Coronavirus COVID-19 Global Cases by Johns Hopkins CSSE - Desktop Version Using an embed map from https://www.arcgis.com/

The project contains numerous examples completed using variables and conditional logic.

An as close as possible copy of the IFTTT onboarding experience. This prototype is also made in 4 other tools (Pixate, Origami, Framer & Form) to compare the differences between them. More info: http://medium.com/sketch-app-sources/five-app-prototyping-tools-compared-form-framer-origami-pixate-proto-io-c2acc9062c61 Original app: http://appstore.com/IFbyIFTTT

An example project which allows the user to designate the number of times the Star component Spins. Simulating a conditional animation loop according to the input of the user while using a total of 2 variables and a container with 3 states.

Hi there! I would like to share with you the latest version of Spotify prototype. Now you can listen to music while browsing the prototype.

My Music App lets you listen to your favourite music and add / edit song lyrics to share with the world!

A project which uses Vector Animations to recreate popular social app interactions.

Drag and Drop an avatar over a target area that animates when in the drop zone. When released outside the target drop zone, it returns to the original location. Uses a variable to define the target drop zone, that then triggers animations in the zone and when dropped. See how it was made step by step in the webinar video: https://support.proto.io/hc/en-us/articles/115000637591-Advanced-Scrolling-Dragging TAGS: drag and drop dragging variables variable animations on drop animation

I made this illusion based on the Tusi motion method, which takes his name from Nair al-Din Tusi, a Persian astronomer from the 13th century. The principle established by Tusi states that: If a circle with diameter A rotates on the inner boundary of a circle with diameter 2A, then a point on the circumference of the inner circle traces a straight line. As you can see, any ball in the inner circumference is following a perfect linear movement. This is created with 8 Containers where the balls move linear in a loop. The delay between balls must be always the same as the speed of the animation. An ease-in-out cubic-bezier(.4, 0, .6, 1) animation is required to get the circular shape.