[Textures] Fix image naming in 32bit_texture and small fixes

docs/zengin/textures/32bit_texture.md

@@ -1,45 +1,45 @@
 # 32 Bit texture support
 
-By default ZenGin supports only compresed `DXT1` and `DXT3` textures. [zSurface32 patch](https://worldofplayers.ru/threads/43009/page-3#post-1180504), created by Gratt improves texture quality by adding proper `RGBA8888`, `BGRA8888`, `ARGB8888` and `ABGR8888` format readout and DirectX 32 Bit surface support in ZenGin[^1].
+By default, ZenGin supports only compressed `DXT1` and `DXT3` textures. [zSurface32 patch](https://worldofplayers.ru/threads/43009/page-3#post-1180504), created by Gratt improves texture quality by adding proper `RGBA8888`, `BGRA8888`, `ARGB8888` and `ABGR8888` format readout and DirectX 32 Bit surface support in ZenGin[^1].
 
 To use the patch you must have [Union](../union/index.md) installed. Download the `.patch` file [here](https://worldofplayers.ru/attachments/114570/), and put it into `system\` directory.
 
 !!! Warning
-    It is advised to use `BGRA8888` due to performance reasons, as other colorspaces require additional conversion at runtime.
+    It is advised to use `BGRA8888` due to performance reasons, as other [color spaces](https://en.wikipedia.org/wiki/RGBA_color_model) require additional conversion at runtime.
 
 ## Compilation
 
 ZenGin doesn’t natively support the compilation of such textures. This can only be achieved using external programs. The simplest method to create a texture is by utilizing [zTEXiPy](https://gitlab.com/Shoun2137/ztexipy).
 
 1. Open your texture in zTEXiPy[^2]:
-![zTEXiPy's splash dialog](../../assets/images/STEP_1.WEBP)
+![zTEXiPy's splash dialog](../../assets/images/32bit-texture-support/STEP_1.WEBP)
 2. Choose `Save TEX as...`
 3. In this window:
-![zTEXiPy's saving dialog](../../assets/images/STEP_3.WEBP)
+![zTEXiPy's saving dialog](../../assets/images/32bit-texture-support/STEP_3.WEBP)
     - Uncheck `Generate Mipmaps` if your texture is meant to be used as UI.
     - Set the `Colorspace` to `BGRA8888 (zEnum:3)` or other supported format.
 4. Press `Save` and check your texture in-game:
-![Ingame Example](../../assets/images/EXAMPLE_INGAME.WEBP)
+![In-game Example](../../assets/images/32bit-texture-support/EXAMPLE_INGAME.WEBP)
 
 ## But why?
 
 This type of texture is compatible with any asset, whether it’s armour or a sword. However, the primary application for such high-quality textures is in user interface elements, which make extensive use of gradients and the alpha channel:
 
 === "BGRA8888 vs DXT3"
 
-    ![Comparison between BGRA8888 vs DXT3 (Alpha)](../../assets/images/EXAMPLE_1.WEBP)
+    ![Comparison between BGRA8888 vs DXT3 (Alpha)](../../assets/images/32bit-texture-support/EXAMPLE_1.WEBP){: style='background-color: white;'}
 
-    This example shows comparison between raw BGRA8888 colorspace and DXT3 (BC2)[^3] compression.
-    DXT3 shows noticible banding throughout entire texture wherever there's alpha channel, while BGRA8888 has smooth gradient transition.
+    This example shows comparison between raw BGRA8888 color space and DXT3 (BC2)[^3] compression.
+    DXT3 shows noticeable banding throughout entire texture wherever there's alpha channel, while BGRA8888 has smooth gradient transition.
 
 === "BGRA8888 vs DXT1"
 
-    ![Comparison between BGRA8888 vs DXT1](../../assets/images/EXAMPLE_2.WEBP)
+    ![Comparison between BGRA8888 vs DXT1](../../assets/images/32bit-texture-support/EXAMPLE_2.WEBP)
 
-    This example shows comparison between raw BGRA8888 colorspace and DXT1 (BC1)[^3] compression.
+    This example shows comparison between raw BGRA8888 color space and DXT1 (BC1)[^3] compression.
     DXT1 shows lossy quantization artifacts, while BGRA8888 has none.
 
-[Source comparison files are available here.](../../assets/EXAMPLE_SOURCE.7z)
+[Source comparison files are available here.](../../assets/examples/32bit_texture_support.7z)
 
 The drawback of using these textures is their large size, as they contain uncompressed color data. However, this is a small price to pay for the improved quality of the final product.
 

docs/zengin/textures/index.md

@@ -1,9 +1,9 @@
 # Textures
 
-Textures are pictures that get projected onto 3D models and on a 2D user interface in the game. ZenGin uses its own texture format `.TEX`, that in fact is a container for the texture in one of available formats. This section will discuss how to work with textures in ZenGin.
+Textures are pictures that get projected onto 3D models and on a 2D user interface in the game. ZenGin uses its own texture format `.TEX`, that actually is a container for the texture in one of available formats. This section will discuss how to work with textures in ZenGin.
 
 !!! Note
-    Technical documentaion of the `.TEX` texture format can be found in the [ZenKit documentaion](https://zk.gothickit.dev/engine/formats/texture/).
+    Technical documentation of the `.TEX` texture format can be found in the [ZenKit documentation](https://zk.gothickit.dev/engine/formats/texture/).
 
 ## Basics