Update README.md

examples/LorenzAttractor/README.md

@@ -8,8 +8,6 @@ The Lorenz system, introduced by Edward Lorenz in 1963, is a set of three couple
 
 ![Lorenz Attractor in Serial Studio](doc/screenshot.png)
 
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 ## **Lorenz System Basics**
 
 The system is governed by the following equations:
@@ -31,16 +29,12 @@ Where:
 
 The Arduino program uses the **Euler method** for numerical integration to calculate the system's state over time.
 
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 ## **Project Features**
 
 - **Real-Time Visualization**: View the Lorenz attractor's chaotic motion in real time.
 - **Custom X-Axis Configuration**: Use Serial Studio's project editor to select datasets as X-axis sources.
 - **Dynamic Visualization**: Plot $x$, $y$, and $z$ values on 2D or 3D graphs using Serial Studio.
 
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 ## **Hardware Setup**
 
 ### **Requirements**
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 ### **Connections**
 No additional hardware is required beyond the Arduino. Ensure the Arduino is connected to your computer via USB.
 
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 ## **Arduino Sketch**
 
 The provided Arduino code simulates the Lorenz attractor and transmits the calculated values $x$, $y$ and $z$ to Serial Studio. Here's the complete code:
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 }
 ```
 
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 ## **Serial Studio Configuration**
 
 ### **1. Setting Up the Project**
@@ -132,16 +122,12 @@ Here’s how your project editor should look:
 
 ![Serial Studio Project Setup](doc/project-setup.png)
 
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 ## **Custom X-Axis Example**
 
 With Serial Studio's new custom X-axis feature, you can map any dataset to serve as the X-axis source for plots. This is particularly useful for:
 - Plotting values against elapsed time or packet numbers.
 - Creating advanced visualizations like the Lorenz attractor.
 
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 ## **Troubleshooting**
 
 - **No Data Appears**: