Depending on their digital imaging and communications in medicine (DICOM) data, the dislocated condylar segments were restored using the SimPlant Pro™ software, version 11.04.
Stacks of images were restored using Huygens.
Once length was restored, the TL-Hex® software was used based on orthogonal radiographs for software referencing to allow realignment of the two fragments.
The images were restored based on deconvolution using an appropriately measured PSF with a classical maximum likelihood estimate algorithm (Huygens Professional software, SVI, Hilversum, Netherlands).
A pottery vessel was restored in a virtual environment by using 3D laser scanning and computer aided design software.
Using a software program, frames were restored and then a digital intermediate was color corrected.
That is the advantage to using software.
Densitomeric analysis was performed using ImageJ software.
Band intensity was measured using ImageJ software.
Data obtained was analysed using WINMDI software.
