You can make a playable 2D game directly on iPad with hyperPad. You build each level as a Scene, place Objects with Graphics, and connect Behaviors to control what happens when your player taps, collides, or reaches a goal.

This guide shows the basic workflow. You can follow it without writing traditional code.

What an iPad Game Development App Needs

A useful game development app should let you build and test on the device you already use. In hyperPad, the editor runs on iPad. You can arrange a level by touch, test it immediately, and return to the editor when something needs work.

Your Project is organized around a few core parts:

Scenes hold levels, menus, and other parts of your game.
Objects are the things you place in a Scene.
Graphics give Objects their visible artwork.
Behaviors control input, movement, collisions, scores, and other logic.
Attributes store values such as health, speed, or the number of collected items.

These are the terms you will see inside hyperPad and in the documentation.

A Small Game You Can Build on iPad

Start with one mechanic. For example, make a game where the player taps a character to collect five stars.

The flow is simple:

Create a Scene for the level.
Add a character Object and five star Objects.
Give each Object a Graphic.
Add a GameController Object with a predefined Attribute called Score.
Connect Started Touching on each star to Get Attribute, add 1, and Set Attribute on GameController.
Disable the collected star so it cannot score twice.
Use an If Behavior to check whether Score equals 5.
Use Set Label to show the win message.

That small loop teaches input, state, feedback, and a win condition. You can replace the stars with coins, clues, ingredients, or anything that fits your game.

Step 1: Build the Scene

A Scene contains the Objects your player sees and interacts with. Use one Scene for your first level. Add another later for a title screen or a second level.

Place a background, your player Object, and the objects the player can collect. Keep the first version small enough to test in a few minutes.

The Tool Palette documentation explains the tools used to select and modify Objects in a Scene. The Layers guide shows how to keep backgrounds, gameplay Objects, and interface elements organized.

Step 2: Add Objects and Graphics

An Object is anything you can place or control. A character, button, platform, and score label can each be an Object.

A Graphic is the artwork displayed by an Object. You can use an asset from the library or import your own PNG files. If you made animation frames, follow the animation import guide.

Name important Objects as you add them. Names such as Player, Star, and Score Label make the Behavior Editor easier to follow.

Step 3: Connect Behaviors

Behaviors create the game logic. Event Behaviors wait for something to happen. Action Behaviors respond.

For the star example, Started Touching begins the chain. Get Attribute reads the current score, Set Attribute saves the new value, and Disable Object prevents another score from the same star. An If Behavior checks whether the new score equals 5. If it does, Set Label shows the win message.

This is visual programming. You are still working with events, actions, conditions, and stored values. You see the logic as connected Behaviors instead of typing syntax.

Read the Behavior Editor rundown before building your first Behavior Tree.

Step 4: Test After Each Change

Test one connection at a time.

First, confirm that tapping a star triggers an event. Then check that the score increases. Next, make sure the same star cannot be collected twice. Finally, test the win condition.

Small tests make errors easier to find. If the score reaches 4 when all five stars are gone, you know which part of the interaction to inspect.

Try the game with the same touch gestures your players will use. Check small interface buttons, repeated taps, and what happens when two actions occur quickly.

Step 5: Add Feedback

Players need to know that an action worked. A collected star can disappear, play a sound, or trigger a short animation. The score label should update at the same time.

Use feedback to explain the game through play. A visible result is clearer than a paragraph of instructions.

Publish and Export Mean Different Things

Use Publish when you share a Project through the hyperPad Hub workflow. The Hub helps creators show work and collect feedback.

Use Export when you prepare a finished game for the Apple App Store. App Store submission requires the paid hyperPad app, a Mac with Xcode, and an Apple Developer account. Building and testing still happen on iPad. The final submission follows Apple's App Store process.

What You Can Build Next

Once the five-star game works, change one part:

Make the stars move.
Give the player a time limit.
Store health in another Attribute.
Add a second Scene.
Replace tapping with dragging or collision.

Each change teaches a new piece of game logic while preserving a working project.

Common Questions

Do I need programming experience?

No programming experience is required to begin. You connect Behaviors visually. The same work introduces programming concepts such as events, conditions, variables, and state.

Can I use my own artwork?

Yes. Import your Graphics and apply them to Objects. You can also import separate frames for animation.

Can I make the whole game on iPad?

You can design, build, and test the complete hyperPad Project on iPad. Paid hyperPad exports an Xcode project; final signing and App Store submission normally use a Mac with Xcode and an Apple Developer account.

What does hyperPad Starter include?

hyperPad Starter lets you build and test one Project for free. It is a practical way to complete the small game in this guide before deciding whether you need more projects or App Store Export.

Build Your First Playable Scene

Create one Scene, add a few Objects, and connect one interaction. A finished five-star game will teach you more than a large unfinished plan.

iPad Game Development App: Build a 2D Game with hyperPad