Abstract: A method, product, and apparatus including: generating a demonstration of a web-based product by: recording interactive elements. An interactive element includes at least a trigger event and a layout change that results from the trigger event. The trigger event includes a user interaction with a page element of the web-based product. The demonstration is further generated by editing the interactive elements, thereby generating one or more edited interactive elements. Editing the interactive elements includes editing a feature of the interactive element. The demonstration is further generated by generating the demonstration based on the one or more edited interactive elements, and providing the demonstration to end devices. In response to identifying a user of an end device performing the user interaction with the page element, the demonstration is configured to automatically perform the layout change.

Abstract: There are provided systems and method for three-dimensional (3D) eyeglasses modeling from two-dimensional (2D) images. A service provider, such as a payment provider, may access 2D images of a pair of eyeglasses, such as images from a front perspective and a side perspective of the eyeglasses. The contours of the eyeglasses may be extracted, such as the contours of the main features (e.g., the bridge, lens aperture, side and ear frame sections, and other important features). The contours may be processed to determine a curve that best fits the features. Additional features may be extracted, such as color, design, writing (e.g., a brand name on the frame), hinges, or other sub-feature of the frame. Utilizing this information, a 3D model of the pair of eyeglasses may be constructed by scaling the size of the lens curves, bridge, and/or arms and applying a texture.

Abstract: There are provided systems and method for three-dimensional (3D) eyeglasses modeling from two-dimensional (2D) images. A service provider, such as a payment provider, may access 2D images of a pair of eyeglasses, such as images from a front perspective and a side perspective of the eyeglasses. The contours of the eyeglasses may be extracted, such as the contours of the main features (e.g., the bridge, lens aperture, side and ear frame sections, and other important features). The contours may be processed to determine a curve that best fits the features. Additional features may be extracted, such as color, design, writing (e.g., a brand name on the frame), hinges, or other sub-feature of the frame. Utilizing this information, a 3D model of the pair of eyeglasses may be constructed by scaling the size of the lens curves, bridge, and/or arms and applying a texture.