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workflows [2017/02/13 11:23] – [Single patient analysis] oliver | workflows [2018/07/10 12:02] (current) – [Autodetect humeral elevation phases] oliver | ||
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======Workflows====== | ======Workflows====== | ||
- | =====Generate Reference datasets===== | + | The software Upperlimb is something like an integrated software development environment for motion analysis. You can work by following your own ideas and use the tools for your specific research questions but some operational procedures |
- | Reference data sets are used e.g. to be shown as gray bands behind your data in timenormalized plot sheets. | + | |
- | Use the "Group mean data" wizzard. You can find it in the tools menu. | + | Most of the described Workflows are not specific for upperlimb modelling, that is why they are listed |
- | In the wizzards first panel you have to select your input data. If the paths to your input data are defined | + | The Workflows specific for the upperlimb software |
- | {{: | + | =====Working with static scapula positions for elevation angles bigger than 90 degrees===== |
- | =====Single patient analysis===== | + | =====Autodetect humeral elevation phases |
- | Preconditions: | + | A common situation is that multiple repetitions of humeral elevation are saved in the same trial. You want to extract them to show time-normalized curves of elevation only. So you want to create phases of elevation automatically. How this can be done is shown in the documentation of the modelling element < |
- | Right click on the folder in the DATA explorer, which includes the trials. In the context menu select process. Have a look at the output in the output windows. If this window is now shown you can oṕen it with via the Windows menue. If processing of your data is successful one or more output files are created. | + | With a maximum of 90 degree of elevation typically skin motion artefacts are less. If you have measurements from patients, than in can be happen that they can not elevante their arms up to 90+10=100 degree. That´s why the maximum value is configurable in the model V1.5: |
- | Choose one of the files, or if the file has the suffix " | ||
- | =====Datamining===== | + | <code xml> |
+ | < | ||
+ | | ||
+ | | ||
+ | | ||
+ | <Event name=" | ||
+ | | ||
+ | <!-- die 40 hat sich bei RCycleMaxElevation=90 bewaehrt, bei cylcMaxElevation=60 muss das vielleicht um 10 reduziert werden --> | ||
+ | <Phase name=" | ||
+ | | ||
+ | | ||
+ | | ||
+ | <Event name=" | ||
+ | | ||
+ | |||
+ | <!-- RShoulderEleDepHDCalDirCosAngle < RCycleMaxElevation --> | ||
+ | <!-- limit always to 90 degree instead to RCycleMaxElevatio--> | ||
+ | <Phase name=" | ||
+ | | ||
+ | | ||
+ | | ||
+ | </ | ||
+ | |||
+ | RElePhase is limited to 90 degree even if RCycleMaxElevation is smaller, e.g. 60 degree. If you plot phases |