Trade-Winds/rooms/oceanRoom.js

function oceanRoom () {
    // Create objects on room creation for persistence.
    G.player = rm_Ocean.AddObject(OS.P["Ship"]);
    G.oceanParticle = rm_Ocean.AddObject(OS.P["Ocean Particle"]);

    rm_Ocean.GenerateMap();

    // When room is loaded, explicitly set room to rm_Ocean, just in case "Default" doesn't work/is loaded too slowly
    // to make sure DoFirst runs.
    OS.SetRoom(rm_Ocean);
}

rm_Ocean.waveTimer = Math.round(Math.randomRange(30, 150));
rm_Ocean.speedGaugeImg = new Image();
rm_Ocean.speedGaugeImg.src = "images/speed_gauge_sheet.png";

rm_Ocean.clockTimerCutoff = (1 / OS.S.defaultStep) * 60 * 5;   // 5 minute day.
rm_Ocean.clockTimerCount = 0;
rm_Ocean.clockImg = new Image();
rm_Ocean.clockImg.src = "images/clock_sheet.png";


rm_Ocean.DoFirst = function () {
    G.player.x = (pixel(64) * 25) - pixel(32) - G.player.xBound;
    G.player.y = pixel(64) * 22;
    console.log(G.player.name + " created at " + G.player.x + ", " + G.player.y);

    G.oceanParticle.x = G.player.x + randomSmidge();
    G.oceanParticle.y = G.player.y + randomSmidge();

    // Reset camera whenever room starts
    OS.SetCamera({
        x: G.player.x - (OS.camera.width / 2),
        y: G.player.y - (OS.camera.height / 2),
        objectToFollow: G.player
    });

    this.mapLeftTrigger = OS.camera.hBorder;
    this.mapLeftTriggerTarget = this.width - (OS.camera.width - OS.camera.hBorder);
    this.mapRightTrigger = this.width - OS.camera.hBorder;
    this.mapRightTriggerTarget = OS.camera.width - OS.camera.hBorder;
    this.mapUpTrigger = OS.camera.vBorder;
    this.mapUpTriggerTarget = this.height - (OS.camera.height - OS.camera.vBorder);
    this.mapDownTrigger = this.height - OS.camera.vBorder;
    this.mapDownTriggerTarget = OS.camera.height - OS.camera.vBorder;

    // G.economy.UpdateEconomy();
}
rm_Ocean.Do = function () {
    // Move G.oceanParticle around based on player's movement.
    if (G.oceanParticle.CheckPosition) G.oceanParticle.CheckPosition(G.player.x, G.player.y, G.player.direction);

    this.waveTimer--;
    if (this.waveTimer <= 0) {
        var wave = this.AddObject(OS.P["Wave Particle"]);
        wave.x = G.player.x + (randomSmidge() * 4);
        wave.y = G.player.y + (randomSmidge() * 4);

        this.waveTimer = Math.round(Math.randomRange(30, 150));
    }

    if (guiControl && guiControl.inventory && guiControl.trade) {   // Force it to wait until loaded.
        if (!guiControl.inventory.show && !guiControl.map.show && !guiControl.trade.show) {
            if (ct_cancel().down) {
                guiControl.inventory.activateDelay = 5;
                guiControl.inventory.show = true;
            }
        }
    }

    this.RunClock();
}

rm_Ocean.DrawAbove = function () {
    this.DrawNightDarkness();

    // Draw the speed indicator in Bottom Left corner.
    OS.context.drawImage(rm_Ocean.speedGaugeImg, G.player.currentSpeed * 32, 0, 32, 32, 16, OS.camera.height - 32 - 16, 32, 32);

    this.DrawEnergyBar();

    this.DrawClock();

    // drawPixelText("Testing 1 2 3!", 0, 0, 0, "white", 4);
    // drawPixelText("Testing 1 2 3!", 0, 64, 0, "white", 6);
    drawInventoryGUI();
    drawMapGUI();
    drawTradeGUI();
}

rm_Ocean.DoLast = function () {
    // Clear Objects on room exit. This is best practice unless you need persistent objects.
    //rm_Ocean.objects = {};
}

rm_Ocean.RunClock = function () {
    if (guiControl.trade && !guiControl.trade.show) {   // Only advance time when not trading.
        rm_Ocean.clockTimerCount++;
        if (rm_Ocean.clockTimerCount > rm_Ocean.clockTimerCutoff) {
            rm_Ocean.clockTimerCount = 0;
            // Play New_Day sound.
            G.economy.UpdateEconomy();

