
 FRAME3DD version: 20100105
 Analysis of 2D and 3D structural frames with elastic and geometric stiffness.
 http://frame3dd.sf.net
 GPL Copyright (C) 1992-2010, Henri P. Gavin
 This is free software with absolutely no warranty.
 For details, see the GPL license file, LICENSE.txt


 ** Example B: a pyramid-shaped frame --- static and dynamic analysis (N mm ton)  ** 

 number of joints ................................... nJ =  12  ... complete
 number of joints with reactions .................... nR =  12  ... complete
 number of frame elements............................ nE =  21  ... complete
 number of load cases ............................... nL =   2 
 load case 1 of 2:                                             
  number of loaded joints ........................... nF =   5
  number of uniformly distributed loads ............. nU =   0
  number of trapezoidally distributed loads ......... nW =   0
  number of concentrated frame element point loads .. nP =   0
  number of temperature changes ..................... nT =   0
  number of prescribed displacements ................ nD =   1
 load case 2 of 2:                                             
  number of loaded joints ........................... nF =   3
  number of uniformly distributed loads ............. nU =   0
  number of trapezoidally distributed loads ......... nW =   0
  number of concentrated frame element point loads .. nP =   0
  number of temperature changes ..................... nT =   3
  number of prescribed displacements ................ nD =   2
                                                      load data ... complete
 number of dynamic modes ............................ nM =   0
                                                      mass data ... complete

 Load Case 1 of 2 ...                                           
 Linear Elastic Analysis ... Mechanical Loads
  RMS relative equilibrium precision: 1.102e-014 ...  woo-hoo! 

 Load Case 2 of 2 ...                                           
 Linear Elastic Analysis ... Temperature Loads
 Linear Elastic Analysis ... Mechanical Loads
  RMS relative equilibrium precision: 3.509e-014 ...  excellent! 


