Made some minor changes for POVray 3.7 and added to the repository.

The scene files were originally created at or before Jun 12 2011.

blbman40/Blob_Man_Studio.pov

@@ -0,0 +1,290 @@
+/***************************************************************
+                 ___ _     _    __  __
+                | _ ) |___| |__|  \/  |__ _ _ _
+                | _ \ / _ \ '_ \ |\/| / _` | ' \ v4.0
+                |___/_\___/_.__/_|  |_\__,_|_||_|
+                    / __| |_ _  _ __| (_)___
+                    \__ \  _| || / _` | / _ \
+                    |___/\__|\_,_\__,_|_\___/
+                   For use with "bmpeople.inc"
+
+Refer to "bmmanual.txt" for full usage details
+
+****************************************************************
+
+ B L O B   M A N   S A M P L E   P O S E S
+
+Set Pose_Studio to 'no' to see pre-defined poses set PoseNo 
+for the pose you wish to try.
+
+ PoseNo                             PoseNo
+   0 = Standing Relaxed               6 = "We're Not Worthy"
+   1 = Standing Hands on Hips         7 = Hand Stand        
+   2 = Meditation                     8 = Sun Bathing       
+   3 = Sitting at Table/Piano etc     9 = Surfer            
+   4 = Gunfighter                    10 = Reclined (Male) 
+   5 = Praying on Knees              11 = Reclined (Female)   
+
+If you wish to experiment with Blob Man Studio (below) set 
+Pose_Studio to 'yes'.
+****************************************************************/
+#declare Pose_Studio=yes;
+#declare BM_PoseNo=0;  // If Pose_Studio is set to "no" set this to 
+                       // a Pose Number from the list above.
+
+/****************************************************************
+ General Settings used for Pose Studio and Pre-Defined Poses
+*****************************************************************/
+#declare BM_Gender    = 1;             // Male=0, Female=1
+#declare BM_EyeCol    = <.22,.69,.87>; // Iris Colour of eye (<r,g,b>) - ie. <.22,.69,.87> = Blue
+#declare BM_Hair_Col  = <.6,.5,.4>;    // Hair Colour <r,g,b>
+#declare BM_Nose      = 0.5;           // Nose Size. Range: 0 - 1.25  Default : 0.5
+
+#declare Costume      = "lft.cdf" // Name of Costume Definition File eg. "sample.cdf"
+
+#declare Background    = <.5,.5,.5>;   // <r,g,b> for Studio Background colour.
+
+#declare BM_DeBug      = off;          // Puts Visible Locators at ends of Limbs
+                                       // useful for object positioning.
+
+/****************************************************************
+
+ B L O B   M A N   S T U D I O
+
+Change the settings below to create your own poses.
+
+****************************************************************/
+
+#include "bmpeople.inc"
+
+#if (Pose_Studio=yes)
+/****************************************************************
+ Head Settings
+*****************************************************************/
+
+#declare BM_Head_Rot   = <0,0,0>; // x = Head position Front to Back 
+                                  // y = Head rotation Left to Right
+                                  // z = Head position Right Side to Left Side
+
+/****************************************************************
+ Torso Settings
+   Arm Rotation Vectors <X,Y,Z> 
+   <0,0,0> is pointing straight down
+   X= Back(-) to Front(+)
+   Y= Twist Left(-), Right (+)
+   Z= Side to Side Lift Right(-), Left(+)
+*****************************************************************/
+
+#declare BM_Neck_Rot = <-10,0,0>;   // Rotation vector for the neck (Note: "y" is not used)
+#declare BM_Torso_Rot= <-10,0,0>;   // Rotation vector for the Upper Torso 
+
+#declare BM_RA_S2E   = <-20,0,-8>;  // Right Upperarm
+#declare BM_RA_E2W   = <-20+20,0,-3>;  // Right Forearm
+#declare BM_RH_Rot   = <0,0,0>;  // Right Hand
+
+#declare BM_LA_S2E   = <20,0,8>;  // Left Upperarm
+#declare BM_LA_E2W   = <20+20,0,3>;  // Left Forearm
+#declare BM_LH_Rot   = <0,0,0>;  // Left Hand
+
+#declare BM_RL_H2K   = <30,0,-5>;  // Right Thigh
+#declare BM_RL_K2A   = <15,0,0>;  // Right Lower Leg
+#declare BM_RF_Rot   = <0,0,0>;  // Right Foot
+
+#declare BM_LL_H2K   = <0,0,5>;  // Left Thigh
+#declare BM_LL_K2A   = <-30,0,0>;  // Left Lower Leg
+#declare BM_LF_Rot   = <15,0,0>;  // Left Foot
+              
+/****************************************************************
+ Hand Settings
+   Hand Rotation Vectors <X,Y,Z>
+   <0,0,0> - fingers pointing down with thumbs foward.
