad8be87acef253
Author: Raf Czlonka <rczlonka@gmail.com>
Date:   Sun, 21 Jul 2019 16:53:48 +0100

Fix spelling

Diffstat:
Mtools.suckless.org/blind/index.md | 6+++---
1 file changed, 3 insertions(+), 3 deletions(-)

diff --git a/tools.suckless.org/blind/index.md b/tools.suckless.org/blind/index.md @@ -30,7 +30,7 @@ Yes it does, a 4-channel pixel encoded with `double` takes 32 bytes. A can only fit almost 3391 frames in 100 GB, which is about 113 seconds or 1:53 minutes with a framerate of 30 fps. Therefore, you probably do not want to store anything in this format unless you know you have room for it, or if it is -very small segment of your video, which unfortunely becomes a bit of a problem +very small segment of your video, which unfortunately becomes a bit of a problem when reversing a video. However, when possible, feed the resulting video directly to `blind-to-video` to convert it into a compressed, lossless video format, if the video is not too large, you can choose to compress it with bzip2 @@ -52,7 +52,7 @@ convert directly to or from farbfeld without using `convert(1)`. blind and farbfeld solve completely different problems. farbfeld solves to problem of storing pictures in a simply way that can easily be viewed and -editored. blind does not try to solve the problem of storing videos, video +edited. blind does not try to solve the problem of storing videos, video takes a lot of space and need compression designed especially for video or three-dimensional raster images. Compressed video cannot be efficiently edited because compression takes too long. Instead blind solves the problem of @@ -86,7 +86,7 @@ quality, but it is not a good for editing. Y'UV is non-linear, so it has the same disadvantages as CIE L\*a\*b\*. Y'UV does not have its transfer-function applied directly to it's parameters, instead it is a linear transformation if the sRGB with its transfer-function applied. This means that no performance is -gained during convertion to or from cooked video formats by using YUV. CIE XYZ +gained during conversion to or from cooked video formats by using YUV. CIE XYZ also has the advantage that it is well-known and has a one-step conversion to almost all colour models. It also have the advantages that it's parameters are named X, Y, Z, which makes it very easy to choose parameter when storing points