AI Creator · AI Mini Apps · AI 웹사이트

🔭 3D Solar System Explorer

A full 3D Solar System Explorer! Controls Drag — Rotate the viewpoint (mouse and touch both supported) Scroll — Zoom in and out Click a planet — Focus on that planet and open its detail info panel Bottom pill buttons — Jump directly to any planet instantly Top toggles Orbits — Show or hide the orbital ellipses Labels — Planet name labels (also shown on mouse hover) Asteroid Belt — 320 particles filling the asteroid belt between Mars and Jupiter ▶ Play / ⏸ Paused — Freeze or resume time Bottom sliders Time speed — Adjust orbital speed from 0× to 5× Zoom — Zoom level from 0.3× to 4× Per-planet details ☀️ Sun — Triple-layer corona glow with animated sunspot texture 🌍 Earth — Continent silhouettes with a Moon orbiting in real time 🪐 Saturn — Three-layer ring system with perspective shift as the viewing angle changes 🔴 Jupiter — Horizontal cloud bands with the Great Red Spot All planets — Full 3D sphere shading with highlight and shadow passes Focused planet — Orbital progress arc shown as a HUD overlay Info panel — Click any planet to display its diameter, mass, distance from the Sun, day length, year length, moon count, temperature range, surface gravity, and a key fact.

#science#solar system

실행

Cosmic Radio Signal Listening Station

SETI Cosmic Signal Listening Lab

An interactive radio astronomy experience that simulates how SETI researchers search for unusual signals hidden within cosmic radio noise.

Explore a dynamic 3D waterfall spectrogram, spectrum analyzer, and oscilloscope while listening to synthesized radio signals generated directly in the browser.

Use the built-in receiver and synthesizer controls to adjust frequency, bandwidth, noise, signal strength, volume, and scan speed, and observe how each setting changes both the sound and its visual representation.

The simulation is designed for educational exploration and uses synthetic signals rather than real extraterrestrial transmissions or live SETI observation data.

#SETI#Radio Astronomy#Signal Processing#Space Science

실행

Semiconductor Electron Flow

This is an interactive laboratory designed to help users explore and understand charge-carrier flow inside semiconductors from multiple perspectives.

Electron Flow — Visualizes the movement of electrons and holes, including thermal motion, drift, and scattering, in real time using Canvas.
4 Visualization Modes — Explore semiconductor behavior through Carrier Drift, Crystal Lattice, Thermal Motion, and Electric Field views.
Material Models — Compare Intrinsic, N-type, and P-type semiconductors.
Energy Bands — Visualize the concepts of the Valence Band, Band Gap, and Conduction Band.
P–N Junction — Explore P-type and N-type regions, the depletion region, and the basic concept of electrical bias.
MOSFET Channel — Follow the process Gate Voltage → Electric Field → Channel Formation → Carrier Drift → Drain Current.
Concept Map — Understand the relationship Crystal Lattice → Energy Bands → Charge Carriers → Electric Field → Electrical Current.
Interactive Parameters — Directly adjust Electric Field, Carrier Density, Temperature, Scattering, and Hole Fraction.
Simulation Controls — Experiment with Inject Carriers, Pause, Reverse Field, and Reset.
Real-Time Telemetry — Monitor Electrons, Holes, Drift Index, Scatter Events, and Current Trend as the simulation runs.
Electron vs. Conventional Current — Visually observe the difference between the electron drift direction and the conventional current direction.
Educational Conceptual Simulator — This is not a TCAD or SPICE tool for real semiconductor process or device design. It is designed as an educational conceptual simulator for understanding the fundamental principles of semiconductor charge transport.

