framework
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framework [2017/06/27 16:26] admin |
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| * a module to estimates anthropometric dimensions based on a set of predictors (Anthropometric Prediction Module) and three public anthropometric databases from children to elderly. A functionality to predict anthropometric dimensions directly using the GEBOD regression is also included. | * a module to estimates anthropometric dimensions based on a set of predictors (Anthropometric Prediction Module) and three public anthropometric databases from children to elderly. A functionality to predict anthropometric dimensions directly using the GEBOD regression is also included. | ||
| * the Scaling Constraints Module to interactively build correspondences between anthropometric dimensions and a HBM to prepare scaling. The module can also call all required modules to define the target and perform the transformation | * the Scaling Constraints Module to interactively build correspondences between anthropometric dimensions and a HBM to prepare scaling. The module can also call all required modules to define the target and perform the transformation | ||
| - | * a geometrical interpolation module to support model morphing (Kriging Module). The module integrates many numerical features useful within the context of HBM scaling (allows arbitrary number of control points, automatic control point decimation, weighting of the bone and skin, use of surface distance...) | + | * a geometrical interpolation module to support model morphing (Kriging Module). The module integrates many numerical features useful within the context of HBM scaling (allows arbitrary number of control points, automatic control point decimation...) |
| * a module (Scaling the PIPER child model by age) dedicated to the PIPER Child scalable model, which allows to generate models matching an age or a stature (based on the GEBOD regressions). The functionality to scale the material parameters with age is also included as an experimental feature. | * a module (Scaling the PIPER child model by age) dedicated to the PIPER Child scalable model, which allows to generate models matching an age or a stature (based on the GEBOD regressions). The functionality to scale the material parameters with age is also included as an experimental feature. | ||
| * a Contour Deformation Module to transform the HBM using contour based approaches | * a Contour Deformation Module to transform the HBM using contour based approaches | ||
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| + | {{ : | ||
| ===== Positioning in PIPER: overview ===== | ===== Positioning in PIPER: overview ===== | ||
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| In all cases, the use of the Transformation smoothing after positioning was found to greatly improve the results. In some cases (for smaller motion), the pre-position may be directly used and lead to a plausible and runnable model after smoothing. | In all cases, the use of the Transformation smoothing after positioning was found to greatly improve the results. In some cases (for smaller motion), the pre-position may be directly used and lead to a plausible and runnable model after smoothing. | ||
| - | ===== Foreword: where to find it? ===== | + | {{ : |
| + | {{ : | ||
| + | {{ : | ||
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| + | ===== Where to find it? ===== | ||
| * see the [[downloads|download page]] | * see the [[downloads|download page]] | ||
framework.1498573571.txt.gz · Last modified: 2017/06/27 16:26 by admin
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