Fix formatting in Android and Multithreading chapter

en/14_Android.adoc

@@ -112,6 +112,7 @@ Every Android application requires a manifest file that declares important infor
 ----
 
 Key points:
+
 * We specify a minimum SDK version of 24 (Android 7.0), which is required for Vulkan support.
 * We declare that our app uses Vulkan with specific version requirements.
 * We set up our main activity (VulkanActivity) as the entry point for our application.
@@ -147,6 +148,7 @@ public class VulkanActivity extends GameActivity {
 ----
 
 Key points:
+
 * We extend GameActivity from the Android Game SDK, which provides a more optimized bridge between Java and native code.
 * GameActivity offers better performance for games and graphics-intensive applications compared to NativeActivity.
 * We load our native library ("vulkan_tutorial_android") which contains our Vulkan implementation.
@@ -252,6 +254,7 @@ dependencies {
 ----
 
 Key points:
+
 * We specify the minimum SDK version as 24 (Android 7.0) for Vulkan support.
 * We configure CMake to build our native code.
 * We include the game-activity dependency for better performance.
@@ -382,9 +385,10 @@ target_link_libraries(vulkan_tutorial_android
 ----
 
 Key points:
+
 * We find the Vulkan package and include the game-activity library instead of native_app_glue.
 * We set up shader compilation tools and define a function to compile shaders.
-* We set the C++ standard to C++20 and create a Vulkan C++ module.
+* We set the C{pp} standard to C{pp}20 and create a Vulkan C{pp}  module.
 * We set up shader compilation for the 34_android chapter, copying shader source files from the main project.
 * We add the main native library, which uses the 34_android.cpp file from the main project and a bridge file to connect with GameActivity.
 * We link against the necessary libraries, including game-activity.
@@ -442,6 +446,7 @@ extern "C" {
 ----
 
 This bridge code:
+
 1. Creates an android_app structure compatible with our Vulkan code
 2. Sets up the necessary connections between GameActivity and our code
 3. Calls the android_main function in our 34_android.cpp file
@@ -669,6 +674,7 @@ int main() {
 Our cross-platform approach leverages the compiler's built-in platform detection capabilities. Since the `__ANDROID__` macro is automatically defined by the compiler when building for Android, we don't need to explicitly define platform macros in our build system.
 
 This approach has several advantages:
+
 1. *Simplicity*: We don't need to maintain platform-specific compile definitions in our CMake files.
 2. *Reliability*: We rely on standard compiler behavior rather than custom definitions.
 3. *Maintainability*: Less build system configuration means fewer potential points of failure.

en/16_Multiple_Objects.adoc

@@ -68,6 +68,7 @@ struct GameObject {
 ----
 
 This structure encapsulates:
+
 * The object's transform (position, rotation, scale)
 * Per-object uniform buffers (one for each frame in flight)
 * Per-object descriptor sets (one for each frame in flight)