Parrot care simulator. Below are the bathroom, eat, sleep and play buttons. When we look at the other buttons except the sleep button, the parrot reacts to us. When you press the sleep button, a 9 second timer appears. After 9 seconds it disappears. So it sleeps for 9 seconds. When we eat, the hunger bar goes up, If he is hungry, let him fall. Let your pet be a parrot. When you press buttons other than the sleep button, it reacts, those reactions are smiley and angry face. 1 second after the smi's game | AI game creator

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No:19231

55

Parrot care simulator. Below are the bathroom, eat..ALL
Developer Burak Arda Bulut｜Date and time 23/10/2 3:31:56
Build time 16.045 sec｜Game capacity 4.53KB｜

le or angry face appears, it should fade away. The game should keep track of the parrot's hunger level, sleepiness level, and happiness level. If the parrot's hunger level reaches 100, it should become angry and game over. If the parrot's sleepiness level reaches 100, it should fall asleep and game over. If the parrot's happiness level reaches 100, the player wins the game. Below is the example code for the game:

Hunger: 0

Sleepiness: 0

Happiness: 0

This code sets up a simple parrot care simulator game using JavaScript. The game tracks the parrot's hunger, sleepiness, and happiness levels and updates them every few seconds. The player can interact with the parrot by clicking on the different buttons. The parrot reacts to each button press with a specific pictogram and the corresponding levels are updated accordingly. If the hunger level reaches 100, the parrot becomes angry and the game ends. If the sleepiness level reaches 100, the parrot falls asleep and the game ends. If the happiness level reaches 100, the player wins the game. The game also includes a reset function and displays the current levels of each parameter.

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le or angry face appears, it should fade away. The game should keep track of the parrot's hunger level, sleepiness level, and happiness level. If the parrot's hunger level reaches 100, it should become angry and game over. If the parrot's sleepiness level reaches 100, it should fall asleep and game over. If the parrot's happiness level reaches 100, the player wins the game. Below is the example code for the game:

```html
<!DOCTYPE html>
<html>
<head>
    <title>Parrot Care Simulator</title>
    <style>
        .hidden {
            display: none;
        }
    </style>
</head>
<body>
    <div id="parrot">

</div>
    <div id="buttons">
        <button onclick="bathroom()">Bathroom</button>
        <button onclick="eat()">Eat</button>
        <button onclick="sleep()">Sleep</button>
        <button onclick="play()">Play</button>
    </div>
    <div id="status">
        <p id="hunger">Hunger: 0</p>
        <p id="sleepiness">Sleepiness: 0</p>
        <p id="happiness">Happiness: 0</p>
    </div>

<script>
        var hunger = 0;
        var sleepiness = 0;
        var happiness = 0;

function bathroom() {
            if (sleepiness >= 10) {
                return; // Cannot use bathroom while sleeping
            }

happiness += 10;
            showReaction("🚽");
        }

function eat() {
            if (sleepiness >= 20) {
                return; // Cannot eat while sleeping
            }

hunger += 10;
            showReaction("🍔");

if (hunger >= 100) {
                gameOver("Parrot is angry! Game over.");
            }
        }

function sleep() {
            showReaction("😴");

setTimeout(function() {
                hideReaction();
            }, 9000);

sleepiness = 0;
        }

function play() {
            if (sleepiness >= 30) {
                return; // Cannot play while sleeping
            }

happiness += 20;
            showReaction("🎉");

if (happiness >= 100) {
                winGame("Parrot is happy! You win the game.");
            }
        }

function showReaction(reaction) {
            var parrot = document.getElementById("parrot");
            parrot.textContent = reaction;
            parrot.classList.remove("hidden");

setTimeout(function() {
                hideReaction();
            }, 1000);
        }

function hideReaction() {
            var parrot = document.getElementById("parrot");
            parrot.textContent = "";
            parrot.classList.add("hidden");
        }

function updateStatus() {
            var hungerStatus = document.getElementById("hunger");
            hungerStatus.textContent = "Hunger: " + hunger;

var sleepinessStatus = document.getElementById("sleepiness");
            sleepinessStatus.textContent = "Sleepiness: " + sleepiness;

var happinessStatus = document.getElementById("happiness");
            happinessStatus.textContent = "Happiness: " + happiness;
        }

function gameOver(message) {
            alert(message);
            resetGame();
        }

function winGame(message) {
            alert(message);
            resetGame();
        }

function resetGame() {
            hunger = 0;
            sleepiness = 0;
            happiness = 0;
            updateStatus();
        }

setInterval(function() {
            hunger += 5;
            sleepiness += 10;
            happiness += 2;

updateStatus();

if (hunger >= 100) {
                gameOver("Parrot is angry! Game over.");
            }

if (sleepiness >= 100) {
                gameOver("Parrot fell asleep! Game over.");
            }
        }, 3000);
    </script>
</body>
</html>
```

This code sets up a simple parrot care simulator game using JavaScript. The game tracks the parrot's hunger, sleepiness, and happiness levels and updates them every few seconds. The player can interact with the parrot by clicking on the different buttons. The parrot reacts to each button press with a specific pictogram and the corresponding levels are updated accordingly. If the hunger level reaches 100, the parrot becomes angry and the game ends. If the sleepiness level reaches 100, the parrot falls asleep and the game ends. If the happiness level reaches 100, the player wins the game. The game also includes a reset function and displays the current levels of each parameter.