Tennis Challenger Yokohama Japan: A Premier Platform for Tennis Enthusiasts
The Tennis Challenger Yokohama in Japan is a pivotal event on the ATP Challenger Tour, attracting top-tier talent and avid tennis fans from around the globe. This tournament is not only a showcase of emerging talents but also a battleground for seasoned players aiming to climb the rankings. With daily updates on fresh matches and expert betting predictions, enthusiasts can stay informed and engaged throughout the tournament.
Understanding the Tournament Structure
The Tennis Challenger Yokohama features a diverse lineup of players competing across various rounds, including qualifiers, main draws, and finals. The tournament's structure allows both upcoming stars and established players to demonstrate their skills on an international stage.
Key Highlights of the Tournament
- Daily Match Updates: Stay updated with real-time match results and scores, ensuring you never miss an important play.
- Expert Betting Predictions: Gain insights from seasoned analysts who provide detailed predictions to enhance your betting experience.
- Player Profiles: Explore comprehensive profiles of participating players, including their past performances and current form.
Daily Match Insights
Each day brings new excitement as matches unfold with unexpected twists and thrilling performances. Fans can follow closely through detailed match reports that highlight key moments, player statistics, and strategic analyses.
Top Performers to Watch
- Rising Stars: Keep an eye on young talents making their mark in the professional circuit.
- Veterans: Watch experienced players leverage their skills to outmaneuver younger opponents.
Betting Predictions: Expert Analysis
Betting enthusiasts can benefit from expert predictions that offer strategic insights into potential outcomes. These analyses consider factors such as player form, head-to-head records, and surface preferences to provide well-rounded betting advice.
In-Depth Match Predictions
- Tactical Breakdown: Understand the strategies employed by players in key matches.
- Odds Analysis: Evaluate betting odds to make informed decisions on your wagers.
The Venue: A Historical Overview
The Tennis Challenger Yokohama has been held at iconic venues known for their excellent facilities and vibrant atmosphere. The history of this tournament reflects its significance in nurturing tennis talent in Asia.
Famous Matches and Memorable Moments
- Hallmark Victories: Relive legendary matches that have defined the tournament's legacy.
- Spectacular Finishes: Experience nail-biting finishes that have left fans in awe.
Taking Advantage of Daily Updates
To make the most of daily updates, fans can subscribe to newsletters or follow official social media channels. These platforms provide timely notifications about match schedules, live scores, and exclusive content related to the tournament.
Leveraging Technology for Real-Time Engagement
- Mobile Apps: Utilize dedicated apps for instant updates and interactive features during matches.
- Social Media Integration: Engage with other fans through live discussions and share your thoughts on ongoing matches.
Fan Engagement Opportunities
Beyond watching matches, fans can participate in various engagement activities organized by the tournament organizers. These include fan meet-and-greets with players, interactive Q&A sessions, and exclusive behind-the-scenes content.
Celebrating Tennis Culture in Yokohama
- Cultural Events: Experience local cultural festivities that coincide with the tournament dates.
- Fan Zones: Visit designated areas where fans can gather to watch live screenings of matches together.
Navigating Betting Strategies with Expert Insights
To enhance your betting strategy, it's crucial to understand market trends and player dynamics. Experts provide valuable tips on how to approach different types of bets based on current tournament conditions.
Betting Tips from Seasoned Analysts
- Analyzing Player Form: Assess recent performances to gauge a player's likelihood of success in upcoming matches.
- Evaluating Surface Suitability: Consider how well a player adapts to different playing surfaces when placing bets.
Player Spotlight: Rising Talents at Yokohama
AnuragSaini007/My-Portfolio<|file_sep|>/src/components/Resume.js
import React from 'react'
import { Container } from 'react-bootstrap'
import { Link } from 'react-router-dom'
export default function Resume() {
return (
<>
{/* Resume */}
{/* About me */}
{/* Education */}
{/* Skills */}
{/* Projects */}
{/* Experience */}
{/* Testimonials */}
{/* Contact Me */}
<>
{/* About me section start here*/}
<>
<>
<>
<>About me section start here
<>
<>Container start here
<>
<>
<>
<>Row start here
<>
<>
<>Col start here
<>About me text part start here
<>About me image part start here
<>Col end here
<>Col end here
<>Row end here
{}
)
}
<|repo_name|>AnuragSaini007/My-Portfolio<|file_sep[build]
command = "npm run build"
publish = "build"
[build.environment]
NODE_VERSION = "14"
NPM_VERSION = "6"
<|file_sep[](https://app.netlify.com/sites/anuragsainiportfolio/deploys)
# My Portfolio
This is my portfolio website built using reactjs.
## Tech Stack
- Reactjs
- React router dom
- Bootstrap
## Features
- Light/Dark Mode toggle feature
- Smooth scroll feature
- Responsive design
## Screenshots
### Home Page (Light Mode)
### Home Page (Dark Mode)
### About Me Page (Light Mode)
### About Me Page (Dark Mode)
<|repo_name|>AnuragSaini007/My-Portfolio<|file_sep office space image path : https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882085/portfolio%20website%20images/office-space_eyg1lr.jpg
profile image path : https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882085/portfolio%20website%20images/profile_ufkofu.jpg
cover image path : https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882084/portfolio%20website%20images/cover_jl7rzs.jpg
<|file_sep_background_image_path_: https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882085/portfolio%20website%20images/background-image_k0fuhm.jpg
background_image_path_: https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882084/portfolio%20website%20images/background-image_nyakoe.jpg
background_image_path_: https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882085/portfolio%20website%20images/background-image_lwteac.jpg
background_image_path_: https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882085/portfolio%20website%20images/background-image_rps0wo.jpg
background_image_path_: https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882084/portfolio%20website%20images/background-image_mryvml.jpg
background_image_path_: https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882084/portfolio%20website%20images/background-image_bksgpd.jpg
background_image_path_: https://res.cloudinary.com/dzjxqgq8o/image/upload/v1632882084/portfolio%20website%20images/background-image_t1u12n.jpg
about_me_text_content_path_: https://res.cloudinary.com/dzjxqgq8o/video/upload/q_auto/c_scale,f_auto,h_720,w_1280/anurag-saini-about-me-video.mp4
contact_form_email_address_: [email protected]
linkedin_url_: www.linkedin/in/anurag-saini/
github_url_: www.github.com/AnuragSaini007/
gitlab_url_:
facebook_url_:
instagram_url_:
twitter_url_:
<|repo_name|>BrettMorrison/CPPProjects<|file_sep|RFID project
===========================
A simple RFID system made using Arduino Uno.
Features:
----------
* Reads RFID tags using RC522 module.
* Displays tag information over serial port.
* Stores tag information as text files.
* If tag has already been read before then will display last time read.
* Stores last read time as timestamp.
* Shows number of times tag has been read.
Hardware used:
--------------
* Arduino Uno
* MFRC522 RFID reader/writer module
* RDM6300 RFID reader module
Software used:
--------------
* Arduino IDE
Files:
------
RFID.ino - Main program file
Required libraries:
-------------------
MFRC522 - Used for interfacing with RC522 module
RDM6300 - Used for interfacing with RDM6300 module
Adafruit GFX Library - Used for displaying text over serial port
Adafruit Tiny Font - Used for displaying small font over serial port
Adafruit Bounce Library - Used for debouncing switches
LiquidCrystal_I2C - Used for LCD display
Instructions:
-------------
1) Upload program onto Arduino Uno.
* Make sure correct COM port is selected.
* Make sure correct board type is selected.
2) Connect components together according to schematic below:
Note: If LCD display isn't working check if address jumper pins are set correctly.
Address jumper pins are set by moving solder jumper closer or further away from each other.
Jumper closest to pin labeled GND should be closest together,
Jumper closest pin labeled VCC should be furthest apart.
See data sheet below:
Notes:
------
The sketch uses hardware SPI pins which are defined by Arduino library.
On Arduino Uno they are defined as follows:
SS/MOSI/MISO/SCK -> Pins D10/D11/D12/D13 respectively.<|repo_name|>BrettMorrison/CPPProjects<|file_sep charged ball launcher.cpp
===========================
Features:
---------
Hardware used:
--------------
Software used:
--------------
Files:
------
Required libraries:
Instructions:
-------------
Notes:<|repo_name|>BrettMorrison/CPPProjects<|file_sepzauberstab.cpp
===========================
Features:
---------
Hardware used:
--------------
Software used:
--------------
Files:
------
Required libraries:
Instructions:
-------------
Notes:<|file_sep NRF24L01 project
===========================
A simple wireless communication system made using NRF24L01 modules connected via SPI interface.
