Use persistent cameras in effects

[libs/gl.git] / source / effects / shadowmap.cpp

diff --git a/source/effects/shadowmap.cpp b/source/effects/shadowmap.cpp
index 41a97f806b1da20480374f98fe99ac2e1071ed7a..0af9327132cf88c8222b31e11d2846329219f605 100644 (file)
--- a/source/effects/shadowmap.cpp
+++ b/source/effects/shadowmap.cpp
@@ -59,15 +59,14 @@ void ShadowMap::setup_frame(Renderer &renderer)
        rendered = true;
        renderable.setup_frame(renderer);
 
-       Camera camera;
-       camera.set_object_matrix(*light.get_matrix());
-       camera.set_position(target);
+       shadow_camera.set_object_matrix(*light.get_matrix());
+       shadow_camera.set_position(target);
        // TODO support point and spot lights with a frustum projection.
        // Omnidirectional lights also need a cube shadow map.
-       camera.set_orthographic(radius*2, radius*2);
-       camera.set_depth_clip(-radius, radius);
+       shadow_camera.set_orthographic(radius*2, radius*2);
+       shadow_camera.set_depth_clip(-radius, radius);
 
-       shadow_matrix = camera.get_object_matrix();
+       shadow_matrix = shadow_camera.get_object_matrix();
        shadow_matrix.scale(radius*2, radius*2, -radius*2);
        shadow_matrix.translate(-0.5, -0.5, depth_bias/size-0.5);
        shadow_matrix.invert();
@@ -77,7 +76,7 @@ void ShadowMap::setup_frame(Renderer &renderer)
        fbo.clear(DEPTH_BUFFER_BIT);
 
        Renderer::Push push(renderer);
-       renderer.set_camera(camera);
+       renderer.set_camera(shadow_camera);
 
        renderer.render(renderable, "shadow");
 }