I Built the ULTIMATE Educational Website from Scratch — Day 5
Yesterday, we worked on Periodic Properties, a specific article. Today, let's focus back on the actual site design and pages. We'll create the organic chemistry page. We'll start by setting up the basic HTML structure, including placeholders for the interactive elements. Hour 23: Building the Organic Chemistry Page First, I created organic.html inside the \Chemistry folder. This is the basic structure: Neuron IQ - Organic Chemistry Neuron IQ Home Subjects About Contact © 2025 Neuron IQ. All rights reserved. About Us Contact Us Privacy Policy Terms of Use I've added basic structure, links to the main stylesheets, and CDN link to a 3D molecule viewer library molGL. I've also added a basic header and footer, consistent with our previous pages, and a button for hamburger menu. Now, I'll add the main content area, divided into sections for articles, key topics, and an interactive molecule viewer. Organic Chemistry Articles Classification and Nomenclature Alkanes, Alkenes, Alkynes Functional Groups Grignard Reagents Organic Chemistry Explore the fascinating world of carbon compounds, their structure, properties, and reactions in an interactive way! Start Learning Key Topics Hydrocarbons Learn about the simplest organic compounds. Functional Groups Discover the key to organic reactivity. Alcohols, Aldehydes, Ketones Oxygen-containing functional groups and their properties. Reactions of Alkanes, Alkenes and Alkynes Explore addition, substitution, and other key reactions. Carboxylic Acids and Esters Acidity, esterification, and important derivatives. Amines and Amides Nitrogen-containing compounds and their basicity. Stereochemistry The 3D arrangement of atoms and its impact. Spectroscopy Techniques to identify and analyze organic compounds. Interactive Molecule Viewer Select a molecule: Methane Ethanol Benzene This code adds a three-column layout. The left column will house the article list with a search bar. The middle column will have a hero section with a call-to-action button and a grid of topic cards with images. Finally, the right column will feature the interactive 3D molecule viewer. I've also added placeholders for images within the topic cards (images/hydrocarbons.jpg, etc.). We'll need to replace these with actual images later. Hour 24: Adding JavaScript for Interactivity Now, let's add some basic JavaScript to handle the hamburger menu, the article search functionality, and the 3D molecule viewer. I'll add the following inside the ta
Yesterday, we worked on Periodic Properties, a specific article. Today, let's focus back on the actual site design and pages.
We'll create the organic chemistry page. We'll start by setting up the basic HTML structure, including placeholders for the interactive elements.
Hour 23: Building the Organic Chemistry Page
First, I created organic.html
inside the \Chemistry
folder. This is the basic structure:
lang="en">
charset="UTF-8">
name="viewport" content="width=device-width, initial-scale=1.0">
Neuron IQ - Organic Chemistry
name="description" content="Explore the fascinating world of organic chemistry with interactive articles, quizzes, and 3D molecule visualizations.">
rel="preconnect" href="https://fonts.googleapis.com">
rel="preconnect" href="https://fonts.gstatic.com" crossorigin>
href="https://fonts.googleapis.com/css2?family=Poppins:wght@300;400;500;600&display=swap" rel="stylesheet">
rel="icon" type="image/png" href="/favicon.png">
rel="stylesheet" href="css/style-main.css">
rel="stylesheet" href="css/style.css">
rel="stylesheet" href="css/specific-chemistry.css">
class="footer-content">
© 2025 Neuron IQ. All rights reserved.
class="footer-links">
- href="/about.html">About Us
- href="#">Contact Us
- href="#">Privacy Policy
- href="#">Terms of Use
I've added basic structure, links to the main stylesheets, and CDN link to a 3D molecule viewer library molGL
. I've also added a basic header and footer, consistent with our previous pages, and a button for hamburger menu.
Now, I'll add the main content area, divided into sections for articles, key topics, and an interactive molecule viewer.
class="specific-chemistry-page">
class="content-area">
class="hero">
Organic Chemistry
Explore the fascinating world of carbon compounds, their structure, properties, and reactions in an interactive way!
class="topic-list-grid">
Key Topics
class="topic-cards">
class="molecule-viewer">
Interactive Molecule Viewer
id="mol-container">
Select a molecule:
This code adds a three-column layout. The left column will house the article list with a search bar. The middle column will have a hero section with a call-to-action button and a grid of topic cards with images. Finally, the right column will feature the interactive 3D molecule viewer.
I've also added placeholders for images within the topic cards (images/hydrocarbons.jpg
, etc.). We'll need to replace these with actual images later.
Hour 24: Adding JavaScript for Interactivity
Now, let's add some basic JavaScript to handle the hamburger menu, the article search functionality, and the 3D molecule viewer. I'll add the following inside the tag at the end of the
body
:
// Hamburger Menu Toggle
const hamburgerBtn = document.getElementById('hamburger-btn');
const navMenu = document.getElementById('nav-menu');
hamburgerBtn.addEventListener('click', () => {
navMenu.classList.toggle('show');
});
// Article Search Functionality (Basic Example)
const articleSearch = document.getElementById('article-search');
const articleLinks = document.getElementById('article-links').querySelectorAll('a');
articleSearch.addEventListener('input', () => {
const searchTerm = articleSearch.value.toLowerCase();
articleLinks.forEach(link => {
const linkText = link.textContent.toLowerCase();
if (linkText.includes(searchTerm)) {
link.style.display = 'block';
} else {
link.style.display = 'none';
}
});
});
// 3D Molecule Viewer (MolGL Example)
const molContainer = document.getElementById('mol-container');
const moleculeSelect = document.getElementById('molecule-select');
// Initialize MolGL viewer
let viewer = new MolGL({
container: molContainer,
style: {
stick: {},
sphere: { scale: 0.3 }
}
});
// Load a default molecule
viewer.load('pdb:1crn'); // Example: Load a PDB structure
// Change molecule on selection
moleculeSelect.addEventListener('change', () => {
const selectedMolecule = moleculeSelect.value;
// We'll need to map molecule names to appropriate data sources (e.g., PDB IDs, SDF files)
if (selectedMolecule === 'methane') {
viewer.load('sdf:./molecules/methane.sdf'); // Example: Load from an SDF file
} else if (selectedMolecule === 'ethanol') {
viewer.load('pdb:1etn');
} else if (selectedMolecule === 'benzene') {
viewer.load('sdf:./molecules/benzene.sdf');
}
});
Here's what this JavaScript does:
-
Hamburger Menu Toggle: Adds an event listener to the hamburger button to toggle the
show
class on the navigation menu, making it visible or hidden on small screens. - Article Search: Implements a simple search functionality that filters the article links based on the user's input in the search bar.
