Stitch together the READMEs

exercises/15/README.md

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 [< Back](../README.md)
+
+* [Exercise: Add files to the build](build_files/README.md)
+* [Exercise: Create and run a unit test](unit_test/README.md)

exercises/16/README.md

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 [< Back](../README.md)
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+* [Exercise: std::unique_ptr<PacMan>](unique_ptr_pacman/README.md)

exercises/17/README.md

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 [< Back](../README.md)
+
+* [Exercise: Simple class](create_class/README.md)
+* [Exercise: Add Clyde as a Ghost](make_ghost/README.md)
+* [Exercise: Refactor out GhostState from GameState](refactor_out_ghost_state/README.md)

exercises/21/README.md

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+
+* [Exercise: Create isIntersection function](is_intersection/README.md)

exercises/23/README.md

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+
+* [Exercise: Use algorithms (Pellets)](algorithm_pellets/README.md)

exercises/23/algorithm_pellets/README.md

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 [< Back](../README.md)
 
-# Exercise: Use algorithms
+# Exercise: Use algorithms (Pellets)
 
 Use algorithms in Pellet and SuperPellet
 

exercises/24/README.md

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+
+* [Exercise: Refactor into Local Lambda](lambda-fy/README.md)

exercises/24/lambda-fy/README.md

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 [< Back](../README.md)
 
-# Exercise: Lambdas
+# Exercise: Refactor into Local Lambda
 
 Find a small function and turn it into a lambda.

exercises/25/README.md

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 [< Back](../README.md)
+
+* [Exercise: PacMan AI](pacman_ai/README.md)
+* [Exercise: PacMan Bot](pacman_bot/README.md)

exercises/25/pacman_bot/README.md

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+[< Back](../README.md)
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 # Exercise: PacMan Bot
 
 PacMan can be controlled with the keyboard, but those inputs can be automated. The only thing that needs to change is

exercises/advanced/README.md

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+
+* [Exercise: Blue Pellet](blue_pellet/README.md)
+* [Exercise: Game Over](game_over/README.md)
+* [Exercise: Generic Teleporting](generic_teleporting/README.md)
+* [Exercise: Read and Write High Score to a file](high_score/README.md)
+* [Exercise: Hitbox collision](hitbox_collision/README.md)
+* [Exercise: Increased Ghost Speed](increased_ghost_speed/README.md)
+* [Exercise: Multiple Generic Teleporters](multiple_generic_teleporters/README.md)
+* [Exercise: New Level](new_level/README.md)
+* [Exercise: Vertical Teleport](vertical_teleport/README.md)
+* [Exercise: Victory Screen](victory/README.md)

exercises/advanced/blue_pellet/README.md

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+[< Back](../README.md)
+
 # Exercise: Blue Pellet
 
 A pellet that makes the ghosts stop

exercises/advanced/game_over/README.md

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+[< Back](../README.md)
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 # Exercise: Game Over
 
 In this exercise you will add a game over state to the game. After PacMan has lost all of his lives the game will be

exercises/advanced/generic_teleporting/README.md

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 # Exercise: Generic Teleporting
 
 In the game and the exercise above, the teleports are linked to each other. These systems are not very generic. Update

exercises/advanced/high_score/README.md

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 # Exercise: Read and Write High Score to a file
 
 (std::filesystem)

exercises/advanced/hitbox_collision/README.md

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+[< Back](../README.md)
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 # Exercise: Hitbox collision
 
 AABB

exercises/advanced/increased_ghost_speed/README.md

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+[< Back](../README.md)
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 # Exercise: Increased Ghost Speed
 
 Currently the ghosts move at a fixed rate. But in the original game, the ghosts would move slightly faster and faster as

exercises/advanced/multiple_generic_teleporters/README.md

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 # Exercise: Multiple Generic Teleporters
 
 Continuation from above. Take the generic teleporting system you made and allow for more than 1 set of doors.

exercises/advanced/new_level/README.md

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 # Exercise: New Level
 
 In this exercise you will need to reset the game board but keep score and lives the same. This should happen when PacMan

exercises/advanced/vertical_teleport/README.md

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 # Exercise: Vertical Teleport
 
 The teleporters are programmed to work only on the horizontal axis. Change the board to add teleporters at the top and

exercises/advanced/victory/README.md

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-# Exercise: Victory
+[< Back](../README.md)
+
+# Exercise: Victory Screen
 
 As a continuation of the Game Over and New Level exercises. If PacMan beats 3 levels, the game has been beaten and a
 victory screen should be shown.