more enginiering

Fraktalism/showvoxels.pov

@@ -7,7 +7,7 @@
 #version 3.7;
 
 global_settings {
-                ambient_light rgb <0.12, 0.04, 0.04>
+                ambient_light rgb <0.04, 0.04, 0.04>
                 assumed_gamma 1.0
                 }
 //----------------------------------------------------------------
@@ -17,32 +17,50 @@ global_settings {
 #declare VOXEL = object
 {
 // sphere { 0, 1.18 }
-#local D = 0.880;
+#local D = 1.38;
 box { <-D, -D, -D>, <D, D, D> }
 }
 
 #include "WS/voxels.inc"
 object {
-	Voxels  pigment { color White }
+	Voxels
+	texture {
+		pigment { color White }
+		finish { phong 0.8 specular 0.8}
+		}
 	translate <-Bary_X, -Bary_Y, -Bary_Z>
-	rotate <40, 0, 29>
+	rotate <clock*2, 0, clock*1.414>
 	}
 
 //----------------------------------------------------------------
-light_source { <-12, 45, -25> color Gray90 }
-light_source { < 52, -5,  25> color Gray90 }
+// light_source { <-12,  45, -25> color Gray70 }
+light_source { <-52,  5, -38>   color Yellow*0.55 	}
+light_source { < 59,  5,  48>   color Gray20		}
+light_source { <  3, -59,  8>   color Red*0.75 		}
+light_source { <  8,  61,  3>   color Green*0.85 	}
 
-#declare ECAM = 92;
-#declare XCAM =  ECAM * sin(radians(clock));
-#declare YCAM =  -20;
-#declare ZCAM =  ECAM * cos(radians(clock));
+#declare NormClock = (clock/360);
+
+#declare ECAM  =  88 - 23*NormClock;
+#declare XCAM  =  ECAM * sin(radians(clock));
+#declare YCAM  =  -12;
+#declare ZCAM  =  ECAM * cos(radians(clock));
+#declare ACAM  =  65 + (27*NormClock);
+
+#if (0 = clock)
+  #fopen CL "WS/camvox.log" write
+#else 
+  #fopen CL "WS/camvox.log" append
+#end
+#write (CL, NormClock, " ", ECAM, " ", ACAM, "\n")
+#fclose CL
 
 camera  {
 	location   	<XCAM, YCAM, ZCAM>
 	// look_at    	<Bary_X, Bary_Y, Bary_Z>
 	look_at		<0, 0, 0>
         right           x*image_width/image_height
-        angle           64
+        angle           ACAM
         }
 
 //----------------------------------------------------------------