A plug-in for the camera RAW image processing program Bibble.
Author: Sean Puckett (seanmpuckett@gmail.com).
Bibble 5 note: All plug-ins will be rebuilt for B5. No upgrade fee will be charged. However, the price of plug-ins may rise when B5 is released. Purchase now to lock in your ownership of a plug-in.
TonyREAL is a tool for B&W photographers that allows you to reproduce the toning gradient (e.g. sepia) of another B&W image. Using TonyREAL is as simple as finding a picture with a toning you like, placing it in the source directory and selecting its filename from a list. TonyREAL scans the source image, extracts the full gradient of tone changes present, then applies them to your Bibble image.
Windows, Linux and Mac versions included in the same download. TonyREAL now available for Windows, Macintosh (Intel and PPC), and Linux.
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This is our starter image, a simple portrait with a wide range of tones and texture. This B&W conversion was made with AndyPRO using TechPan 25 Technidol 7min / Fortezo Soft, Full Range
Source Image (scanned silver gelatine print)
Source image.
Newspaper Sample Image (taken with cheap P&S Digital). I loaded the original image in Bibble then saved it immediately into my TonyREAL source directory (no edits).
Selenium Sample Image (found on Flickr with "selenium" and open source license). Saved with my browser into the TonyREAL source directory, then selected within Bibble as my TonyREAL source.
Controls whether TonyREAL affects the image.
Turns TonyREAL off and clears the sliders. It doesn't clear the currently analyzed tone, however.
Displays version number and author contact information.
These settings allow you to locate and analyze the toning colours used in an image.
Shows the list of files in the TonyREAL source directory (see below). Choose one from the list, then click the Load Tone from File button to analyze its tonality.
Refreshes the list of files shown from the TonyREAL directory, and also shows you which directory is used in a popup.
Loads the file highlighted in the file list, analyzes the tonality applied, and creates a tone gradient. The gradient is stored in the .bib file, so you don't need to worry about your tone source files getting lost or stale, and as long as your .bib file is saved, your toning will always be intact.
These settings control how the toning gradient is applied to the current Bibble image.
When checked, rescales the Bibble image so that no luminance value falls outside the luminance values found in the source tone. Keep in mind that this isn't an autolevels function; it scales the full black-white range (not what is actually found in your image). If you use Luma Limit, make sure your Bibble image is reasonably well exposed.
If you don't use Luma Limit, your toning gradient might look bad in the highligths and shadows because there isn't any similar tone data in your source file. In that case, adjust your image shadows/highlights accordingly. (Or turn off Andy's Full Range checkbox.)
This just reminds you of the name of the source toning file. Changing it will only confuse you later.
Adjusts the overall saturation of the entire toning gradient. See note below if you generally use a Bibble working space other than sRGB or AdobeRGB.
Shifts the toning gradient around the colour wheel. Can gently shove a toning to something more desirable or completely alter its character.
Adjusts the toning gradient to favour tones found in darker or lighter colours. For example, you may have noticed that many real-world chemical tones have heavily saturated dark tones. With this slider, you can pull these tones up towards the lighter luminance areas of your image, or push them further toward the blacks.
Mixes part of the original, untoned image back into the output. Useful for doing "semi-tones" even if you're not a musician.
TonyREAL presents the list of image files stored in a directory named "tonyreal" in your Bibble user directory. The first time that TonyREAL is launched within Bibble, this directory is created for you. It's also easy to verify the location of the directory by pressing the "refresh" button within the TonyREAL window -- you're notified of the exact directory location scanned.
Since all files are shown in the list (due to filename and filetype issues), do not put non-image files in this directory as they will clutter up your list.
If you're using Bibble Pro, set up an output batch file that points to your TonyREAL directory. Ste the output to JPG at about 800 pixels or so. Now you can use Bibble to browse any folder on your hard drive and crop/colour correct any image to create your TonyREAL source tone file.
Here's an idea: Use your camera to take a picture of a fine art photograph you like. White balance and colour correct it, then save to your TonyREAL folder with this batch. Now you can reproduce any toning you find in real life very simply and easily. I've created tones from pictures of wood, grass, newspaper photos... even my cat.
Unfortunately, it seems that sometimes you may have to exit and reopen Bibble to use the files you save in this fashion, because Bibble holds the output files open so that TonyREAL can't read them. Oh well.
TonyREAL can load most JPG and PNG images as long as those images are not "progressive" or "interlaced." If you're having trouble reading a file, load it into your favorite image editor and save it out again in the simplest form of JPG or PNG available.
There's no real need to have a source file much larger than a few hundred pixels on a side -- we're reading the tonality from the image, nothing more.
If you're using a Bibble colour workspace other than sRGB or AdobeRGB, you've probably noticed that TonyREAL's toning is applied too heavily. That's because most source JPG and PNG images use the sRGB colourspace. Since TonyREAL doesn't know how to convert colourspaces, you'll have to back off the TonyREAL saturation slider to approximate the saturation differential between sRGB and your working space.
Or, you could just use the sRGB image space for your toned images. If you're doing toned black/white images, you probably don't get any benefit at all from using a huge working gamut. In fact, you're liable to get banding on 8 bit output. Choose your working space wisely, and remember that using the same one all the time may not be in your best interest.