Update README.md

Hrisi · web-flow · commit 8f189944aa38 · 2020-04-14T11:00:06.000+02:00
diff --git a/README.md b/README.md
@@ -27,4 +27,4 @@ $ docker run -ti -v $(pwd)/experimental_data:/nvidia-texture-tools/data --rm 3cp
 
 Moreover, to compare the re-compression step from our 3CPS solution to the original DXT1 compression, build the Docker image in the folder `base-nvidia-texture-tools/`. The build will clone the original nvidia-texture-tools repository and install the software. Then, run the Docker container for all examplar textures or a particular texture.
 
-The compressed images are stored in folders `experimental_data/3cps/` (for the 3CPS supercompression method) and `experimental_data/dxt1/` (for DXT1 method from the NVIDIA Texture Tools).
+The compressed images are stored in folders `experimental_data/3cps/` (for the 3CPS supercompression method) and `experimental_data/dxt1/` (for the DXT1 method from the NVIDIA Texture Tools).

Original file line number	Diff line number	Diff line change
`@@ -27,4 +27,4 @@ $ docker run -ti -v $(pwd)/experimental_data:/nvidia-texture-tools/data --rm 3cp`
`27`	`27`
`28`	`28`	Moreover, to compare the re-compression step from our 3CPS solution to the original DXT1 compression, build the Docker image in the folder `base-nvidia-texture-tools/`. The build will clone the original nvidia-texture-tools repository and install the software. Then, run the Docker container for all examplar textures or a particular texture.
`29`	`29`
`30`		-The compressed images are stored in folders `experimental_data/3cps/` (for the 3CPS supercompression method) and `experimental_data/dxt1/` (for DXT1 method from the NVIDIA Texture Tools).
	`30`	+The compressed images are stored in folders `experimental_data/3cps/` (for the 3CPS supercompression method) and `experimental_data/dxt1/` (for the DXT1 method from the NVIDIA Texture Tools).