Data Analysis

A few python scripts are available in analysis to demonstrate typical data analysis and plots that can be performed on Xolotl outputs. Additionally, HDF5utils gathers a few scripts useful to modify the network HDF5 file when using the restart option.

alloyPlot.py: works with the 800H material option; creates one figure composed of the average density and average diameter evolution for each type of cluster included in the network.

ironPhaseSpaceMap.py: works with the Fe material option; creates a figure representing the phase space of concentrations (He VS V) where the color uses a logarithmic scale.

nePlot0D.py: works with the Fuel material option; creates one figure representing the xenon size distribution for one or more datasets.

psiDepthProfile.py: works with the W100, W110, W111, W211 material options; creates a figure representing the integrated concentration of each type of cluster as a function of depth.

psiHeliumAveraged.py: works with the W100, W110, W111, W211 material options; creates a figure representing the helium content as a function of time, averaged over the given time limit (default 1 s).

psiIntegratedSize.py: works with the W100, W110, W111, W211 material options; creates a figure where for each type of clusters at a given time step, the size distribution is integrated over the total thickness of the material.

psiRetention.py: works with the W100, W110, W111, W211 material options; creates a figure representing the retention as a function of fluence.

psiSizeVSDepth.py: works with the W100, W110, W111, W211 material options; creates a figure per cluster type representing a concentration map as a function of cluster size and depth.