diff --git a/renderer.cc b/renderer.cc
index 31f403b..7994e83 100644
--- a/renderer.cc
+++ b/renderer.cc
@@ -253,7 +253,7 @@ auto CreateLevelMap()
                 auto uv     = AsArray(0u,  0u);               // Starting coordinates in texture
-                static const unsigned char sizes[10] = { 2,4,8,12,16,24,32,40,48,64 };
-                static const char combinations[1+870] = "!\"#$%&()*+,-./0123456789:;<=>?@AIJKSTU]^_ghiqrs{|}";
-                static const char luvsizedata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
-                unsigned index = combinations[luvsizedata[poly.size()-80]-38]-33;
+                static const unsigned char sizes[8] = { 2,4,8,16,32,64,96,128 };
+                static const char combinations[1+16] = " &',./56<CJPQRXY";
+                static const char luvsizedata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
+                unsigned index = combinations[luvsizedata[poly.size()-80]-35]-32;
                 auto luvdim = AsArray(sizes[index%8]*width, sizes[index/8]*height); // Lightmap dimensions (per surface)
                 auto luv    = lightmap.Allocate(luvdim[0], luvdim[1]); // Starting coordinates in lightmap canvas
@@ -344,3 +402,3 @@ int main()
         constexpr float       fov = 90.f;
-        constexpr std::size_t dim = 64;
+        constexpr std::size_t dim = 160;
 
@@ -386,6 +386,9 @@ int main()
             for(auto& w: weights)
                 w /= wsum;
-        for(;;)
+        for(unsigned usecheat=31, toggle=0; ; usecheat >>= !(++toggle%1))
             for(auto& poly: polys | std::views::filter([&](auto& v) { return v.flags==0 && std::distance(&polys[0],&v)%max==n; }))
             {
+                unsigned cheat = usecheat;
+                while(cheat > std::min(poly.lusize, poly.lvsize)) cheat >>= 1;
+
                 // Assemble directional vectors: The normal, and four tangent vectors, all at 90° angles to the previous.
@@ -397,3 +398,5 @@ int main()
                     [&](float x,float y,float z, auto,auto, unsigned lu,unsigned lv, auto...) 
                     {
+                        if(((lu-poly.lubase)|(lv-poly.lvbase))&cheat) return;
+
                         // Camera location for viewing "up" from this point at the surface
@@ -425,5 +428,25 @@ int main()
                                 color = color + pixels[p] * weights[p];
                         }
-                        lightmap.get(lu,lv) = color;
+                        if(cheat)
+                        {
+                            for(unsigned q=0; q<=cheat; ++q)
+                            for(unsigned p=0; p<=cheat; ++p)
+                            {
+                            auto boleft = (lu > poly.lubase                    ) ? lightmap.get(lu-1,lv+q) : color;
+                            auto upleft = (lu > poly.lubase && lv > poly.lvbase) ? lightmap.get(lu-1,lv-1) : boleft;
+                            auto uphere = (                    lv > poly.lvbase) ? lightmap.get(lu+p,lv-1) : boleft;
+                            lightmap.get(lu+p,lv+q) =
+                                mix(float(q+1)/float(cheat+1),
+                                    mix(float(p+1)/float(cheat+1), upleft,uphere),
+                                    mix(float(p+1)/float(cheat+1), boleft,color)
+                                );
+                            }
+                        }
+                        else
+                        {
+                            for(unsigned p=0; p<=cheat; ++p)
+                            for(unsigned q=0; q<=cheat; ++q)
+                            lightmap.get(lu+p,lv+q) = color;
+                        }
                     });
             }