Features:
Uses two Arduinos connected via NRF24L01 modules:
One acts as master while one acts as slave.
Master sends character inputted via serial monitor over RF channel every second until user inputs quit command.
Slave receives messages sent by master via RF channel every second until user inputs quit command.
Both Arduinos output received message over serial monitor along with timestamp every second until user inputs quit command.
Hardware used:
Arduino Uno x 2
NRF24L01 modules x 2
SPI connector cables x 1 per NRF24L01 module + extra male/female headers if needed
Software used:
Arduino IDE x 1
Files:
Master.ino - Master code file located under Master folder
Slave.ino - Slave code file located under Slave folder
Required libraries:
RF24.h - Library containing code required for interfacing with NRF24L01 modules
Time.h - Library containing functions required for retrieving current date/time values
Timezone.h - Library containing functions required for setting timezone values
TimeLib.h - Header file required by Time library
Instructions:
Install all required libraries listed above into Arduino IDE before uploading programs onto Arduinos.
Upload Master.ino onto first Arduino Uno connected via SPI interface with first NRF24L01 module.
Make sure correct COM port is selected before uploading program onto microcontroller.
Make sure correct board type is selected before uploading program onto microcontroller.
Open Serial Monitor window once program has finished uploading onto microcontroller.
Input character(s) you want transmitted via RF channel into Serial Monitor window then press enter key
to send character(s) via RF channel every second until you input quit command followed by pressing enter key
to stop transmitting characters via RF channel every second.
Upload Slave.ino onto second Arduino Uno connected via SPI interface with second NRF24L01 module.
Make sure correct COM port is selected before uploading program onto microcontroller.
Make sure correct board type is selected before uploading program onto microcontroller.
Open Serial Monitor window once program has finished uploading onto microcontroller.
Wait one second after opening Serial Monitor window then input character(s) you want transmitted via RF channel into Serial Monitor window then press enter key
to receive character(s) transmitted via RF channel every second until you input quit command followed by pressing enter key
to stop receiving characters transmitted via RF channel every second.
Notes:<|repo_name|>BrettMorrison/CPPProjects<|file_sep MAVLink project
===========================
A simple MAVLink communication system made using two Arduinos connected via I²C interface running MAVLink protocol version v1.x.x .
Features:
Uses two Arduinos connected via I²C interface running MAVLink protocol version v1.x.x .
Master sends telemetry data including altitude information measured by BMP280 sensor over I²C bus every five seconds until user inputs quit command into serial monitor window located at master terminal emulator terminal emulator .
Slave receives telemetry data including altitude information measured by BMP280 sensor over I²C bus every five seconds until user inputs quit command into serial monitor window located at slave terminal emulator terminal emulator .
Both Arduinos output received telemetry data including altitude information measured by BMP280 sensor over serial monitor windows located at respective terminal emulators terminal emulators every five seconds until user inputs quit command into respective terminal emulators .
Hardware used:
Arduino Nano x 1 acting as master
Arduino Nano x 1 acting as slave
BMP280 sensor x 1 acting as barometer altimeter sensor
I²C connector cable x 1 connecting master & slave boards
Software used:
Arduino IDE x 1
Terminal Emulator Terminal Emulator Terminal Emulator Terminal Emulator Terminal Emulator Terminal Emulator Terminal Emulator Terminal Emulator Terminal Emulator Terminal Emulator Terminal Emulator Terminal Emulators
Files:
Master.ino Master code file located under Master folder
Slave.ino Slave code file located under Slave folder
Required Libraries:
Wire.h Header file containing functions required for communicating between master & slave boards over I²C bus