+*****************************************************************/
+                                              // Right Hand
+#declare BM_RFP_Pos    = <  5, 45,  5,   0>;  // Pinky Finger
+#declare BM_RFR_Pos    = < 10, 30,  5,   0>;  // Ring Finger
+#declare BM_RFM_Pos    = <  5, 15,  5,   0>;  // Middle Finger
+#declare BM_RFI_Pos    = <  0, 10,  0,   0>;  // Index Finger
+#declare BM_RFT_Pos    = <  0,-10,  5,  10>;  // Thumb
+  
+                                              // Left Hand
+#declare BM_LFP_Pos    = <  5, 45,  5,   0>;  // Pinky Finger 
+#declare BM_LFR_Pos    = < 10, 30,  5,   0>;  // Ring Finger  
+#declare BM_LFM_Pos    = <  5, 15,  5,   0>;  // Middle Finger
+#declare BM_LFI_Pos    = <  0, 10,  0,   0>;  // Index Finger 
+#declare BM_LFT_Pos    = <  0,-10,  5,  10>;  // Thumb        
+
+/****************************************************************
+ Foot Settings
+   Foot Rotation Vectors <X,Y,Z>
+   <0,0,0> - toes pointing forward
+*****************************************************************/
+
+#declare BM_Toe_Angle  =<15,0,0>;  // x = Left Foot
+                                  // y = ** Not Used **
+                                  // z = Right Foot
+
+/****************************************************************
+ Hair Settings     
+   Note: Hair drastically increases the parse time !
+*****************************************************************/
+#declare BM_Hair_On    = 1;          // Hair (1) - No Hair (0)
+#declare BM_Hair_Rot   = <-20,0,0>;    // Hair Rotation - Standard <0,0,0>
+#declare BM_Hair_Arch  = 0;          // Arch hairline over head in line with ears (1) or Not (0)
+#declare BM_Hair_Thck  = 0.20;       // Hair Thickness <0.15 to 0.5> - Standard: 0.25
+#declare BM_Hair_Line  = 4;          // Hair Line Height (Best Settings 3 to 6) - Standard: 5 
+#declare BM_Hair_LDpth = 0.3;        // Hairline profile Depth (Range: 0-Straight Fringe to 1-Widows Peak) - standard: 0.7
+#declare BM_Hair_Wght  = 0.015;       // Hair Weight (Range 0.005 to 0.05) - Standard: 0.01
+#declare BM_Hair_Hght  = 1.5;          // Hair Height (Range 1 to 2) - Standard: 1
+#declare BM_Hair_Length= 15;         // Hair Length (1 to 20) - Standard: 10
+#declare BM_Hair_Curl  = 0.00;       // Curliness (Range 0-Straight to 0.1-Curly) - Standard: 0.05
+
+/****************************************************************
+*****************************************************************
+
+*****************************************************************
+ Write settings to external files.
