modelExperiment

Information

// Nonlinear system of equations
    // Unknowns[9]: 
    //   x2(start = 0)
    //   y2(start = 0)
    //   z2(start = 0)
    //   zc(start = 0)
    //   y1(start = 0)
    //   x1(start = 0)
    //   z1(start = 0)
    //   yc(start = 0)
    //   xc(start = 0)
  algorithm // Torn part

  equation // Residual equations
    0 = xc^2+yc^2+zc^2-168.0;
    0 = (7.0+x1)^2+(y1-15.0)^2+z1^2-25.0;
    0 = 44.148+((-2)*x1-21.013)*(xc-3.5064)+(8.6653-2*y1)*(yc-10.667)+(-1.5819-2
      *z1)*(zc-0.79094);
    0 = (x2-7.0)^2+(y2-15.0)^2+z2^2-140.63;
    0 = 230.51+(1.9566-2*x2)*(xc-6.0217)+(20.319-2*y2)*(yc-4.8403)+(6.9226-2*z2)
      *(3.4613+zc);
    0 = (42.669-4*yc)*z1+(4*y1-60)*(zc-0.79094);
    0 = (4.0*xc-14.026)*z1+((-4)*x1-28)*(zc-0.79094);
    0 = (19.361-4*yc)*z2+(4*y2-60)*(3.4613+zc);
    0 = (4.0*xc-24.087)*z2+(28-4*x2)*(3.4613+zc);
  // Analytic Jacobian was produced, but it is not listed here.
  // To have it listed, set
  //   Advanced.OutputModelicaCodeWithJacobians = true
  // before translation. May give much output,
  // because common subexpression elimination is not activated.
  // End of nonlinear system of equations

Parameters

Components