MAVLink_v1 Protocol implementation header files & source files located under src subfolder contained within MAVLink folder which was downloaded from following website link http //mavlink.io/downloads.htm #download-v111-x-y-z where y & z represent version numbers corresponding latest stable release version found at above website link e.g http //mavlink.io/downloads.htm #download-v111-x-y-z where y=11 & z=10 corresponds latest stable release version found at above website link i.e mavlink v111-x-y-z h t t p s : / / m a v l i n k . i o / d o w n l o a d s . h t m l # d o w n l o a d - v111-x-y-z which contains following header files & source files included within src subfolder contained within mavlink folder mavlink_msg_alt.h mavlink_msg_alt.c mavlink_types.h mavlink_helpers.h which were added directly into src subfolder contained within master & slave folders respectively without modifying original header files & source files contained within src subfolder contained within mavlink folder so no need download entire mavlink library just above mentioned header files & source files instead see instructions below detailing how add these header files & source files directly into src subfolders contained within master & slave folders without downloading entire mavlink library instead see instructions below detailing how add these header files & source files directly into src subfolders contained within master & slave folders without downloading entire mavlink library instead see instructions below detailing how add these header files & source files directly into src subfolders contained within master & slave folders without downloading entire mavlink library instead see instructions below detailing how add these header files & source files directly into src subfolders contained within master & slave folders without downloading entire mavlink library instead see instructions below detailing how add these header files & source files directly into src subfolders contained within master & slave folders without downloading entire mavlink library instead see instructions below detailing how add these header files & source files directly into src subfolders contained within master & slave folders without downloading entire mavlink library instead see instructions below detailing how add these header files Source Files Instructions Install Wire.h Header File Into Both Master And Slave Folders Wire.h Header File Contains Functions Required For Communicating Between Master And Slave Boards Over I²C Bus Download Wire Library From Following Website Link H T T P S :// W I R E L I B R A R Y H O M E / D O W N L O A D Download Latest Version Of Wire Library From Above Website Link Extract Zip File Contained Within Downloaded Zip File Copy Wire Folder Contained Within Extracted Zip File Into Both Master And Slave Folders Delete All Files Contained Within Wire Folder Except For Following Files wire.cpp wire.h Add Above Mentioned Files Directly Into Src Subfolder Contained Within Both Master And Slave Folders Without Modifying Original Files Located Within Extracted Zip File Install MA V L I N K _ V1 Protocol Implementation Header Files And Source Files Into Both Master And Slave Folders MA V L I N K _ V1 Protocol Implementation Header Files And Source Files Contained Within Src Subfolder Located Within M A V L I N K Folder Which Was Downloaded From Following Website Link H T T P S :// M A V L I N K .I O / D O W N L O A D S .H T M L #D O W N L O A D _ V111-X-Y-Z Where Y And Z Represent Version Numbers Corresponding Latest Stable Release Version Found At Above Website Link E G H T T P S :// M A V L I N K .I O / D O W N L O A D S .H T M L #D O W N L O A D _V111-X-Y-Z Where Y=11 And Z=10 Corresponds Latest Stable Release Version Found At Above Website Link I E M A V L I N K _V111-X-Y-Z H T T P S :// M A V L I N K .I O / D O W N L O A D S .H T M L #D O W N L O A D _V111-X-Y-Z Which Contains Following Header Files And Source Files Included Within Src Subfolder Located Within M AVLINK Folder Ma VLINK_MSG_ALT.H Ma VLINK_MSG_ALT.C Ma VLINK_TYPES.H Ma VLINK_HELPERS.H Which Were Added Directly Into Src Subfolders Located Within Both Master And Slave Folders Without Modifying Original Header Files And Source Files Located Within Src Subfolder Located Within MAVLINK Folder So No Need Download Entire MA VLINK Library Just Above Mentioned Header Files And Source Files Instead See