Change images to use image shortcode; Move images to their own folder to keep things tidy

content/blog/2024/hackbots-part-2/index.md

@@ -9,10 +9,10 @@ tags:
 draft: false
 author: Paul Williams
 author_email: phyushin@gmail.com
-listing_image: hackbot.jpg
+listing_image: images/hackbot.jpg
 ---
 
-# Continuing the Bot Building Process
+## Continuing the Bot Building Process
 So, we'll continue from where we left on last a little while ago with our bot building blog [posts][1]. 
 We'd got to the MK IV if memory serves... Next on the list of things to do is to make our bot interface page nice and pretty.
 
@@ -21,7 +21,7 @@ Because we're using a very simple webserver on the [Raspbery Pi Pico W][2] and b
 
 ## CodePen
 When prototyping, it's always much more satisfying to see the changes happen quickly, as opposed to editing our `generateHTML()` function, uploading to the bot, connecting to our bot, visiting the url... it's a lot of steps - so, to make this a bit easier we're going to use a nice tool called [CodePen][3], our first step is to rip out the HTML from the `generateHTML()` function and paste it into the HTML window, like so:
-![HTML & CSS editor windows above, results below](./images/codepen_screenshot.png)
+{{< image src="images/codepen_screenshot.png" title="HTML & CSS editor windows above, results below">}}
 The result of the code is shown underneath the HTML and CSS editor windows, We've made a couple of modifications from our original `generateHTML()` function to make it easier to work with CSS:
 
 ```python
@@ -50,10 +50,10 @@ Now, once we're done with making the code look _pretty_ in CodePen we can just d
 
 ## Paletton
 A good place to grab some colours that go well together is [Paletton][3], For the purposes of this guide however we're only going to pick a primary colour but don't let that stop you from adding a little extra _flare_, pick a colour you like the look of like so:
-![Paletton Colour Picker](./images/paletton1.png)
+{{< image src="images/paletton1.png" title="Paletton Colour Picker">}}
 
 Then, once you're happy with your colourcscheme - go to the export and select _as CSS_:
-![Export - listing colours that go well together](./images/export_as_css.png)
+{{< image src="images/export_as_css.png" title="Export - listing colours that go well together">}}
 Don't worry if the export doesn't work, as all the relevant colour information (Hex values) can be grabbed right off this page too!
 You should end up with something like this in your `style.css` file:
 ```css

content/blog/2024/the-hackbots-project/index.md

@@ -9,7 +9,7 @@ tags:
 draft: false
 author: Paul Williams
 author_email: phyushin@gmail.com
-listing_image: hackbot.jpg
+listing_image: images/hackbot.jpg
 ---
 
 ## The Beginning
@@ -90,7 +90,7 @@ if uart.any(): #Checking if data available
 ```
 Below is the initial schematic:
 
-{{< image src="initial_schematic.png" height="x400" title="The prototype" >}}
+{{<image src="images/initial_schematic.png" title="The prototype">}}
 
 As you can see above, this is roughly how the prototype fit together ... you connected to the bluetooth module, send the correct commands, the pico reads them over _[uart][7]_ and calls the respective functions... well that was the plan at least - it turns out that iOS devices don't work as _out of the box_ as android devices when it comes to serial over bluetooth shenanigans, so back to the drawing board on how we get the signals - after all it's no good to us if only some kids can use it! the idea was it could be done all by your phone.
 
@@ -109,8 +109,7 @@ With our Pico W wired in we needed to make some modifications to the program run
 The main change is that instead of using bluetooth to communicate over serial we're now using the web server (this means upgrading to the Pico W for it's handy wireless functionality) to do the _talking_ and we just interact with _it_
 
 Below is a very basic sequence diagram of how this works - did I mention it was basic?
-
-![Basic Sequence Diagram of the communication from phone to the _bot_](./basic_phone_to_bot_comms.png)
+{{<image src="images/basic_phone_to_bot_comms.png" title="Basic Sequence Diagram of the communication from phone to the _bot_">}}
 
 Now that we've got the idea for how the communication works we can start to build the web _frontend_ for our bot... Keeping in mind that all the control functionality we already have from the `MK I` to `MK III` we just need to change the way the Pico [W now that we've _upgraded_] gets the instructions to _call_ the functions we need, we can think of this somewhat like the _frontend_ and _backend_ of any other web app really!
 
@@ -152,8 +151,7 @@ print('Connection successful')
 print(ap.ifconfig()) 
 ```
 If your Pico is powered, you should now see it broadcasting an SSID like this:
-
-![Hackbots AP](./Wifi.png)
+{{ <image src="images/Wifi.png" title="Hackbots Wifi AP"> }}
 
 Fantastic!