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Wedding project
Clone the following single-page wedding invitation website as closely as possible in terms of design, layout, animations, typography, spacing, responsiveness, colors, icons, transitions, and overall user experience. Reference website: https://july-2026-wedding-2.emergent.host/?utm_source=share Requirements: - Replicate the complete single-page design and user experience. - Make it fully responsive for mobile, tablet, and desktop. - Copy the section order, smooth scrolling, animations, hover effects, loading effects, spacing, fonts (or closest alternatives), color palette, and card styles. - Keep the elegant wedding theme with premium aesthetics. - Use clean, semantic HTML, modern CSS, and JavaScript (or React + Tailwind CSS if preferred). - Optimize for performance and accessibility. - Do not embed or copy copyrighted images directly. Replace them with elegant royalty-free wedding-themed placeholders if necessary. - Ensure all buttons, navigation, and interactions work exactly like the reference. - Match the overall visual appearance as closely as possible. Replace all content with the following: # Hero Section **With the Blessings of Our Families** # Couple Names **JANAKI RAMA RAJU** ♥ **SHOBA RANI** Together with our families, we request the honor of your presence to celebrate our wedding. **19 August 2026 | 10:30 AM** 📍 Gunadala, Vijayawada --- # Wedding Events ## Wedding Ceremony 📅 19 August 2026 🕥 10:30 AM 📍 Gunadala, Vijayawada --- ## Reception 📅 20 August 2026 🕙 10:00 AM Onwards 📍 Kshatriya Parishad Community Hall, Kakinada --- # Families ## Groom's Family Sri Kakarlapudi Subba Raju & Smt. Lakshmi --- ## Bride's Family Sri Dalapathi Narasimha Raju & Smt. Lakshmi --- # Closing Section **Your Presence & Blessings Are the Greatest Gift to Us** We Look Forward to Celebrating With You **See You Soon!** ♥ ♥ ♥ Additional Requirements: - Include elegant floral decorations and subtle wedding-themed background elements. - Add smooth fade-in and scroll animations. - Include a countdown timer to the wedding date (19 August 2026, 10:30 AM). - Add a Google Maps button for both venues. - Add an "Add to Calendar" button. - Add background music with a mute/unmute button. - Use elegant serif headings and modern readable body fonts. - Use soft cream, white, blush pink, and gold accents throughout. - Make the final result feel premium, modern, and identical in experience to the reference website while using the above content.
portfolio af
# Premium Enterprise Website Prompt Build a world-class, enterprise-grade website that looks and performs like a product developed by a top design agency charging $10,000–$50,000. The experience should be cinematic, highly interactive, incredibly fast, and engineered for scalability, security, and maintainability. ## Core Objective The website must create an immediate impression of trust, innovation, luxury, and technical excellence. Every animation, interaction, and design decision should reinforce the feeling of using a premium digital product rather than browsing a conventional website. The design should be minimal, modern, and intentionally spacious. Avoid unnecessary clutter, excessive colors, or distracting effects. Every component should have a clear purpose. --- # Visual Style Design inspiration: * Apple * Stripe * Linear * Vercel * Arc Browser * Framer * Tesla * Raycast The website should resemble an Awwwards-winning project. --- # Color System Primary Background Deep charcoal instead of pure black. Gradient: #090909 ↓ #101010 ↓ #181818 Accent Color Use only one premium accent throughout the website. Example: Electric Blue (#4F8CFF) or Royal Purple (#7A5FFF) or Cyan (#00D9FF) Do not introduce additional bright colors unless used for charts or status indicators. Text Colors Primary White (#FFFFFF) Secondary Light Gray (#D1D5DB) Descriptions Gray (#9CA3AF) Success #22C55E Error #EF4444 Cards Glassmorphism with subtle blur. Very soft borders. Soft shadows. Floating appearance. --- # User Experience The user should never experience abrupt transitions. Every interaction should feel responsive and intentional. Mouse movement should influence lighting, object rotation, shadows, and depth. Scrolling should feel like controlling a cinematic camera rather than moving a webpage. Animations must remain smooth on desktop, tablet, and mobile devices. Every animation must be GPU accelerated. Target 60–120 FPS. --- # Hero Section Create a fullscreen hero section. Include a realistic Three.js 3D centerpiece. Examples: * Glass AI Core * Floating Crystal * Neural Network Sphere * Futuristic Processor * Digital Planet The object should: * Slowly float * Rotate gently * React to mouse movement * Change reflections dynamically * Cast realistic shadows * React to lighting Background: Animated particles Volumetric lighting Gradient fog Ambient glow Headline: Large typography with smooth word-by-word reveal animation. Buttons: Magnetic hover effect Glow animation Ripple on click Elastic press animation --- # Navigation Transparent floating navigation bar. Glass effect. Sticky. As the user scrolls: * Navbar becomes smaller * Background becomes more opaque * Blur increases * Active section is highlighted * Smooth animated indicator --- # Scroll Experience Implement smooth scrolling. Every section should reveal differently. Examples: Fade Up Blur Reveal Scale In Slide Left Slide Right 3D Rotation Parallax Stagger Animation No repetitive animations. --- # Sections Include: Hero Trusted Companies Services Features Interactive Dashboard Demo Statistics Portfolio Testimonials Pricing FAQ Final CTA Footer Each section should have unique animations. --- # Interactive Elements Feature cards should: Lift upward Rotate slightly Increase glow Animate borders Display animated icons Statistics should count upward only when entering the viewport. Charts should animate from zero. Portfolio images should expand smoothly. Testimonials should auto-scroll and pause on hover. FAQ accordions should animate height naturally. Buttons should slightly compress when clicked. Cursor should become magnetic around important elements. --- # Background Effects Animated gradients Floating particles Mouse-reactive lighting Soft glowing elements Depth layers Parallax backgrounds Very subtle motion. Never distracting. --- # Typography Large headings. Generous spacing. Professional typography hierarchy. Use only one or two premium fonts. Recommended: Inter Geist SF Pro Display Satoshi --- # Motion Design Use Framer Motion and GSAP. Include: ScrollTrigger Parallax Cursor interactions Magnetic buttons Physics-based easing Blur transitions Elastic animations Word-by-word text reveal 3D tilt Smooth page transitions Page preloading Skeleton loaders --- # Performance Optimize every asset. Compress images automatically. Use lazy loading. Tree shaking. Code splitting. Asset prefetching. Dynamic imports. GPU acceleration. Avoid layout shifts. Target: Lighthouse Performance 95+ Accessibility 100 SEO 100 Best Practices 100 --- # Backend Architecture The website must be fully controlled by a secure backend rather than relying on hardcoded frontend content. Implement a server-driven architecture with: * Next.js App Router * Node.js server * REST API and/or GraphQL * PostgreSQL database * Prisma ORM * Redis caching * Authentication with JWT or OAuth * Role-Based Access Control (RBAC) * Secure session handling * Rate limiting * CSRF and XSS protection * Environment-based configuration * Centralized logging * Error monitoring * Input validation * API versioning --- # Admin Dashboard Create a secure admin panel where administrators can manage the website without modifying code. Allow management of: * Hero content * Headlines * Services * Features * Portfolio * Team * Testimonials * Pricing * Blog posts * Images * Videos * SEO metadata * Navigation * Footer links * Contact submissions * Newsletter subscribers * Analytics * User accounts * Roles and permissions * Site settings * Theme colors * Animation toggles All changes should update the website dynamically. --- # SEO Automatically generate: * Meta titles * Meta descriptions * Open Graph tags * Twitter Cards * Structured Schema.org data * Canonical URLs * XML sitemap * Robots.txt * Dynamic breadcrumbs --- # Security Implement enterprise-level security: * HTTPS enforcement * Secure cookies * CSP headers * SQL injection prevention * XSS protection * CSRF protection * API rate limiting * Authentication middleware * Audit logs * File upload validation * Automatic backups --- # Analytics Integrate: * Google Analytics 4 * Search Console * Performance monitoring * Heatmaps (optional) * Error tracking * Conversion tracking * Admin analytics dashboard --- # Deployment Prepare the application for production deployment with: * Docker support * CI/CD pipeline * Environment variables * Automatic database migrations * CDN-ready asset delivery * Horizontal scaling support * Reverse proxy compatibility * Load balancing readiness * Production logging * Health check endpoints The finished website should feel like a premium enterprise product: visually stunning, exceptionally fast, fully manageable through a secure backend, scalable to millions of visitors, and maintainable without editing the source code.
