-
```
Issues
1.Does NOT include Rx Dose with RT Plan - must enter manually
2.DHV can not be easily evaluated because structure list in the way
TPS
Nomos Corvus, DICOM Files tested for version 6.3, 08,…
-
```
The absolute dose matrix in XiO RTDOSE files can be calculated by taking the
pixel data of the dose cube (which typically has a range approximately 0-1e6
corresponding to 0-100%) and multiplying…
-
```
The absolute dose matrix in XiO RTDOSE files can be calculated by taking the
pixel data of the dose cube (which typically has a range approximately 0-1e6
corresponding to 0-100%) and multiplying…
-
```
Issues
1.Does NOT include Rx Dose with RT Plan - must enter manually
2.DHV can not be easily evaluated because structure list in the way
TPS
Nomos Corvus, DICOM Files tested for version 6.3, 08,…
-
```
The absolute dose matrix in XiO RTDOSE files can be calculated by taking the
pixel data of the dose cube (which typically has a range approximately 0-1e6
corresponding to 0-100%) and multiplying…
-
This format ( http://www.cerr.info ) comes up a lot in RT dose research. It is a bunch of nested MATLAB structures in a cell array in a .MAT container. It's an adaptive format with a built-in index, a…
-
```
The absolute dose matrix in XiO RTDOSE files can be calculated by taking the
pixel data of the dose cube (which typically has a range approximately 0-1e6
corresponding to 0-100%) and multiplying…
-
```
The absolute dose matrix in XiO RTDOSE files can be calculated by taking the
pixel data of the dose cube (which typically has a range approximately 0-1e6
corresponding to 0-100%) and multiplying…
-
```
The absolute dose matrix in XiO RTDOSE files can be calculated by taking the
pixel data of the dose cube (which typically has a range approximately 0-1e6
corresponding to 0-100%) and multiplying…
-
```
The absolute dose matrix in XiO RTDOSE files can be calculated by taking the
pixel data of the dose cube (which typically has a range approximately 0-1e6
corresponding to 0-100%) and multiplying…