AI03: Build a Website with Midjourney, Figma & ChatGPT
TLDRThe video script outlines a step-by-step process for designing and building a website using Midjourney, Figma, and ChatGPT. It begins with creating a carousel system in Figma, transitioning between values, and then translating that design into HTML. The process involves importing an image generated by Midjourney, selecting UI elements, and applying gradients and drop shadows. Text and shapes are traced and positioned, and hero images are edited in Photoshop with the Stability plugin to enhance resolution. The images are then integrated into Figma, and a carousel is created with interactive transitions. The script also demonstrates using ChatGPT to generate HTML boilerplate and a carousel using the GreenSock animation platform. Finally, the video shows how to add interactivity to the carousel, adjust CSS for styling, and update page styles based on the active carousel item. The source code is available on GitHub for further exploration.
Takeaways
- 🎨 **Design Process**: The project begins with a UI/UX design using Midjourney, focusing on a carousel system with transitions between values.
- 📱 **Mobile UI**: The design is specifically for a mobile UI, utilizing iPhone presets in Figma to ensure compatibility.
- 🔍 **Image Enhancement**: Hero images are enlarged and refined using Photoshop and the Stability plugin for higher resolution.
- 🌐 **Figma Prototyping**: The design is prototyped in Figma, including interactions like swiping between header images.
- 📂 **Content Masking**: Photoshop is used to create masks for seamless integration of images with the content layout.
- 🌈 **Gradients & Shadows**: Gradients are pulled from the design and applied to elements, with drop shadows enhancing the visual appeal.
- 📝 **Text and Typography**: Text elements are carefully matched in terms of color, position, and font size to the original design.
- 🔗 **SVG Integration**: Vector shapes are traced and exported as SVG from Figma for use in HTML, providing clean and scalable graphics.
- ⚙️ **AI Assistance**: Chat GPT is used to generate boilerplate HTML and assist with creating a carousel using the GreenSock animation platform.
- 🖌️ **CSS Styling**: Custom CSS is written to style individual carousel items and to adjust the layout based on the carousel item in view.
- 🔄 **Interactive Carousel**: The carousel is made interactive with pointer events, allowing users to swipe between items on both desktop and mobile.
Q & A
What is the first step in building the carousel system?
-The first step is to design the carousel system in Figma, focusing on the transitions between the values.
How is the image from mid-journey incorporated into the Figma design?
-The image generated in mid-journey is brought into Figma, and a frame is created using an iPhone preset for the mobile UI.
What tool in Figma is used to draw perfect circles from the center?
-The ellipse tool is used, and by holding the option and shift keys, perfect circles can be drawn from the center.
How are the gradients for the carousel obtained?
-The gradients are obtained by using the Color Picker tool to select colors from the circles in the Figma design.
What is the purpose of applying a drop shadow in the Figma design?
-Applying a drop shadow adds depth and enhances the visual appeal of the design elements.
How are the hero images enlarged and stabilized in Photoshop?
-The hero images are enlarged by changing the image size to 1024 pixels and then stabilized using the Photoshop plugin with a specific prompt describing the image.
What is the role of the mask created in Photoshop?
-The mask is used to seamlessly fit the enlarged hero images with the content, ensuring clean hard edges and a smooth transition.
How does the carousel system allow for interactive navigation between images?
-The carousel system uses an interaction in prototype mode that navigates to another frame on drag, utilizing smart animate for a smooth transition.
What AI tool is used to generate the HTML boilerplate and other code snippets?
-Chat GPT is used to quickly generate the HTML boilerplate, CSS, and JavaScript code snippets.
How can the carousel items be swiped interactively by the user?
-By using pointer events in the JavaScript code, the user can swipe left or right to navigate between the carousel items.
What is the benefit of adding a class to the body tag based on the current carousel item?
-Adding a class to the body tag allows for the update of all the styles within the page based on the specific carousel item in view.
How are the CSS gradients for the backgrounds obtained from Figma?
-The CSS gradients are copied from Figma and pasted into the classes for each of the separate pages in the HTML and CSS files.
Outlines
🎨 Designing a Carousel System in Figma and HTML/CSS
The first paragraph outlines the process of designing a mid-journey carousel system using Figma and then implementing it in HTML and CSS. It begins with creating a UI/UX design in Figma, using a specific image generated from a mid-journey design process. The design involves tracing UI elements like circles and applying gradients and drop shadows. Text placement, color matching, and font sizes are adjusted to match the design. Hero images are edited in Photoshop for higher resolution using a plugin, and then masked to blend seamlessly with the content. The carousel's interactive prototype is created in Figma with frame transitions and smart animations for swiping between images.
📝 Building the Carousel with HTML, CSS, and AI Assistance
The second paragraph details the transition from the Figma prototype to actual code, focusing on HTML and CSS development. It mentions using AI tools, specifically chat GPT, to generate code quickly. The process includes creating an HTML boilerplate, setting up a carousel using the GreenSock animation platform, and styling the carousel items. JavaScript is used to make the carousel interactive, allowing users to swipe between items. The paragraph also covers dynamically changing the body tag class based on the current carousel item to update page styles, and manually adjusting CSS to match design elements from Figma.
🔗 Finalizing the Project and Sharing the Source Code
The third paragraph briefly mentions the final appearance of the project after implementing all the previous steps. It assures that a lot of details were covered in the process, and for those interested in the full details, the source code is available on GitHub. The speaker provides a link in the description for further exploration.
Mindmap
Keywords
💡Midjourney
💡Figma
💡HTML
💡CSS
💡Carousel System
💡Prototype Mode
💡Photoshop
💡GreenSock Animation Platform (GSAP)
💡Pointer Events
💡SVG
💡Chat GPT
Highlights
Building a carousel system using Figma for transitions between values.
Using Midjourney to generate UI/UX interface design images.
Incorporating beautiful color and creative app marketplace elements into the design.
Utilizing version 4 of the model for design generation.
Tracing UI elements in Figma using the ellipse tool for perfect circles.
Applying drop shadow to selected elements for visual depth.
Matching text colors, positioning, and font sizes within the UI.
Creating a mask for hero images in Photoshop for seamless integration.
Using the Stability Photoshop plugin to enhance image resolution.
Implementing interactive carousel navigation with smart animate in Figma prototype mode.
Auto animating color transitions between views in the Figma prototype.
Exporting vector shapes from Figma as SVG for HTML integration.
Generating HTML boilerplate code using AI tools like Chat GPT.
Creating a carousel with the GreenSock animation platform using AI assistance.
Styling individual carousel items with CSS for visual distinction.
Allowing user interaction for swiping between carousel items using pointer events.
Dynamically updating page styles based on the current carousel item in view.
Copying CSS gradients from Figma for background styles in HTML.
Adding circle items to the design with CSS flexbox for even spacing.
Finalizing the design by adjusting CSS layout and integrating variables from Figma.
The source code is available on GitHub for further exploration and reference.