5 Ways to Use Morph Transitions
View the example For my example this week, I decided to practice a few simple techniques using the Morph transition. Progress bars Text and title transitions Showing character dialogue or conversations Image carousel effect An office exploration Production Tips For the image carousel, the process was pretty straightforward and much easier than using multiple motion paths with reverse paths like you’d normally need. The main challenge was just keeping the images aligned on each slide. I used Storyline's guides initially to align the objects but a few still felt off so I manually verified (and updated) each object's position using the the Size and Position window. I attached the source file so you can see what I did. About Me Connect on LinkedIn: David AndersonMeet the New Morph Transition in Articulate Storyline
As an e-learning developer, you know how important smooth, engaging transitions can be. That’s why I’m excited about Articulate’s latest update: the brand-new Morph transition for Storyline! Morph brings a whole new level of polish to your slides by intelligently animating objects from one state to another. Instead of abrupt jumps or simple fades, you can now create fluid, professional-looking animations that feel almost cinematic. Whether you're moving shapes, text, or images, the Morph transition automatically calculates the movement, scaling, rotation, and even color changes — saving you tons of manual animation time. It’s perfect for storytelling, demos, onboarding courses, or anytime you want to wow your learners with seamless visual flow. To explore the new feature, I developed a short demo showcasing what Morph can do. The demo is inspired by three Morph transitions originally created in Microsoft PowerPoint that I discovered online and features an animated intro slide, a dynamic animation of a deck of cards, and a smooth circular text animation — all created using the new Morph transition. While it’s exciting to see how much creativity this new feature unlocks, I did notice that the Morph transitions aren't quite as smooth yet as the PowerPoint version. These kinds of hiccups are common for new features, and I’m sure the Articulate development team is working hard to smooth out these tiny issues. All in all, I can’t wait to start using Morph in my projects — and I’m even more excited to see what you create with it! Have you tried it yet? Let me know what you think! You can preview my demo via the link below, or download the source file to explore the build details. Preview my demo Download the source file Note: In the demo, I’ve used some circular text. This text was created in PowerPoint. If needed, you can download the PowerPoint file hereMindfulness
What do you do when your brain hits a wall? This project explores small, mindful actions to help you reset and reconnect. I used a soft pastel palette and flat icons to create a simple interaction where each tip gently morphs into view. The visual transitions are built around consistent layout and position changes to simulate a calm, flowing experience—no motion paths, just smooth shifts from one moment to the next. 🔗 View the Demo About Me Jayashree Ravi Curious about more e-learning innovations? Connect with me on LinkedIn to share ideas, discuss implementation techniques, or simply chat about instructional design challenges.Animated Menus Using Morph Transitions
When I first saw the morph transition, I didn’t think much of it. The fade has always worked just fine. But after seeing what Elizabeth and Thierry did with it, I got it. For this challenge, I reworked a menu example I originally built with motion paths and variables. Motion paths are easier in Storyline now, but they still take time to set up when you're duplicating and reversing the paths. Same with variables. They're easy to copy and tweak, but also easy to mess something up and lose your time troubleshooting. But with the morph transition, it’s two slides. Move the objects where you want them on each one, and you're done. View the exampleSpookily Accruate
Hello! For this challenge, I reused a character I created way back in 2020, for Challenge #292 (Using Variables). In case you wondered, Zardoz is a cross between Sean Connery and the Zoltan machine from Big. I've upgraded Zardoz with a few tricks I've learned in the meantime, including live polling, a speech animation cycle, and some sneaky Javascript. If Zardoz doesn't successfully read your mind, he can still surprise you with what he does know about you. Does Zardoz know what you're thinking? TRY IT OUT HERE
Learning Science Update
Challenge Submission – Minimal, Review-Friendly AI-Assisted Animation For this challenge, two slides from the Opportunity theme in the content library were selected as a focused demonstration of AI-assisted animation approaches. This submission explores how AI-assisted JavaScript prompting can be used to create effective motion design while remaining easy to review, understand, and reuse across projects. Slide 1 intentionally uses the first AI-suggested JavaScript animation without modification. The goal was to evaluate the quality of a default AI-generated timeline. From prompt to result, the animation was implemented in approximately two minutes, demonstrating how AI can quickly establish a clean, professional entrance sequence with minimal effort. Slide 2 introduces a hybrid animation approach, designed with readability and adaptability in mind: A simple JavaScript entrance animation handles the vertical timeline dots. Text boxes rely on lightweight opacity transitions. Manual time-shifting aligns text entrances with dot interactions. Instead of one complex JavaScript timeline controlling everything, the interaction logic is distributed: Motion is broken into small, understandable pieces. Timing relationships remain visible and adjustable. Reviewers can easily trace how each interaction affects the UI. The resulting experience still feels animated, but the perceived motion comes largely from: Delays and offsets Layer changes Consistent spatial relationships between dots and text This makes the approach easier to follow during review and simpler to apply to similar projects, especially compared to a single, tightly coupled JavaScript animation. The design demonstrates how thoughtful timing and minimal motion can deliver clarity, responsiveness, and polish—without increasing implementation complexity. View project here: #533_AI_Animations.story