            for (var i = 0; i < G.map.length; i++) {
                G.map[i].island.haggleAmount = 0;
                G.map[i].island.timesHaggledToday = 0;
                G.map[i].island.SimulateTrade();
            }
        }
    }
}

rm_Ocean.DrawNightDarkness = function () {
    var alphaFormula = (Math.sin((((this.clockTimerCount / (this.clockTimerCutoff * Math.PI)) * 10) * 1.5) - 2) - 0.4);
    if (alphaFormula < 0) alphaFormula = 0;
    
    if (alphaFormula > 0) {
        var saveGlobalAlpha = OS.context.globalAlpha;
        var tmp = Oversimplified.context.fillStyle;
        OS.context.globalAlpha = alphaFormula;
        Oversimplified.context.fillStyle = "#112189";
        Oversimplified.context.fillRect(0, 0, Oversimplified.camera.width, Oversimplified.camera.height);
        Oversimplified.context.fillStyle = tmp;
        Oversimplified.context.globalAlpha = saveGlobalAlpha;
    }
}

rm_Ocean.DrawEnergyBar = function () {
    var percentage = G.stats.energy / G.stats.maxEnergy;
    var barHeight = pixel(2);
    var maxBarWidth = 32;
    var barWidth = pixel(Math.round(maxBarWidth * percentage));

    var saveFillStyle = OS.context.fillStyle;
    OS.context.fillStyle = "#0055FF";
    OS.context.fillRect(64, OS.camera.height - barHeight - 16, barWidth, barHeight);
    OS.context.fillStyle = saveFillStyle;
}

rm_Ocean.DrawClock = function () {
    var screenX = OS.camera.width - pixel(9) - pixel(2);
    var screenY = OS.camera.height - pixel(9) - pixel(2);
    var percentOfClock = this.clockTimerCount / this.clockTimerCutoff;
    var clockFrameX = Math.floor(16 * percentOfClock) * pixel(9);
    OS.context.drawImage(this.clockImg, clockFrameX, 0, pixel(9), pixel(9), screenX, screenY, pixel(9), pixel(9));
    // console.log(this.clockTimerCount);
}

rm_Ocean.GenerateMap = function () {
    var island1 = rm_Ocean.AddObject(OS.P["Island"], {
        x: pixel(64) * 25, //Exact center of map.
        y: pixel(64) * 22
    });
    
    console.log(island1.name + " created at " + island1.x + ", " + island1.y);
    G.map.push({
        island: island1,
        drawX: 25,
        drawY: 22,
        drawWidth: 1,
        drawHeight: 1
    });

    var usedXSquares = [];
    var usedYSquares = [];
    for (var i = 0; i < 9; i++) {
        var xSquare = Math.round(Math.randomRange(1, 49));
        while (usedXSquares.indexOf(xSquare) != -1 &&
               usedXSquares.indexOf(xSquare + 1) != -1 && usedXSquares.indexOf(xSquare - 1) != -1 &&
               usedXSquares.indexOf(xSquare + 2) != -1 && usedXSquares.indexOf(xSquare - 2) != -1)
        {
            xSquare = Math.round(Math.randomRange(1, 49));
        }
        usedXSquares.push(xSquare);

        var ySquare = Math.round(Math.randomRange(1, 43));
        while (usedYSquares.indexOf(ySquare) != -1 &&
               usedYSquares.indexOf(ySquare + 1) != -1 && usedYSquares.indexOf(ySquare - 1) != -1 &&
               usedYSquares.indexOf(ySquare + 2) != -1 && usedYSquares.indexOf(ySquare - 2) != -1)
        {
            ySquare = Math.round(Math.randomRange(1, 49));
        }
        usedYSquares.push(ySquare);

        var xPosition = pixel(64) * xSquare;
        var yPosition = pixel(64) * ySquare;
        
        G.map.push({
            island: rm_Ocean.AddObject(OS.P["Island"], {
                x: xPosition,
                y: yPosition
            }),
            drawX: xSquare,
            drawY: ySquare,
            drawWidth: 1,
            drawHeight: 1
        });
        console.log(G.map[i + 1].island.name + " created at " + G.map[i + 1].island.x + ", " + G.map[i + 1].island.y);
    }
}