Animation Production: “The Water Cycle Animation”
Below is my animation project created using Adobe Animate. It illustrates the natural process of the water cycle, how water evaporates, condenses, falls as rain, and returns to the ocean.
My Animation Project Introduction
I created this 15-second “Water Cycle Animation” using Adobe Animate. It visually showed the natural water cycle, which includes evaporation, condensation, precipitation, and collection, with motion and shape tweens applied across 12 layers.
The background layer was designed using a linear gradient fill to simulate the transition of the sky from light blue to white, while the ocean layer was a blue rectangle covering the lower third of the stage. The sun layer included a yellow circle and eight rays, with a Motion Tween applied to make the sun slowly rotate throughout the video.
For the clouds layer, I created three overlapping white circles for each cloud and used both Motion Tween and Shape Tween, allowing the clouds to drift across the screen and gradually change from white to gray, representing condensation. When the clouds darkened, a lightning layer appeared to simulate a storm effect.
The water vapor layer included twelve small, white dots moving upward from the ocean using Motion Tween, with alpha transitions (0% → 100% → 0%) to make the vapor appear and disappear naturally. The rain layer used nine thin blue ovals that fell from the clouds to the ocean, also with fading alpha transitions. To represent raindrops hitting the water surface, the droplet layer included nine wider blue ovals that appeared briefly and faded out using Motion Tween.
Finally, I added four text layers which are “Evaporation,” “Condensation,” “Precipitation,” and “Collection” to label each stage of the process at the correct timing in the animation timeline. Each text appeared in sync with the visual changes on screen, which helped explain each phase clearly.
This project allowed me to explore Adobe Animate’s tools such as Motion Tween, Shape Tween, and Alpha Transitions to create a dynamic and educational short animation. The final result effectively demonstrates the continuous movement of water in nature, from the ocean to the sky and back again.