Style update: add spaces around assignment operators

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

diff --git a/source/shadowmap.cpp b/source/shadowmap.cpp
index 9dadb8fe16ee4991eda732ceb0219373d8267bfe..7a761e7ad2bf15c6e35a5576f645f2980ab441c7 100644 (file)
--- a/source/shadowmap.cpp
+++ b/source/shadowmap.cpp
@@ -43,64 +43,64 @@ ShadowMap::ShadowMap(unsigned s, const Scene &c, const Light &l):
 
 void ShadowMap::set_target(const Vector3 &t, float r)
 {
-       target=t;
-       radius=r;
+       target = t;
+       radius = r;
 }
 
 void ShadowMap::set_texture_unit(unsigned u)
 {
-       unit=u;
+       unit = u;
 }
 
 void ShadowMap::prepare()
 {
-       Vector4 lpos=light.get_position();
+       Vector4 lpos = light.get_position();
        if(lpos.w)
        {
                /* XXX Not really proper way to support positional lights, but good
                enough when the light source is far away */
-               lpos.x-=target.x;
-               lpos.y-=target.y;
-               lpos.z-=target.z;
-               float d=sqrt(lpos.x*lpos.x+lpos.y*lpos.y+lpos.z*lpos.z);
-               lpos.x/=d;
-               lpos.y/=d;
-               lpos.z/=d;
+               lpos.x -= target.x;
+               lpos.y -= target.y;
+               lpos.z -= target.z;
+               float d = sqrt(lpos.x*lpos.x+lpos.y*lpos.y+lpos.z*lpos.z);
+               lpos.x /= d;
+               lpos.y /= d;
+               lpos.z /= d;
        }
 
        float matrix[16];
        if(abs(lpos.z)>=abs(lpos.x) && abs(lpos.z)>=abs(lpos.y))
        {
-               float d=sqrt(lpos.x*lpos.x+lpos.z*lpos.z);
-               matrix[0]=lpos.z/d;
-               matrix[4]=0;
-               matrix[8]=-lpos.x/d;
-               matrix[1]=-lpos.x*lpos.y/d;
-               matrix[5]=d;
-               matrix[9]=-lpos.z*lpos.y/d;
+               float d = sqrt(lpos.x*lpos.x+lpos.z*lpos.z);
+               matrix[0] = lpos.z/d;
+               matrix[4] = 0;
+               matrix[8] = -lpos.x/d;
+               matrix[1] = -lpos.x*lpos.y/d;
+               matrix[5] = d;
+               matrix[9] = -lpos.z*lpos.y/d;
        }
        else
        {
-               float d=sqrt(lpos.x*lpos.x+lpos.y*lpos.y);
-               matrix[0]=-lpos.y/d;
-               matrix[4]=lpos.x/d;
-               matrix[8]=0;
-               matrix[1]=-lpos.x*lpos.z/d;
-               matrix[5]=-lpos.y*lpos.z/d;
-               matrix[9]=d;
+               float d = sqrt(lpos.x*lpos.x+lpos.y*lpos.y);
+               matrix[0] = -lpos.y/d;
+               matrix[4] = lpos.x/d;
+               matrix[8] = 0;
+               matrix[1] = -lpos.x*lpos.z/d;
+               matrix[5] = -lpos.y*lpos.z/d;
+               matrix[9] = d;
        }
 
-       matrix[2]=lpos.x;
-       matrix[6]=lpos.y;
-       matrix[10]=lpos.z;
+       matrix[2] = lpos.x;
+       matrix[6] = lpos.y;
+       matrix[10] = lpos.z;
 
-       matrix[12]=-(target.x*matrix[0]+target.y*matrix[4]+target.z*matrix[8]);
-       matrix[13]=-(target.x*matrix[1]+target.y*matrix[5]+target.z*matrix[9]);
-       matrix[14]=-(target.x*matrix[2]+target.y*matrix[6]+target.z*matrix[10]);
-       matrix[3]=0;
-       matrix[7]=0;
-       matrix[11]=0;
-       matrix[15]=1;
+       matrix[12] = -(target.x*matrix[0]+target.y*matrix[4]+target.z*matrix[8]);
+       matrix[13] = -(target.x*matrix[1]+target.y*matrix[5]+target.z*matrix[9]);
+       matrix[14] = -(target.x*matrix[2]+target.y*matrix[6]+target.z*matrix[10]);
+       matrix[3] = 0;
+       matrix[7] = 0;
+       matrix[11] = 0;
+       matrix[15] = 1;
 
        {
                matrix_mode(PROJECTION);
@@ -111,7 +111,7 @@ void ShadowMap::prepare()
                push_matrix();
                load_matrix(matrix);
 
-               const Framebuffer *old_fbo=Framebuffer::current();
+               const Framebuffer *old_fbo = Framebuffer::current();
                fbo.bind();
                clear(DEPTH_BUFFER_BIT);
                scene.render("shadow");
@@ -127,10 +127,10 @@ void ShadowMap::prepare()
        }
 
        depth_buf.bind_to(unit);
-       float diam=radius*2;
-       float s_eq[4]={ matrix[0]/diam, matrix[4]/diam, matrix[8]/diam, matrix[12]/diam+0.5 };
-       float t_eq[4]={ matrix[1]/diam, matrix[5]/diam, matrix[9]/diam, matrix[13]/diam+0.5 };
-       float r_eq[4]={ -matrix[2]/diam, -matrix[6]/diam, -matrix[10]/diam, 0.5-matrix[14]/diam-4.0/size };
+       float diam = radius*2;
+       float s_eq[4] = { matrix[0]/diam, matrix[4]/diam, matrix[8]/diam, matrix[12]/diam+0.5 };
+       float t_eq[4] = { matrix[1]/diam, matrix[5]/diam, matrix[9]/diam, matrix[13]/diam+0.5 };
+       float r_eq[4] = { -matrix[2]/diam, -matrix[6]/diam, -matrix[10]/diam, 0.5-matrix[14]/diam-4.0/size };
        glTexGeni(GL_S, GL_TEXTURE_GEN_MODE, GL_EYE_LINEAR);
        glTexGenfv(GL_S, GL_EYE_PLANE, s_eq);
        enable(GL_TEXTURE_GEN_S);