Added links to next chapters

KhronosGroup · Jul 6, 2024 · 3583130 · 3583130
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diff --git a/en/06_Texture_mapping/02_Combined_image_sampler.adoc b/en/06_Texture_mapping/02_Combined_image_sampler.adoc
@@ -275,4 +275,6 @@ You now know how to access images in shaders!
 This is a very powerful technique when combined with images that are also written to in framebuffers.
 You can use these images as inputs to implement cool effects like post-processing and camera displays within the 3D world.
 
+In the xref:07_Depth_buffering.adoc[next chapter] we'll learn how to add depth buffering for properly sorting objects.
+
 link:/attachments/26_texture_mapping.cpp[C{pp} code] / link:/attachments/26_shader_textures.vert[Vertex shader] / link:/attachments/26_shader_textures.frag[Fragment shader]
diff --git a/en/07_Depth_buffering.adoc b/en/07_Depth_buffering.adoc
@@ -574,6 +574,6 @@ void cleanupSwapChain() {
 ----
 
 Congratulations, your application is now finally ready to render arbitrary 3D geometry and have it look right.
-We're going to try this out in the next chapter by drawing a textured model!
+We're going to try this out in the xref:08_Loading_models.adoc[next chapter] by drawing a textured model!
 
 link:/attachments/27_depth_buffering.cpp[C{pp} code] / link:/attachments/27_shader_depth.vert[Vertex shader] / link:/attachments/27_shader_depth.frag[Fragment shader]
diff --git a/en/08_Loading_models.adoc b/en/08_Loading_models.adoc
@@ -309,4 +309,6 @@ If you check the size of `vertices`, then you'll see that it has shrunk down fro
 That means that each vertex is reused in an average number of ~6 triangles.
 This definitely saves us a lot of GPU memory.
 
+In the xref:09_Generating_Mipmaps.adoc[next chapter] we'll learn about a technique to improve texture rendering.
+
 link:/attachments/28_model_loading.cpp[C{pp} code] / link:/attachments/27_shader_depth.vert[Vertex shader] / link:/attachments/27_shader_depth.frag[Fragment shader]
diff --git a/en/09_Generating_Mipmaps.adoc b/en/09_Generating_Mipmaps.adoc
@@ -451,4 +451,6 @@ image::/images/highmipmaps.png[]
 
 This is how higher mip levels will be used when objects are further away from the camera.
 
+The xref:10_Multisampling.adoc[next chapter] will walk us through multisampling to produce a smoother image.
+
 link:/attachments/29_mipmapping.cpp[C{pp} code] / link:/attachments/27_shader_depth.vert[Vertex shader] / link:/attachments/27_shader_depth.frag[Fragment shader]
diff --git a/en/10_Multisampling.adoc b/en/10_Multisampling.adoc
@@ -343,7 +343,7 @@ The knowledge of the basic principles of Vulkan that you now possess should be s
 * Pipeline cache
 * Multi-threaded command buffer generation
 * Multiple subpasses
-* Compute shaders
+* xref:11_Compute_Shader.adoc[Compute shaders]
 
 The current program can be extended in many ways, like adding Blinn-Phong lighting, post-processing effects and shadow mapping.
 You should be able to learn how these effects work from tutorials for other APIs, because despite Vulkan's explicitness, many concepts still work the same.