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Explore AI generated designs, images, art and prompts by top community artists and designers.
Create this image: The scene depicts a sci-fi post-apocalyptic environment in an inhospitable , snow-covered region. The climate is cold , dark , and foggy , suggesting freezing temperatures and low visibility. At the center of the image stands a massive structure resembling an rusty metal and ship that has been rebuilt with wooden parts. The construction combines metallic materials with aged wood and windows , with light emanating from inside through the windows , indicating that the interior is illuminated. Icicles hang along the edges of the roof , and the surroundings are lit by small orange lights distributed along the outer walls. The base of the structure is elevated , resting and surrounded by the ice , with the main access provided by one external staircase. At the top of the structure , a rusty chimney emits smoke , while to the right , a large metal tower resembling an industrial elevator or cargo system It features suspended ramps or metal walkways linking different levels of the installation , with yellow lights connecting it to the rear of the structure connects to the building. A medium tower above the main building contains antenna , sensors and platforms , suggesting surveillance functions. In the foreground , on the snowy ground , two clocked figures stand in the entrance of the structure. Wooden and metal crates are stacked in front of the structure , below the windows , and a cable sprawls across the ground , emerging from the structure itself. The lighting should emphasize the contrast between the cold , shadowy exterior and the warmth radiating from the internal lights , as well as the orange and yellow lights of the structure. The foggy atmosphere should create a sense of isolation and mystery , reinforcing the post-apocalyptic tone. The scene should evoke an atmosphere of tension , exploration , and survival , where this lone structure exists as the only sign of civilization in a desolate world. ,
Stylized 3D render of a futuristic building in the center of the image , set in a fictional high-tech colony. The building has a unique , geometric design with simplified , slightly toy-like shapes. Its exterior is mostly blue with soft lighting in the windows. The camera looks straight at the building (not isometric view). In the background are other minimalistic city structures such as modular housing , containers , depots , and transport systems like suspended monorails. The terrain is flat and neutral , resembling tundra or dry ground. The style is similar to a city-building simulation game , with clear outlines , soft shadows , and a balance between realism and stylization. No roads , vehicles or signage are present — only structures and environment. ,
Overhead strategic game screenshot set in a semi-stylized industrial society. The terrain is a dry wasteland or tundra , with soft brown and grey tones under nighttime lighting. The architecture features simple , modular blue housing pods with glowing yellow windows , shaped like rounded containers. Around them are scattered crates , mining equipment , warehouses , cargo containers , and large industrial structures with bold geometric forms. Monorail systems connect various sectors , elevated on thin supports. The design is non-photorealistic , somewhat cartoonish yet grounded , resembling graphics from a city-building strategy game. Lighting is soft but moody , with scattered lampposts and faint glowing lights from buildings. Small human characters are visible , giving a sense of life and scale. The overall look is atmospheric and functional — a believable , toy-like world focused on logistics , mining , and survival. ,
Overhead strategic game screenshot set in a semi-stylized industrial society. The terrain is a dry wasteland or tundra , with soft brown and grey tones under nighttime lighting. The architecture features simple , modular blue housing pods with glowing yellow windows , shaped like rounded containers. Around them are scattered crates , mining equipment , warehouses , cargo containers , and large industrial structures with bold geometric forms. Monorail systems connect various sectors , elevated on thin supports. The design is non-photorealistic , somewhat cartoonish yet grounded , resembling graphics from a city-building strategy game. Lighting is soft but moody , with scattered lampposts and faint glowing lights from buildings. Small human characters are visible , giving a sense of life and scale. The overall look is atmospheric and functional — a believable , toy-like world focused on logistics , mining , and survival. ,
A stylized real-time strategy game screenshot showing a compact survival colony at night. Angular blue shelters with glowing windows stand in formation. The base is surrounded by dirt and paved roads , elevated platforms , and simple fencing. In the background , cargo transport systems and modular storage units are visible under low lighting , enhancing the dystopian atmosphere. ,
