Compact CCD Spectrometer

import time
from tlccs import TLCCS

def main():
    dll_path = "path/to/your/dll/file.dll"  # Replace with the path to your DLL file. TLCCS_64.dll for 64-bit system and TLCCS_32.dll for 32-bit system.

    resource_name = "USB0::0x1313::0x8089::M00417163::INSTR"  # Replace with your spectrometer's resource name
    tlccs = TLCCS(dll_path)

    # Initialize the spectrometer
    instrument_handle = tlccs.init(resource_name)
    print(f"Initialized spectrometer with handle: {instrument_handle}")

    # Identification query
    manufacturer, device, serial, firmware, driver_revision = tlccs.identification_query(instrument_handle)
    print(f"Manufacturer: {manufacturer}\nDevice: {device}\nSerial: {serial}\nFirmware: {firmware}\nDriver Revision: {driver_revision}")

    # Set integration time
    integration_time = 0.1  # seconds
    tlccs.set_integration_time(instrument_handle, integration_time)
    print(f"Set integration time to {integration_time} seconds")

    # Start a single scan
    tlccs.start_scan(instrument_handle)
    print("Started a single scan")

    # Get scan data
    data = tlccs.get_scan_data(instrument_handle)
    print(f"Scan data: {data}")

    # Get wavelength data
    data_set = 0  # Use factory adjustment data
    wavelength_data, minimum_wavelength, maximum_wavelength = tlccs.get_wavelength_data(instrument_handle, data_set)
    print(f"Wavelength data: {wavelength_data}\nMinimum wavelength: {minimum_wavelength} nm\nMaximum wavelength: {maximum_wavelength} nm")

    # Close the spectrometer
    tlccs.close(instrument_handle)
    print(f"Closed spectrometer with handle: {instrument_handle}")

if __name__ == "__main__":
    main()