Adventure Game Maker
A great engine for creating simple 2D games. Platformers, adventure games, RPGs, puzzle games- everything is possible with Stencyl. Its interface is barebones but contains everything you need. The drag & drop code modules are easy to play with, they look and feel similar to MIT’s Scratch visual scripting language. Adventure Game Studio is an open source and one of the top game developers for action games such as point and click games. Adventure Game Studio free game making software makes use of C programming language to design games with a classic look and even high-resolution adventure games. April 6th, 2021 - Game Maker 0.6.0. Game Maker Improvements NFT Images We’ve added the NFT Image component to the Game Maker. Now you’ll be able to add NFT images from Opensea: Put them on Billboards and Picture frames to create an NFT environment or art Gallery. Showcase your owned NFT inside the Sandbox to the players and creators. Insta-Game - ready-made backgrounds, characters and items for you to use in your game, run by eric and Sylpher. AGS Font Editor - by Radiant, this allows you to manually edit SCI and AGS font files. SCI Fonts pack - wanted to use different fonts in your game but couldn't find any anywhere? This page has a comprehensive list of fonts for you to use.
A new tool has emerged that empowers just about anyone to create a game. It's called Twine. It's extremely easy to use, and it has already given rise to a lively and diverse development scene.
Carolyn Petit, Gamespot
Although plenty of independent games venture where mainstream games fear to tread, Twine represents something even more radical: the transformation of video games into something that is not only consumed by the masses but also created by them.
Laura Hudson, The New York Times Magazine
The simple beauty of Twine is this: if you can type words and occasionally put brackets around some of those words, you can make a Twine game.
If you're interested in making interactive fiction then there's no better place to start than Twine. It's possibly the simplest game making tool available, it will take you mere minutes to get started, and it has a wonderfully simple visual editor.
And aside from being free, it's really not programming at all — if you can write a story, you can make a Twine game.
Twine is the closest we've come to a blank page. It binds itself and it can bind itself along an infinite number of spines extending in any direction.
Today, we're pleased to make a tool with source code available to allow you to graphically design interactive adventure games for Alexa. Interactive adventure games represent a new category of skill that allows customers to engage with stories using their voice. With these skills, you can showcase original content or build compelling companion experiences to existing books, movies and games. For example, in The Wayne Investigation skill (4.7 stars, 48 reviews), you’re transported to Gotham City a few days after the murder of Bruce Wayne’s parents. You play the part of a detective, investigating the crime and interrogating interesting characters, with Alexa guiding you through multiple virtual rooms, giving you choices, and helping you find important clues. The Magic Door, an original adventure series for Alexa, enables you to tell Alexa what choices to make as you navigate a forest, a garden or an ancient temple. Learn more about game skills on Alexa.
This tool provides an easy to use front-end that allows developers to instantly deploy code for your story, or use the generated code as a starting point for more complex projects. It was written in Node.js by Thomas Yuill, a designer and engineer in the Amazon Advertising team. The tool is available now as a Github project: https://github.com/alexa/interactive-adventure-game-tool
If you want to get started quickly, you can use our Trivia or Decision Tree skill templates that make it easy for developers or non-developers to create game skills. These template makes it easy for developers or non-developers to create a skill similar to “European Vacation Recommender” or “Astronomy Trivia.' The templates leverages AWS Lambda and the Alexa Skills Kit (ASK) while providing the business logic, use cases, error handling and help functions for your skill. You just need to come up with a decision tree-based idea or trivia game, plug in your questions and edit the sample provided (we walk you through how it’s done). It's a valuable way to quickly learn the end-to-end process for building and publishing an Alexa skill.
How to Get Started
Setup AWS and the Amazon Developer Console
To get started with the included sample project, you'll need to setup a few pre-requisites:
- The tool generates Node.js code that will be deployed to AWS Lambda to handle requests from users passed to you from the Alexa platform.
- The skill uses a table in AWS DynamoDB to save the user's progress between sessions.
- You can then register your skill with Alexa using the Amazon Developer website, linking it to your AWS resources.
You can change the name of these resources to whatever you like later, but for now, setup the following items:
- Create or login to an AWS account. In the AWS Console:
- Create an AWS role with full access to Lambda and DynamoDB.
- Create an AWS Lambda function named MyAlexaSkillLambdaFunction being sure to select/create a role with access to DynamoDB and configuring 'Alexa Skills Kit' as the 'Event Source'. Take note of the ARN on the upper right, which you'll configure in the Developer Console later.
- Create an AWS DynamoDB table named MyAlexaSkillTable with the case sensitive primary key 'userId'.
- Create or login to an Amazon Developer account. In the Developer Console:
- Create an Alexa Skill named MySkill and using the invocation name 'my skill' and using the ARN you noted above.
Set up Your Machine
Next, you'll setup your local environment to run the tool. It's run using Node.js and you access it with a standard web browser.
On OS X:
Adventure Game Maker
1. Configure AWS credentials the tool will use to upload code to your Skill. You do this by creating a file under a '.aws' directory in your home directory.
The file should have the format, and include keys you retrieve from the AWS console:
2. Setup NodeJS and NPM:
3. Get the code and install dependencies:
4. Launch
Using the Tool
Once the tool opens in a browser window, you'll see that a sample project is pre-loaded that shows off the main features of the tool.
On the left, you'll see a tree of nodes, which represents how users will navigate your skill. Users start at the big blue 'Start' node.
The smaller bubbles above each node represents the utterance, a phrase the user will say to reach that node, and Alexa will read these to the user when they reach the parent node unless you override this using 'Override Default Prompt' or if the node is hidden (see below).
In the sample skill, an example interaction with Alexa might be:
User: Alexa, launch My Alexa Skill.
Alexa: Welcome to my Alexa Skill. To learn how to use this skill, say 'Help'. When you are ready, say 'Begin'.
User: Begin
Adventure Box Game Maker
Alexa: You enter a room with three doors, each with a distinct number on it. Which door would you like to open?
If you select a node, you can see the Voice and Card elements on the right that Alexa will send/say to the user upon reaching the node.
Under the 'Advanced' options, you can change the color of the node to help you organize (colors don't change the behavior of your skill) and you can 'hide' nodes, causing Alexa to skip reading their utterance as part of the default prompt of the parent.
If you click on an utterance, you can enter multiple variations of the phrase that will also be accepted by Alexa. Only the first one will be read to the user in the default prompt.
Lastly, the icons on the upper right allow you to:
- Save the Skill code, which will be output to './src/skill'.
- Upload the Skill code to the Lambda function you configured earlier. You can configure the function name by clicking the home icon and changing the values under 'AWS Settings'.
- See help content for the tool.
Finishing Deployment of Your Skill
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Click the 'Save' icon (if you haven't already), and the 'Upload' icon to send the Skill code up to Lambda. When you save the Skill, the tool generates some additional configuration inside './src/skill/models/' that you'll use to tell Alexa how users will interact with you Skill.
You'll need to complete the configuration manually by logging into the Developer Console and accessing the 'My Alexa Skill' you created above. On the 'Interaction Model' tab, copy and paste the Intent Schema from './src/skill/models/intentSchema.json' and Sample Utterances from './src/skill/models/utterances.txt'.
Click save, and the Skill should now be available on your developer account. If your Alexa device is associated with the same Amazon account as your Developer Console account, then you can start using the skill immediately. Or you can use it on the online simulator by logging in using that account.
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Congrats! Enjoy and let your imagination run wild, we can't wait to see what you come up with!