Unterschiede

Hier werden die Unterschiede zwischen zwei Versionen angezeigt.

--- analysistools:processing [2017/03/23 14:47] – oliver
+++ analysistools:processing [2017/08/10 11:34] (aktuell) – oliver
@@ Zeile 11: / Zeile 11: @@
 {{ :analysistools:openshow4d.png |}}
-The next step typically includes to visualize the processed data as a 3d-view or by a sheet of plots e.g. of joint angles. To do this open the tree of the output d3d-file, select a trial and open the context menu with a right-click.
+The next step in a typical workflow includes visualization of the processed data as a 3d-view and as a sheet of plots e.g. of joint angles. To do this open the tree of the output d3d-file, select a trial, open the context menu with a right-click and choose an action. Have a carefully look at the data, Sometimes you can see artefacts based on errors in the proprocessing of the data. Than you have to work on the rawdata with e.g. relabeling in the case of an markerbased system, setting of events, etc. and than you have to process the data again with the "Upperlimb" software. It can happen that you work in one or more of these cyclces.
+If all is ok, than typcially you save the the data of the complete session by using the [[guicomponents:plotsheets#save_mean_std-deviation_of_selected_data|"saveAsMeanStd" action]] in the context menu of the [[guicomponents:plotsheets|Plot Sheet]] into a single d3d-file in the output-folder of your project.
+This way you collect the data from one or more sessions in a single folder as a database for further analyses.