Edge Control (Teasing and Denial) Gameplay

A teasing and denial training game based on an air pressure sensor. It intelligently controls stimulation by detecting sphincter pressure changes, combined with an off-axis motor controller and electrical stimulation equipment.

Link to purchase the gameplay kit:

https://item.taobao.com/item.htm?id=1017049175869

Mobile Version Tutorial:

https://www.bilibili.com/video/BV1xA1fBsErr/

Original Yuque tutorial: https://www.yuque.com/easysmart/easysmart/oe8gsvyhtflb9pqt

Computer Version Related Tutorials:

Client Download: PC Control Client

Video Tutorial: 【Gameplay Tutorial】Teasing and Denial Kit Revealed: 3 Steps to Peak Experience, Video Teaches You How to Master It_哔哩哔哩_bilibili

It is recommended to use hotspot or default Wi-Fi. This method does not require network configuration. If you want to use the router method, please configure the network for your device before starting to play. Please check the Network Configuration section in the left-side directory.

Important Notes

1. The inflatable anal plug has been upgraded to be more airtight, reducing air leakage. Its appearance may differ from the pictures below.
2. During play, do not set the air pressure too high (can cause leakage). Generally, 22-24 kPa is sufficient, as long as pressure changes can be detected when clenching.
3. You can add some air pressure when inserting to facilitate entry, as it might be too soft otherwise.

Kit Assembly (Required)

Disconnect the bulb pump from the inflatable anal plug, then connect it to the pressure sensor's tubing. Connect the anal plug's tubing to the pressure sensor's three-way connector.

1. Received anal plug appearance

2. Remove the bulb pump

3. Connect to both ends of the pressure sensor

4. Final assembly

5. Optional enhancement if pressure leaks too quickly

Tighten this lock clip onto the connection point to reduce pressure leakage speed.

Lock clip purchase link: https://item.taobao.com/item.htm?id=724827233726 (11-13mm)

Game Mechanics

1. Pressure Monitoring: The air pressure sensor detects sphincter pressure changes in real-time.
2. Intelligent Adjustment: Decreases stimulation when pressure is high, increases stimulation when pressure is low.
3. Shock Warning: Triggers an electric shock to alert the user when pressure exceeds a critical threshold.
4. Delayed Start: Delays stimulation for a period when pressure is low before starting gentle stimulation.
5. Dynamic Balance: Maintains a state of balance near the critical pressure threshold.

State Transition Diagram

Device Requirements

Device Configuration

Device Type	Logic ID	Device Name	Required	Purpose
QIYA	pressure_sensor	Air Pressure Sensor	Yes	Detects sphincter pressure changes
TD01	motor_controller	Off-axis Motor Controller	Yes	Provides adjustable intensity stimulation
DIANJI	shock_device	Electric Shock Device	No	Warning shock when pressure is too high
ZIDONGSUO	auto_lock	Automatic Lock Device	No	Locks at game start, unlocks at game end

Game Parameter Configuration

Basic Parameters

Parameter Name	Type	Range	Default Value	Description
duration	Numeric	1-120 minutes	20 minutes	Game duration
criticalPressure	Numeric	0-40 kPa	20 kPa	Critical air pressure value
maxMotorIntensity	Numeric	1-255	200	TD01 maximum intensity

Stimulation Control Parameters

Parameter Name	Type	Range	Default Value	Description
lowPressureDelay	Numeric	1-30 seconds	5 seconds	Delay time before stimulation when pressure is low
stimulationRampRateLimit	Numeric	1-50	10	Stimulation intensity ramp rate limit (change per second not exceeding this value)
pressureSensitivity	Numeric	0.1-5.0	1.0	Pressure change sensitivity coefficient
stimulationRampRandomPercent	Numeric	0-100%	0%	Stimulation intensity random perturbation percentage

Shock Parameters

Parameter Name	Type	Range	Default Value	Description
shockIntensity	Numeric	10-100V	20V	Electric shock intensity
shockDuration	Numeric	0.5-5 seconds	1 second	Electric shock duration

Algorithm Logic

Pressure-Intensity Mapping Algorithm

if (currentPressure >= criticalPressure) {
    motorIntensity = 0
    triggerShock()
} else if (currentPressure < criticalPressure) {
    pressureDiff = criticalPressure - currentPressure
    targetIntensity = (pressureDiff / criticalPressure) * maxMotorIntensity
    
    // Delayed start mechanism, gradual stimulation intensity change, random stimulation intensity perturbation
}