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Introducing Cartwheel! Our new text-to-animation tool. I've animated my whole career, but the tools have barely changed. When I ran my own studio nearly every inbound client request had a budget 1/10th of what their vision would actually cost. And 3D animation is hard. 3D character animation ESPECIALLY. So, we're building a simple browser based tool to make animating easier — by quickly generating animations. And, the best part is they're editable. The goal is to empower creative folks, from novices to full blown professional animators. Our system is still pretty early, but can generate lots of cool motions for you. Put them in your videos, games, movies, ads, VR apps — or, because it's so easy you can use them in your presentations, websites, or even chats. Export them to use in any 3D program, put the motion on to different characters, make videos, use them in tandem with other AI tools, or just play around. It's kind of like directing an actor. We're a team of animators and engineers from the creative industry. My co-founder Andrew Carr, myself, and the rest of our team have been working really hard on Cartwheel and we're excited to finally start talking about it! This project is a labor of love - we're excited to start rolling out out private beta and get your feedback. Much more to come soon — and sign up for the Beta! getcartwheel.com Cartwheel Shout outs! Mitchell Probst Buthaina M. Katie Lowen Heather Hartnett Joe Marchese Matthias Plappert Emiliano Gambaretto Laura Van Wettering Dan Levine Sandhya Venkatachalam Mariam Naficy Wesley Barrow Alexander L. Tyler Hogge Akshay Kothari Drew Houston Amjad Masad Kyle Parrish Devon Jarvis Nikolai Cornell Tristan Smith Lisa Jiang Champ Bennett Maya Spivak Nate Sanders Savannah Todd

THE ART AND IMPACT OF ANIMATION. Animation, a fusion of art and technology, has become an integral part of our daily lives, influencing various fields from entertainment to education. As a 3MTT participant with a focus on Animation, I have delved into the intricacies of this dynamic medium, discovering its potential to convey complex narratives and emotions. This article aims to explore the fundamental aspects of animation, its evolution, and its significant impact on contemporary media. THE EVOLUTION OF ANIMATION Animation's roots trace back to early 2D techniques, where artists painstakingly hand-drew each frame. This traditional animation laid the foundation for storytelling in motion. The advent of digital technology revolutionized the field, introducing computer-generated imagery (CGI) and enabling more efficient and intricate productions. The transition from 2D to 3D animation has broadened the creative horizons for animators. 3D animation has become the standard in major film productions and video games. KEY COMPONENTS OF ANIMATION 1. Storyboarding: The blueprint of any animation project, storyboarding involves creating a visual outline of the narrative. 2. Character Design: Characters are the heart of any animated story. Designing them involves considering their appearance, personality, and movement style. 3. Rigging and Modeling: In 3D animation, rigging is the process of creating a skeleton for the characters, allowing them to move. Modeling involves creating the character's physical form, which can range from simple shapes to detailed, lifelike figures. 4. Animation and Motion Graphics: This phase brings characters and environments to life. Animators work on keyframes and motion paths, ensuring smooth and natural movements. 5. Rendering and Compositing: Rendering is the process of generating the final image from the animation software, which involves computing light, color, and shading. THE IMPACT OF ANIMATION Animation transcends mere entertainment; it has a profound impact on various sectors. In education, animated videos simplify complex concepts, making learning more accessible and engaging. Moreover, animation plays a pivotal role in emerging technologies like virtual reality (VR) and augmented reality (AR). THE FUTURE OF ANIMATION The future of animation is promising, with advancements in artificial intelligence (AI) and machine learning set to revolutionize the field. AI-powered tools can automate repetitive tasks, allowing animators to focus more on creative aspects. CONCLUSION As a participant in the 3MTT Animation learning track, I am inspired by the endless possibilities that animation offers. It is a medium that blends art, technology, and storytelling. The skills and knowledge gained through this program have equipped me to contribute meaningfully to the world of animation, and I look forward to exploring the innovative ways this medium can shape our future. #my3mtt #3mttWeeklyReflection 3MTT Nigeria

The Animation Canvas Expands: A Glimpse into the Future of Animation The animation industry is bursting with vibrant life, and its future holds even more dazzling possibilities. From mind-bending technological advancements to a wider embrace of diverse narratives, animation is poised to captivate audiences in ways never before imagined. Let's delve into some of the exciting trends shaping the future of animation: 1. Technological Brushstrokes: AI-powered animation: Imagine software that learns from master animators and paints breathtaking visuals in real-time. AI will streamline animation processes, allowing artists to focus on storytelling and emotional depth. Virtual production: Blending live-action sets with virtual elements will create hyper-realistic animation experiences. Think "The Lion King" (2019) on steroids! Interactive storytelling: Animation will transcend the screen, inviting viewers to participate in branching narratives and shape the story's outcome. Imagine exploring fantastical worlds or solving mysteries alongside your favorite animated characters. 2. A Broader Palette of Stories: Diversity and inclusion: Animation will move beyond stereotypical portrayals, embracing characters and stories that reflect the rich tapestry of human experience. Expect to see more narratives centered on BIPOC communities, and people with disabilities. Globally inspired narratives: As animation studios worldwide collaborate, audiences will be treated to a kaleidoscope of cultural influences. Get ready for stories steeped in myths, legends, and folklore from every corner of the globe. Animation for mature audiences: The misconception that animation is solely for children is fading. Complex and nuanced themes will be explored, catering to adult viewers seeking intellectual and emotional stimulation. 3. New Canvases for Animation: Gaming: The lines between animation and gaming will blur further, with AAA titles boasting cinematic visuals and interactive narratives that rival the best animated films. Virtual reality (VR): Immerse yourself in animated worlds like never before! VR animation experiences will transport you to fantastical landscapes and let you interact with characters in real-time. Augmented reality (AR): Animation will leap off the screen and into your living room! AR apps will overlay animated elements onto your surroundings, creating playful and interactive experiences. The future of animation is brimming with potential. As technology evolves and storytellers push boundaries, animation will continue to captivate audiences, spark imaginations, and leave a lasting impression on the world. So, grab your popcorn (or VR headset!), because the animation revolution is just getting started! Remember, this is just a glimpse into the vast and exciting future of animation. What other possibilities do you envision? Share your thoughts in the comments below! #animationindustry #futureofart #futureofai #animation2d #animations

AI can replace the animation studio:- The rise of AI in animation has sparked debate about its potential to replace traditional animation studios. While AI tools like Sora can generate impressive animations from text prompts, they currently lack the creativity, emotional depth, and storytelling capabilities intrinsic to human animators. AI excels in automating repetitive tasks, allowing animators to focus on creative aspects, but it cannot replicate the unique touch that human artists bring to their work. The future likely involves collaboration between AI and animators, enhancing productivity without fully replacing the artistry essential to animation[1][2][3][4][5]. Citations: [1] I don't think AI is going to replace Animators anytime soon. - Reddit https://lnkd.in/g9dDF5Bm [2] Will animators be replaced by AI? - Myth Studio https://lnkd.in/gQCKDVJJ [3] Will AI Replace Animators In Your Lifetime? https://lnkd.in/gR5Z5-9j [4] Will AI Replace 3D Animators? AI vs. 3D Animators - Prolific Studio https://lnkd.in/gKJhzBif [5] Will Sora Replace Animators? - Myth Studio https://lnkd.in/g_trhGmC Marvel Studios Marvel Entertainment

Ever dreamed of creating your own animation? Before you jump in, storyboarding is your secret weapon! Our blog breaks down what it is, why it matters, and how to get started. Level up your animation skills today: https://bit.ly/3PlKm1r #storyboarding #storyboardartist #storytelling #storytellingmagic #animation #animationart #animationmagic #gameanimation #gaming #gamingindustry #gamingcommunity #gamedev #300Mind

