function G4g = G4g(q) %G4G % G4G = G4G(BET,GAM,PHI,PSI,TET) global Parametr bet=-Parametr(31); phi=q(4); psi=q(5); tet=q(6); gam=q(7); % This function was generated by the Symbolic Math Toolbox version 5.6. % 10-Apr-2014 11:44:31 t2 = cos(psi); t3 = cos(bet); t4 = sin(tet); t5 = cos(tet); t6 = sin(bet); t7 = cos(phi); t8 = sin(phi); t9 = sin(psi); t10 = t5.*t7; t17 = t4.*t8.*t9; t11 = t10-t17; t12 = t4.*t7; t13 = t5.*t8.*t9; t14 = t12+t13; t15 = cos(gam); t16 = sin(gam); t18 = t11.*t3; t55 = t14.*t6; t19 = t18-t55; t20 = t2.*t3.*t4; t21 = t2.*t5.*t6; t22 = t20+t21; t23 = t2.*t3.*t5; t32 = t2.*t4.*t6; t24 = t23-t32; t25 = t15.*t9; t26 = t16.*t22; t27 = t25+t26; t28 = t2.*t3.*t4.*t7; t29 = t2.*t5.*t6.*t7; t30 = t28+t29; t31 = t15.*t22; t33 = t4.*t8; t39 = t5.*t7.*t9; t34 = t33-t39; t35 = t5.*t8; t36 = t4.*t7.*t9; t37 = t35+t36; t46 = t16.*t9; t38 = t31-t46; t40 = t3.*t34; t41 = t37.*t6; t42 = t40+t41; t43 = t3.*t37; t45 = t34.*t6; t44 = t43-t45; t47 = t15.*t44; t48 = t16.*t2.*t7; t49 = t47+t48; t50 = t16.*t44; t64 = t15.*t2.*t7; t51 = t50-t64; t52 = t2.*t3.*t4.*t8; t53 = t2.*t5.*t6.*t8; t54 = t52+t53; t56 = t14.*t3; t57 = t11.*t6; t58 = t56+t57; t59 = t16.*t19; t60 = t15.*t2.*t8; t61 = t59+t60; t62 = t15.*t19; t72 = t16.*t2.*t8; t63 = t62-t72; t65 = t15.*t54; t66 = t65-t16.*t8.*t9; t67 = t16.*t54; t68 = t15.*t8.*t9; t69 = t67+t68; t70 = t2.*t3.*t5.*t8; t71 = t70-t2.*t4.*t6.*t8; G4g = reshape([0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0,-t24.*t58+t27.*t61+t38.*t63,-t24.*t42+t27.*t51+t49.*(t31-t46),t42.^2+t49.^2+t51.^2,t27.*(t16.*t30+t15.*t7.*t9)+t38.*(t15.*t30-t16.*t7.*t9)+t24.*(t2.*t3.*t5.*t7-t2.*t4.*t6.*t7),t27.*t69+t24.*t71+t66.*(t31-t46),t49.*t66-t42.*t71+t51.*t69,-t24.*t44-t16.*t27.*t42-t15.*t38.*t42,t19.*t24+t16.*t27.*t58+t15.*t58.*(t31-t46),-t19.*t42+t15.*t49.*t58+t16.*t51.*t58,t27.*t49-t38.*t51,-t27.*t63+t61.*(t31-t46),t49.*t61-t51.*t63,0.0,0.0,0.0,0.0,0.0,0.0],[3, 9]); e-REdING. Biblioteca de la Escuela Superior de Ingenieros de Sevilla.


MODELO COMPUTACIONAL DE LA INTERACCIÓN NEUMÁTICO-TERRENO DE UNA BICICLETA PARA SU SIMULACIÓN EN TIEMPO REAL

: ALCOCER TAGUA, JESÚS
: Grado en Ingeniería de las Tecnologías Industriales
Contenido del proyecto: