message: Fixing indentation issues and couple of typos in bladeFSDT
diff: The bladeFSDTStiffness object
  This is the constitutive class for a blade-stiffened panel. The
  - constribution of the stiffeners to the panel thickness are handled
  + contribution of the stiffeners to the panel thickness are handled
  using a smeared-stiffener approach - see Brush and Almroth: Buckling
  of bars, plates and shells.
  @@ -194,7 +194,7 @@ void bladeFSDTStiffness::setKSWeight( double _ks_weight ){
  }
  /*
  - Retreive the critical panel loads for the given set of design variables
  + Retrieve the critical panel loads for the given set of design variables
  */
  void bladeFSDTStiffness::getCriticalGlobalLoads( TacsScalar * Nx,
  TacsScalar * Nxy ){
  @@ -2068,14 +2068,12 @@ void bladeFSDTStiffness::addFailureDVSens( const double pt[],
  // Add the derivatives from the ply fraction variables
  for ( int k = 0; k < num_pf_unique; k++ ){
  if (pf_unique[k] < dvLen){
  - dvSens[pf_unique[k]] += alpha*calcFailDVSens(pf_unique[k],
  - strain, sens_weights);
  + dvSens[pf_unique[k]] += alpha*calcFailDVSens(pf_unique[k], strain, sens_weights);
  }
  }
  for ( int k = 0; k < num_stiff_pf_unique; k++ ){
  if (stiff_pf_unique[k] < dvLen){
  - dvSens[stiff_pf_unique[k]] += alpha*calcFailDVSens(stiff_pf_unique[k],
  - strain, sens_weights);
  + dvSens[stiff_pf_unique[k]] += alpha*calcFailDVSens(stiff_pf_unique[k],strain, sens_weights);
  }
  }
  }
  @@ -2361,14 +2359,12 @@ void bladeFSDTStiffness::addBucklingDVSens( const TacsScalar strain[],
  // Add the derivatives from the ply fraction variables
  for ( int k = 0; k < num_pf_unique; k++ ){
  if (pf_unique[k] < dvLen){
  - dvSens[pf_unique[k]] += alpha*calcBucklingDVSens(pf_unique[k],
  - strain, sens_weights);
  + dvSens[pf_unique[k]] += alpha*calcBucklingDVSens(pf_unique[k], strain, sens_weights);
  }
  }
  for ( int k = 0; k < num_stiff_pf_unique; k++ ){
  if (stiff_pf_unique[k] < dvLen){
  - dvSens[stiff_pf_unique[k]] += alpha*calcBucklingDVSens(stiff_pf_unique[k],
  - strain, sens_weights);
  + dvSens[stiff_pf_unique[k]] += alpha*calcBucklingDVSens(stiff_pf_unique[k], strain, sens_weights);
  }
  }
  }
  