Macrograph: Do montages scale properly?

Macrographs have auto-scaling waveform displays AND always shows a dB scale. This really helps ground you in reality - knowing that mountainous peak is actually just 3dB above the noise floor reminds you of the magnification and provides perspective on how significant a waveform feature may be (is that peak a mountain or molehill). Without this feature, it's easy to get lost, and hard to really know what you're looking at.

First, you must install the RGB to Montage plugin, which is available on the microscopy server under ~ImageJ  plugins  0 RGB stuff. To install the plugin, copy the RGB to Montage .jar file into the ImageJ plugins folder on your computer. You can also choose to install the entire RGB stuff folder. Either way, you must re-start ImageJ for the RGB to Montage plugin to appear under the Plugins menu.

mImgtbl can also be used as a standalone program to gather image metadata for other purposes (to populate a database, as a basis for spatial coverage searches, etc.) In this case it is often desirable to collect information on all the files in a directory tree recursively. The "-r" (recursive) flag instructs mImgtbl to search the given directory and all its subdirectories recursively.

However, Martin Powell in his analysis of performance noted that most of the time, the radar range values tended to be erratic and the overlaid radar return was either noisy or flat, including the entire period when the object seemingly was circling at 9135 meters. Instead he proposed a different trajectory where the object made a sharp turn and then headed in a straight line for the camera. He thought the increases in image size as the video progressed were primarily caused by the object getting closer to the camera rather than the camera zooming in (although there are two obvious zooms in the course of the video).