A stylized real-time strategy game screenshot showing a compact survival colony at night. Angular blue shelters with glowing windows stand in formation. The base is surrounded by dirt and paved roads , elevated platforms , and simple fencing. In the background , cargo transport systems and modular storage units are visible under low lighting , enhancing the dystopian atmosphere. ,
A stylized real-time strategy game screenshot showing a compact survival colony at night. Angular blue shelters with glowing windows stand in formation. The base is surrounded by dirt and paved roads , elevated platforms , and simple fencing. In the background , cargo transport systems and modular storage units are visible under low lighting , enhancing the dystopian atmosphere. ,
A stylized real-time strategy game screenshot showing a compact survival colony at night. Angular blue shelters with glowing windows stand in formation. The base is surrounded by dirt and paved roads , elevated platforms , and simple fencing. In the background , cargo transport systems and modular storage units are visible under low lighting , enhancing the dystopian atmosphere. ,
Strategic game render of a futuristic settlement in a dry , brown industrial zone. Blue prefab buildings labeled with white serial numbers form living quarters. Tall lamp posts cast industrial yellow lighting , while a suspended monorail system glows in the distance. The ground is dusty , and there's visible mining equipment , storage tanks , and stacked cargo containers. ,
Strategic game render of a futuristic settlement in a dry , brown industrial zone. Blue prefab buildings labeled with white serial numbers form living quarters. Tall lamp posts cast industrial yellow lighting , while a suspended monorail system glows in the distance. The ground is dusty , and there's visible mining equipment , storage tanks , and stacked cargo containers. ,
Strategic game render of a futuristic settlement in a dry , brown industrial zone. Blue prefab buildings labeled with white serial numbers form living quarters. Tall lamp posts cast industrial yellow lighting , while a suspended monorail system glows in the distance. The ground is dusty , and there's visible mining equipment , storage tanks , and stacked cargo containers. ,
Strategic game render of a futuristic settlement in a dry , brown industrial zone. Blue prefab buildings labeled with white serial numbers form living quarters. Tall lamp posts cast industrial yellow lighting , while a suspended monorail system glows in the distance. The ground is dusty , and there's visible mining equipment , storage tanks , and stacked cargo containers. ,
# Employee Growth ## 1. Introduction This document outlines the UI/UX requirements for a website that monitors employee growth in software engineering companies. The platform will enable employees to track their competencies , team leaders to manage their team’s development , and SuperAdmins to oversee competency standards and book recommendations. ### **Target Audience** - **Employees**: View their competency matrix , track progress , and participate in 1:1 meetings. - **Team Leaders**: Manage their team’s competency growth , schedule 1:1 meetings , and provide guidance. - **SuperAdmins**: Manage competencies , approve book recommendations , and oversee system-wide progress. ### **Key Goals** - Provide a structured competency matrix. - Enable employees to track and improve their skills. - Facilitate team leaders in managing and mentoring their team members. - Allow SuperAdmins to maintain and update the competency framework. ## 2. User Roles and Permissions ### **Employee** - View personal competency matrix. - Track progress and assigned competencies. - Suggest book chapters for competencies. - Participate in 1:1 meetings. ### **Team Leader** - View and manage team members' competency progress. - Assign competencies to team members for improvement. - Conduct 1:1 meetings and maintain notes. - Participate in 1:1 meetings with upper management. ### **SuperAdmin** - Add and manage competencies. - Assign recommended books and chapters to competencies. - Approve or reject suggested book chapters from employees. - Oversee system-wide competency progress. ## 3. Core Features & Pages ### **1. Login Page** - Username and password authentication. - Role-based redirection (Employee , Team Leader , SuperAdmin). ### **2. Main Page - Competency Matrix** - Displays all available competencies. - Clickable competencies to view details. ### **3. Engineer Page (Dashboard)** - Charts displaying progress in current role. - Percentage completion of competencies required for the next level. ### **4. Team Page (For Team Leaders)** - List of engineers under management. - Overview of each engineer’s competencies and their current focus areas. ### **5. 