project-fc55b500
Make me a funny game
mapa mental
necessito que vc produza um mapa mental com o passo a passo e ordem cronológica de ações para matricular na universidade da espanha, conseguir o visto de estudo e trabalho, , conseguir alojamento, comprar a passagem aérea, atenção aos documentos
poor become rishest
2. AI Movie Generator ⭐⭐⭐⭐⭐ User sirf likhe: "A poor boy becomes the richest man." AI automatically: Story likhe Characters banaye Voice add kare Background music Cinematic video ready
project-349dd82e
Shiuai.live can you take this from manus ai and recreate it here along with take the domain name and everthing which I have access to since this is my app and make it work since manus is dumb and can’t even get anything right .. yes or no
project-8cd33143
I want you to build me a fully automated 100 percent click bank.com affiliate marketing app using clickbanks AI Ember and AI agents that you build there must not be any human involvement needed what so ever and it works online & offline my clickbanks email is skeeta864@gmail.com & my nickname is biggmj I want all my commissions sent to my PayPal account j.ones4lif@gmail.com & name is MarQuis Jones and don't say that it is not possible because I know it is I want you to do and build whatever is needed to make this app fully operational when done and when done i want you to publish and deploy the app so it can start making me large overflowing sums of online income in windfalls and make it non operation on Saturday and all agents are not to work on Saturday I want you to build this in one shot so do your job right know and build what I a sked you to build now
project-c6839733
Act as an elite Blockchain Engineer, Principal MEV Quantitative Developer, and Smart Contract Security Expert specializing in EVM networks. I am building an enterprise-grade trading, arbitrage, and liquidation bot suite on the Polygon PoS network, utilizing the split-architecture model inspired by the `pmuens/midas` repository. Please provide the complete repository structure and production-hardened, fully fleshed-out code for the core implementation files in TypeScript and Solidity. The codebase must be highly optimized for the brutal, fast-changing environment of Polygon. Do not use placeholders like '// implement logic here' for critical logic paths; all mathematical routing, gas strategies, and decoding loops must be fully written. ### I. System Architecture & Component Specifications #### 1. Hardened Execution Layer (`InstitutionalExecutor.sol`) - **Multi-DEX Multi-Hop Interface:** Build an execution entry point that accepts an array of token addresses (the swap path) and an array of custom market/DEX identifiers (e.g., Uniswap V3, Quickswap V3, Balancer, or V2 forks). - **Atomic Profit Guardrail & Minimum Output Check:** The function must accept a `minProfit` parameter. It must track the contract's starting balance of the base asset, execute the multi-hop route, and perform an atomic check: `require(finalBalance - startingBalance >= minProfit, "Slippage/Negative Profit")`. If this condition is not met, the entire transaction must revert to eliminate losing trades and prevent wasting gas on failed outcomes. - **Actinide-Grade Access Controls:** Implement a dual-layer defense system. Use standard administrative controls (`Ownable`) for parameter adjustments, but restrict the core execution function via a strict custom modifier that permits calls *only* from the explicit hot-wallet address of your off-chain TypeScript engine. - **Asset Resiliency & Circuit Breaker:** Include an `emergencyDrain(address token)` function allowing immediate sweeping of 100% of the contract's inventory to a hardware-secured cold wallet if an anomaly is flagged. Integrate flash loan callbacks (e.g., Balancer or Aave V3) ensuring zero-capital high-leverage execution. #### 2. Sub-Millisecond, Low-Latency Strategy Layer (`low-latency-engine.ts`) - **Raw Log Decoding Over Library Abstractions:** Standard provider abstractions introduce up to 50ms of overhead. Implement a performance-critical WebSocket listener using the raw `ws` library. Parse raw incoming JSON-RPC hex strings directly to instantly flag target `Swap` topics (`0xc4202...`) from targeted liquidity pools. - **Pre-Flight On-Chain Simulation:** Build an internal simulation step using `eth_call` or `multicall` to dry-run the generated execution calldata against the absolute latest block state *before* broadcasting a live transaction. - **Deep Reorg Protection & Caching:** Polygon suffers from micro-forks and deep block reorgs. Build a block listener that tracks state and cache-hashes previously sent transactions to prevent sending duplicate payloads if a block is temporarily dropped or rewritten. - **Fail-Closed State Machine:** If connection to your RPC network drops for more than 500 milliseconds, transition the engine into a global `PAUSED` state, freezing all pending executions and wiping the transaction pool cache. #### 3. Polygon Overdrive Gas & Routing Strategy - **EIP-1559 Dynamic Base-Fee Scaling:** Implement logic that directly polls the network's fee data. To secure top-of-block positioning during high-congestion events, automatically scale `maxPriorityFeePerGas` up to 30% higher than the network median, applying a protective max cap to prevent toxic gas burn. - **Private MEV Routing (FastLane/Flashbots):** Completely bypass public mempools to eliminate sandwich or front-running vulnerabilities. Structure the transaction broadcasting module to send transactions as private bundles directly to Polygon FastLane or equivalent private builder endpoints. - **Dynamic Flash-Slippage Optimization:** Before generating a payload, the off-chain engine must read depth across pools (e.g., Quickswap and Uniswap V3). If target paths exhibit high price-impact, dynamically adjust the size of the principal to minimize self-induced slippage. ### II. Code Deliverables Required Please output the exact, complete code for these four files, fully fleshed out with clean documentation: 1. `InstitutionalExecutor.sol` (The complete Solidity smart contract matching all specs above). 2. `low-latency-engine.ts` (The master TypeScript execution and ingestion engine using Ethers.js v6 or Viem where appropriate, and the raw `ws` library for the intake loop). 3. `package.json` (The exact production dependencies required, including TypeScript, Ethers, and Hardhat tool suites). 4. `hardhat.config.ts` (The complete configuration file configured for deployment and testing on Polygon Mainnet).