Breakdown process of an animation video: Here’s an overview of each step in the animation process. 1. Animatic: The animatic is a preliminary version of the animation, composed of storyboard sketches timed to the soundtrack. It serves as a blueprint for the final animation. This stage helps visualize the sequence, timing, and overall flow of the animation before investing in detailed production. It allows for early feedback and adjustments. 2. Modeling: Modeling involves creating the 3D characters, objects, and environments that will be used in the animation. Artists use specialized software to sculpt these elements from scratch. This step lays the foundation for everything that will appear on screen, ensuring that all elements are designed with the necessary detail and proportion. 3. Rigging: Rigging is the process of creating the skeletons and joints that will move the 3D models. It involves setting up controls that animators will use to manipulate the models. Rigging makes it possible to animate the models by providing a framework for realistic movement and articulation, similar to a puppet with strings. 4. Animation: During the animation phase, animators bring the rigged models to life by creating movement. This involves keyframing, where key positions are set for models, and in-between, where the transitions are smoothed out. This step is where the characters and elements start to act and interact, following the script and storyboard to convey the intended story and emotions. 5. Lighting: Lighting in animation involves setting up virtual lights to create mood, highlight important aspects of the scene, and enhance the overall visual appeal. This step can mimic natural light, artificial light, or artistic effects. Proper lighting is crucial for creating a sense of depth, focus, and atmosphere. It helps in guiding the audience's attention and enhancing the storytelling. 6. Rendering: Rendering is the final step where the computer processes all the scene data, including models, textures, lighting, and animation, to produce the final output frames. This process can be very time-consuming and computationally intensive. Rendering produces the final high-quality images or frames that make up the animation. These frames are then compiled into a sequence to create the finished animated film or video.

Here's something interesting - #2d #animation #unityscript #animator So I am trying to trigger this explosion animation after this enemy dies, but for some reason the animation doesn't trigger. I've made sure that the explosion animation is linked to "Any State", and that the transition from any state to the explosion animation has the trigger "Death". Here is my script (only the important parts): using UnityEngine; using System.Collections; public class Enemy : MonoBehaviour { [System.Serializable] public class EnemyStats { public int maxHealth = 100; private int _curHealth; public int curHealth { get { return _curHealth; } set { _curHealth = Mathf.Clamp(value, 0, maxHealth); } } public void Init() { curHealth = maxHealth; } public int damage = 40; } public EnemyStats stats = new EnemyStats(); private Animator anim; [Header("Optional: ")] [SerializeField] private StatusIndicator statusIndicator; void Awake() { anim = transform.GetComponent(); } public void DamageEnemy(int damage) { stats.curHealth -= damage; if (stats.curHealth - and consider kaedim3d.com for AI that turns images into 3d game assets in minutes

What Is Claymation Animation and How Does it Work? https://ift.tt/uiWgmVS What's your favorite form of animation? There are so many different versions of the art form it can be hard to choose. But when many people branch out from the 2D draws of Disney fare, they find themselves enraptured by claymation. There's something special and remarkable about claymation characters. From the Christmas specials that usually indoctrinate people to movies like Wallace and Gromit, which came later in claymation history, these movies capture imaginations. But do you know what claymation is and how claymation works? Can you define the medium and find examples from different generations of movies? Today, we're going to answer all of those questions. We'll even include a guide to shooting your own stop-motion movies at home. Sound good? Let's get started. What Is Claymation Animation, and How Does it Work? Many people were raised on the claymation Christmas specials that used to come out once a year. But as they got older, maybe they realized that this artistic medium is not just for kids but for anyone with an imagination. 'Kubo and the Two Strings' Credit: Latika "Claymation" Definition Clay animation (sometimes called claymation or plasticine animation) is one of many forms of stop-motion animation, in which each animated character or background is made of a malleable substance capable of being formed into new shapes and expressions. What Clay Is Used for Claymation? As stated in one of its alternate names, many people use plasticine clay for claymation. Plasticine is a putty-like material made from calcium salts, petroleum jelly, and aliphatic acids. Its most attractive quality is that it never dries, so you can mold different expressions and angles out of the same hunks of clay, and it looks glossy on camera. What Techniques Are Used for Claymation? Clay animation has its own very specific techniques used to create characters and stories. It starts with making a wire skeleton that the plasticine or other forms of clay are molded around to give it movement. That wire skeleton is called an armature. These bodies are then arranged on the set and photographer before being slightly moved by hand to prepare them for the next shot. This happens over and over again. Animators go frame by frame to create the whole movie. Consistency in the shooting environment is needed to maintain the illusion of continuity. Objects must be consistently placed and lit and molded, and the process repeated. That's why storyboarding is so important. They need to have the entire movie visualized before they shoot anything. They also have to have the script locked and the voices already recorded so they know how to animate the mouths and the inflections that are given to each word. There are so many different moving parts of the process—pun intended. 'Rudolph the Red Nosed Reindeer' Credit: Rankin and Bass The Origin of Claymation Plasticine wa...

AI: How #AI Revolutionizes Animation: @MoveAI_ ’s Game-Changing Tool

AI: How #AI Revolutionizes Animation: @MoveAI_ ’s Game-Changing Tool