-
3D Molecule Viewer:
- Initializes a
MolGL
viewer instance within themol-container
element. - Loads a default molecule (crambin protein,
1crn
) in PDB format from external link. - Adds an event listener to the molecule selection dropdown to load different molecules when the user makes a selection.
- Uses placeholder molecule data sources (
./molecules/methane.sdf
, etc.). We'll need to provide actual molecule data in the correct format (SDF, PDB, etc.) and map the molecule names accordingly.
- Initializes a
Live page is over here, if you want to see:
Hour 25: Creating the Inorganic Chemistry Page
Let's create a new page for inorganic chemistry, similar in structure to the organic chemistry page.
First, I created inorganic.html
inside the \Chemistry
folder with the following basic structure:
lang="en">
charset="UTF-8">
name="viewport" content="width=device-width, initial-scale=1.0">
Neuron IQ - Inorganic Chemistry
rel="stylesheet" href="style.css">
rel="preconnect" href="https://fonts.googleapis.com">
rel="preconnect" href="https://fonts.gstatic.com" crossorigin>
href="https://fonts.googleapis.com/css2?family=Poppins:wght@300;400;500;600&display=swap" rel="stylesheet">
rel="stylesheet" href="style-main.css">
rel="stylesheet" href="specific-chemistry.css">
class="logo">Neuron IQ
href="/index.html">Home
href="/subjects.html">Subjects
href="/about.html">About
href="#">Contact
class="specific-chemistry-page">
class="content-area">
Inorganic Chemistry
Dive into the study of elements other than carbon, their compounds, and their properties.
class="topic-list-grid">
Key Topics
href="#">Coordination Compounds
href="#">Transition Metals
href="#">Main Group Elements
href="#">Solid State Structure
href="#">Acid-Base Chemistry
href="#">Organometallic Chemistry
href="#">Bonding in Inorganic Compounds
href="#">Applications of Inorganic Compounds
© 2025 Neuron IQ. All rights reserved.
href="/about.html">About Us
href="#">Contact Us
href="#">Privacy Policy
href="#">Terms of Use
This code sets up the HTML for the page with:
- A basic header with navigation links.
- An aside element for the article list.
- A main content area with a heading, introductory text, and a grid for key topics.
- Placeholder links for articles and topics.
- A footer.
We are using style.css
, style-main.css
and specific-chemistry.css
for the styling.
Next, I added some content to the page:
class="specific-chemistry-page">
class="content-area">
Inorganic Chemistry
Dive into the study of elements other than carbon, their compounds, and their properties.
class="topic-list-grid">
Key Topics
href="#">Coordination Compounds
href="#">Transition Metals
href="#">Main Group Elements
href="#">Solid State Structure
href="#">Acid-Base Chemistry
href="#">Organometallic Chemistry
href="#">Bonding in Inorganic Compounds
href="#">Applications of Inorganic Compounds
I also added a search bar and some links, that we will add later.
Hour 26: Adding JavaScript for Search Functionality
Since we used a similar structure to the organic chemistry page, I copied over the JavaScript code for the hamburger menu and the article search functionality from organic.html
to this inorganic chemistry page, removing the 3D molecule viewer part.
// Hamburger Menu Toggle
const hamburgerBtn = document.getElementById('hamburger-btn');
const navMenu = document.getElementById('nav-menu');
hamburgerBtn.addEventListener('click', () => {
navMenu.classList.toggle('show');
});
// Article Search Functionality (Basic Example)
const articleSearch = document.getElementById('article-search');
const articleLinks = document.getElementById('article-links').querySelectorAll('a');
articleSearch.addEventListener('input', () => {
const searchTerm = articleSearch.value.toLowerCase();
articleLinks.forEach(link => {
const linkText = link.textContent.toLowerCase();
if (linkText.includes(searchTerm)) {
link.style.display = 'block';
} else {
link.style.display = 'none';
}
});
});
I had to adjust the selectors to match the IDs used in this page. This script now handles the basic hamburger menu toggle and article search filtering.
We now have a basic inorganic.html
page with a similar structure to the organic chemistry page. We can further enhance it by:
-
Adding Content:
- Write the actual articles for the topics listed.
- Add images or diagrams to the topic grid.
-
Styling:
- Improve the visual presentation with CSS.
- Ensure responsiveness for different screen sizes.
-
More Interactivity:
- Add quizzes or interactive diagrams as needed.
-
Navigation:
- Implement a more robust navigation system if the site becomes more complex, as the current one is quite basic
Since our main focus for today was setting up the structure and basic functionality, we can consider these enhancements in the next steps. We can also improve on this by adding more relevant content, and working on the responsiveness of the page.