1:1 Meetings Page(optional)** - List of scheduled and past 1:1 meetings. - Notepad feature for meeting notes. - History of past competencies assigned and progress. ### **6. SuperAdmin Competency Management** - Add , edit , or remove competencies. - Assign recommended book chapters. - Review and approve book suggestions from users. ## 4. User Flow 1. User logs in. 2. Employees navigate to their competency matrix. 3. Team leaders access the team page to monitor and assign competencies. 4. Employees and team leaders conduct 1:1 meetings. 5. SuperAdmins manage competencies and book recommendations. ## 5. Design & Style Guidelines - **Primary Color**: To be specified. - **UI Style**: Clean , modern , and intuitive. - **Typography**: Readable font with sufficient spacing. ## 6. Data & Metrics - Competency scores (1-5 scale) displayed in charts. - Overall role mastery percentage. - Historical competency trends. ## 7. Interaction & Feedback (Optional) - Clickable competencies with tooltips and descriptions. - Notifications for assigned competencies. - Confirmation prompts for major actions. ,
# Employee Growth ## 1. Introduction This document outlines the UI/UX requirements for a website that monitors employee growth in software engineering companies. The platform will enable employees to track their competencies , team leaders to manage their team’s development , and SuperAdmins to oversee competency standards and book recommendations. ### **Target Audience** - **Employees**: View their competency matrix , track progress , and participate in 1:1 meetings. - **Team Leaders**: Manage their team’s competency growth , schedule 1:1 meetings , and provide guidance. - **SuperAdmins**: Manage competencies , approve book recommendations , and oversee system-wide progress. ### **Key Goals** - Provide a structured competency matrix. - Enable employees to track and improve their skills. - Facilitate team leaders in managing and mentoring their team members. - Allow SuperAdmins to maintain and update the competency framework. ## 2. User Roles and Permissions ### **Employee** - View personal competency matrix. - Track progress and assigned competencies. - Suggest book chapters for competencies. - Participate in 1:1 meetings. ### **Team Leader** - View and manage team members' competency progress. - Assign competencies to team members for improvement. - Conduct 1:1 meetings and maintain notes. - Participate in 1:1 meetings with upper management. ### **SuperAdmin** - Add and manage competencies. - Assign recommended books and chapters to competencies. - Approve or reject suggested book chapters from employees. - Oversee system-wide competency progress. ## 3. Core Features & Pages ### **1. Login Page** - Username and password authentication. - Role-based redirection (Employee , Team Leader , SuperAdmin). ### **2. Main Page - Competency Matrix** - Displays all available competencies. - Clickable competencies to view details. ### **3. Engineer Page (Dashboard)** - Charts displaying progress in current role. - Percentage completion of competencies required for the next level. ### **4. Team Page (For Team Leaders)** - List of engineers under management. - Overview of each engineer’s competencies and their current focus areas. ### **5. 1:1 Meetings Page(optional)** - List of scheduled and past 1:1 meetings. - Notepad feature for meeting notes. - History of past competencies assigned and progress. ### **6. SuperAdmin Competency Management** - Add , edit , or remove competencies. - Assign recommended book chapters. - Review and approve book suggestions from users. ## 4. User Flow 1. User logs in. 2. Employees navigate to their competency matrix. 3. Team leaders access the team page to monitor and assign competencies. 4. Employees and team leaders conduct 1:1 meetings. 5. SuperAdmins manage competencies and book recommendations. ## 5. Design & Style Guidelines - **Primary Color**: To be specified. - **UI Style**: Clean , modern , and intuitive. - **Typography**: Readable font with sufficient spacing. ## 6. Data & Metrics - Competency scores (1-5 scale) displayed in charts. - Overall role mastery percentage. - Historical competency trends. ## 7. Interaction & Feedback (Optional) - Clickable competencies with tooltips and descriptions. - Notifications for assigned competencies. - Confirmation prompts for major actions. ,
# Employee Growth ## 1. Introduction This document outlines the UI/UX requirements for a website that monitors employee growth in software engineering companies. The platform will enable employees to track their competencies , team leaders to manage their team’s development , and SuperAdmins to oversee competency standards and book recommendations. ### **Target Audience** - **Employees**: View their competency matrix , track progress , and participate in 1:1 meetings. - **Team Leaders**: Manage their team’s competency growth , schedule 1:1 meetings , and provide guidance. - **SuperAdmins**: Manage competencies , approve book recommendations , and oversee system-wide progress. ### **Key Goals** - Provide a structured competency matrix. - Enable employees to track and improve their skills. - Facilitate team leaders in managing and