This simple prototype demonstrates how have a container expand and collapse while moving adjacent content in sync.

Basic shapes like rectangles, lines, circles, text and more are available and they can be dropped on the canvas to create the very first draft of a mobile app in order to demonstrate the flow and functionality of the app.

Designers can use their favorite design tools like Photoshop and Sketch to design the finest details of the user interface for their app. Single or multiple touch interactions can be applied on any UI element (layer) on each screen. Sophisticated animations can be created on-screen as well as screen transitions, using the powerful timeline animation features that Proto.io offers.

This prototype is a simulation of one part of the Pandora iPhone app. I have chosen to simulate the part of the app where the user selects a Pandora radio station and then proceeds to select that station. What I have demonstrated is how how the radio station animates from a small entry on a list to a large full screen entry and vice versa. If you would like to see how I created this prototype, please watch this video tutorial here: http://docs.proto.io/videos/pandora-tutorial-part-1/

Re-creation of the apple.com mobile site flyout menu with subtle animations. See how it was re-created step-by-step: http://docs.proto.io/videos/prototyping-subtle-animation/ Enjoy.

This is an expand/collapse menu example that can be created using container states.

Use a slider component to see the how a map of the US changes every month over a year based on the concentration of a fanbase. Uses a basic variable to change the container state of the map, with map assets created in Sketch. See how a version of it was created step-by-step within the Dashboard & Data Visualization webinar: http://docs.proto.io/videos/using-proto-io-for-dashboards-and-data-visualizations/ tags: variable | variables | data visualization | data viz | map | slider | states | months | USA

A data visualization where a bar chart of faces flies out showing the details of individual faces.

A prototype of a garden app made for learning. In the real app you will be able to design your real garden by AR.