FLImagingClrPy 6.8.5

FLImaging(R) CLR for Python

FLImagingClrPy

FLImaging CLR for Python

FLImagingClrPy is a lightweight helper package that automatically sets up the initial environment to seamlessly import the .NET CLR wrapper (FLImagingCLR.dll)—built on top of the commercial machine vision library FLImaging®'s native C++ engine—directly into Python.
It simplifies the use of clr.AddReference() through pythonnet (or pythonnet_win64), and minimizes common barriers to entry such as version or architecture mismatches, DLL search paths, and license dongle detection.

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🖥️ Supported Environment

🧩 Operating System

• Supports Windows 7 SP1 through Windows 11 24H2 (both x86 and x64).
  Linux is not supported at this time.
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🧪 Development Tools

• Python 3.7 ~ 3.12 (64-bit recommended)
• .NET Framework 4.8 or .NET 6/7 Runtime
• Microsoft Visual C++ Redistributable 2015–2022 (required for native DLL execution)

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⚡ Optional: Deep Learning Hardware Acceleration

To accelerate the FLImaging® AI modules with GPU, the following additional system requirements apply:

Category	Minimum Specification	Recommended Specification
CPU	x64 with 4+ cores	x64 with 32+ cores
RAM	32 GB for training / 16 GB for inference	256 GB for training / 64 GB for inference
RAM Type	DDR4 or higher	DDR5 or higher
NVIDIA GPU	Ampere (e.g., RTX 3000, A100)	Ada Lovelace (e.g., RTX 4000/5000, H100)
NVIDIA Driver	Setup Package 572.61+, internal version 32.0.15.7261+	Latest Game Ready / Studio Driver
OS	Windows 10 or higher	Windows 11 or higher
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💡 TIP: Even without a GPU, CPU-only inference is possible.
However, for large model training or real-time processing, the recommended specs are strongly advised.

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🚀 Installation & Usage

1. Download the latest version of FLImaging® from
   👉 https://flimaging.fourthlogic.co.kr
2. After installation, run the following command to install FLImagingClrPy:

   pip install FLImagingClrPy
   

3. In your Python code, add the following at the top:

   from FLImagingClrPy import *
   

   Then, you're ready to begin developing software using the FLImaging® algorithms.