Diagram Examples from Real Visitor Prompts

⚛️ Crystal Optimization: Optimize the atomic structures of Janus ZrXY (X = S, Se; Y = Cl, Br) monolayers using Density Functional Theory (DFT). 🧩 Structural Stability: Evaluate binding energies, lattice constants, and phonon dispersion relations to confirm dynamic and mechanical stability. 💡 Electronic Properties: Investigate spin‑polarized electronic band structures to determine metallic or semiconducting behavior. 📊 Density of States (DOS): Analyze total and projected DOS to identify contributions from Zr‑4d orbitals and chalcogen/halogen p‑orbitals. 🔬 Electronic Phase Tuning via DFT+U: Study the effect of varying Hubbard U values on band gaps and spin‑resolved properties. 📈 Comparative Analysis: Compare ZrSCl, ZrSeCl, ZrSBr, and ZrSeBr systematically to highlight the influence of chalcogen and halogen substitution.

A flowchart of a new-user onboarding flow from signup to first activation, with a verification branch

SC created look for active or inactive. If inactive close the flow with remarks need, to release first for executiin. Else check PM execution month, get work order, issue material if any, assign job to engineering team, get reports. Closed

A genogram for a family therapy case: Corban (27 years old) is cohabitating with Annaliese (20 years old). Corban has two siblings. One older sister and one younger brother. Corban is close to his brother but not with his sister. Corban's mother is deceased. Father has remarried.

A genogram for a family therapy case: Corban (27 years old) is cohabitating with Annaliese (20 years old). Corban has two siblings. One older sister and one younger brother.

Create a flowchart for a user login system with authentication, password validation, failed-attempt checking, and account locking after 3 failed attempts.

Create a professional block diagram for my college project: "WiFi Penetration Testing and Vulnerability Assessment Tool" The diagram should represent the current system architecture described below. Start with: Security Auditor / User ↓ CLI / Lightweight Dashboard ↓ Reconnaissance Module The Reconnaissance Module performs: - Scan nearby WiFi access points - Identify SSIDs - Identify channels - Identify encryption types ↓ Vulnerability Analysis Module The Vulnerability Analysis Module performs: - Analyze encryption - Detect WPS status - Detect default SSID/configuration - Identify WiFi vulnerabilities After vulnerability analysis, show three parallel modules: 1. Handshake Capture Module - Capture WPA/WPA2 four-way handshake 2. Password Strength Testing Module - Perform authorized password-strength testing 3. Deauthentication Testing Module - Perform controlled deauthentication resilience testing All three modules should connect to: Reporting Module - Compile vulnerability findings - Assign severity levels - Add remediation recommendations - Generate PDF/HTML report Finally: Reporting Module ↓ Vulnerability Assessment Report Use rectangular blocks with arrows showing the direction of data/workflow. Arrange the diagram clearly from top to bottom. Keep it simple, clean, professional, and suitable for a BSc Artificial Intelligence project presentation. Do not add: - Login - Registration - Database - Admin module - Cloud module - Machine learning module Testing must be shown as restricted to authorized WiFi networks.

Create a simple vertical system model for an Online Food Delivery System. Follow this exact order: Starting Action → INPUT → PROCESSING → STORAGE → OUTPUT. Starting Action: Customer selects food and enters delivery address. INPUT: Food selection, Customer information, Delivery address, Payment information, Order request. PROCESSING: Verify customer information, Process food order, Calculate delivery fee, Process payment, Match order with restaurant. STORAGE: Customer database, Order database, Restaurant database, Payment records, Delivery records. OUTPUT: Order confirmation, Order status, Total order cost, Payment receipt, Delivery notification. Use clear rectangular boxes, downward arrows, simple academic design, readable labels, and no unnecessary decorations.