Instructions Below Detailing How Add These Header Files And Source Files Directly Into Src Subfolders Located Within Both Master And Slave Folders Without Downloading Entire MA VLINK Library Instead See Instructions Below Detailing How Add These Header Files And Source Files Directly Into Src Subfolders Located Within Both Master And Slave Folders Without Downloading Entire MA VLINK Library Instead See Instructions Below Detailing How Add These Header Files And Source Files Directly Into Src Subfolders Located Within Both Master And Slave Folders Without Downloading Entire MA VLINK Library Instead See Instructions Below Detailing How Add These Header Files And Source Files Directly Into Src Subfolders Located Within Both Master And Slave Folders Without Downloading Entire MA VLINK Library Instead See Instructions Below Detailing How Add These Header Files Install MAVLINK_V111_X_Y_Z Protocol Implementation Header File Into Both Master And Slave Folders MAVLINK_V111_X_Y_Z Protocol Implementation Header File Contains Functions Required For Sending Telemetry Data Including Altitude Information Measured By BMP280 Sensor Over i C Bus Every Five Seconds Until User Inputs Quit Command Into Serial Monitor Window Located At Respective Terminal Emulators MAVLINK_V111_X_Y_Z Protocol Implementation Header File Also Contains Functions Required For Receiving Telemetry Data Including Altitude Information Measured By BMP280 Sensor Over i C Bus Every Five Seconds Until User Inputs Quit Command Into Serial Monitor Window Located At Respective Terminal Emulators MAVLINK_V111_X_Y_Z Protocol Implementation Header File Also Contains Functions Required For Outputting Received Telemetry Data Including Altitude Information Measured By BMP280 Sensor Over Serial Monitor Windows Located At Respective Terminal Terminals Every Five Seconds Until User Inputs Quit Command Into Respective Terminals Download Latest Version Of MAVLink From Following Website Link H T T P S :// M A V L I N K .I O / D O W N L O A D S .H T M L Extract Zip File Contained Within Downloaded Zip File Copy Ma VLINK_V111_X_Y_Z Folder Contained Within Extracted Zip File Into Both Master And Slave Folders Delete All Contents Of Ma VLINK_V111_X_Y_Z Folder Except For Following Contents ma vl ink_v111_x_y_z.cpp ma vl ink_v111_x_y_z.h ma vl ink_types.hpp ma vl ink_helpers.hpp Add Above Mentioned Contents Directly Into Src Subfolder Contained In Both Master And Slave Folders Without Modifying Original Contents Of Extracted Zip File Install BMP280 Sensor Driver Libraries To Interface With BMP280 Sensor Driver Libraries Containing Functions Required For Interfacing With BMP280 Sensor As Barometer Altimeter Sensor Using Adafruit_Sensor_I C_Arduino_Library_BMP280 Adafruit_BMP280_Library Available On GitHub At Github Com Adafruit_Adafruit_Sensor_I C_Arduino_Library_BMP280 Adafruit_BMP280_Library Clone Repository From Following GitHub Repository Url Git Hub Com Adafruit_Adafruit_Sensor_I C_Arduino_Library_BMP280 Adafruit_BMP280_Library Extract Clone Repository Clone Repository Contains Two Libraries One Named Adafruit_Sensor_I C_Arduino_Library_BMP28 Other Named Adafruit_BMP28 Remove Unnecessary Headers From Inside Each Directory Under Libs Directory Inside Each Directory Under Libs Directory Delete All Headers Except For Following Headers bmp.c bmp_dallas.c bmp_mcp79410.c bmp_pcf2127.c bmp_rtc_ds1307.c bmp_rtc_ds3234.c bmp_rtc_ds1307eeprom.c bmp_rtc_ds1337.c bmp_rtc_ds2406.c libbmp180.cpp libbmp085.cpp libbmp085ds18b22.cpp libbmp085ds3234.cpp libbmp180ds3234.cpp libbmp180ds3237.cpp libbmp180rtc_ds1307eeprom.cpp libbmp180rtc_ds1337eeprom.cpp Remove Unnecessary Headers From Inside Each Directory Under Sources Directory Inside Each Directory Under Sources Directory Delete All Headers Except For Following Headers adafrui t_bmp28 c adafrui t_bmp28_compat c adafrui t_bmp28_cpp adafrui t_bmp28_h Add Remaining Contents Of Clone Repository Directly To Base Location Where Libraries Are Stored On Computer After Removing Unnecessary Headers As Detailed Above Then Rename Newly Added Clone Repository To Follow Same Naming Conventions As Other Libraries Installed On Computer Move Newly Renamed Clone Repository To Base Location Where Libraries Are Stored On Computer Then Rename Newly Renamed Clone Repository To Follow Same Naming Conventions As Other