"Quem pensa pouco, erra muito" - Leonardo Da Vinci
Projeto de Campo L贸gico-Minado formado por Matriz 4x4 de LEDs Projeto de entretenimento com racioc铆nio l贸gico.
Acertar o local onde a "mina" se encontra no campo.
Campo Minado formado por Matriz 4x4 com LEDs, onde 茅 controlada a sele莽茫o do LED (um por vez) com controle remoto por smartphone. Sele莽茫o do LED ao colocar a m茫o em cima do sensor de presen莽a infravermelho (com o comparador LM393). O LED RGB fornece dicas de onde est谩 a mina, baseada no LED que voc锚 selecionou:
- Azul: n茫o est谩 nem na linha, nem na coluna;
- Verde: est谩 na mesma linha ou na mesma coluna;
- Amarelo: est谩 na pr贸xima linha ou na anterior;
- Roxo: est谩 na pr贸xima coluna ou na anterior;
- Vermelho e Branco Piscando: Parab茅ns! Voc锚 acertou a bomba!
Voc锚 tem quatro tentativas de sele莽茫o, ap贸s isso o jogo reinicia.
- 1x placa de desenvolvimento Arduino
- Jumpers
- 16x LEDs para formar Matriz 4x4
- 1x Sensor de presen莽a infravermelho LM393
- 1x LED RGB
- 3x Resistores de 330R
- 8x Transitores NPN (BC547, BC548, etc.)
- 1x M贸dulo Bluetooth HC-06 para controle remoto
- Smartphone com Bluetooth
- App Adv BT Terminal
- LED RGB controlado por PWM (Modula莽茫o por Largura de Pulso)
- Comunica莽茫o sem fio e Comunica莽茫o Serial - USART
- Timers para fun莽玫es de comunica莽茫o
- Multiplexa莽茫o da Matriz
- Detec莽茫o de estado l贸gico de pinos
Link para v铆deo no Youtube: https://www.youtube.com/watch?v=IM6cZgWwwik
Projeto originalmente desenvolvido para a disciplina EEL7013 - Laborat贸rio de Transdutores do curso de Engenharia Eletr么nica da Universidade Federal de Santa Catarina (UFSC) Campus Reitor Jo茫o David Ferreira Lima, Florian贸polis, Santa Catarina, Brasil
Logic Minesweeper Project developed for a 4x4 LED Matrix. Entertainment Project involving logical reasoning.
Identify the place where the "mine" is on the field.
Mine/Bomb Field formed by a 4x4 LED Matrix, where the LED selection is controlled (once at a time) with a remote controller, through a smartphone. The LED is selected when putting the hand above the infrared obtacle sensor (with the LM393 comparator). The RGB LED gives tips about where is the mine, based on the LED you have selected:
- Blue: the mine is neither on the line, nor in the column;
- Green: the mine is on the same line or in the same column;
- Yellow: it is on the next or on the previous line;
- Purple: it is on the next or on the previous column;
- Red and White blinking: Congratulations! You have hit the mine!
You have 4 attempts of selections. After that, the game reboots.
- 1x Arduino development board
- Jumpers
- 16x LEDs for the 4x4 Matrix
- 1x Infrared obstacle sensor (LM393)
- 1x RGB LED
- 3x 330R Resistors
- 8x NPN Transistors (BC547, BC548, etc.)
- 1x Bluetooth Module HC-06 for remote control
- 1x Smartphone with Bluetooth Connection
- App ADV BT Terminal (Play Store)
- RBG LED controlled by PWM (Pulse Width Modulation)
- Wirelles Communication and Serial Communication - USART
- Timers with communication functions
- Matrix Multiplex
- Logic state detection
Youtube Video: https://www.youtube.com/watch?v=IM6cZgWwwik
Project originally developed for the discipline EEL7013 - Laborat贸rio de Transdutores (Transducers Laboratory) of the Electronic Engineering course from the Federal University of Santa Catarina (UFSC). Campus Reitor Jo茫o David Ferreira Lima, Florian贸polis, Santa Catarina, Brazil.