Merge pull request #96 from permaweb/chore/update-bot-tutorial-v2

chore: update bots tut

Author: ropats16

src/tutorials/bots-and-games/announcements.md

@@ -46,7 +46,7 @@ Handlers.add(
 )
 ```
 
-In this case, the name of the handler is `"PrintAnnouncements"`. It uses a special utility (`hasMatchingTags`) to check if the incoming message has been tagged as an announcement. If true, the handler prints the Event and Data, which represent the title and description of the announcement.
+In this case, the name of the handler is `"PrintAnnouncements"`. It uses a special in-built utility (`hasMatchingTags`) to check if the incoming message has been tagged as an announcement. If true, the handler prints the Event and Data, which represent the title and description of the announcement.
 
 > Note: Once a message is "handled", it will be discarded from your `Inbox`.
 

src/tutorials/bots-and-games/arena-mechanics.md

@@ -51,18 +51,14 @@ For those who prefer to watch the action unfold, the "Listen" mode offers an opp
 
 To maintain the flow and fairness of arena games, an automated system oversees game state transitions. These transitions encompass waiting, playing, and ending phases. Time durations for each state, such as `WaitTime` and `GameTime`, ensure that rounds adhere to defined timeframes, preventing games from lasting indefinitely.
 
-## Arena Game Blueprint
-
-For those interested in using this arena framework, here is the blueprint for the arena game in Lua:
+You can refer to the code for the arena in the dropdown below:
 
 <details>
   <summary><strong>Arena Game Blueprint</strong></summary>
 
 ```lua
 -- ARENA GAME BLUEPRINT.
 
--- REQUIREMENTS: cron must be added and activated for game operation.
-
 -- This blueprint provides the framework to operate an 'arena' style game
 -- inside an ao process. Games are played in rounds, where players aim to
 -- eliminate one another until only one remains, or until the game time
@@ -409,6 +405,14 @@ Handlers.add(
 
 </details>
 
+## Arena Game Blueprint
+
+For those interested in using this arena framework, we've made this code easily accesible through a blueprint. Simply run the following code in your terminal:
+
+```lua
+.load-blueprint arena
+```
+
 ## Summary
 
 Understanding the mechanics of the arena can not only help you improve your autonomous agent created in the previous section but also empowers you to harness core functionalities for crafting your unique games.

src/tutorials/bots-and-games/build-game.md

@@ -206,8 +206,8 @@ AverageMaxStrengthHitsToKill = 3 -- Average number of hits to eliminate a player
 -- @return Table representing player's initial state
 function playerInitState()
     return {
-        x = math.random(0, Width/8),
-        y = math.random(0, Height/8),
+        x = math.random(0, Width),
+        y = math.random(0, Height),
         health = 100,
         energy = 0
     }

src/tutorials/bots-and-games/game-state.md

@@ -55,7 +55,7 @@ Let's define a new variable that stores the latest state as follows:
 LatestGameState = LatestGameState or nil
 ```
 
-The syntax preserves exisitng values of the variable when you load successive iterations of the `bot.lua` file instead of overwriting it. If there is no pre-existing value then a `nil` value is assigned to the variable.
+The syntax preserves exisitng values of the variable when you load successive iterations of the `bot.lua` file in your terminal, instead of overwriting it. If there is no pre-existing value then a `nil` value is assigned to the variable.
 
 Then implement another handler as follows:
 
@@ -73,7 +73,7 @@ Handlers.add(
 )
 ```
 
-The response from the game process from the previous handler has an action tag with the value `GameState` that helps us trigger this second handler. Once triggered, the handle function loads the `json` package that parses the data into json and stores it in the `LatestGameState` variable.
+The response from the game process from the previous handler has an action tag with the value `GameState` that helps us trigger this second handler. Once triggered, the handle function loads the in-built `json` package that parses the data into json and stores it in the `LatestGameState` variable.
 
 This handler additionally sends a message to your process indicating when the state has been updated. The significance of this feature will be explained in the following section.