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18
_posts/can-analyzer.md
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_posts/can-analyzer.md
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# [can-analyzer](https://github.com/Sneupi/can-analyzer/blob/main)
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Analyzer-Translator tool for decoding automotive CAN bus
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Originally intended for decoding data, in creation of custom [digital dashboard](https://github.com/Sneupi/digital-dashboard) project.
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# Notes
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1. Read `TranslateCAN.h` for tuning the tool to decode your vehicle
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2. Set CAN_RX & CAN_TX in the `.ino` according to your CAN transciever wiring
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# Project Requirements
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1. Hardware req: ESP32 with CAN Transciever
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2. Software req: Terminal emulator (such as Tera Term) that supports ANSI escape codes
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# Serial Commands
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| cmd | desc |
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| --- | --- |
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| m | switch to live CAN map |
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| t | switch to live CAN translations |
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_posts/csc335-restaurant.md
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_posts/csc335-restaurant.md
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---
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image:
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path: https://img.youtube.com/vi/ePmj9b9VglM/maxresdefault.jpg
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---
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## CSC 335 - Object-Oriented Programming and Design
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## [Final Project -- Restaurant](https://github.com/jscm1607/CSC335_FinalProject/tree/videobranch)
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## Members
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Gabe Venegas<br />
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Aidan Fuhrmann<br />
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Cody Rice<br />
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Jose Santiago Campa Morales
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## Video
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[](https://youtu.be/ePmj9b9VglM)
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## Design:
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Our project follows a MVC strucutre to develop a restaurant
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manager software from a server's point of view. <br />
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Oue model is made up of five distinct classes (Food, Order,
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OrderFood, Server and Session). Each model class has its respective
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Data Access Object (DAO) Class, which extends from the DAO class.
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An individual DAO class is in change of overriding the DAO methods,
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which perform basic SQL database operations. The model classes contain
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their DAO object, and all of the instance variables inside these classes
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are final, and our methods consist of setters and getters.<br />
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The controller is made up of a Controller class which contains five DAO
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objects, one for each model class. The controller's main goal is to update
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the model while communicating with the GUI when a change occurs. The controller
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holds methods related to each model class, allowing us to retrieve information
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from the database.<br />
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The view is made up of various graphic panels using Java Swing. Our main
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entry point is the login frame, where a server has the opportunity to either
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log into their shift or register themselves. After log in, the server is met
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with the main window, where other panels have different functions. Some include
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assigning tables, checking table availability, selecting seats for ordering, and
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analyzing sales. Our view was created with the help of generative AI.
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## Running from Jar:
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To run this program, make sure to be able to run maven, and jar files in the command line.
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```
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mvn clean package
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java -jar target/CSC335_FinalProject-1.0-jar-with-dependencies.jar
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```
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If you do not have maven, a precompiled jar is provided in repo root.
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```
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java -jar CSC335_FinalProject-1.0-jar-with-dependencies.jar
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```
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## Run without Jar File
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If running without jar file, make sure you run
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this program as a Java Application from the
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LoginFrame.java file.
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_posts/digital-dashboard.md
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---
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image:
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path: https://github.com/Sneupi/digital-dashboard/blob/main/exampleproject.jpg?raw=true
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---
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# [digital-dashboard](https://github.com/Sneupi/digital-dashboard/blob/main)
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Source code for ESP32 based CAN-bus powered dashboard.
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Reprogrammable to interpret & display any CAN-bus containing vehicle's CAN data.
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Originally developed for Wildcat Formula Racing (University of Arizona) Formula SAE race car.
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# Get Started
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1. Install VS Code
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2. Install PlatformIO extension for VS Code
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3. Plug ESP32 and restart VS Code
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4. Within PlatformIO extension "Clone Git Project"
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5. Upload to ESP32 using PlatformIO sidebar
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# Re-Configurability
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Configured as-is for example project below.
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1. Pinouts for CAN transceiver and pushbutton. Open `pinout.h` source files to do so.
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2. Vehicle-specific CAN-bus interpretation, open CAN source files (`limits.h`, `TranslateCAN.h`) for config instructions. For help decoding your vehicle, see related tool [can-analyzer](https://github.com/Sneupi/can-analyzer).
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3. Compatible with wide range of TFT displays. Read [TFT_eSPI library documentation](https://github.com/Bodmer/TFT_eSPI) and edit library files accordingly (`User_Setup.h` or `User_Setup_Select.h`).
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# Example Project
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Project for University of Arizona FSAE racecar. Interprets custom MoTeC M150 CAN bus protocol.
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### IMPORTANT
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ESP32 module requires 5V power (VIN or Micro USB) but GPIO pins operate at 3.3V
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### Parts List
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[ESP32 Microcontroller](https://www.amazon.com/dp/B08D5ZD528)
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[CAN Transceiver (SN65HVD230)](https://www.amazon.com/gp/product/B00KM6XMXO)
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[TFT Display 5" (SSD1963)](https://www.amazon.com/s?k=ssd1963+5+inch)
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...And any pushbutton will work
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### Pinout
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Note: PB = Pushbutton
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Note: TFT_DC may be labeled "RS" depending on the TFT
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| NAME | ESP32 GPIO |
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| --- | --- |
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| PB | 5 |
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| --- | --- |
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| CAN_RX | 18 |
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| CAN_TX | 19 |
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| --- | --- |
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| TFT_CS | 33 |
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| TFT_DC | 15 |
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| TFT_RST | 32 |
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| --- | --- |
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| TFT_WR | 4 |
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| TFT_RD | 2 |
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| --- | --- |
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| TFT_D0 | 12 |
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| TFT_D1 | 13 |
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| TFT_D2 | 26 |
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| TFT_D3 | 25 |
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| TFT_D4 | 17 |
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| TFT_D5 | 16 |
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| TFT_D6 | 27 |
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| TFT_D7 | 14 |
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# Common Issue: ESP32 not detected as COM port
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You may try installing [VCP drivers](https://www.silabs.com/developers/usb-to-uart-bridge-vcp-drivers?tab=downloads)
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15
_posts/vsb-logger.md
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---
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image:
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path: https://github.com/Sneupi/vsb_logger/raw/refractor/demo.gif
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---
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# [VSB-LOGGER](https://github.com/Sneupi/vsb_logger/blob/refractor)
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Single window, single screen interface for serial communication with the VSB.
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Displays, plots, and generates CSV logs of realtime metrics from raw data.
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<img src="https://github.com/Sneupi/vsb_logger/blob/refractor/demo.gif" width="550" height="350" />
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## Future Additions:
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- input scripting via a formatted file
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