184 lines
6.4 KiB
TeX
184 lines
6.4 KiB
TeX
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\documentclass[10pt]{report} % report, article, book
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\usepackage{ffgTemplate}
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\tcbuselibrary{breakable}
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\begin{document}
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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% Paramètre du document fichier PDF généré %
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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\def\formationType{MS Initiateur} % Type de formation : MSIn, MSam, ...
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\def\discipline{Trampoline} % Discipline : GAF, GAM, Tr, Tu, ...
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\def\disciplineAcronym{TRA} % Acronyme de la discipline
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\def\moduleTitle{Bases biomécanique\\ \bigskip des éléments gymniques au\\ \bigskip \bigskip trampoline} % Titre du module de la formation
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\def\writer{Trullemans Gregory} % auteur (actuel) du syllabus
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\def\motcle{Formation, Niveau 1, Trampoline, Base, Biomécanique, Module} % mots clés séparé par une virgule
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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% NE PAS MODIFIER CES LIGNES %
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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\hypersetup{
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% PDF Informations definition
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pdftitle = {Formation \formationType\xspace \discipline\xspace: Module \moduleTitle},
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pdfauthor = {\writer},
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pdfcreator = {\writer\xspace with \LaTeX\xspace and FfG style v2.1},
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pdfproducer = {\LaTeX},
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pdfkeywords = {\motcle},
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% PDF layout presentation définition
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breaklinks = true, % permet le retour à la ligne dans les liens trop longs
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colorlinks = true, % colorise les liens
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linkbordercolor = {1 1 1}, % Couleur de la bordure des liens (blanc)
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linkcolor = black, % couleur des liens internes
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urlcolor = blue, % couleur des hyperliens
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citecolor = blue, % couleur des liens de citations
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}
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\maketitle
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\tableofcontents
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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% CHAPTER %
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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\input{./chap_introduction.tex}
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\input{./chap_dynamique.tex}
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\input{./chap_creation_rotation_transversales.tex}
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\input{./chap_creation_rotation_longitudinales.tex}
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\input{./chap_controle_rotation.tex}
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\input{./chap_pratique.tex}
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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% BIBLIOGRAPHY %
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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
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\begin{thebibliography}{9}
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\bibitem{Hay}
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J. Hay,
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\emph{Biomécanique des techniques sportives}.
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Vigot, Paris,
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1980.
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\bibitem{Ducroux0601}
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Pozzo et Studenny,
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\emph{Théorie et pratique des sports acrobatiques}.
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Edition Vigot,
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1987.
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\bibitem{ABCTr}
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Charles Soulard, Pascal Chambriard,
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\emph{ABC du trampoline}.
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France Promo Gym, Aix les bains.
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\bibitem{Frohlich79}
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Cliff Frohlich
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\emph{Do springboard divers violate angular momentum conservation?}
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American Journal of Physics, 47, 583 (1979);
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doi: 10.1119/1.11759
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\bibitem{Prevos01}
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Prévos Pascal,
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\emph{Analyse biomécanique des rotations}.
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2003
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\bibitem{TSmith}
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T. Smith,
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\emph{Biomécanique et gymnastique}
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PUF, Paris,
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1991.
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\bibitem{Pernet}
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M. Pernet,
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\emph{Gymnastique artistique et sportive : 9 techniques de base à la loupe}.
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Dossier EPS n°18, Paris,
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1994.
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\bibitem{MementoGym97}
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Collectif,
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\emph{Memento 97 des Activités Gymniques, Tome 1}.
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Fédération Française de Gymnastique,
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1997.
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\bibitem{AllardBlanchi}
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P. Allard, J.-P. Blanchi,
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\emph{Analyse du mouvement humain par la biomécanique}.
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Ed. Decarie, Paris,
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1999.
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\bibitem{Delamarche}
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P. Delamarche, M. Dufour, L. Perlemuter,
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\emph{Anatomie, physiologie, biomécanique en STAPS}.
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Ed. Masson, Paris,
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2002.
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\bibitem{Blancon}
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T. Blancon,
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\emph{La physique et la mécanique à l’usage de la pratique sportive}.
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Dossier EPS n°69, Paris,
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2006.
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\bibitem{Lepers}
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R. Lepers, A. Martin,
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\emph{Biomécanique}.
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Ed. Ellipses, Paris,
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2007.
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\bibitem{Grimshaw}
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P. Grimshaw, A. Burden,
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\emph{Biomécanique du sport et de l’exercice}.
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De Boeck, Paris,
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2010.
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\bibitem{LeonDelisse}
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Léon Delisse,
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\emph{Aide Moniteur : Module Biomécanique}.
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Fédération francophone de Gymnastique,
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2010.
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\bibitem{Lancereau1}
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Laure Lancereau,
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\emph{Biomécanique en Gymnastique}.
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Académie de Reims.
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\bibitem{Labeau1}
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Paul Labeau
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\emph{Essai d'une étude mécanique de vrilles}
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1980
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\bibitem{fign2}
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Collectif,
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\emph{Biomechanics for Trampoline gymnastics}
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Fédération Internationale de Gymnastique - Trampoline Niveau 2
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2014
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\bibitem{Yeadon1}
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Maurice R. Yeadon
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\emph{The control of twisting somersaults}
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Journal of Biomechanics (Volume 47)
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April 2014
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\bibitem{delignieres1}
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Didier Delignières
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\emph{La création des vrilles dans la phase aérienne des figures acrobatiques}
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T. SMITH, Biomecanique et Gymnastique
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\bigskip
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\section*{Versions}
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\begin{itemize}
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\item Version 2015 : Trullemans Gregory, février 2015.
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\item Version 2016 : Trullemans Gregory, juin 2016.
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\item Version 2018 : Trullemans Gregory, juin 2018.
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\item Version 2021 : Trullemans Gregory, juillet 2021.
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\item Version 2023 : Trullemans Gregory, juillet 2023.
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\item Version 2024 : Trullemans Gregory, le \today.
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\end{itemize}
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\end{thebibliography}
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% https://homework.study.com/explanation/a-diver-can-change-his-moment-of-inertia-by-drawing-his-arms-and-legs-close-to-his-body-in-the-tuck-position-a-certain-diver-has-a-moment-of-inertia-of-24-0-kilograms-meter-squared-in-the-straight-position-in-the-tucked-position-his-moment-of-inertia-is.html
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\end{document}
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