Revision fb61cb17 scout/libscout/src/test_behaviors/ApproachEmitter.cpp

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scout/libscout/src/test_behaviors/ApproachEmitter.cpp
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 */
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#include "ApproachEmitter.h"
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#define BOM_W1 5
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#define BOM_W2 10
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#define BOM_W3 15
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#define BOM_W4 20
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#define BOM_W5 30
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#define TOP_BOM 0
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#define BOT_BOM 1
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using namespace std;
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ApproachEmitter::ApproachEmitter(string scoutname, Sensors* sensors) 
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ApproachEmitter::ApproachEmitter(string scoutname, Sensors* sensors)
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    : Behavior(scoutname, "Approach Emitter", sensors) {
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    name = scoutname;
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    scout_pos = new pos;
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    // initallize the side index values :D UGLY!!! But best solution so far
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    FRONT.push_back(0);
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    LEFT.push_back(1);
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    LEFT.push_back(2);
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    LEFT.push_back(3);
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    BACK.push_back(4);
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    BACK.push_back(5);
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    RIGHT.push_back(6);
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    RIGHT.push_back(7);
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    RIGHT.push_back(8);
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    FRONT.push_back(9);
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}
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int ApproachEmitter::identifyPosition(
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        vector<uint32_t> readings, vector<uint32_t> senders) {
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    bool identified = 0;
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    int top_em_count = 0;
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    int bot_em_count = 0;
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    if (accumulate(&(readings[RIGHT.front()]),
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                   &(readings[RIGHT.back()])+1, 0) >= 2) {
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        for (int i=RIGHT.front(); i<RIGHT.back(); i++) {
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            top_em_count += (senders[i] == TOP_BOM);
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            bot_em_count += (senders[i] == BOT_BOM);
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        }
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        if (top_em_count * bot_em_count != 0) {
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            //ROS_INFO("HAND OVER TO HUIJUN!");
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        } else if (top_em_count > 0) {
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            motors->set_sides(-50, -50, MOTOR_PERCENT);
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        } else {
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            motors->set_sides(50, 50, MOTOR_PERCENT);
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        }
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        identified = 1;
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    } else if (accumulate(&(readings[LEFT.front()]),
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                   &(readings[LEFT.back()])+1, 0) >= 2) {
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        for (int i=LEFT.front(); i<LEFT.back(); i++) {
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            top_em_count += (senders[i] == TOP_BOM);
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            bot_em_count += (senders[i] == BOT_BOM);
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        }
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        if (top_em_count * bot_em_count != 0) {
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        } else if (top_em_count > 0) {
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            motors->set_sides(50, 50, MOTOR_PERCENT);
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        } else {
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            motors->set_sides(-50, -50, MOTOR_PERCENT);
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        }
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        identified = 1;
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    }
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    return identified;
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}
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void ApproachEmitter::run() {
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    ROS_INFO("BOM Main Running");
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    BomReadings bomR;
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    int r_weighted, l_weighted;
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    int speed = 20;
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    vector<uint32_t> r;
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    vector<uint32_t> s;
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    while (ok()) {
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        bomR = bom->query();
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        r = bomR.readings;
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        s = bomR.senders;
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        ROS_INFO("BOM Main Running");
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        if (accumulate(r.begin(), r.end(), 0)) {
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            for (int i=0; i<10; ++i) {
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                ROS_INFO("BOM %d reading is %d sender is %d", i, r[i], s[i]);
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            }
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           //motors->set_sides(min(r_weighted+speed, 100),
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           //                  min(l_weighted+speed, 102),  MOTOR_PERCENT);
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        if (identifyPosition(r, s)) {
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            // do nothing
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        } else {
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            motors->set_sides(0, 50, MOTOR_PERCENT);
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        }
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    }
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    while (ok()) {}
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}

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