Skip to main content
Ctrl+K
gaitmap 2.6.0 documentation - Home

Site Navigation

  • Getting Started
  • User Guide
  • API Reference
  • Examples
  • Development
    • Changelog
  • GitHub

Site Navigation

  • Getting Started
  • User Guide
  • API Reference
  • Examples
  • Development
    • Changelog
  • GitHub

Section Navigation

  • Full pipelines
    • MaD DiGait Pipeline
  • Preprocessing
    • Manual Sensor Alignment
    • Automatic sensor alignment
    • Automatic sensor alignment (detailed)
  • Gait Detection
    • Ullrich gait sequence detection
  • Stride Segmentation
    • BarthDtw stride segmentation
    • Constrained BarthDtw stride segmentation
    • Stride segmentation with Regions of Interest
    • HMM stride segmentation - Prediction with pre-trained model
    • SegmentationModel Training
    • BarthDtw stride segmentation with Custom Template
  • Event Detection
    • Herzer event detection
    • Rampp event detection
  • Trajectory Reconstruction
    • Stride Level Trajectory reconstruction
    • Region Level Trajectory with Magnetometer
    • Region Level Trajectory reconstruction
    • ZUPT Dependency of the Trajectory Estimation
    • Advanced Kalman Filter Usage
  • Parameter Calculations
    • Temporal parameters calculation
    • Spatial parameters calculation
  • Datasets and Pipelines
    • Grid Search optimal Algorithm Parameter
    • Optimizable Pipelines
    • Cross Validation
    • Custom Dataset
    • GridSearchCV
  • Advanced Features
    • Running multiple pipelines in parallel
    • Export Algorithms to JSON
    • Caching algorithm outputs
  • Generic Algorithm
    • BaseDtw simple segmentation
  • Examples
  • Parameter...

Parameter Calculations#

How to calculate spatial-temporal parameters from calculated events and trajectories.

Temporal parameters calculation

Temporal parameters calculation

Temporal parameters calculation
Spatial parameters calculation

Spatial parameters calculation

Spatial parameters calculation
Edit on GitHub
Show Source

© Copyright 2020 - 2026, MaD-Lab FAU, Digital Health and Gait-Analysis Group.

Created using Sphinx 6.2.1.

Built with the PyData Sphinx Theme 0.14.4.