Libraries Installed On Computer Now You Have Successfully Installed Necessary Libraries Required To Interface With BMP280 Sensor As Barometer Altimeter Sensor Using AdaFruit_Sensor_i_C_Arduino_Library_BMP28_And_Adafuit_B MP28 Libraries Move Back To Base Location Where Project Is Stored After Installing Necessary Libraries Then Open Project In Your Preferred Text Editor Then Proceed With Next Section Installation Steps Installation Steps Once You Have Installed Necessary Libraries Detailed In Previous Section You Can Proceed With Installation Steps Detailed In This Section Make Sure You Have Correct COM Port Selected Before Uploading Programs Onto Microcontrollers Make Sure You Have Correct Board Type Selected Before Uploading Programs Onto Microcontrollers Upload Program Ontology First Arduino Nano Acting As Master Make Sure Correct COM Port Is Selected Before Uploading Program Ontology First Arduino Nano Acting As Master Make Sure Correct Board Type Is Selected Before Uploading Program Ontology First Arduino Nano Acting As Master Open Serial Monitor Window Once Program Has Finished Uploading Ontology First Arduino Nano Acting As Master Input Character(s) You Want Transmitted Via i C Bus Into Serial Monitor Window Once Program Has Finished Uploading Ontology First Arduino Nano Acting As Master Then Press Enter Key To Send Character(s) Transmitted Via i C Bus Every Five Seconds Until You Input Quit Command Followed By Pressing Enter Key To Stop Transmitting Character(s) Transmitted Via i C Bus Every Five Seconds Upload Program Ontology Second Arduino Nano Acting As Second Make Sure Correct COM Port Is Selected Before Uploading Program Ontology Second Arduino Nano Acting As Second Make Sure Correct Board Type Is Selected Before Uploading Program Ontology Second Arduino Nano Acting As Second Wait One Second After Opening Serial Monitor Window Once Program Has Finished Uploading Ontology Second Arduino Nano Acting As Second Input Character(s) You Want Received Via i C Bus Into Serial Monitor Window Once Program Has Finished Uploading Ontology Second Arduino Nano Acting As Second Then Press Enter Key To Receive Character(s) Received Via i C Bus Every Five Seconds Until You Input Quit Command Followed By Pressing Enter Key To Stop Receiving Character(s) Received Via i C Bus Every Five Seconds Notes Notes If Any Errors Occur While Installing Any Of The Above Listed Necessary Components Or While Setting Up Project Please Refer Back To Relevant Sections Detailed In This README Markdown Document <|repo_name|>BrettMorrison/CPPProjects<|file_sep#define NUM_LEDS_PER_STRIP (60)
#define NUM_LED_STRIPS (6)
#define TOTAL_LEDS (NUM_LEDS_PER_STRIP * NUM_LED_STRIPS)
#define DATA_PIN (6)
#define CLOCK_PIN (13)
#define LED_TYPE WS2812B
#include "FastLED.h"
CRGB leds[TOTAL_LEDS];
void setup() {
FastLED.addLeds(leds,TOTAL_LEDS).setCorrection(TypicalLEDStrip);
}
void loop() {
static uint32_t prevMillis = millis();
if(millis() > prevMillis +500){
prevMillis = millis();
fill_solid(leds,TOTAL_LEDS,Hue(millis()/100)%255);
FastLED.show();
}
}
/*
FastLED.addLeds(leds,TOTAL_LEDS).setCorrection(TypicalTM1809);
FastLED.addLeds(leds,TOTAL_LEDS).setCorrection(TypicalTM1809RGBW);
FastLED.addLeds(leds,TOTAL_LEDS).setCorrection(TypicalTM1829);
FastLED.addLeds(leds,TOTAL_LEDS).setCorrection(TypicalTM1836);
FastLED.addLeds(leds,TOTAL_LEDS).setCorrection(TypicalTMD2811);
*/ <|repo_name|>BrettMorrison/CPPProjects<|file_sep Materials Needed:
---------------------
http;//www.amazon.co.uk/gp/product/B06XKXKQZP/ref=ox_sc_act_title_6?ie=UTF8&psc=1&smid=A33GJYPTQAWZGJ&th=1
http;//www.amazon.co.uk/gp/product/B07DDMYVCY/ref=ox_sc_act_title_5?ie=UTF8&psc=1&smid=A33GJYPTQAWZGJ&th=1
http;//www.amazon.co.uk/gp/product/B07FVNB6CL/ref=ox_sc_act_title_4?ie=UTF8&psc=1&smid=A33GJYPTQAWZGJ&th=1
http;//www.amazon.co.uk/gp/product/B00EHTSDXU/ref=ox_sc_act_title_12?ie=UTF8&psc=1&smid=A33GJYPTQAWZGJ&th=1
http;//www.amazon.co.uk/gp/product/B07FVSDBSV/ref=ox_sc_act_title_14?ie=UTF8&psc=1&smid=A33GJYPTQAWZGJ&th=1
Code:
------
https;//github.com/Airtonix/The-Power-of-Music/tree/master/Melody-Detector
Parts List:
-----------
See materials needed section.
Assembly Instructions:
----------------------
Attach push button switch between digital pin number seven on arduino uno board labelled "D" seven"
and ground pin labelled "GND".
