Diagram Examples from Real Visitor Prompts

i want a timeline arrow that goes in a zigzag. starts on the left, then moves towards the right, then down and then left, then down and then right... etc

A flowchart of a new-user onboarding flow from signup to first activation, with a verification branchCreate a clean, professional vertical flowchart with a white background: User Question ↓ Embedding ↓ Vector Search ↓ Relevant Documents ↓ Reranking ↓ LLM ↓ Grounded Response Use rounded rectangles, downward arrows, consistent spacing, minimal colors, and a modern business infographic style.

User Question ↓ Embedding ↓ Vector Search ↓ Relevant Documents ↓ Reranking ↓ LLM ↓ Grounded Response

Create a clean, professional vertical flowchart with a white background: User Question ↓ Embedding ↓ Vector Search ↓ Relevant Documents ↓ Reranking ↓ LLM ↓ Grounded Response

Here is a prompt you can copy and paste directly into an AI diagram generator. It focuses on the core logic and functional flow without overwhelming the AI with minor breadboard details. Copy and paste the text below: System Prompt: Generate a clear, well-organized digital circuit schematic for a "Smart Classroom Automation System." Do not include minor components like pull-down/current-limiting resistors or power supply rails; focus strictly on the logical connections between the inputs, ICs, and outputs. Inputs (Left Side): 3 Slide Switches labeled: "Door", "Window", "Projector" 1 Push Button labeled: "Door Sensor" Processing Logic (Middle): AND Gate (2-input) NOT Gate (Inverter) OR Gate (4-input equivalent) 74HC93 (4-bit Binary Counter) CD4511 (BCD to 7-Segment Decoder) Outputs (Right Side): LED labeled: "Back Lights" LED labeled: "Front Lights" LED labeled: "Fan" 1 Single-Digit 7-Segment Display Connections to draw: Back Lights: Wire the "Door" and "Window" switches into an AND gate. Connect the output of this AND gate to the "Back Lights" LED. Front Lights: Wire the "Projector" switch into a NOT gate. Wire the output of the first AND gate (Door & Window) and the output of the NOT gate into a second AND gate. Connect this output to the "Front Lights" LED. Counting System: Wire the "Door Sensor" push button to the clock input of the 74HC93 Counter. Display: Wire the 4-bit binary output of the 74HC93 Counter into the inputs of the CD4511 Decoder. Wire the 7 output lines of the Decoder to the 7-Segment Display. Fan Automation: Wire the same 4-bit binary output from the 74HC93 Counter into the OR Gate. Wire the output of the OR Gate to the "Fan" LED.

A non-inverting op-amp amplifier with a gain of 10 using a 1 kΩ and 9 kΩ resistor

design battery cut off module circuit with 12v input, mcu, regulator, relay no, and 4 pin connector, active high pin 2 12v come from vehicle and active low 0v come from vehicle

A ladder logic program for a conveyor belt system: start button seals in the motor, a photoeye stops the belt when a jam is detected, and an overload relay trips the circuit

클라이언트 중심으로 지역자원으로는 고등학교와 지역아동센터가 있으며, 사회적 관계로는 할머니와 중학교 친구들이 있음. 공적체계는 주민센터와 구청이 연결되어 있음.

An ecomap for a child welfare case showing a mother with domestic violence history, limited family support, strong church community, and ongoing CPS involvement

P3: Draw the ladder logic diagram for given circuit, use a suitable software tool/platform.

homo sapiens Caernorhabditis elegans

A 4-generation pedigree chart showing inheritance of a pathogenic CTNNA1 variant. Chart should include a deceased great-grandfather with an unknown cancer and no genetic testing, a paternal grandfather deceased at 57 years with gastric cancer diagnosed in his 50s and no genetic testing, an unaffected paternal grandmother, a deceased paternal aunt/uncle who died in childhood, a living paternal aunt with Hodgkin's lymphoma who is negative for CTNNA1, that paternal aunt's living child (unknown if male or female), a living paternal uncle who is 61 years of age with prophylactic total gastrectomy at 60 years of age negative for in situ neoplasia (positive for CTNNA1), that paternal uncle's living daughter (who is positive for CTNNA1), a deceased father who died at 48 years of age of diffuse gastric cancer diagnosed at 47 years of age, an unaffected mother, and the affected patient who is now 19 years of age s/p total gastrectomy and is CTNNA1 positive and diagnosed with gastric cancer at the age of 17

Generate ONE SINGLE FLOWCHART DIAGRAM ONLY. DO NOT create a presentation. DO NOT create slides. DO NOT create a PPT. DO NOT create multiple diagrams. TITLE: SIH26056 – Real-Time Airfare Price Index for India Use rectangular boxes connected by arrows in this exact sequence: [Rapidly Changing Airfare Prices] ↓ [Demand + Seat Availability + Booking Time + Seasonality] ↓ [Frequent Price Changes] ↓ [Manual / Limited Fare Data Collection] ↓ [Data Becomes Outdated] ↓ [Inaccurate Representation of Current Airfare Prices] ↓ [Need for Automated Data Collection] ↓ [Collect Online Airfare Data] ↓ [Clean + Normalize + Validate Data] ↓ [Analyze Fare Changes] ↓ [Calculate Airfare Price Index] ↓ [Real-Time Monitoring Dashboard] ↓ [Timely & Accurate Airfare Price Measurement] Use ONLY boxes and arrows. Keep text short. Make it a vertical top-to-bottom flowchart. One page, one diagram.

P&ID of a water treatment filtration system. Process flow from left to right: Scale Pit → Filter Feed Pump P4 → Dual Media Filter DMF-01 → Treated Water Header. Use standard P&ID symbols for: - one water tank labeled Scale Pit - one centrifugal pump labeled P4 - one filter vessel labeled DMF-01 - connecting process pipelines - flow direction arrows - isolation valves before and after the pump - a check valve on the pump discharge - pressure gauge on pump discharge Do not add any other equipment.

Water treatment loop with pH control and dosing pump

PID for steel rolling mill WTP

Storage tank to valve #1 to valve #4 to transfer pump to valve #5 to valve#8 to valve #9 to machine to valve 13 List valve #'s 2, 3, 6, 7, 10, 11 and 12 as closed

Storage tank to valve #1 to valve #4 to transfer pump to valve #5 to valve#8 to valve #9 to machine to valve 13

Storage tank to valve #1 to valve #4 to transfer pump to valve #5 to valve#8 to valve #9 to machine

Storage tank ball valve #1 valve #4 pump valve #5 valve#8 valve #9 machine

Storage tank valve valve pump valve valve machine

Storage tank to machine through 4 valves and a pump

A PRISMA study-selection flow from 1,240 identified records through deduplication, screening, eligibility, and 32 included studies una escuela publica