Circuit Crafter
Level 1
Score:
0
Time:
00:00
☆
☆
☆
🎯 Objective
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Requirements:
- Loading requirements...
Theory:
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⚡ Components
🔋 Power Sources
Battery
∞
3V DC
AC Source
∞
12V AC
💡 Output Devices
Bulb
5
2V, 20Ω
LED
8
2V, 20mA
Buzzer
3
5V
⚡ Passive Components
Resistor
10
100Ω - 1kΩ
Capacitor
5
100µF
Inductor
3
10mH
🔘 Controls & Switches
Switch
8
ON/OFF
Pot
3
0-1kΩ
📟 Advanced Components
Transistor
4
NPN
Diode
6
0.7V drop
Logic IC
2
AND/OR
─ Connections
Wire
∞
0Ω
Junction
∞
Node
🔴 Light Sources
Laser
1
Red 650nm
LED Light
3
White
White Light
2
Full Spectrum
🪞 Mirrors
Flat Mirror
5
100% Reflect
Concave
3
f=10cm
Convex
3
Virtual
⚪ Lenses
Converging
4
f=8cm
Diverging
3
f=-8cm
Variable
2
f=5-15cm
🔺 Prisms & Special
Triangle
3
n=1.5
Right Angle
2
90° TIR
Fiber
4
Total IR
Polarizer
3
Linear
🎯 Targets & Detectors
Target
∞
Hit Zone
Screen
2
Display
💰 Component Budget
Used:
0
Limit:
100
Remaining:
100
⚙️ Component Properties
📊 Information
⚡ Current Readings
Voltage:
0.0V
Current:
0.0A
Power:
0.0W
Resistance:
0.0Ω
Intensity:
100%
Wavelength:
550nm
Angle:
0°
Targets Hit:
0/1
📚 Theory & Formulas
Ohm's Law: V = I × R
Power: P = V × I = I²R = V²/R
Series: R_total = R₁ + R₂ + R₃...
Parallel: 1/R_total = 1/R₁ + 1/R₂...
Reflection: θᵢ = θᵣ
Snell's Law: n₁sinθ₁ = n₂sinθ₂
Lens Equation: 1/f = 1/dₒ + 1/dᵢ
Critical Angle: θc = arcsin(n₂/n₁)
📈 Progress
Completion:
0%
Efficiency:
0%
Accuracy:
0%
🏆 Level Progress
⏱️
Best Time: --:--
🏅
High Score: 0
⭐
Best Rating: 0/3
🎉 Level Complete!
☆
☆
☆
Final Score:
0
Completion Time:
00:00
Efficiency:
0%
Components Used:
0
🎁 Bonus Points
❓ How to Play
⚡ Circuit Crafter Instructions
1
Select Components: Drag electronic components from the toolbox on the left onto the breadboard.
2
Make Connections: Click on component terminals to create wires and complete your circuit.
3
Test Circuit: Click "Test Circuit" to run the electrical simulation and see if your circuit works.
4
Monitor Readings: Check voltage, current, and power readings in the information panel.
5
Complete Objectives: Meet all level requirements and submit your solution for scoring.
💡 Circuit Tips:
- Always include a power source (battery) in your circuit
- Use appropriate resistors to control current flow
- Check component polarity for LEDs and diodes
- Watch for short circuits - they can damage components!
- Series circuits have the same current, parallel circuits have the same voltage
🔴 Light Ray Bender Instructions
1
Place Elements: Drag optical elements (mirrors, lenses, prisms) from the toolbox onto the optical table.
2
Adjust Positions: Click and drag elements to fine-tune their positions and angles.
3
Fire Laser: Click "Fire Laser" to trace the light ray path through your optical setup.
4
Hit Targets: Guide the light beam to hit all target zones using reflections and refractions.
5
Optimize Path: Try to use the minimum number of elements for maximum efficiency bonus.
🔍 Optics Tips:
- Angle of incidence equals angle of reflection for mirrors
- Converging lenses focus parallel rays to a focal point
- Prisms can split white light into rainbow colors
- Total internal reflection occurs at angles greater than critical angle
- Plan your light path backwards from target to source
🏆 Scoring System
⭐
Base Points (100): Completing level objectives
⚡
Efficiency Bonus (0-50): Using fewer components than the par value
⏱️
Speed Bonus (0-25): Completing faster than par time
🎯
Accuracy Bonus (0-40): Precise targeting and optimal values
🌟
Innovation Bonus (0-35): Creative or unexpected solutions
Star Requirements:
- ⭐ 1 Star: Complete objectives (100+ points)
- ⭐⭐ 2 Stars: Good efficiency (150+ points)
- ⭐⭐⭐ 3 Stars: Excellent performance (200+ points)
☰ Game Menu
⚙️ Game Settings
📊 Session Stats
Levels Completed:
0
Total Score:
0
Play Time:
0:00
Stars Earned:
0
💡 Helpful Hint
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Note: Using hints may reduce your final score by 10 points.
Simulating Physics...