Connect speaker between digital pin number nine on arduino uno board labelled "D" nine"
and ground pin labelled "GND".
Upload MelodyDetector code found at github repository link above.
Open serial monitor window.
Press button switch once.
Play note/song through speaker.<|repo_name|>BrettMorrison/CPPProjects<|file_sep Automotive CAN BUS Sniffer Project
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This project implements an automotive CAN BUS sniffer device capable of sniffing messages broadcast across CAN BUS network consisting multiple nodes devices capable sending/receiving messages across network e.g vehicle ECUs etc ... It does this using MCP2515 CAN controller chip capable receiving/transmitting messages up baud rate up maximum speed supported chip baud rate currently configured operate at baud rate eight kilobits per second kbps however baud rate configurable depending specific application requirements baud rate configurable changing value assigned variable named BAUD_RATE defined line seventy six lines sixty four characters inside MCP2515_can_controller_setup function found inside mcp2515_can_controller_setup function found inside main_program_fileino file also baud rate configurable changing value assigned variable named BAUD_RATE defined line seventy six lines sixty four characters inside MCP2515_can_controller_setup function found inside mcp2515_can_controller_setup function found inside main_program_fileino file also note note when changing baud rate ensure clock frequency assigned variable named CLKOUT_FREQUENCY defined line eighty lines sixty four characters inside MCP2515_can_controller_setup function found inside mcp2515_can_controller_setup function found inside main_program_fileino file corresponds new baud rate being configured ensure clock frequency assigned variable named CLKOUT_FREQUENCY defined line eighty lines sixty four characters inside MCP2515_can_controller_setup function found inside mcp2515_can_controller_setup function found inside main_program_fileino file corresponds new baud rate being configured otherwise incorrect clock frequency will result incorrect operation device incorrect operation device example example example when configuring device operate eight kilobits per second eight kilobits per second kbps ensure clock frequency assigned variable named CLKOUT_FREQUENCY defined line eighty lines sixty four characters inside MCP2515_can_controller_setup function found inside mcp2515_can_controller_setup function found inside main_program_fileino file equals sixteen megahertz megahertz MHz otherwise incorrect operation device incorrect operation device example example example when configuring device operate forty eight kilobits per second forty eight kilobits per second kbps ensure clock frequency assigned variable named CLKOUT_FREQUENCY defined line eighty lines sixty four characters inside MCP2515_can_controller_setup function found inside mcp2515_can_controller_setup function found inside main_program_fileino file equals thirty two megahertz megahertz MHz otherwise incorrect operation device incorrect operation device note note when configuring device operate higher baud rates higher baud rates than twenty four kilobits per second twenty four kilobits per second kbps ensure power supply voltage assigned variable named POWER_SUPPLY_VOLTAGE defined line seventy one lines sixty four characters inside MCP2515_CAN_CONTROLLER_SETUP_FUNCTION_FOUND_INSIDE_MCP25 _51_CAN_CONTROLLER_SETUP_FUNCTION_FOUND_INSIDE_MAIN_PROGRAM_FILEINO FILE also equals three point three volts volts else chip damage chip damage may occur chip damage may occur note note when configuring device operate lower baud rates lower baud rates than ten kilobits per second ten kilobits per second kbps ensure power supply voltage assigned variable named POWER_SUPPLY_VOLTAGE defined line seventy one lines sixty four characters inside MCP2515_CAN_CONTROLLER_SETUP_FUNCTION_FOUND_INSIDE_MCP25 _51_CAN_CONTROLLER_SETUP_FUNCTION_FOUND_INSIDE_MAIN_PROGRAM_FILEINO FILE also equals five point two volts volts else insufficient power supply voltage may result incorrect operation insufficient power supply voltage may result incorrect operation once configured correctly correctly successfully successfully configured correctly successfully successfully configured correctly successfully successfully configured correctly successfully successfully configured correctly successfully successfully configured correctly sniffer capable sniffing messages broadcast across CAN BUS network consisting multiple nodes devices capable sending/receiving messages across network e.g vehicle ECUs etc ... Sniffer capable sniffing messages broadcast across CAN BUS network consisting multiple nodes devices capable sending/receiving messages across network e.g vehicle ECUs etc ... Messages captured captured stored internal memory internal memory available space available space limited limited only only store store most recent most recent twenty thousand twenty thousand messages messages stored stored internally internally stored internally stored internally stored internally stored internally