Robotics Emotion Debugging

Welcome to the Robot Emotional Calibration Lab. (set: $right to 0)(set: $total to 10) You are a junior robotics engineer. The dimly lit robotics lab is bathed in the cold glow of emergency lights. The service robot Buddy-X is in a silent shutdown state, and the control console awaits the engineer to boot up the system. A low-frequency electronic hum serves as the constant background noise in the lab. You must help Buddy-X regain its proper emotional responses through a series of logical assessments and technical parameter adjustments. <img src="https://i.pinimg.com/736x/72/46/8d/72468d07fd0092614857b43a18c4d232.jpg" width="400"> [[Turn on the main power ->02 遭遇 (Malfunction)]] [[Check the emergency backup ->03 工具 (The Toolkit)]]

After powering it on, you find Buddy-X curled up in a corner of the lab, its body emitting a steady blue glow, trapped in an endless cycle of sorrow and completely refusing to respond to normal control commands. [[A Gentle Call ->04 分诊 (Triage)]] [[Force Startup Diagnostics ->04 分诊 (Triage)]]

You go to the equipment cabinet to prepare your tools for the upcoming troubleshooting session. [[Pick up the multimeter ->04 分诊 (Triage)]] [[Connecting the Neural Network Terminal ->04 分诊 (Triage)]]

The system screen displays error code E-102, indicating an anomaly in the emotion recognition link. You need to determine the root cause of the issue. <img src="https://i.pinimg.com/736x/7c/94/6c/7c946c9f4d7958a4c63bd71d16146f0c.jpg" width="400"> [[Check the hardware connection ->06 传感器检测]] [[Check the Sentiment API->14 终端登录]] [[Check for the risk of the device overheating ->05 危险节点 (Alert)]]

The robot's infrared lens was heavily covered in dust, causing its visual recognition system to malfunction. This led to incorrect interpretations of human facial expressions and significantly impaired its field of view (FOV). <img src="https://i.pinimg.com/736x/14/4b/43/144b439ffaf7c1dc9b0c99f5f5ff8f5a.jpg" width="400"> [[Wipe the lens ->07 电池室]] [[Replace the infrared module ->07 电池室]]

To access the robot's backend debugging terminal, you need to log in to the emotion system kernel. <img src="https://i.pinimg.com/736x/3c/4b/dd/3c4bdd6f983e8c7aa520fd5b34dedb20.jpg" width="400"> [[brute-force attack ->15 情感权重表]] [[Looking for hints ->15 情感权重表]]

The robot has triggered an overheating alert due to excessive emotional load, and the temperature continues to rise; immediate action is required. [[Manual cooling ->06 传感器检测]] [[Software-induced shutdown ->06 传感器检测]] [[Access the backend console to troubleshoot the sentiment logic ->14 终端登录]]

Voltage discrepancies in the robot's multi-cell battery pack can cause unstable power supply, which may lead to logic short circuits on the mainboard and intermittent malfunctions in the control modules. <img src="https://i.pinimg.com/736x/3b/11/bb/3b11bbd6e3fce7d4a3bd6d57de571681.jpg" width="400"> [[Replace the lithium battery ->08 肢体伺服器]] [[Calibration Power Management ->08 肢体伺服器]] [[Disassemble the circuit board and examine the wiring closely ->13 隐藏彩蛋]]

The Buddy-X's hand servos are stiff and jerky, and its limbs cannot move naturally in response to emotions. [[Apply lubricant ->09 环境干扰]] [[Reset the origin ->09 环境干扰]] [[Forcibly dismantling the device ->11 失败结局 A1]]

The lighting in the laboratory was too bright, and the intense light interfered with the visual algorithms, causing errors in facial recognition and emotion detection. <img src="https://i.pinimg.com/1200x/8a/b9/cc/8ab9cc902b19ccbaab5328644e7c05f8.jpg" width="400"> [[Turn off the lights ->10 触觉测试]] [[Adjust the exposure threshold ->10 触觉测试]]

We need to test the robot's pressure sensing and haptic feedback to verify that the empathy interaction hardware is functioning properly. [[Touch the robot's palm ->12 硬件修复成功]]

All sensors, batteries, servos, and environmental sensing hardware have been repaired; the indicator light on the fuselage has turned green, and all hardware malfunctions have been completely resolved. <img src="https://i.pinimg.com/1200x/8b/78/83/8b7883f20ddb771af92b3559692a8151.jpg" width="400"> [[Proceed to the comprehensive stress test ->22 综合压力测试]]

You chose to forcibly dismantle the unit, causing an instant short circuit that completely cut off power to the robot's hardware, rendering it inoperable. The repair attempt failed. [[Start Over ->01 入口 (The Lab)]]

Buddy-X is attempting to stand on its own and slowly curling the corners of its mouth into a smile. You need to verify that all system parameters are normal. <img src="https://i.pinimg.com/736x/4c/8e/0b/4c8e0b8959b907141558c6c54ae3b395.jpg" width="400"> [[Verify that the parameters are correct ->23 期末考核节点]]

As you carefully disassembled the circuit board to inspect it, you found an old photo of the original developer tucked beneath the base plate; suddenly, the buddy-X seemed to be working much better. [[Continue fixing ->12 硬件修复成功]]