mentoring their team members. - Allow SuperAdmins to maintain and update the competency framework. ## 2. User Roles and Permissions ### **Employee** - View personal competency matrix. - Track progress and assigned competencies. - Suggest book chapters for competencies. - Participate in 1:1 meetings. ### **Team Leader** - View and manage team members' competency progress. - Assign competencies to team members for improvement. - Conduct 1:1 meetings and maintain notes. - Participate in 1:1 meetings with upper management. ### **SuperAdmin** - Add and manage competencies. - Assign recommended books and chapters to competencies. - Approve or reject suggested book chapters from employees. - Oversee system-wide competency progress. ## 3. Core Features & Pages ### **1. Login Page** - Username and password authentication. - Role-based redirection (Employee , Team Leader , SuperAdmin). ### **2. Main Page - Competency Matrix** - Displays all available competencies. - Clickable competencies to view details. ### **3. Engineer Page (Dashboard)** - Charts displaying progress in current role. - Percentage completion of competencies required for the next level. ### **4. Team Page (For Team Leaders)** - List of engineers under management. - Overview of each engineer’s competencies and their current focus areas. ### **5. 1:1 Meetings Page(optional)** - List of scheduled and past 1:1 meetings. - Notepad feature for meeting notes. - History of past competencies assigned and progress. ### **6. SuperAdmin Competency Management** - Add , edit , or remove competencies. - Assign recommended book chapters. - Review and approve book suggestions from users. ## 4. User Flow 1. User logs in. 2. Employees navigate to their competency matrix. 3. Team leaders access the team page to monitor and assign competencies. 4. Employees and team leaders conduct 1:1 meetings. 5. SuperAdmins manage competencies and book recommendations. ## 5. Design & Style Guidelines - **Primary Color**: To be specified. - **UI Style**: Clean , modern , and intuitive. - **Typography**: Readable font with sufficient spacing. ## 6. Data & Metrics - Competency scores (1-5 scale) displayed in charts. - Overall role mastery percentage. - Historical competency trends. ## 7. Interaction & Feedback (Optional) - Clickable competencies with tooltips and descriptions. - Notifications for assigned competencies. - Confirmation prompts for major actions. ,
Design a ghostly cyber-hacker with a hood and a gas mask , just two piercing neon eyes and a distorted , glitching aura. The figure is surrounded by floating runes and fragmented data streams as if manipulating the digital realm with dark magic. The typography should look like a hacked system message infused with occult symbolism.” ,
Design a ghostly cyber-hacker with a hood and a gas mask , just two piercing neon eyes and a distorted , glitching aura. The figure is surrounded by floating runes and fragmented data streams as if manipulating the digital realm with dark magic. The typography should look like a hacked system message infused with occult symbolism.” ,
A hyper-realistic futuristic megacity in the year 3000 , built entirely from glowing , interconnected cubes with razor-sharp edges and intricate geometric precision. The towering skyscrapers , suspended bridges , and hovering platforms emit a radiant neon glow dominated by deep blues and icy cyan tones , casting crisp reflections on the sleek metallic and glass-like surfaces below. The entire cityscape is bathed in an otherworldly , cool blue illumination , creating a mesmerizing yet highly realistic atmosphere. In the foreground , a massive UFO with an ultra-sleek metallic surface hovers ominously. Its structure is lined with intricate glowing circuits and pulsating blue energy patterns , giving it an advanced , almost alien aesthetic. The craft’s propulsion system emits a soft but intense blue light , illuminating the structures beneath it. Above the city , countless futuristic flying vehicles—sleek personal pods , anti-gravity taxis , and enormous levitating cargo ships—navigate through the sky on invisible transit pathways. Their smooth , aerodynamic forms and illuminated trails blend seamlessly into the city’s luminous environment. Holographic billboards with sharp , high-resolution projections float between buildings , displaying futuristic advertisements and data streams that flow like glowing rivers of light. The sky is a breathtaking cosmic expanse , featuring swirling nebulae , distant planetary rings , and orbiting space stations , all rendered with extreme clarity. Every detail , from the sharp reflections on the structures to the crisp outlines of the aerial traffic , is captured with stunning realism , creating an immersive vision of the far future. ,
A 3D model of a golden pie chart with three sectors , around which seven devices are located: a computer , a quadcopter , a telephone , a satellite , a leveling device , a laptop , and a system unit. Each device is connected to the diagram by a thick arrow. The background is a beautiful translucent landscape. ,
