Adding pitch and yaw as targets for puts

src/kat_calc.c

@@ -1398,7 +1398,7 @@ void fill_mirror_signal_rhs(signal_t *signal, ifo_matrix_vars_t* M_car, ifo_matr
             double phase_r = f_sig->order * signal->phase; // amplitude modulated for alignment signals
             double factor_r = signal->amplitude * EPSILON / 2; //Epsilon/2 for fsig
 
-            double factor_t = -signal->amplitude * EPSILON / 4;
+            double factor_t = signal->amplitude * EPSILON / 4;
             // i factor for transmission is provided in the matrix multiplication
             // a12f and a21f later
             double phase_t  = f_sig->order * signal->phase;
@@ -1474,7 +1474,7 @@ void fill_mirror_signal_rhs(signal_t *signal, ifo_matrix_vars_t* M_car, ifo_matr
                     get_tem_modes_from_field_index(&nj, &mj, j);
                 
                     if(!node1->gnd_node && include_mode_coupling(&mirror->a_cplng_11, ni,nj,mi,mj)) {
-#                       // Get the RHS index of port 1 of the node (The incoming port) then
+                        // Get the RHS index of port 1 of the node (The incoming port) then
                         // add to it the field HOM j at frequency  f_sig->carrier->index.
                         cidx = M_car->node_rhs_idx_1[node1->list_index] + get_port_rhs_idx(f_sig->carrier->index, j);
                         // Apply component coupling matrix to the carrier field vector
@@ -1482,7 +1482,7 @@ void fill_mirror_signal_rhs(signal_t *signal, ifo_matrix_vars_t* M_car, ifo_matr
                     }
 
                     if(!node2->gnd_node && include_mode_coupling(&mirror->a_cplng_22, ni,nj,mi,mj)) {
-#                       // Get the RHS index of port 2 of the node (The incoming port) then
+                        // Get the RHS index of port 2 of the node (The incoming port) then
                         // add to it the field HOM j at frequency  f_sig->carrier->index.
                         cidx = M_car->node_rhs_idx_2[node2->list_index] + get_port_rhs_idx(f_sig->carrier->index, j);
                         signal->ar2[i] = z_pl_z(signal->ar2[i], z_by_z(*mirror->a22f[f_sig->carrier->index][f_sig->carrier->index][j][i], crhs[cidx]));

src/kat_read.c

@@ -10468,7 +10468,8 @@ int assign_mirror_parameter(component_param_t *component_param) {
         *component_param->max = 1.0;
         *component_param->min = 0.0;
     } else if (strcasecmp("xbeta", component_param->parameter) == 0 ||
-            strcasecmp("xBeta", component_param->parameter) == 0) {
+            strcasecmp("xBeta", component_param->parameter) == 0  ||
+            strcasecmp("yaw", component_param->parameter) == 0) {
         *component_param->xparam = &(mirror->beta_x);
         strcpy(component_param->unit, " [rad]");
         mirror->rebuild = 1;
@@ -10476,7 +10477,8 @@ int assign_mirror_parameter(component_param_t *component_param) {
         *component_param->lborder = 0;
         *component_param->uborder = 0;
     } else if (strcasecmp("ybeta", component_param->parameter) == 0 ||
-            strcasecmp("yBeta", component_param->parameter) == 0) {
+            strcasecmp("yBeta", component_param->parameter) == 0 ||
+            strcasecmp("pitch", component_param->parameter) == 0) {
         *component_param->xparam = &(mirror->beta_y);
         strcpy(component_param->unit, " [rad]");
         mirror->rebuild = 1;