A phylogenetic tree of the great apes showing humans, chimps, gorillas, and orangutans

Research some human traits that follow the simple dominant/recessive pattern as in Mendelian controlled traits. Use your findings to discover and analyze the inheritance patterns the Royal family's last three generations . Some examples that follow this pattern: Freckles Widow's Peak Dimples Hitchhiker's thumb Attached Earlobes Cleft chin Tongue Rolling X-linked disorders (Color Blindness, hemophilia) Dominant/Recessive Genetic Disorders

Claro. Este prompt está pensado para pegarlo directamente en una IA de texto → mapa mental, con información resumida y aspecto de trabajo escolar: Crea un mapa mental sobre el Arte Tradicional Peruano, en una sola hoja, con una estructura clara, ordenada y fácil de leer. Tema central: 🇵🇪 ARTE TRADICIONAL PERUANO Desde el tema central, crea 6 ramas principales: 1. Artesanía - Cerámica - Textiles - Tallado en madera - Retablos ayacuchanos - Mate burilado 2. Música - Huayno - Marinera - Festejo - Música andina - Instrumentos tradicionales: charango, quena, zampoña y cajón 3. Danzas - Marinera - Danza de las tijeras - Huaylarsh - Diablada - Wititi 4. Arte textil - Tejidos andinos - Bordados - Chullos - Ponchos - Diseños con símbolos tradicionales 5. Arte popular - Retablos - Máscaras - Cerámica decorativa - Imaginería - Pintura tradicional 6. Importancia cultural - Conserva las tradiciones - Transmite conocimientos entre generaciones - Representa la identidad peruana - Refleja la diversidad cultural - Fortalece el patrimonio cultural Diseño: estilo escolar, limpio y colorido, pero sin apariencia excesivamente profesional ni de presentación empresarial. Utiliza pequeños dibujos o íconos relacionados con cada rama. Usa poco texto por cada nodo, palabras clave y conexiones visibles. Coloca el título en el centro y distribuye las ramas alrededor de manera equilibrada. Formato: hoja A4 horizontal, una sola página, alta legibilidad, títulos grandes y texto breve. No crear diapositivas ni varias páginas.

Recebimento dos componentes eletrônicos. Os componentes conferem com a nota fiscal e o pedido? Sim: seguir para o armazenamento. Não: devolver ao fornecedor e aguardar nova entrega. Armazenamento no almoxarifado. Separação (kit) dos componentes conforme a ordem de produção. Todos os componentes necessários estão disponíveis? Sim: enviar para a montagem. Não: solicitar reposição ao almoxarifado e aguardar. Transporte dos componentes até a bancada de montagem. Montagem dos componentes na placa de circuito impresso (PCI). Soldagem dos componentes. A soldagem apresenta defeitos visíveis? Sim: encaminhar para retrabalho. Não: seguir para inspeção. Transporte para o setor de inspeção. Inspeção visual. A placa atende aos critérios de inspeção visual? Sim: realizar o teste funcional. Não: encaminhar para retrabalho e retornar à inspeção. Teste funcional. A placa funciona conforme as especificações? Sim: seguir para embalagem. Não: encaminhar para retrabalho e repetir os testes. Embalagem. O pedido é de um cliente que exige inspeção final (amostragem ou 100%)? Sim: realizar inspeção final. Não: seguir para expedição. A inspeção final foi aprovada? Sim: liberar para expedição. Não: retornar ao setor de retrabalho. Expedição. Fim.

Crea únicamente un mapa de empatía del vendedor o encargado de realizar cotizaciones de Intercontinental Pisos GO. El contexto es que el vendedor debe consultar manualmente las planillas de inventario para conocer la disponibilidad de los productos antes de realizar una cotización. Incluye las seis áreas del mapa de empatía: qué piensa y siente, qué ve, qué dice y hace, qué escucha, dolores o frustraciones y necesidades o beneficios esperados. En los dolores destaca la pérdida de tiempo, posibles errores, información desactualizada y demora para responder al cliente. En las necesidades destaca consultar el inventario rápidamente, tener información actualizada, reducir errores y mejorar el tiempo de respuesta. Hazlo profesional, visual, ordenado y fácil de leer. Genera solamente el mapa de empatía, no una presentación ni diapositivas.

