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  • Getting Started
  • Getting Started - First steps
    • Getting Started Tutorial
    • Lesson 1: Creating a Standing Model
    • Lesson 2: Controlling the Posture
    • Lesson 3: Reviewing Analysis Results
  • How to write AnyScript
    • Introduction
    • Lesson 1: Basic Concepts
    • Lesson 2: Defining Segments and Displaying Objects
    • Lesson 3: Connecting Segments by Joints
    • Lesson 4: Imparting movement with Drivers
    • Lesson 5: Definition of Muscles and External Forces
    • Lesson 6: Adding Real Bone Geometries
  • Modeling the Human body
    • Introduction
    • Lesson 1: Starting with a New Model
    • Lesson 2: Adjusting the Human Model
    • Lesson 3: Making Ends Meet
    • Lesson 4: Kinetics - Computing Forces
  • The AnyBody Model Repository
    • Creating a Human Model from scratch
    • Scaling: Joint to joint scaling
    • Scaling: External Body Measurements
    • Scaling: Segmental scaling factors
  • Tutorials
  • A Study of Studies
    • Introduction
    • Lesson1: Mechanical System Information
    • Lesson 2: Initial Conditions
    • Lesson 3: Kinematic Analysis
    • Lesson 4: Inverse Dynamics
  • Making things move
    • Introduction
    • Lesson1: Simple drivers
    • Lesson 2: Using motion capture data
    • Lesson3: Noise and filters
    • Lesson 4: Parameter identification
    • Lesson 5: Using real data
    • Lesson 6: Troubleshooting C3D files
  • Inverse Dynamics of Muscle Systems
    • Introduction
    • Lesson 1: The Basics of Muscle Recruitment
    • Lesson 2: Linear Muscle Recruitment
    • Lesson 3: Quadratic Muscle Recruitment
    • Lesson 4: Polynomial Muscle Recruitment
    • Lesson 5: Min/Max Muscle Recruitment
    • Lesson 6: Composite Recruitment Criteria
    • Lesson 7: Calibration
  • Muscle Modeling
    • Introduction
    • Lesson 1: The Basics of Muscle Definition
    • Lesson 2: Controlling Muscle Drawing
    • Lesson 3: Via-point Muscles
    • Lesson 4: Wrapping Muscles
    • Lesson 5: Muscle Models
    • Lesson 6: Generalizing muscles as recruited actuators
    • Lesson 7: Ligaments
  • The Mechanical Elements
    • Introduction
    • Lesson 1: Segments
    • Lesson 2: Joints
    • Lesson 3: Drivers
    • Lesson 4: Kinematic Measures
    • Lesson 5: Forces
  • Force-Dependent Kinematics
    • Introduction
    • Lesson 1: The Baseline Model
    • Lesson 2: Adding FDK Features
    • Lesson 3: Results of FDK
    • Lesson 4: Using Surfaces to Define the Knee Joint
    • Lesson 5: Using Contact Forces to Replace a Joint in a Human Model
    • FDK appendix
  • Parameter Studies and Optimization
    • Introduction
    • Defining a Parameter Study
    • Optimization Studies
    • Optimization Studies in Python
  • Finite Element Analysis Interfacing
    • Lesson 1: Export of Data for FEA
    • Lesson 2: ANSYS Interface
    • Lesson 3: Abaqus Interface
  • Making Models using SOLIDWORKS
    • Translating a SOLIDWORKS CAD Model to AnyBody
    • Making the Translated AnyScript Model Move
    • Creating Human-Machine Integrated Analysis Model
  • Scaling and Personalizing your model
    • Lesson 1: Scaling based on medical images
      • Lesson 1 appendix
    • Lesson 2: Including a custom scaling function into your model
  • Posture and Movement Prediction
  • User interface features
    • Introduction
    • Lesson 1: The Editor Window
    • Lesson 2: The Model View Window
    • Lesson 3: The Chart View
    • Lesson 4: The Model Tree and Object Description
    • Lesson 5: The Command Line Application
    • Lesson 6: Modifying the Loaded Model
    • Lesson 7: Wrapping the Model with AnyBody Project
  • Trouble Shooting AnyScript Models
  • Validation of Models
    • Introduction to validation
    • Validating Kinematic input
  • About
    • Help improve tutorials
    • Legal, Trademarks and Copyrights
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  • Open issue

