Exams - To The Stars!

/* The navigation field is a 2D grid. You are given the names of 3 star systems, along with their coordinates
(sx, sy) and the Normandy’s initial coordinates(nx, ny). Assume that a star’s coordinates are in the center of
a 2x2 rectangle. The Normandy always moves in an upwards direction, 1 unit every turn. Your task is to inform
the Normandy of its current location during its movement. The Normandy can only be at one location at a time.
The possible locations are "<star1 name>", "<star2 name>", "<star3 name>" and "space". In other words,
if the Normandy is in the range of Alpha-Centauri, her location is "alpha-centauri". If she's not in the range
of any star system, her location is just "space". Star systems will NOT overlap.
The input is passed as array of several arguments: •  The first arguments will contain each star system's name
and coordinates in the format "<name> <x> <y>", separated by spaces. The name will be a single word, without spaces.
The fourth argument will contain the Normandy’s initial coordinates in the format "<x> <y>", separated by spaces.
The fifth, last argument, will contain the number n – the number of turns the Normandy will be moving.
The output consists of n + 1 lines – the Normandy’s initial location, plus the locations she was in during
her movement, each on a separate line. All locations must be printed lowercase. */

"use strict";

function findNormandyLocation(arr) {
        var starSystems = [];
    for (var i = 0; i < 3; i += 1) {
        var currentSystem = args[i].toLowerCase().split(/\s+/).filter(Boolean);
        var starArr = [ currentSystem[0], Number(currentSystem[1]), Number(currentSystem[2]) ];
        starSystems.push(starArr);
    }

    var spaceshipStartLocation = args[3].split(/\s+/).filter(Boolean);
    var shipX = Number(spaceshipStartLocation[0]);
    var shipY = Number(spaceshipStartLocation[1]);

    var movesN = Number(args[4]);

    for (i = 0; i <= movesN; i += 1) {
        console.log(checkSpaceshipIsInTheRangeStarSystem(shipX, shipY, starSystems));
        shipY += 1;
    }

    function checkSpaceshipIsInTheRangeStarSystem(x, y, stars) {
        for (var next in stars) {
            if (stars.hasOwnProperty(next)) {
                var starMinX = Number(stars[next][1]) - 1;
                var starMaxX = Number(stars[next][1]) + 1;
                var starMinY = Number(stars[next][2]) - 1;
                var starMaxY = Number(stars[next][2]) + 1;

                if (x >= starMinX && x <= starMaxX && y >= starMinY && y <= starMaxY) {
                    return stars[next][0];
                }
            }
        }

        return 'space';
    }
}

findNormandyLocation([
    'Sirius 3 7',
    'Alpha-Centauri 7 5',
    'Gamma-Cygni 10 10',
    '8 1',
    '6'
]);

findNormandyLocation([
    'Terra-Nova 16 2',
    'Perseus 2.6 4.8',
    'Virgo 1.6 7',
    '2 5',
    '4'
]);