A 3D model of a golden pie chart with three sectors , around which seven devices are located: a computer , a quadcopter , a telephone , a satellite , a leveling device , a laptop , and a system unit. Each device is connected to the diagram by a thick arrow. The background is a beautiful translucent landscape. ,
A spaceship , predominantly white with red and brown markings , is depicted in the midst of a fiery takeoff or landing. The ship is pointed upward , its engines blazing with bright orange and yellow flames , creating a substantial plume of smoke and dust below. The spaceship has a sleek , elongated design with wings extending outward. The backdrop features a large , vibrant blue planet with visible cloud formations and a faint ring system. The planet is partially obscured by a mountainous landscape , which appears to be a cold , possibly icy or snowy terrain , with dark , shadowed peaks and valleys. The mountains are situated in the lower portion of the image , contrasting with the bright planet and the fiery exhaust of the spaceship. The overall setting is space , with a dark background speckled with stars. ,
"Create a futuristic 3D digital illustration of a DeFi wallet system. Center the image on a sleek , holographic digital wallet icon , translucent and glowing with neon accents. Surround it with swirling 3D holographic elements representing private keys , seed phrases , and blockchain nodes. Include floating , futuristic icons for various decentralized apps (dApps) such as trading , staking , and yield farming , rendered in a dynamic , high-tech style. The background should be an abstract digital grid with electric blue , purple , and silver hues , evoking a sense of secure , self-custodial control and global accessibility—without any cityscape elements." ,
"Create a futuristic holographic environment representing blockchain-powered DeFi governance. The scene should feature a floating , decentralized control center surrounded by glowing blockchain nodes and smart contracts. In the center , place a holographic governance panel where users vote using digital governance tokens , influencing decentralized decisions. Around the scene , DAO participants interact with transparent voting screens , smart contract automation , and reputation-based voting systems. The background should include a cyberpunk-style financial cityscape , symbolizing a fully decentralized and self-regulating blockchain economy. Use glowing blue , neon purple , and gold accents to enhance the high-tech , immersive aesthetic." ,
"Create a futuristic holographic environment representing blockchain-powered DeFi governance. The scene should feature a floating , decentralized control center surrounded by glowing blockchain nodes and smart contracts. In the center , place a holographic governance panel where users vote using digital governance tokens , influencing decentralized decisions. Around the scene , DAO participants interact with transparent voting screens , smart contract automation , and reputation-based voting systems. The background should include a cyberpunk-style financial cityscape , symbolizing a fully decentralized and self-regulating blockchain economy. Use glowing blue , neon purple , and gold accents to enhance the high-tech , immersive aesthetic." ,
"Create a futuristic holographic environment representing blockchain-powered DeFi governance. The scene should feature a floating , decentralized control center surrounded by glowing blockchain nodes and smart contracts. In the center , place a holographic governance panel where users vote using digital governance tokens , influencing decentralized decisions. Around the scene , display DAO participants interacting with transparent voting screens , smart contract automation , and reputation-based voting systems. The background should include a cyberpunk-style financial cityscape , symbolizing a fully decentralized and self-regulating blockchain economy. Use glowing blue , neon purple , and gold accents to enhance the high-tech , immersive aesthetic." ,
Halloween portrait in costume"Create a futuristic digital illustration showcasing the rapid growth and impact of Decentralized Finance (DeFi) in 2024. The scene should feature a high-tech , cyberpunk-style financial ecosystem where blockchain-powered platforms replace traditional banks and brokers. In the center , display a glowing DeFi network hub with users connecting from around the world , symbolizing global accessibility and financial inclusion. Surrounding the hub , include holographic smart contracts , automated lending pools , and decentralized exchanges (DEXs) , illustrating DeFi’s major use cases. The background should feature data screens displaying the rise of Total Value Locked (TVL) in DeFi from $36 billion to $60 billion , emphasizing the growing trust in decentralized solutions. Use neon blue , purple , and gold accents to create a sleek , futuristic financial atmosphere." The dimension should be in landscape mode ,