Update file 02-process.md

docs/development/02-process.md

@@ -190,29 +190,29 @@ My first experiment with kantan mapping actually started early in October when R
 
 ## PART THREE: ELECTRONICS 
 
-### step 1: set up 
+### **step 1**: set up 
+
+I knew i would need at least three aspects to create **my circuit**:   
+1. an **input sensor**: heart rate, microphone, or body temperature sensor        
+2. a **microcontroller unit** such as an arduino uno     
+3. an **output** = projected animations  
 
 !!! example "I need the following"
 
     - Projector  
     - Screen (Scaffolds)  
     - Animation (Touch Designer)  
-    - MCU (preferably bluetooth)   
+    - MCU (arduino uno, ESP32, XIAO ESP32-C3)   
     - Microphone sensor   
     - Computer  
     - Speakers  
 
-I knew i would need at least three aspects to create **my circuit**:   
-1. **input sensor**: heart rate, microphone, or body temperature sensor        
-2. a **microcontroller unit** such as an arduino uno     
-3. **output** = projection animations  
-
-a draft of my ideation for embedding electronics into my garment:   
+here a draft of my ideation for embedding electronics into my garment:   
 ![Alt text](<../images/FINAL PROJ/ELECTRONICS_plan01.jpg>)
 
 I also came up with the idea during this phase that I wanted to **trigger different animations with my voice**. 
 
-I thought it would be fun to make **a scream** my trigger. When I scream into the microphone, the mcu would inform TouchDesigner to play chaotic animations to mirror the scream. Adversely, when I'm quiet and the mcu does not register a loud sound, it contiously informs the computer to play serene, calm animations. 
+I thought it would be fun to make **screams** my trigger. When I scream into the microphone, the mcu would inform TouchDesigner to play chaotic animations to mirror the scream. Adversely, when I'm quiet and the mcu does not register a loud sound, it contiously informs the computer to play serene, calm animations. 
 
 a second draft of my circuit: 
 ![Alt text](<../images/FINAL PROJ/ELECTRONICS_plan02.jpg>)
@@ -221,7 +221,7 @@ sketch of microphone sensor generating different outputs:
 
 ![Alt text](<../images/FINAL PROJ/LOUD_SOFT01.jpg>)
 
-### **spiral one**: test microphone sensor 
+### **step 2**: test microphone sensor 
 
     Goals:    
     - connect microphone sensor to Arduino IDE   
@@ -251,11 +251,12 @@ Finally, i wanted to make sure my serial monitor works and that it would print t
 
 <iframe width="1058" height="595" src="https://www.youtube.com/embed/YiCNezor1aI" title="serial monitor testing with scream" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" allowfullscreen></iframe>
 
-### **spiral two**: bluetooth mcu
+### **step 3**: test bluetooth mcus 
 
     Goals:  
-    - Test that each board is functioning properly. Run the generic blink code and make sure that I can get each of the **TX** and **RX** ESP32 boards to blink an LED.  
-    - Get 2 ESP32 boards to communicate wirelessly using the ESP NOW protocol
+    - Test that each board is functioning properly.   
+    - Run the generic blink code on each of the TX and RX ESP32 boards to blink an LED.    
+    - Get 2 ESP32 boards to communicate wirelessly using the ESP NOW protocol.  
 
 After research on which MCUs to use, I am choosing to work with two variants of ESP32 boards, both with bluetooth capabilities, so that one can be connected to the computer for projections **(RX, receiver)** and the other can be attached to the garment along with the microphone sensor **(TX, transmitter)**. 
 
@@ -268,7 +269,7 @@ Boards:
 
 ![Alt text](<../images/FINAL PROJ/diagrams01.jpg>)
 
-    Testing the ESP32 Board
+### ESP32 board set up
 
 !!! example "**ESP32** Information"
 
@@ -276,20 +277,24 @@ Boards:
     - [The Newbie’s Guide to Programming an ESP32 on the Arduino IDE](https://www.iottechtrends.com/program-esp32-on-arduino-ide/?fbclid=IwAR1W8dblx-idwUIDvSSKgXqxPp-xUp5z3Nx4CDEQd2OLjUCn-G3ag2rRusU)    
     - [Boot Mode Selection](https://docs.espressif.com/projects/esptool/en/latest/esp32/advanced-topics/boot-mode-selection.html)  
 
-Download ESP32 Board in Arduino IDE Library 
-Download Files
-Download Driver 
-Upload Code to ESP32
+ESP-WROOM-32 is a Wi-Fi module equipped with a chip called ESP32 provided by **Espressif Systems** and capable of Wi-Fi and Bluetooth (BLE) communication. It is slightly larger than ESP-WROOM-02, but it still is small. The module also has the advantage that Arduino programs can be written (that is, the module can be used as part of Arduino), and Wi-Fi communication is supported. Read more on the ESP32 board by checking out the links above. 
 
+Steps:   
+1. Download ESP32 Board in Arduino IDE Library   
+2. Download Files  
+3. Download Driver   
+4. Upload Code to ESP32  
+
+
+### XIAO-ESP32-C3 board set up 
 
-    Testing the Xiao Board 
 !!! example "**XIAO ESP32-C3** Information"
 
     - [Getting Started with Seeed Studio XIAO ESP32C3](https://wiki.seeedstudio.com/XIAO_ESP32C3_Getting_Started/)    
     - [Seeed Studio XIAO ESP32C3 - RISC-V tiny MCU board with Wi-Fi and Bluetooth5.0, battery charge supported, power efficiency and rich Interface](https://www.seeedstudio.com/Seeed-XIAO-ESP32C3-p-5431.html)    
 xxxx
 
-    Test Connection between the 2 boards 
+### communication between the two boards  
 
 !!! example "Communication Between **two ESP32 mcus**"
 
@@ -298,6 +303,15 @@ xxxx
 TX: Microphone and Xiao on Garment   
 RX: ESP32 connected to Computer Arduino IDE and TD 
 
+The two boards will communivate via a program called ESP-NOW. Tutorial above. 
+
+You will end up running 3 pieces of code...
+
+1. Configuring and uploading the Transmitter Code to the TX board  
+2. Running the Mac Address code on the RX board > to get it's unique wireless communication ID  
+3. Configuring and uploading the Receiver Code to the RX board  
+
+
 
 
 ![Alt text](<../images/FINAL PROJ/diagrams04.jpg>)