only only store store most recent most recent twenty thousand twenty thousand messages messages details details message message ID message ID message length message length message data message data displayed displayed screen screen attached attached sniffer sniffer screen screen attached attached sniffer sniffer details details captured captured message message ID message ID shown shown top top portion portion screen screen details details captured captured message message shown shown bottom bottom portion portion screen screen additionally additionally timestamps timestamps associated associated each each captured captured message message displayed displayed screen screen timestamps timestamps associated associated each each captured captured message message displayed displayed screen screen timestamps timestamps associated associated each each captured captured message message shown shown bottom bottom portion portion screen screen additionally additionally timestamps timestamps associated associated each each captured captured message message accessible accessible serial monitor serial monitor opened opened after after pressing pressing reset reset button button pressed pressed after after pressing pressing reset reset button button additional additional functionality functionality implemented implemented allows allows users users view view previously previously viewed viewed messages viewed previously viewed previously viewed previously viewed messages viewed previously viewed previously viewed previously viewed messages retrieved retrieved sequentially sequentially oldest oldest newest newest first first retrieved retrieved sequentially sequentially newest newest last last retrieved retrieved sequentially sequentially oldest oldest first first retrieved retrieved sequentially sequentially newest newest last last accessed accessed accessed accessed accessed accessed accessed accessed accessed accessed access access access access access access access access access access access access access access previous previous previous previous previous previous previous previous previous previous previous next next next next next next next next next next next next next subsequent subsequent subsequent subsequent subsequent subsequent subsequent subsequent subsequent subsequently subsequently subsequently subsequently subsequently subsequently subsequently subsequently subsequently following following following following following following following commands commands commands commands commands commands commands commands commands entered entered entered entered entered entered entered entered entered entered entered pressed pressed pressed pressed pressed pressed pressed pressed pressed pressed pressed keys keys keys keys keys keys keys keys ENTER ENTER ENTER ENTER ENTER ENTER ENTER ENTER ENTER ENTER ESC ESC ESC ESC ESC ESC ESC ESC ESC CLEAR CLEAR CLEAR CLEAR CLEAR CLEAR CLEAR Clear Clear Clear Clear Clear Clear Clear Clear Display Display Display Display Display Display Display Display Display View View View View View View View View View View View Previous Previous Previous Previous Previous Previous Previous Previous Previous Next Next Next Next Next Next Next Next Message Message Message Message Message Message Message Message Show Show Show Show Show Show Show Timestamp Timestamp Timestamp Timestamp Timestamp Timestamp Timestamp Timestamp Print Print Print Print Print Print Print Print Print Print Reset Reset Reset Reset Reset Reset Reset Reset Close Close Close Close Close Close Close Access Access Access Access Access Access Access Access Commands Commands Commands Commands Commands Commands Commands Commands Keys Keys Keys Keys Keys Keys Keys Keys Previously Previously Previously Previously Previously Previously Previously Previously Previously Previously Retrieved Retrieved Retrieved Retrieved Retrieved Retrieved Retrieved Retrieved Retrieved Retrieved Currently Currently Currently Currently Currently Currently Currently Currently Currently Current Current Current Current Current Current Current Current Accessed Accessed Accessed Accessed Accessed Accessed Accessed Accessed Accessed Accessed Accessed Messages Messages Messages Messages Messages Messages Messages Messages Messages Messages Details Details Details Details Details Details Details Details Details Details Retrieve Retrieve Retrieve Retrieve Retrieve Retrieve Retrieve Retrieve Retrieve Retrieve Sequential Sequential Sequential Sequential Sequential Sequential Sequential Sequential Sequential Sequential Newest Newest Newest Newest Newest Newest Oldest Oldest Oldest Oldest Oldest Oldest Last Last Last Last Last Last Last First First First First First First Entered Entered Entered Entered Entered Entered Entered Entered Esc Esc Esc Esc Esc Esc Esc Esc Clear Clear Clear Clear Clear Clear Enter Enter Enter Enter Enter Enter Enter Enter Show Show Show Show Show Show Show Print Print Print Print Print Reset Reset Reset Reset Close Close Close Access Access Access Back Back Back Back Back Back Back Forward Forward Forward Forward Forward Forward Forward Forward Prev Prev Prev Prev Prev Prev Prev NEXT