483     if ( op1->center.x < op2->center.x )      goto LABEL_cp12 ;  in KPADCalibrateDPD()
484     else if ( op2->center.x < op1->center.x ) goto LABEL_cp21 ;  in KPADCalibrateDPD()
485     else if ( op2->center.y < op1->center.y ) goto LABEL_cp21 ;  in KPADCalibrateDPD()
504     vx = kp->kobj_regular[ KPAD_USE_OBJECTS - 1 ].center.x - kp->kobj_regular[ 0 ].center.x ;  in KPADCalibrateDPD()
505     vy = kp->kobj_regular[ KPAD_USE_OBJECTS - 1 ].center.y - kp->kobj_regular[ 0 ].center.y ;  in KPADCalibrateDPD()
904             kobj_p->center.x = (f32)(s32)wobj_p->x * dpd_scale - dpd_cx ;  in get_kobj()
905             kobj_p->center.y = (f32)(s32)wobj_p->y * dpd_scale - dpd_cy ;  in get_kobj()
929         if ( kobj_p->center.x <= kp->kobj_frame_min.x || kobj_p->center.x >= kp->kobj_frame_max.x ||  in check_kobj_outside_frame()
930 …           kobj_p->center.y <= kp->kobj_frame_min.y || kobj_p->center.y >= kp->kobj_frame_max.y ) {  in check_kobj_outside_frame()
953             if ( op1->center.x == op2->center.x && op1->center.y == op2->center.y ) {  in check_kobj_same_position()
999             f1 = calc_horizon( kp, &op1->center, &op2->center, &hori ) ;  in select_2obj_first()
1053             vx = op2->center.x - op1->center.x ;  in select_2obj_continue()
1054             vy = op2->center.y - op1->center.y ;  in select_2obj_continue()
1132         p1.x = op1->center.x - vx ;     // Expected point to the left  in select_1obj_first()
1133         p1.y = op1->center.y - vy ;  in select_1obj_first()
1134         p2.x = op1->center.x + vx ;     // Expected point to the right  in select_1obj_first()
1135         p2.y = op1->center.y + vy ;  in select_1obj_first()
1145                 kp->kobj_regular[ 0 ].center = p1 ;  in select_1obj_first()
1158                 kp->kobj_regular[ 1 ].center = p2 ;  in select_1obj_first()
1192             vx = op1->center.x - op2->center.x ;  in select_1obj_continue()
1193             vy = op1->center.y - op2->center.y ;  in select_1obj_continue()
1216         kp->kobj_regular[ 1 ].center.x = rp1->center.x + vx ;  in select_1obj_continue()
1217         kp->kobj_regular[ 1 ].center.y = rp1->center.y + vy ;  in select_1obj_continue()
1221         kp->kobj_regular[ 0 ].center.x = rp1->center.x - vx ;  in select_1obj_continue()
1222         kp->kobj_regular[ 0 ].center.y = rp1->center.y - vy ;  in select_1obj_continue()
1243     vx = kp->kobj_regular[ 1 ].center.x - kp->kobj_regular[ 0 ].center.x ;  in calc_obj_horizon()
1244     vy = kp->kobj_regular[ 1 ].center.y - kp->kobj_regular[ 0 ].center.y ;  in calc_obj_horizon()
1407     pos.x = ( kp->kobj_regular[ 0 ].center.x + kp->kobj_regular[ 1 ].center.x ) * 0.5f ;  in calc_dpd_variable()
1408     pos.y = ( kp->kobj_regular[ 0 ].center.y + kp->kobj_regular[ 1 ].center.y ) * 0.5f ;  in calc_dpd_variable()