In order to automate the analysis process there can be no fisheye. The problem I am currently facing is a fisheye effect (see attached photo). The current setup involves placing the plates on a light box, mounting a digital camera on a stand 1-3 feet above the plates, and quickly snapping pictures. However we would like to instead take pictures of our plates with a digital camera as it is faster and reduces glare. When the screens are finished we use to scan the plates into the computer (with a high end flatbed scanner) in order to automatically analyze them. Part of the project involves conducting high-throughput screens on rectangular agar plates. My project involves using yeast as a model to study human cancers. Writing a file from the script, and then reading it back in the plug-in, doesn't work because the script is running in a protected environment where writing files is not allowed.I am a PhD student at Columbia University and need some photography help. Setting an environment variable in the script, and reading the variable in the plug-in, won't work because I need to set an environment variable in a parent process. But there is no way to pass this information to a plug-in. A PSP script, to obtain EXIF data, was successful. But a call to getSize returns zero, indicating no EXIF data. Rc = getProperty(0x3842494D, propEXIFData, 0, &simpProp, &compProp) Ī call to getProperty returns zero, indicating all is okay. I am willing to work with a developer on your end to see this feature implemented in your software. As a result, users will have access to automatic correction for distortion via the PTLens plug-in. I estimate less than one hour of developer time. Work at your end, assuming you have access to a pointer to EXIF data, is trivial. This is a bit onerous for users with zoom lenses. Without EXIF data the user must manually enter camera make, model, lens, and lens focal length. Unfortunately, EXIF data is not available for plug-ins under PSP. The plug-in is compatible with Photoshop on both the Mac and PC. The software functions by reading EXIF data and, based on this information, determines the camera, lens, and focal length, and automatically corrects lens distortion. I am the author of PTLens, software for correcting lens distortion.
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