#engineering#semiconductor

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⚙️ Gear mechanics

A nine-concept gear mechanics explorer! ⚙️ Spur Gears — The most fundamental gear type. A real-time animation shows two gears meshing and spinning in opposite directions. The contact point (red dot), pitch circles (dashed lines), and rotation arrows update instantly as you adjust the gear ratio and speed sliders. 🌀 Helical Gears — Angled teeth engage gradually for smoother, quieter operation. Drag the helix angle slider to change the spiral angle and watch the axial thrust arrows respond. A Spur vs Helical comparison table covers noise, load capacity, efficiency, and axial thrust side by side. 🔺 Bevel Gears — Redirect power through a 90° corner. Two gears mesh at a right angle in a perspective-style view. A diagram explains how the automotive differential works and why the inner and outer wheels rotate at different speeds when cornering. 🐛 Worm Gears — A worm screw drives a worm wheel. The Starts slider switches between 1 and 4 thread starts, instantly updating gear ratio, efficiency, and self-locking status. A single start = self-locking — the principle behind elevator hoists. 🪐 Planetary Gears — Gear ratio changes depending on which element (sun, ring, or carrier) is held fixed. Click the three mode buttons at the bottom to experience the logic behind automatic transmission gear selection. 📐 Rack & Pinion — Pinion rotation → rack linear travel. Alongside a car steering mechanism sketch, the linear velocity formula v = ω × R is explained with real-world examples: CNC machine axes, camera sliders, and cog railways. 📊 Gear Ratio — Raise the ratio slider: speed ↓, torque ↑. Lower it: speed ↑, torque ↓. Both are shown live through vectors and a speed-vs-torque crossover chart that visualises conservation of energy. 🔗 Compound Train — Three reduction stages spin simultaneously (4:1 × 4:1 × 4:1 = 64:1). Colour-coded shafts make it immediately clear how each stage's ratio multiplies into the total, achieving extreme reduction in a compact space.

#engineering#gear#mechanics

실행

📟 Arduino kit

An eight-project Arduino simulator! Every project includes real Arduino code, a live circuit diagram, and a Serial Monitor at the bottom. 💡 LED Blink — The "Hello World" of hardware. A 220Ω resistor and LED circuit, digitalWrite(13, HIGH/LOW) code, and a PWM timing diagram all run simultaneously. 🔘 Button & LED — A live visualisation of INPUT_PULLUP. Click the button to light the LED, and see the inverted logic (LOW = pressed) explained in context. 🌓 PWM Fade — Controls LED brightness with analogWrite(9, 0–255). The PWM waveform and duty cycle update in real time as the LED breathes. 🌡️ Analog Sensor — Turn the potentiometer dial to read ADC values from 0 to 1023, then watch map() rescale them to the PWM range (0–255). Includes a voltage divider explanation. ⚙️ Servo Motor — Control the servo with an angle slider. The relationship between PWM pulse width (0.5ms – 2.5ms) and output angle is visualised live. 🎨 RGB LED — Mix any colour with the R, G, and B sliders. Press AUTO for an automatic rainbow cycle. A colour wheel is shown alongside. 📡 Ultrasonic Sensor — Shows how the HC-SR04 works with a TRIG/ECHO timing diagram. Verify the formula cm = round-trip time (µs) / 58 directly. 🚦 Traffic Light — Demonstrates a Finite State Machine (FSM). The RED → RED+YELLOW → GREEN → YELLOW cycle runs alongside a live state-transition diagram.

#education#coding#arduino

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🐠 Drift Aquarium

Inside the tank: soft light beams, 5–6 swimming bioluminescent fish, swaying seaweed, rising bubbles Mood light effect: a soft glow that spreads onto the wall behind the tank (choose from Deep Sea teal / Coral Dusk amber / Moonlight purple / Neon Reef pink) Interaction: tap the water to send out ripples and draw the fish toward that spot; use the brightness slider to adjust the mood light intensity

#entertainment#aquarium

실행

표절 검사 도구

📊 유사도 점수 4가지 알고리즘의 가중 합산으로 최종 점수를 산출합니다. Ring 게이지 + 색상 판정 5단계. 코사인 유사도 (45%) — TF-IDF 벡터 간의 각도. 문서 길이와 무관 자카드 지수 (20%) — 공유 어휘 / 전체 고유 어휘 비율 바이그램 중복 F1 (20%) — 2단어 구문 일치율. 패러프레이징 탐지에 효과적 트라이그램 중복 F1 (15%) — 3단어 구문 일치율. 직접 복사의 강력한 지표 🔬 5가지 시각화 탭 📝 단어 비교 — 두 문서를 나란히 표시하고 단어별로 색상 구분 🔴 빨강 = 정확 일치 / 🟡 노랑 = 어간 일치 (패러프레이징) / 🟢 초록 = 고유 단어 / 회색 = 불용어 📐 벡터 공간 — TF-IDF 벡터를 2D로 투영해 단어를 점으로 시각화. 문서 A/B의 중심 벡터를 원점에서 화살표로 표시하고 두 벡터 사이의 각도(θ) 실시간 표시 📏 코사인 각도 — 단위 원에 두 문서 벡터를 그려 각도로 유사도를 직관적으로 표현. 공통 단어별 A/B TF-IDF 가중치 바 차트 제공 🧩 N-gram 히트맵 — 1/2/3-gram 전환 버튼으로 단어·2단어·3단어 구문 단위의 일치 여부를 격자로 시각화. 빨강 = 공유 / 파랑 = A 전용 / 주황 = B 전용 📊 단어 빈도 — 양쪽 문서의 TF-IDF 상위 단어를 바 형태로 비교. 공통 단어는 빨강으로 표시 🌐 언어 지원 영어 — TF-IDF, 불용어 제거, 접미사 기반 어간 추출 (ing/tion/ness 등) 한국어 — 어절 분리 + 조사·어미 제거 (에서/으로/합니다 등 40여 개), 1글자 및 접속사 불용어 처리 언어 자동 감지 (한글 문자 수 vs 영문자 수 비교)

