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rplatypus

Deep learning for 2D and 3D medical image segmentation and object detection in R.

Deep learning for medical images in R

Bridge R data pipelines and PyTorch architectures for DICOM and NIfTI files

Free forever · source-available · Licence not stated in the repository
✓ Light setup✓ Browser-based✓ Real-time collaboration
6.9
ZEKAI
R meets PyTorch for medical scans
Free & open source · Medical
Ease of setup5
Usefulness8
Maintenance9.5
Community5
★ 136
GITHUB
Nov 2026
UPDATED
Licence not stated in the repository
LICENSE
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⚡ Quick answer

rplatypus bridges the gap between R medical image handling packages and PyTorch deep learning models. It provides semantic and instance segmentation alongside object detection for formats like DICOM and NIfTI.

Runs on
Cross-platform
Hosting
Desktop
Languages
R
License
Licence not stated in the repository

What it is

The package handles deep learning model specifications, fitting, and mask plotting directly from R using an isolated PyTorch engine. It features built-in support for architectures like U-Net and LinkNet with comparable evaluation metrics.

Who it's for

It suits R users working with medical imaging datasets who want to run deep learning without leaving their environment. It does not suit those who require pre-configured setups without downloading large Python dependencies.

Key features

Unified R Interface

Run deep learning pipelines entirely in R while computing via an isolated Python engine.

DICOM and NIfTI Support

Process standard medical imaging formats natively in 2D and 3D specifications.

Mask and Truth Plotting

Visualize predictions against ground truth masks with custom colormaps to inspect model errors.

How to start

Up and running in 3 steps

1
Install the package via install.packages("rplatypus") or remotes::install_github("maju116/rplatypus")
2
Configure device settings if running older GPU hardware using platypus_use_torch
3
Define your model specification and fit your medical image dataset
Real talk

Our honest verdict

What's great

  • Fills the gap in the CRAN Medical Image Analysis task view by bringing neural networks to R
  • Automatically isolates and manages the underlying pyplatypus Python environment
  • Provides visual diagnostics for predictions, truth, and missed regions
  • Allows side-by-side comparison of different model specifications and loss functions

Where it falls short

  • Requires downloading about 5 GB for the PyTorch wheel containing CUDA binaries
  • Older GeForce GTX 10-series GPUs require a manual parameter call to avoid falling back to CPU
  • Code written against the older 2020 release is incompatible with the current PyTorch rewrite
Cost

Pricing & license

The only cost is running it yourself, as the licence is not stated in the repository metadata.

Paid work

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Questions

FAQ

Is Python required to be installed manually?

No, the package installs and isolates its pyplatypus engine automatically on the first call.

Will my old 2020 code work?

No, this is a complete rewrite running on PyTorch instead of TensorFlow.

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