Análise de Marcha

veículo de difusão de informações em análise de marcha, reabilitação e biomecânica, captura de movimento para produções industriais
clinical gait analysis, rehabilitation and biomechanics, industrial "motion capture" (MoCap)



Manuais de Sistemas e Instalação

Eletreomiografia (EMG)

    Delsys:

  • The use of surface electromyography in biomechanics - Carlo J. De Luca
    • The lecture will explore the various uses of Surface Electromyography in the field of Biomechanics. Three groups of applications are considered; those involving: 1) the activation timing of muscles, 2) the force/EMG signal relationship, and 3) the use of the EMG signal as a fatigue index.

    Mega Elektroniikka Oy.:

  • Eletromiografia - Mapeamento Muscular


    • Motion Lab Systems, Inc.:

  • c3d File Format - c3d.org
    • "This is a standard PDF version of the C3D technical implementation manual and is identical to the version described above. This PDF file can be printed and redistributed with any C3D application."
  • Eletromiografia - Fundamentos
    • Electromyography is the study of muscle function based on the examination and analysis of the electrical signals that emanate from the muscles.
  • KAD - Knee Alignment Device
    • The purpose of the MLS Knee Alignment Device (also known as a “KAD”) is to allow the VICON Clinical Manager software application from Oxford Metrics Ltd., (VCM) to automatically establish the knee flexion axis during a static trial.
  • Laboratory Construction
    • The following is a list of general guidelines that Motion Lab Systems recommends for consideration when a 3D Gait or Motion Analysis laboratory is built or planned. This document is intended as a guide only although it draws on our experience of helping plan and setup more than thirty labs in the last ten years. Remember that every lab is different and that a solution that works well in one laboratory will not necessarily work well in another environment.
  • Report Generator UdDate: 2.400.x
    • Motion Lab Systems, Inc. was founded by Edmund Cramp in Baton Rouge, Louisiana (USA), in the late 1980s, following his experience working with Vicon motion capture systems starting in 1981. The company became a worldwide reference in dynamic electromyography (EMG) systems for gait and biomechanics laboratories, known for its high-fidelity, optically isolated amplifiers.

    Over more than three decades, Motion Lab Systems also developed and maintained the ReportGenerator, C3D Editor, and EMG Analysis software, widely used by gait analysis laboratories around the world. Carolyn Maher, with the company since 1992, was responsible for business management and development, a key part of this journey.

    Motion Lab Systems ceased commercial operations in October 2023. In recognition of its legacy, Edmund Cramp donated the ReportGenerator source code for free continuation and modernization, ensuring that the laboratories that relied on the software could keep using it at no cost.

    This software extends a special acknowledgment to Mr. Edmund Cramp and Ms. Carolyn Maher, of Motion Lab Systems, Inc., for nearly 20 years of invaluable contributions to gait analysis in Brazil - from the earliest dynamic electromyography systems to the continued development of the software suite (ReportGenerator, C3D Editor, EMG Analysis) and the constant support generously offered, often on a philanthropic basis, to the gait laboratories at AACD and Hospital Israelita Albert Einstein.

    Hundreds of patients have benefited, directly or indirectly, from this support.

    Our recognition and gratitude.

    ----------

    This version (UpGrade 2.400.x) and any future updates are based on the source code of the last version released by Motion Lab Systems (2.307), which Mr. Edmund Cramp generously donated for free continuation and modernization. As a direct result of this donation, this software remains free of charge to end users, with no license required, now and for future versions.

    This improvement project remains open to new contributions from developers and users alike, who are welcome to reach out at: labmarcha@gmail.com - Wagner de Godoy, Brazil


NOTICE - TESTING VERSION: ReportGenerator version 2.400.3 is currently undergoing testing and validation. Do not use this version to generate clinical reports until testing is complete and the version is formally released.

Notice of Authorization and Acknowledgement — August 18, 2026
As of August 18, 2026, the inclusion and distribution of the Gait Deviation Index (GDI) MS Excel spreadsheet within this non-commercial package has been authorized by its creator, Dr. Michael H. Schwartz.
We are deeply grateful for his continued generosity in allowing this material to be shared freely with the gait analysis community. This spreadsheet remains an essential resource for evaluating patient gait progress across clinical and research laboratories.

VCM - Vicon Clinical Manager:

  • VCM - Joint Centers
    • Descrição, baseada no VCM User's Guide, das definições dos segmentos (pelve, coxa, perna e pé) e centros articulares (quadril, joelho e tornozelo) dos membros inferiores.
    Autor: Wagner de Godoy

Force Plates

    Program LABCOORD.FOR and LABCOORD.PAS

  • Código em Fortran que permite o cálculo das coordenadas dos cantos de plataformas de força

    • PROGRAM LABCOORD.FOR

    C==========================================================================
    C
    C Programmer: Andrew Dainis 5-DEC-88
    C
    C This program will calculate the X,Y coordinates of four points given the
    C Point 1 is made the coordinate system origin, and point 2 is placed on the
    C the six distances between the points which are assumed to lie in a plane.
    C Y-axis. The measurements S12, S13, S14, S23, S24, S34 are assumed to be
    C entered in that order and the first five are used to compute the point
    C coordinates. The sixth distance is computed from the first five, and
    C should agree with the measured distance between points 3 and 4.
    C Points are order clockwise.
    C
    C==========================================================================

    Este material histórico foi gentilmente cedido por Mr. Edmund Cramp, que desenvolveu uma versão
    em linguagem Pascal.

    {-----------------------------------------------------------------------------}
    { Pascal Translation of LABCOORD.FOR by Andrew Dainis 5-DEC-88 ---------------}
    { "A good programmer can write FORTRAN programs in any language." ------------}
    {-----------------------------------------------------------------------------}

    Nota: Ambos os arquivos, LABCOORD.FOR e LABCOORD.PAS, podem ser lidos no MS-Notepad.