File content as of revision 1:76cff32344d1:

//
// Created by Kristof on 5/9/2017.
//

#include "LightCommunication.h"

LightCommunication::LightCommunication() {
    left,right = 0;
    device = new Serial(p14,p15);
    ir_rx = new ReceiverIR(p21);
}

LightCommunication::~LightCommunication() {

}

char * LightCommunication::getSerial() {
    char test[3];
    if(device->readable()) {
       device->scanf("%s",test);
    }
    return test;
}

uint8_t * LightCommunication::getIRStyle() {
    RemoteIR::Format format;
    uint8_t buf[32];
    int bitcount;
    if (ir_rx->getState() == ReceiverIR::Received) {
        bitcount = ir_rx->getData(&format, buf, sizeof(buf) * 8);
    }
    return buf;
}

void LightCommunication::receiveData() {
    mut.lock();
    //uint8_t *  data = LightCommunication::getIRStyle();
    char *  data = LightCommunication::getSerial();

    printf("%X \n",data[2]);
    printf("%d \n",data[2]);
    if (OWN_ID == (int) data[0]) {
        left = LightCommunication::toFloat(data[1]);
        right = LightCommunication::toFloat(data[2]);
    }
    mut.unlock();
}

float LightCommunication::getRight(float cur_right) const {
    float r = right - cur_right;
    if (r>0){
        return (cur_right + 0.005);
    }else if (r<0){

        return (cur_right -0.005);
    }else{
        return cur_right;
    }
}

float LightCommunication::getLeft(float cur_left) const {

    mut.lock();
    float l = left - cur_left;
    if (l>0){
        return (cur_left + 0.005);
    }else if (l<0){
        return (cur_left -0.005);
    }else{
        return cur_left;
    }
}

float LightCommunication::toFloat(int8_t a) {
    return ((float)a)/100;
}

bool LightCommunication::needsToStop() {
    if (right == 0 && left == 0){
        return true;
    }
    return false;
}