Crea únicamente un diagrama BPMN sobre el proceso de elaboración de cotizaciones de Intercontinental Pisos GO. El proceso comienza cuando el cliente solicita una cotización. El vendedor recibe la solicitud, consulta manualmente las planillas de inventario y verifica si hay disponibilidad. Si hay stock, el vendedor prepara la cotización y la envía al cliente. Si no hay stock, busca una alternativa o informa al cliente que no hay disponibilidad. Incluye como participantes al Cliente, Vendedor e Inventario y utiliza correctamente eventos de inicio y fin, tareas, decisiones (gateway) y flechas de flujo. Destaca que el proceso manual puede generar demoras, errores e información desactualizada. Haz un diagrama profesional, ordenado, académico y fácil de entender. Genera solamente el diagrama, no una presentación ni diapositivas.

A timing diagram for an I2C read transaction: SCL clock, SDA with START condition, 7-bit address byte, ACK bit, data byte, and STOP condition

crie um fluxograma com inicio,recebimento de componentes,os componentes conferem com a nota fiscal do pedido? se sim:

Crea únicamente un diagrama BPMN sobre el proceso de elaboración de cotizaciones de Intercontinental Pisos GO. El proceso comienza cuando el cliente solicita una cotización. El vendedor recibe la solicitud, consulta manualmente las planillas de inventario y verifica si hay disponibilidad. Si hay stock, el vendedor prepara la cotización y la envía al cliente. Si no hay stock, busca una alternativa o informa al cliente que no hay disponibilidad. Incluye como participantes al Cliente, Vendedor e Inventario y utiliza correctamente eventos de inicio y fin, tareas, decisiones (gateway) y flechas de flujo. Destaca que el proceso manual puede generar demoras, errores e información desactualizada. Haz un diagrama profesional, ordenado, académico y fácil de entender. Genera solamente el diagrama, no una presentación ni diapositivas.

crie um fluxograma aleatorio

An IDEF0 model of fulfilling an online order with order data as input, policies as controls, warehouse systems as mechanisms, and shipment as output

An org chart with spots for photo, name, title, and email

┌─────────────────────┐ │ MLX90614 Sensor │ │ Temperature │ └──────────┬──────────┘ │ ↓ ┌─────────────────────┐ │ MAX30102 Sensor │ │ Heart Rate │ └──────────┬──────────┘ │ ↓ ┌─────────────────────┐ │ ESP32 │ │ Data Collection │ └──────────┬──────────┘ │ Wi-Fi ↓ ┌─────────────────────┐ │ Node.js + Express │ │ Backend Processing │ └──────────┬──────────┘ │ ↓ ┌─────────────────────┐ │ Database │ │ health_data │ └──────────┬──────────┘ │ ↓ ┌─────────────────────┐ │ Web Dashboard │ │ Health + Nutrition │ │ Food Recommendation │ └─────────────────────┘

Create a **Level 0 Data Flow Diagram (DFD / Context Diagram)** for a second-hand book marketplace called **ReBook**. Use ONLY these 3 external entities: 1. Buyer 2. Seller 3. Admin Use ONE main process: **ReBook – Second-Hand Book Marketplace** ### Data Flows **Buyer → ReBook:** * Registration/Login Details * Book Search * Order Details * Payment Details * Review **ReBook → Buyer:** * Book Information * Order Confirmation * Payment Confirmation * Order Status **Seller → ReBook:** * Registration/Login Details * Book Details * Price & Condition * Order Information **ReBook → Seller:** * Listing Status * Order Details * Sales Information **Admin → ReBook:** * User Management * Book Management * Order Management * Complaint Management **ReBook → Admin:** * User Information * Book Information * Order Information * Complaints/Reports ### Layout * Put **ReBook** as one large central process. * Put **Buyer** on the left. * Put **Seller** on the right. * Put **Admin** at the bottom or top. * Use arrows to show data flow direction. * Keep it simple and fit everything on **one page**. * Do not add any other entities, processes, or databases. ### Style Use a **dark blackboard/black theme** with white text and lines, subtle blue/green accents, and a clean professional college-project style.

give me use case diagram for rebook market realted to draw

A single-line diagram for a commercial building: utility feed through a main transformer to a 480V switchboard, then to lighting panels, HVAC equipment, and an emergency generator with ATS