A Image viewer for Visual Studio Code, for the formats tiff, exr, npy, png, jpg, ppm, pfm and pgm.
It visualizes 8 and 16 bit uint images and 16 and 32 bit float images. The visualization of all images can be normalized to a specified range.
Additionally it allows for brightness and gamma corrections and offers a color value picker.
Features
Advanced TIFF Support: Opens and displays complex TIFF files, including those with multiple channels and floating-point data types. Also supports compressed TIFF images using Deflate or LZW with predictors using a rust implementation with geoTIFF as fallback.
Additional files Support: Support for exr, npy, png, jpg, ppm, pfm and pgm images with uint8/16 and float16/32 support for bw, rgb and rgba images.
Interactive Pixel Inspection: Hover over any pixel to see its exact value in the status bar. For multi-channel images, all channel values are displayed.
Add images to collection: For fast skipping through images and easier comparison. Use wildcards to load multiple at once.
Dynamic Normalization: Interactively adjust the normalization range for floating-point images to reveal hidden details or choose automatic normalization.
Gamma and Brightness Correction: Add or remove gamma correction for an image. To change brightness, the source gamma correction is removed, the brightness change (2**Change) is multiplied in linear space onto the image, and the target gamma correction is applied.
Keep All Settings for Session: A single VS Code Window keeps the settings applied on one image for all images.
Export as PNG: Export the image, with the chosen image visualization as PNG for easy sharing.
Right click menu: Many options and settings of the extension are available through a right click menu or through clicking on the elements in the status bar.
Float Image Visualization Options:
Feature Requests and Issues
If you have use cases that would be helpful for others or find problems, feel free to suggest them on the GitHub repository.
I'm open adding more file formats that can serve you.
