Auto-Inspection-AI

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Setup Instructions

Linux Setup

1. Create Project Folder

   mkdir -p /home/pi/PythonProjects/auto_inspection
   

2. Change Directory to Project Folder

   cd /home/pi/PythonProjects/auto_inspection
   

3. Create Virtual Environment

   python3 -m venv .venv
   

4. Activate Virtual Environment

   source .venv/bin/activate
   

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Windows Setup

1. Create Project Folder

   mkdir C:\\PythonProjects\auto_inspection
   

2. Change Directory to Project Folder

   cd C:\\PythonProjects\auto_inspection
   

3. Create Virtual Environment

   python -m venv .venv
   

4. Activate Virtual Environment

   .venv/Scripts/activate
   

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Installing hexss

Install the required package using pip:

pip install hexss

Note: If you are using pip with a proxy server, you can use the following commands:

pip install --proxy http://<proxyserver_name>:<port> hexss
pip install --proxy http://<usr_name>:<password>@<proxyserver_name>:<port> hexss

Example:

pip install --proxy http://150.61.8.70:10086 hexss

To set up a proxy for automatic package installation:

hexss config proxies.http http://150.61.8.70:10086
hexss config proxies.https http://150.61.8.70:10086

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Example Usage

General Example

See the full example code for basic usage.

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Using with Arduino

1. Handle Arduino Functionality

def handle_arduino_events():
    from hexss.serial import Arduino
    ar = Arduino('Arduino', 'USB-SERIAL CH340')
    ar.pinMode(3, 2)
    ar.waiting_for_reply(5)

    while data['play']:
        if ar.is_falling_edge(3):
            data['events'].append('Capture&Predict')
        time.sleep(0.02)

2. Add to Multithread

m.add_func(handle_arduino_events)

See the full example code for Arduino integration.

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Using with Raspberry Pi

1. Handle Raspberry Pi I/O

def handle_raspberrypi_io(data, ui):
    from gpiozero import LED, Button
    from datetime import datetime, timedelta

    g_button = Button(5)
    y_button = Button(6)
    g_led = LED(17)
    y_led = LED(27)

    last_now = datetime.now()
    g_button_status = [0, 0]
    y_button_status = [0, 0]
    while True:
        now = datetime.now()
        g_button_status[0] = g_button_status[1]
        g_button_status[1] = g_button.is_pressed
        y_button_status[0] = y_button_status[1]
        y_button_status[1] = y_button.is_pressed

        if g_button_status[1] and not g_button_status[0]:
            data['events'].append('Capture&Predict')

        if y_button_status[1] and not y_button_status[0]:
            data['events'].append('Capture&Predict')

        if now - last_now > timedelta(seconds=0.5):
            last_now = now

            res = ui.res_textbox.texts.get('res')
            if res and res.text == 'Wait':
                y_led.off()
                g_led.toggle()
            elif res and res.text == 'NG':
                g_led.off()
                y_led.toggle()
            else:
                y_led.off()
                g_led.off()

        time.sleep(0.02)

2. Add to Multithread

m.add_func(handle_raspberrypi_io, args=(data, ui))

See the full example code for Raspberry Pi integration.

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