Legal, Trademarks and Copyrights

Contents

  • Remarks about documentation
  • Software License Agreement
  • Trademarks
  • Copyright Notice
  • Making References to Software and Models

Legal, Trademarks and Copyrights#

Remarks about documentation#

Caution

This documentation is intended for qualified users who will exercise sound engineering judgment and expertise in the use of the AnyBody™ Software. The AnyBody™ Software is inherently complex, and the examples and procedures in this documentation are not intended to be exhaustive or to apply to any particular situation. Users are cautioned to satisfy themselves as to the accuracy and results of their analyses.

This documentation and the software described in this documentation are subject to change without prior notice.

No part of this documentation may be reproduced or distributed in any form without prior written permission of AnyBody Technology.

AnyBody Software refers to the following software products/- modules that are products of AnyBody Technology A/S, Denmark:

  • The AnyBody Modeling System™ (AMS)

  • The AnyBody Managed Model Repository™ (AMMR)

  • AnyBody Exporter for SOLIDWORKS™ (ANYEXP4SOLIDWORKS™)

  • AnyFE2Abaqus™

  • AnyFE2APDL™

Software License Agreement#

The tutorials are licensed under the AnyBody™ Software License Agreement under the same terms as the “AnyBody Managed Model Repository” (AMMR) stated in the Agreement. This agreement can be found e.g. in the software’s menus and/or in the installation directory, or online at:

See: https://www.anybodytech.com/legal/software-license-agreement/

Trademarks#

The AnyBody™ Software includes products that are registered trademarks or trademarks of AnyBody Technology A/S in Denmark and/or other countries. Further information about trademarks and brands can be found at www.anybodytech.com/legal/trademarks-and-brands/.

  • The AnyBody™ Logo

  • AnyBody™

  • AnyScript™

  • The AnyBody Modeling System™ (AMS™)

  • The AnyBody Managed Model Repository™ (AMMR™)

  • AnyBody Exporter™ for SOLIDWORKS (ANYEXP4SOLIDWORKS™)

  • AnyFE2Abaqus™

  • AnyFE2APDL™

  • AnyMoCap™

  • Force-Dependent Kinematics™ (FDK™)

All other brand and product names mentioned herein are the trademarks and registered trademarks of their respective owners. Of special note are the following:

  • SOLIDWORKS® is a registered trademark of Dassault Systèmes SolidWorks Corporation.

  • ABAQUS®, SIMULIA® are registered trademarks of Dassault Systèmes Simulia Corporation.

  • ANSYS® is a registered trademark of Ansys, Inc.

  • Microsoft®, Windows® are registered trademarks of Microsoft Corporation.

Copyright Notice#

This documentation and the associated products contain proprietary and confidential technology, information and creative works owned by AnyBody Technology A/S and their respective licensors, if any.

Any use, copying, publication, distribution, display, modification, or transmission of such information and technology in whole or in part in any form or by any means without the prior express written permission of AnyBody Technology A/S is strictly prohibited. Except where expressly provided by AnyBody Technology A/S in writing, possession of this technology shall not be construed to confer any license or rights under any AnyBody Technology A/S intellectual property rights, whether by estoppel, implication, or otherwise.

Copyright © 2002–2025 AnyBody Technology A/S. All Rights Reserved.

Making References to Software and Models#

When referring to the AnyBody™ Software in papers, journals etc.  The licensee is requested to use the following academic conventions for the AnyBody Modeling System:

The AnyBody Modeling System (Version 8.1.x) (2025). [Computer software]. Aalborg, Denmark: AnyBody Technology. Available from https://www.anybodytech.com

When referring to specific models from the AnyBody Managed Model Repository use:

The AnyBody Managed Model Repository (Version 3.1.0) (2025). [Computer software]. Aalborg, Denmark: AnyBody Technology. Available from https://www.anybodytech.com

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Help improve tutorials

Contents
  • Remarks about documentation
  • Software License Agreement
  • Trademarks
  • Copyright Notice
  • Making References to Software and Models

By AnyBody Technology

© Copyright 2025, AnyBody Technology.