#utility#표절#유사성

실행

BMI Calculator

⚖️ Measurement Input Metric / Imperial toggle — instantly converts between kg·cm and lbs·ft·in Slider + number input, two-way sync — moving the slider updates the number box and vice versa Age input and biological sex selection (used as a reference for healthy ranges) 📊 BMI Gauge Semi-circular analogue gauge — the needle rotates smoothly to match the BMI value via CSS transition Five colour zones: Blue (underweight) → Green (normal) → Yellow (overweight) → Orange (obese I) → Red (obese II+) Active category is highlighted; all others are dimmed 📐 Body Metrics Panel Height (m), weight (kg), BMI, and category displayed in real time Ideal weight range bar (WHO standard BMI 18.5–24.9) with a marker showing current weight position Automatically calculates how much weight to lose or gain to reach the ideal range 💡 Health Guidance (4 tips per category) Underweight — increase caloric intake, strength training, protein at every meal, rule out underlying causes Normal — maintenance strategies, exercise routine, balanced diet, sleep Overweight — 500 kcal daily deficit, walking, reduce ultra-processed food, hydration Obese I — see a doctor, 5–10% weight loss impact, portion control, stress management Obese II+ — medical supervision, metabolic assessment, GLP-1 medications, build a support network 📋 Reference Information WHO BMI Classification (2004) explained Separate guidance for Asian populations (overweight ≥ 23, obese ≥ 27.5) Medical disclaimer noting BMI is a screening tool, not a diagnostic measure

#health#bmi

실행

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내 사이트

쇼케이스

리믹스

스튜디오

다양한 창작물을
실행 가능한 미니 앱으로 발견하고 확장하세요

Utilities

Productivity

Education

Mini Games

지금 바로 실행할 수 있는 추천 앱

🔭 3D Solar System Explorer

Cosmic Radio Signal Listening Station

SETI Cosmic Signal Listening Lab

Semiconductor Electron Flow

⚙️ Gear mechanics

📟 Arduino kit

🐠 Drift Aquarium

표절 검사 도구

BMI Calculator

창작 생태계 아래에는
보안 인프라가 있습니다

Encrypted Storage

Security Audit Engine

Access Control

Trusted Delivery

인공지능과 함께 만든 아이디어, 실행 가능한 서비스가 됩니다.

내 사이트에서 시작해쇼케이스, 리믹스, 스튜디오로 확장됩니다

내 사이트

쇼케이스

리믹스

스튜디오

다양한 창작물을 실행 가능한 미니 앱으로 발견하고 확장하세요

Utilities

Productivity

Education

Mini Games

지금 바로 실행할 수 있는 추천 앱

🔭 3D Solar System Explorer

Cosmic Radio Signal Listening Station

SETI Cosmic Signal Listening Lab

Semiconductor Electron Flow

⚙️ Gear mechanics

📟 Arduino kit

🐠 Drift Aquarium

표절 검사 도구

BMI Calculator

창작 생태계 아래에는보안 인프라가 있습니다

Encrypted Storage

Security Audit Engine

Access Control

Trusted Delivery

인공지능과 함께 만든 아이디어,
실행 가능한 서비스가 됩니다.

내 사이트에서 시작해
쇼케이스, 리믹스, 스튜디오로 확장됩니다

다양한 창작물을
실행 가능한 미니 앱으로 발견하고 확장하세요

창작 생태계 아래에는
보안 인프라가 있습니다