Not finished. This is my first attemp to make an autonomous vehicle for the Sparkfun Autonomous Competition (https://avc.sparkfun.com/) of June 2015.
Dependencies: FXOS8700CQ SDFileSystem mbed
Fork of AVC_Robot_Controled_Navigation by
- For my autonomous robot I will use a GPS, magnometer, accelerometer, and encoders.
- I control my robot with a remote control to save the GPS points (detect turns) using a xBee radio and save them to a file in a SD card.
my_libraries/encoders.cpp
- Committer:
- gerardo_carmona
- Date:
- 2014-10-17
- Revision:
- 3:bd16e43ad7be
File content as of revision 3:bd16e43ad7be:
// ----- Libraries ------------------------------------------------------------------ #include "mbed.h" #include "encoders.h" // ----- I/O Pins ------------------------------------------------------------------- InterruptIn interrupt_encoder_der(D2); InterruptIn interrupt_encoder_izq(D3); int flanco_bajada_rigth; int flanco_bajada_left; // ----- Functions ------------------------------------------------------------------ void encoders_to_zero(){ flanco_bajada_rigth = 0; flanco_bajada_left = 0; } void falling_encoder_rigth(void){ flanco_bajada_rigth++; } void falling_encoder_left(void){ flanco_bajada_left++; } void init_encoders(){ interrupt_encoder_der.fall(&falling_encoder_rigth); interrupt_encoder_izq.fall(&falling_encoder_left); } float encoder(int sensor_encoder){ int read_encoder = 0; float distancia; if(sensor_encoder==encoder_rigth){ read_encoder= flanco_bajada_rigth; }else if(sensor_encoder==encoder_left){ read_encoder= flanco_bajada_left; } distancia= (read_encoder/5)*2.2580; return distancia; }