Free lcd software for mac

LCD Clock 1.0.3 is an advanced program which satisfies you with realistic backlighting effects. Choice of UTC or Local Time Display.

Requirements:
MacOS X 10.1 or later, LCD screen.

PiXel Check is a utility that allows you to easily turn on all or specific pixels on your LCD display, allowing you to check for bad or dead LCD pixels.
Click the mouse button or press any key to dismiss a test or jump to the next color in the "Automatic" mode.
To the best of my knowledge, this is the FIRST and ONLY LCD pixel checking utility for OS X. Why do I say this? Well, I couldnt find any, so I wrote PiXel Check! :)
For those who care, it was written in Objective-C using Cocoa.
Enhancements:
- This version of PiXel Check is dedicated to the seven brave men and women of the Space Shuttle Columbia who lost their lives on February 1, 2003.
- Multiple monitor support! There are no options to select, it just magically detects your extra display(s).
- Help (English) is now available from within the application.
- Added Italian localization, thanks to Max Rotunno.
- Cleaned up more code and corrected a description faux pas relating to Black and White test modes.

Black n Blue is an alternative iTunes remote that features a sleek and futuristic interface by UI veteran Piotr Gajos.
In addition, the remote is designed to be extremely space efficient.
Perfect for PowerBook and PowerMac users, the remote displays information on a blue LCD screen including track name and artist, status, and time elapsed. Coded by the developer of iClip.
Enhancements:
- New pause indicator.

The files coming out of a pretty much all Digital cameras are in the Exif flavour of Jpeg files. Exif files are for the most part Jpeg files, but start with a different header block, and contain additional data sections with camera settings, as well as a preview thumbnail picture as part of the Exif header. Most editing / viewing software just skips past the Exif header and ignores it outright, so you normally dont notice its even there.
Because I am interested in photography, I am always curious just exactly what settings my fully automatic digital camera actually did end up using. Theres a few programs out there that can parse some of these headers, but I couldnd find one that I could compile to an executable, and none that actually figured out what the camera settings were from the various confusing ways in which the fields can be expressed.
Parsing the data of interest out of an Exif header is not straightforward. There is a large number of ways that simple data such as shutter speed or aperture setting can be expressed in inside of an Exif header. It can be an integer of various forms, or a fraction or floating point, which must subsequently be raised to a power to get the true value. Then it can be stored big-endian or little endian, and there are different fields for expressing the same values! It sounds like complete eveolutionary anarchy, but I think its just a comitee designed spec.
With all its complexity, interestingly enough, plain text ASCII would both be smaller in size and easier to parse! So I wrote this command line driven program to parse through the little file system in the Exif headers and extract the stuff I really care about: What the digital camera settings really were.
The other thing I realized is that the files coming out of most digital cameras contain an integral thumbnail as part of the Exif header. This thumbnail is used for flipping through really tiny images on the LCD, although most cameras, when viewing just one image on the LCD dont use it (too little detail).
This thumbnail takes up typically around 10k of data in the header. Once the picture is off the camera, even the software that comes with the camera doesnt use the thumbnail in the file, so its really just wasted space. So I added an option (-dt option) that reads the whole Jpeg image, figures out where the useful part of the Exif header ends, discards the thumbnail, and saves it back to disk. where the thumbnail is, and writes everything (including the rest of the Exif header) back Result: 10k space savings, with all the important information, including the digital camera information in the exif header intact. No loss of image quality, and very fast. So far all software I tried, including the software that comes with the digital cameras, has worked fine, and is still able to parse the Exif header.
Main features:
- Integral low-res Exif thumbnail
- Shutter speed
- Camera F-stop number
- Flash used (yes/no)
- Distance camera was focused at
- Focal length and calculate 35 mm equivalent focal length
- Image resolution
- Time and date picture was taken
- Camera make and model
- Up-right images according to rotation tag using jpegtran
- Set or relative adjust internal exif timestamps
- Re-name or date stamp fils according to exif timestamp
- Transfer exif headers between images
- Edit jpeg comments
- Delete exif or comment sections from jpeg images
Enhancements:
- Added -rgt (regenerate thumbnail) feature.
- Added -orp and -orl options.