SpaceExpansion/Contents/Planet.cpp

//
// Created by jovian on 17/08/17.
//

#include "Planet.h"
#include "../Maths/b2Angle.h"

int Planet::m_incr = 0;

Planet::Planet(const PlanetDef &def)
        : m_def(def), m_imgId(1 + (unsigned int) m_incr % 5),
          m_angle(b2Angle(def.pos, b2Vec2(1.0f, 1.0f))) {

    // A better name
    if (m_def.name == "---")
        m_def.name = Planet::randomName();

    // Identification
    m_idPlanet = Planet::m_incr;
    Planet::m_incr++;
}

Planet::~Planet() {
    // Clear vector (do not destroy pointers !)
    m_landedShips.clear();
}

Visual *Planet::makeVisual() {
    return new Visual(m_imgId, m_def.pos, m_angle, m_def.size);
}

void Planet::applyRule(PlanetStep *rule) {
    rule->callApply(m_def);
}

const PlanetDef &Planet::getDef() const {
    return m_def;
}

int Planet::getId() const {
    return m_idPlanet;
}

void Planet::landShip(StarShip *ship) {
    // Find a empty place in the hangar
    m_landedShips.push_back(ship);

    // Unload this ship
    m_def.stock += ship->unload();
}

bool Planet::readyShip() {
    return !m_landedShips.empty();
}

std::string Planet::randomName() {
    int size(5 + rand() % 9);

    std::string voyel("aeiou");
    std::string conson("bcdfghjklmnpqrstvwxyz");

    std::string newName;

    for (int k(0); k < size; k++) {
        if (k % 2) { // Voyelle
            newName.append(1, voyel[rand() % voyel.length()]);
        } else { // Consonne
            newName.append(1, conson[rand() % conson.length()]);
        }
    }

    newName[0] = toupper(newName[0]);

    return newName;
}

StarShip *Planet::launchShip(const Stock &avg) {
    // Security : empty space port
    if (m_landedShips.empty())
        return nullptr;

    // Design a good stock
    Stock pack;
    pack = m_def.stock - avg;
    pack.setPositive();

    // Launch ship
    StarShip* ship(m_landedShips.back());
    m_def.stock -= pack;
    ship->load(pack);

    m_landedShips.pop_back();
    return ship;
}

bool Planet::need(Resource res, Stock average) {
    // Is above average
    Stock pack;
    pack = m_def.stock - average;

    return pack.get(res) < 0;
}