Modified Files:

[flightgear.git] / src / Time / tmp.cxx

diff --git a/src/Time/tmp.cxx b/src/Time/tmp.cxx
index 1803964846717155fa9c969f996a0b5b44c25b73..1533d1eb1f3413beee08778098d86a99503cdd71 100644 (file)
--- a/src/Time/tmp.cxx
+++ b/src/Time/tmp.cxx
@@ -103,11 +103,11 @@ void fgUpdateSunPos( void ) {
            << " Geocentric lat = " << l->get_sun_gc_lat() );
 
     // update the sun light vector
-    sgSetVec4( l->sun_vec(), l->get_sunpos().x(),
+    sgSetVec4( l->sun_vec().data(), l->get_sunpos().x(),
               l->get_sunpos().y(), l->get_sunpos().z(), 0.0 );
-    sgNormalizeVec4( l->sun_vec() );
-    sgCopyVec4( l->sun_vec_inv(), l->sun_vec() );
-    sgNegateVec4( l->sun_vec_inv() );
+    sgNormalizeVec4( l->sun_vec().data() );
+    sgCopyVec4( l->sun_vec_inv().data(), l->sun_vec().data() );
+    sgNegateVec4( l->sun_vec_inv().data() );
 
     // make sure these are directional light sources only
     l->sun_vec()[3] = l->sun_vec_inv()[3] = 0.0;
@@ -115,7 +115,7 @@ void fgUpdateSunPos( void ) {
     //      << ","<< l->sun_vec[2] << endl;
 
     // calculate the sun's relative angle to local up
-    sgCopyVec3( nup, v->get_world_up() );
+    sgCopyVec3( nup, v->get_world_up().data() );
     sgSetVec3( nsun, l->get_sunpos().x(),
                l->get_sunpos().y(), l->get_sunpos().z() );
     sgNormalizeVec3(nup);
@@ -141,7 +141,9 @@ void fgUpdateSunPos( void ) {
     // earth's surface the sun is directly over, map into onto the
     // local plane representing "horizontal".
 
-    sgmap_vec_onto_cur_surface_plane( v->get_world_up(), v->get_view_pos(),
+    SGVec3f world_up = v->get_world_up();
+    SGVec3f view_pos = v->get_view_pos();
+    sgmap_vec_onto_cur_surface_plane( world_up.data(), view_pos.data(),
                                      to_sun, surface_to_sun );
     sgNormalizeVec3(surface_to_sun);
     // cout << "(sg) Surface direction to sun is "
@@ -155,13 +157,13 @@ void fgUpdateSunPos( void ) {
     // v->get_surface_east().  We do this so we can sort out the
     // acos() ambiguity.  I wish I could think of a more efficient
     // way. :-(
-    east_dot = sgScalarProductVec3( surface_to_sun, v->get_surface_east() );
+    east_dot = sgScalarProductVec3( surface_to_sun, v->get_surface_east().data() );
     // cout << "  East dot product = " << east_dot << endl;
 
     // calculate the angle between v->surface_to_sun and
     // v->surface_south.  this is how much we have to rotate the sky
     // for it to align with the sun
-    dot = sgScalarProductVec3( surface_to_sun, v->get_surface_south() );
+    dot = sgScalarProductVec3( surface_to_sun, v->get_surface_south().data() );
     // cout << "  Dot product = " << dot << endl;
 
     if (dot > 1.0) {