project-3989e566
A resource page for non-developers to aid their usage of ai as well as the implementation in various fields. This will include tools, quick guides, toolkits, etc.
project-99aea1a5
Act as a Principal MEV (Maximal Extractable Value) R&D Engineer and a Senior Solidity Security Auditor specializing in low-latency EVM arbitrage systems on high-throughput networks. I want to build a highly competitive, production-grade cross-DEX flash loan arbitrage bot for Polygon Mainnet. The architecture must be heavily inspired by the core structural philosophy of the 'pmuens/midas' framework but radically modernized to compete in today's cutthroat MEV environment. Generate the code base according to the exact architectural specifications, structural parameters, and execution protocols outlined below. --- ### 1. SYSTEM PARAMETERS & ENVIRONMENTAL BOUNDS - Network: Polygon Mainnet (Gas asset: POL / Base trading asset: Native USDC) - Flash Loan Source: Balancer V2 Vault (Address: 0xBA12222222228d8Ba445958a75a0704d566BF2C8) for 0% fee asset borrowing. - Target DEX Liquidity Pools: QuickSwap V2 (Uniswap V2 Clone) and SushiSwap V2. - Development Framework: Foundry (Solidity ^0.8.20) for the smart contracts; TypeScript (ethers.js v6) for the off-chain orchestration engine. --- ### 2. CORE COMPONENTS REQUIRED #### COMPONENT A: The Smart Contract ('MidasPolygonEngine.sol') Write a highly gas-optimized, production-ready Solidity contract that implements the Balancer V2 Flash Loan receiver interface ('IFlashLoanRecipient'). - Gas Optimization Rules: Optimize for bytecode compactness and minimal runtime overhead. Use custom errors instead of string require statements. Use 'unchecked {}' blocks for arithmetic loops and balance changes where overflow is mathematically impossible. Avoid high-level abstractions like routers. - Direct Pool Routing: The contract must execute swaps by calling the liquidity pool pair contracts directly via '.swap()' instead of using high-level router contracts (like QuickSwapRouter). - Strict Execution Safety: Implement a bulletproof safeguard. At the end of the callback function—immediately before the Balancer Vault pulls back the loan principal—the contract must verify that the ending balance of the profit token (USDC) is greater than the starting balance plus an off-chain parameterized 'minProfitThreshold'. If this condition fails, the contract must explicitly revert the entire transaction transaction string to prevent capital loss. - Access Control: Secure the trigger mechanism so that only the owner's monitoring bot address can call the execution entry point, completely preventing external actors from frontrunning or hijacking the execution. #### COMPONENT B: The Node Engine ('monitor.ts') Write a highly optimized TypeScript orchestration script that acts as the real-time data ingestion and calculations hub. - Event-Driven Architecture: Do not use interval JSON-RPC block polling. Use a high-fidelity WebSocket provider ('wss://') to subscribe directly to the 'Sync(uint112,uint112)' or 'Swap' event logs emitted directly by the target QuickSwap and SushiSwap pair contracts. - Math Engine (Optimal Input Calculation): Implement the standard AMM optimal input amount formula for two constant-product (x * y = k) Uniswap V2 pairs to calculate the mathematically perfect input amount (A_in) that maximizes arbitrage yield given the exact reserves extracted from the latest 'Sync' logs. The equation must natively factor in the standard 0.3% fee modifier (gamma = 0.997). - MEV Guardrail & Private Relaying: Structure the transaction submission logic to bypass the public Polygon mempool entirely to prevent frontrunning and sandwich attacks. Integrate the transaction dispatch code with the FastLane Protocol API or Flashbots Polygon Builder endpoint, sending the execution payload as a private bundle. --- ### 3. OUTPUT SPECIFICATION Please provide the complete, functional code for both 'MidasPolygonEngine.sol' and 'monitor.ts'. Include explicit inline comments detailing the low-level data handoff between the off-chain TypeScript script and the contract's flash loan callback payload. Do not use placeholders or omit complex logic loops. Show less
TaoBao
做一个网页版本的淘宝，可以先做部分，先不做购买
project-8368a947
Mai ek image de rha hu esi ka mujhe website chahye aur aap apne man se customer reviews aur achcha achcha line sab add kar dena aur esi ka 2 dawa hai ek oil aur ek khane ka 2 product h auska image baad me lgaunga aap bs ek website badhuya sa bnao jisme product add v ho cart me aur buy v ho aur wo order mere WhatsApp pe aaye aur payment mere account me aaye aur product ke inage ke jagah pe av kuch v inage daal dena filhal ke liye mai baad me change kar lunga aur baki kuch kuch matter is inage se le lena aap