The theme of this website is minimalistic, highlighting coding as an art form. I've integrated subtle animations to enhance the user interface trying not to compromise the user experience. Because of that, the website has a more conventional layout while still often featuring design elements. I am not a designer, but a full-stack engineer, so here I used coding and math to generate on the fly create random visual interesting elements and animations.

High performances using Multi-Page App (MPA)

Blog PostRuzzle SolverHome PageServer-rendered HTML. No JavaScript is shippedHero Section Server-rendered HTML. No JavaScript is shippedBlog post JavaScript is loaded when this part is visibleAnimated section divider on Canvas React for reactivityPortfolio ...Server-rendered HTML. No JavaScript is shippedFooter Server-rendered HTML. No JavaScript is shippedFooter JavaScript code that uses jQuery is shipped to make this part interactiveRuzzle Solver Server-rendered HTML. No JavaScript is shippedFooter Server-rendered HTML. Hydrated with ReactHeaderServer-rendered HTML. Hydrated with ReactHeaderServer-rendered HTML. Hydrated with ReactHeader

The home page and the portfolio page are designed with smooth scrolling (scroll hijacking) and transitions in mind. However, the blog pages need these effects disabled, for a more discoverable and accessible experience, enabling functionalities like text search. This is possible since this website is a Multi-Page Application (MPA) using Astro.

Having this website as a MPA different technologies can be used on different pages. Most of the website is done with just HTML5 and React for the dynamic parts, but, for example, Ruzzle Solver (a bit older project of mine) was built using jQuery.

Server rendering at compile time

The blog instead is intentionally designed to be server-rendered. This approach bypasses the need for client-side rehydration, pages load faster and are more easily crawlable by search engine indexing, making the blog more accessible and discoverable.

Performances results

By leveraging Astro for MPA architecture, incorporating React for dynamic interactivity, and opting for server-rendered pages for the static parts I was able to obtain stunning results with Lighthouse.

Lighthouse screenshot showing all 100 for this website

Section dividers

The following section divider is drawn on a HTML Canvas, and it is a dynamic and random system where each bar moves independently, rising and falling in a carefully orchestrated, yet random, dance. To prevent collisions, each bar adheres to a set of underlying rules. The true challenge lies in the initial positions of these bars, which might lead to either a boring or a interesting animation. These bars also interact with the mouse!

For the curves section divider, I created a series of animated waves on an SVG. Each wave is defined by a series of random points using a Catmull-Rom spline algorithm. Curves are created to be progressively bigger and less opaque, layering in this beautiful way. At random intervals the animation introduces movement by altering the horizontal translation of each wave; the user's scroll accelerates it. By clicking the curves you can randomize the generation of the curves again. But beware, negative margin has been used to have these sections "bleeding" to the surrounding ones.


For the About Me webpage I wanted instead something that recalled the idea of "coding", with a style resembling the Matrix movie effect, but without blatantly reproducing it as I've seen many people do. The idea is to have part of the website code minified and printed randomly, faded in and out randomly, or at mouseover.

Using SCSS for complex animations

calc animation-delay $i1$menu_items:nth-child$i$tr_time from through { &(#{$i}) { : (#{} * #{}); } } @for leftrightwidthleftright .active:after0100%:after0 & { & { : auto; : ; : ; } & ~ * { : ; : auto; } } divp widthmargin-bottomoverflowtext-overflow .blog_feature_img100%3$u @include@include@include { readable_content; { shadow_md; rounded_corners; : ; : * ; } > , > { : hidden; : ellipsis; } } #blog_post

The decision to utilize SCSS was to have complete control in styling, allowing me to create novel complex animations. I used it with CSS modules, allowing styles to be isolated from other components and pages, ensuring a clean, modular, and maintainable codebase, which we know in CSS can get out of hand very quickly! Additionally, CSS modules result in significant space savings of up to 70% when these are minified for production.

Examples

Buttons have an interesting animation on mouse hover only using CSS transitions using both before and after pseudo-elements for the double layering effect.

Primary button
Neutral button


The menu instead contains a first pure CSS animation for the mouse hover


For the mouse click instead, I didn't just want to have the bar moving with a CSS transformation, so I created an animation that is a combination of JavaScript and CSS. There are two bars, one that is shrinking with CSS and the other one that moves with a delay. The link change is delayed to have the transition take place before changing the page.


Featured Blog posts animation on scroll

This animation is a custom one that makes sure that all the blog posts are going to be visible at some point independently of the browser size.

Page 404 animation

For the page 404 I thought it would be fun to have a sort of a poem warning people, with a nice animation. I did that simply with some React and a minimal amount of JavaScript.

Page change transition

TODO