Update readme.md

Author: hakim-cherif-mchp

examples/TF2MPLABH3_Model_Evaluation_Example/readme.md

@@ -1,16 +1,18 @@
-#  MPLAB® Harmony v3 Project Example
+# MPLAB® Harmony v3 Project Example
 
-This project example was created for the Microchip [SAMA5D29 Curiosity Development  Board](https://www.microchip.com/en-us/development-tool/ev07r15a).
+This project example was created for the Microchip [SAMA5D29 Curiosity Development Board](https://www.microchip.com/en-us/development-tool/ev07r15a).
 
+---
 
+**How to use it**
 
-**How to use it ?**
+1. **Import the project** into MPLAB X IDE.
+2. **Add your `<model.c>` file** to the Source Files of the project.
 
-Simply import the project is the MPLAB X IDE and add the <model.c> file to the Source files. 
+The provided `main.c` file contains a basic code sample that:
+- Creates an empty image to be used as the model input: `float input[1][128][128][3] = {0};`
+- Benchmarks the inference time over the number of repetitions defined by `#define NUM_RUNS 100`
+- Prints the inference times
 
-The `main.c` file is populated with a basic code sample that 
-- Creates an empty image that will be used as the model input `float input[1][128][128][3] = {0}`. 
-- Benchmarks the inference time over the number of repetitions defined at this line: `#define NUM_RUNS 100`.
-- Print the inference times.
-
-Depending on your custom model caracteristics, you may have to change the input format, and adapt the code logic.
+> **Note:**  
+> Depending on your custom model’s characteristics, you may need to change the input format and adapt the code logic accordingly.