Click Miner for Humster Combat (GH-S37D v6)
Description:
The GH-S37D v6 click miner is designed for automatically collecting cryptocurrency in the Humster Combat game, where the user needs to tap the phone screen to accumulate crypto. This device is equipped with a servo motor that activates automatically every 50 milliseconds, simulating a screen tap.

https://www.youtube.com/watch?v=bNmEawgEb6A

Specifications:
Model Name: GH-S37D v6
Purpose: Automatic screen tapping
Usage: Humster Combat game
Tap Frequency: Every 50 milliseconds
Mechanism: High-precision servo motor
Material: Plastic (3D printed)
Compact Design: The device has a compact design that allows it to be conveniently placed on the phone screen without obstructing the user.
Benefits:
Process Automation: Eliminates the need for constant manual tapping, allowing the user to focus on other aspects of the game or to relax.
High Response Speed: The servo motor activates every 50 milliseconds, ensuring fast and precise tapping.
Ease of Use: The device is easy to install and starts working immediately after setup.
Application:
The device is ideal for players who aim to maximize their results in the Humster Combat game by collecting cryptocurrency with minimal effort.

Code for Lolin32 Lite:
Here's the code to control the servo motor using a Lolin32 Lite board. This script toggles the servo motor every 50 milliseconds to simulate the screen taps.

import machineimport utimeimport _threadservo_pin = 12  # GPIO connected to the servo signal wire# Setup PWM for servo controlservo_pwm = machine.PWM(machine.Pin(servo_pin), freq=50)  # PWM frequency 50 Hz for servo# Global variable to track the process stateservo_running = False# Function for smooth servo position transitiondef smooth_servo_control(angle_start, angle_end, duration_ms):    steps = int(duration_ms / 20)  # Calculate the number of steps for movement (every 20 ms)    angle_step = (angle_end - angle_start) / steps    for i in range(steps):        angle = angle_start + angle_step * (i + 1)        set_servo_position(angle)        if i == steps - 1:            utime.sleep_ms(10)  # Reduce delay at the end        else:            utime.sleep_ms(20)  # Delay between steps# Function to set the servo positiondef set_servo_position(angle):    duty = int(angle / 180 * 83) + 40  # Calculate duty cycle for the angle (range 40-115)    servo_pwm.duty(duty)# Interrupt handler function for touch port 15def handle_interrupt(pin):    global servo_running    servo_running = not servo_running  # Toggle the current state    if servo_running:        print("Process started")        # Start the infinite servo movement loop in a separate thread        _thread.start_new_thread(run_servo_loop, ())    else:        print("Process stopped")        smooth_servo_control(0, 0, 50)# Function to start the infinite servo movement loopdef run_servo_loop():    while servo_running:        smooth_servo_control(0, 90, 50)        utime.sleep_ms(50)        smooth_servo_control(90, 0, 20)        utime.sleep_ms(50)# Setup interrupt on touch port 15touch_start = machine.TouchPad(machine.Pin(15))touch_start.config(500)  # Set the threshold value for the interrupt# Read touch port in the main looplast_touch_value = 0while True:    touch_value = touch_start.read()    if touch_value < 500 and last_touch_value >= 500:        handle_interrupt(15)  # Call the interrupt handler when the threshold is triggered    last_touch_value = touch_value    utime.sleep_ms(20)  # Delay in the main program loop

Tags:

ClickMiner

HumsterCombat

AutoTapper

CryptoGame

ServoMotor

Automation

3DPrinted

GamingAccessory

CryptoCollector

MobileGaming