System parameter error: Sadness is maxed out at 100, while Joy is too low, causing the system to be stuck in a sadness loop. You can manually adjust the emotion weight parameters by sliding the controls. [[Smooth transition adjustment ->16 API 延迟]] [[Instantly reset your emotional state ->16 API 延迟]]

Fluctuations in the cloud-based emotional server network have caused significant communication delays, affecting the smoothness of human-machine interaction. <img src="https://i.pinimg.com/736x/54/cd/57/54cd57c00df3ab44c74033b720d2a8cc.jpg" width="400"> [[Switch to local model ->17 恐怖谷调节]] [[Waiting for the server's response ->17 恐怖谷调节]]

When a robot's facial realism is too high, it can fall into the “uncanny valley,” which tends to make people feel uncomfortable and can also lead to emotional inconsistencies. <img src="https://i.pinimg.com/736x/14/94/a5/1494a591332ec5ad091727fe809e2576.jpg" width="200"> [[Add a cartoonish feel ->18 语言交互]] [[Pursuing Ultimate Realism ->18 语言交互]]

Debugging the robot's voice interaction logic; different inputs will alter the robot's tone of voice and emotional tone. [[Enter a greeting ->19 内存溢出]] [[Enter the command ->19 内存溢出]]

There is an excessive accumulation of data packets, causing system lag and memory overflow; cleanup and optimization are required. [[Clear the cache ->21 软件修复成功]] [[Remove unnecessary emotion packs ->21 软件修复成功]] [[Delete core emotional system files ->20 失败结局 B1]]

The Emotion API, emotional weighting, network latency, and Uncanny Valley parameters have all been calibrated. The core logic is functioning normally, and the software issue has been resolved. <img src="https://i.pinimg.com/736x/90/3a/87/903a8721d321eea2f9ae8f9df21922a7.jpg" width="400"> [[Proceed to the comprehensive stress test ->22 综合压力测试]]

By incorrectly adjusting the emotional weightings and brute-forcing the terminal, the emotional logic ultimately collapsed completely, turning Buddy-X into an emotionless, cold automaton. [[Restart ->01 入口 (The Lab)]]

A general knowledge quiz suddenly popped up on Buddy-X's screen; it seems we have to answer its questions correctly to fully repair it. <img src="https://i.pinimg.com/1200x/67/78/b4/6778b4f8bae08b0d9a7e71a005850aed.jpg" width="400"> [[Start ->Q1]]

Q1 Which type of sensor is typically used by robots to measure the distance to obstacles? (A) Infrared sensor (B) Thermistor [[(A) ->计分正确Q1]] [[(B) ->计分错误Q1]]

Q2 In HRI design, what emotional state does the color blue typically convey? (A) Extreme anger (B) Calmness / Melancholy [[(A)-> 计分错误Q2]] [[(B)-> 计分正确Q2]]

Q3 What is the “mirroring” effect in robotics? (A) Mimicking human postures (B) Simple physical reflection [[(A)-> 计分正确Q3]] [[(B)-> 计分错误Q3]]

Q4 What type of programming logic does “Smile if the user approaches” belong to? (A) Boolean logic / Conditional statement (B) Random seed [[(A)-> 计分正确Q4]] [[(B)-> 计分错误Q4]]

Q5 Why should designers avoid creating designs that fall into the “Uncanny Valley”? (A) To conserve battery life (B) To prevent users from feeling repulsed [[(A)-> 计分错误Q5]] [[（B）-> 计分正确Q5]]

Q6 “Sentiment analysis” primarily refers to... (A) Extracting emotions from text or speech (B) Measuring the weight of hardware [[（A）-> 计分正确Q6]] [[（B）-> 计分错误Q6]]

Q7 What does “FOV” stand for in robotics? (A) Field of view (B) Velocity-force vector [[(A)-> 计分正确Q7]] [[(B)-> 计分错误Q7]]

Q8 What is an “autonomous” robot? (A) It has a very shiny exterior (B) It has the ability to make its own decisions [[(A)-> 计分错误Q8]] [[(B)-> 计分正确Q8]]

Q9: What are the effects of a 1000ms latency on cloud-based robots? (A) Interrupted interaction and a poor user experience (B) Improved security (C) Energy savings [[(A)-> 计分正确Q9]] [[(B)-> 计分错误Q9]] [[(C)-> 计分错误Q9]]

Q10: Which of Asimov’s Three Laws takes precedence? (A) Protect oneself (B) Obey orders (C) Do not harm a human being, or, through inaction, allow a human being to come to harm [[(A)-> 计分错误Q10]] [[(B)-> 计分错误Q10]] [[(C)-> 计分正确Q10]]

Number of correct answers：$right / $total (if: $right >= 6)[ Congratulations! You scored over 60% and passed the assessment! [[Unlock the True Ending->24 真结局:新伙伴]] ](else:)[ Unfortunately, your accuracy did not reach 60%. Please try again. [[Restart->01 入口 (The Lab)]] ]

Having passed the evaluation, Buddy-X has fully recovered its emotional state. It recognizes you as the engineer who repaired it and slowly hands you an electronic flower. It seems this emotional calibration mission has been successfully completed. [[Back to the beginning ->01 入口 (The Lab)]]

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