centrickda.blogg.se - Meshmixer 3.0

To be generated for other languages, such as Python, C#, etc.Ĭurrently we include scripts/etc for building Python bindings,īut other languages may be included in the future. The mm-api package also includes SWIG definitions which allow bindings You can use this API to perform operations inside the running The Autodesk Meshmixer desktop application is remotely-controllable via aĬ++ API. You would like to see exposed in the API. Your feedback! Please let us know which parts of Meshmixer Why release this API before it stabilizes? Because we need

existing C++ API functions may be renamed or removed.

future versions of the StoredCommands C++ class will not be binary-compatible.

In most cases this will simply result in additions to the API, Likely that non-backwards-compatible changes will occur. The Meshmixer API is under active development, and it is It may not work with previous or later versions of meshmixer or Python. WARNING This API distribution is compatible with meshmixer 3.0 and 32-bit Python 2.7. Surgeons may use the value of the measured glenoid version in prediction the required version of the reconstructive treatment.Copyright (c) 2014-2016 Autodesk Corporation

A retroversion angle of more than 4 degrees was associated with an approximately five-fold increase in the odds ratio for the presence of a critical glenoid defect. Using univariate regression analysis, it was found that a retroversion angle of more than 4 degrees was associated with an increased risk ratio for the occurrence of a critical glenoid defect by approximately 5 times.Ģ4 Univariate logistic regression analysis, used to determine the presence of a critical glenoid bone defect, showed that both the bony version angle and the number of previous dislocations were significantly associated with the extent of glenoid bone loss. Measurements of glenoid labral, chondral, and bony versions were performed using the Friedman method.

The best-fit circle method was used to identify the percentage of glenoid bone loss.

We retrospectively collected magnetic resonance arthrogram (MRA) data from 72 patients with unidirectional recurrent anterior shoulder instability. The objective of this retrospective case-control study is to determine the relationship of the glenoid version and the severity of glenoid bone loss in a group of previously documented recurrent anterior shoulder dislocation patients. The effect of glenoid version on the severity of glenoid bone loss is not completely understood, although the variation of glenoid version angles is considered to reflect the degree of glenoid bone loss in anterior shoulder instability cases.