The tool allows you to analyze the course of the game by comparing the movements made in the game with the stockfish lines.
After the generated analysis, the accuracy of the game for the white and black players is displayed.
The tool can help its users better understand the game of chess and use it to improve their playing skills.

How to use the application:
1. paste the pgn file,
2. choose the depth of analysis,
3. click generate report,
4.the report will be generated when the analysis value reaches 100% and the value Analysis completed! will be returned
5. after the generated report, you can browse the batch using the available left and right buttons, and using the keyboard buttons (left and right).

Movements are graded for their quality.

The classified moves are:
- Excellent move,
- Great move,
- Very Good move,
- Good Move,
- Inaccuracy,
- Mistake,
- Blunder

The movements are also colored in the appropriate color for the classification Players' usernames and the level of play they represent are displayed above and below the board. Depending on the type of game, appropriate icons are displayed next to the ranking points:
- 🔫 bullet,
- ⚡ blitz,
- ⏱ classic and
- 🤖 for playing with a bot

On the left side of the chessboard, a position evaluation bar is displayed, which informs which player currently has the advantage.
It is only active after the analysis has been generated.
Currently, the application is optimized for mobile devices.
I was inspired to create this application by tools such as chess.com game review, or "Game Report" developed, among others, by Github user - Wintrcat.

It was created using tools such as:
- chess.js,
- chessboard.js
- stockfish.js
Currently, the application is in alpha version, which means it may still have errors and bugs that I am working on.

It is a e-commerce website with system for adding products to the cart.

In the cart:
- incrementing, decrementing and deleting them user registration and login system,

Functionalities:
- table reservation,
- checking if we deliver to your location,
- posting your own opinions and displaying the last 3 of them,

Visit us section:
- downloading the leaflet map and basic configuration,
- a menu subpage that retrieves the names and prices of pancakes and coffees and displays them on the menu endpoint,

In the future:
- payment processing,
- adding a contact form,
- adding a CMS,
- subpages for the administrator,

The application has a registration and login system. After logging in, users can view posts, use filters to display posts of a given category or a given user, and create new posts by adding a title, description and photo.

In this project I learned things like:
- smooth scroll into section
- fetch data from outer source

I used "fetch" and "scrollTo" functions from js

The challange was to made a quite complex app by using only html, css and js. The main thing I struggled with, was storing users data.

My solution was to use "parse" and "stringify" methods and manipulate them with localStorage.

- using map from external api
- creating auto-complementary inputs for geographic points

I studied the leaflet api and applied it in my project.
I also used leaflet-routing-machine.

I spent the most time on the product section, where I was thinking about how to implement the swiper, but in general the project did not cause me any major problems

I decided to use simply swiperjs in my project