+*****************************************************************/
+#fopen file "bmarray.txt" write
+    #write (file, "/************************************************************\n",
+                  "  Blob Man Pose File for use with Blob_Man.inc\n",
+                  "  This file was created automatically by Blob_Man_Studio.POV\n",
+                  "*************************************************************/\n\n")  
+    #write (file, "#declare BM_Pose=array[1][17]\n",
+                  "  {\n",
+                  "     { ",BM_Head_Rot,",",BM_Neck_Rot,",",BM_Torso_Rot,",",BM_RA_S2E,",",BM_RA_E2W,",",BM_LA_S2E,",",BM_LA_E2W,",",BM_RL_H2K,",",BM_RL_K2A,",",BM_LL_H2K,",",BM_LL_K2A,",",BM_RF_Rot,",",BM_LF_Rot,",",BM_Toe_Angle,",",BM_RH_Rot,",",BM_LH_Rot,", <0,0,1> },\n",
+                  "  }\n\n")
+    #write (file, "#declare BM_Hands=array[2][5]\n",
+                  "  {\n",
+                  "     { ",BM_LFP_Pos,",",BM_LFR_Pos,",",BM_LFM_Pos,",",BM_LFI_Pos,",",BM_LFT_Pos," },\n",
+                  "     { ",BM_RFP_Pos,",",BM_RFR_Pos,",",BM_RFM_Pos,",",BM_RFI_Pos,",",BM_RFT_Pos," },\n",
+                  "  }\n\n")
+    #write (file, "#declare BM_Pose_Hair_1=array[1][1]\n",
+                  "  {\n",
+                  "     { ",BM_Hair_Rot," },\n",
+                  "  }\n\n")
+    #write (file, "#declare BM_Pose_Hair_2=array[1][9]\n",
+                  "  {\n",
+                  "     { ",BM_Hair_On,",",BM_Hair_Arch,",",BM_Hair_Thck,",",BM_Hair_Line,",",BM_Hair_LDpth,",",BM_Hair_Wght,",",BM_Hair_Hght,",",BM_Hair_Length,",",BM_Hair_Curl," },\n",
+                  "  }\n")                  
+    #write (file, "// End of File")                  
+#fclose file        
+
+#fopen file "bmdeclar.txt" write
+    #write (file, "/************************************************************\n",
+                  "  Blob Man Pose File for use with bmpeople.inc\n",
+                  "  This file was created automatically by Blob_Man_Studio.POV\n",
+                  "*************************************************************/\n\n")  
+    #write (file, "    #declare BM_Head_Rot     = ",BM_Head_Rot,";\n")  
+    #write (file, "    #declare BM_Neck_Rot     = ",BM_Neck_Rot,";\n")  
+    #write (file, "    #declare BM_Torso_Rot    = ",BM_Torso_Rot,";\n") 
+    #write (file, "    #declare BM_RA_S2E       = ",BM_RA_S2E,";\n")    
+    #write (file, "    #declare BM_RA_E2W       = ",BM_RA_E2W,";\n")    
+    #write (file, "    #declare BM_LA_S2E       = ",BM_LA_S2E,";\n")    
+    #write (file, "    #declare BM_LA_E2W       = ",BM_LA_E2W,";\n")    
+    #write (file, "    #declare BM_RL_H2K       = ",BM_RL_H2K,";\n")    
+    #write (file, "    #declare BM_RL_K2A       = ",BM_RL_K2A,";\n")    
+    #write (file, "    #declare BM_LL_H2K       = ",BM_LL_H2K,";\n")    
+    #write (file, "    #declare BM_LL_K2A       = ",BM_LL_K2A,";\n")    
+    #write (file, "    #declare BM_RF_Rot       = ",BM_RF_Rot,";\n")    
+    #write (file, "    #declare BM_LF_Rot       = ",BM_LF_Rot,";\n")    
+    #write (file, "    #declare BM_Toe_Angle    = ",BM_Toe_Angle,";\n")
+    #write (file, "    #declare BM_RH_Rot       = ",BM_RH_Rot,";\n")      
+    #write (file, "    #declare BM_LH_Rot       = ",BM_LH_Rot,";\n\n")    
+    #write (file, "// If you wish to use a predefined hand be sure to include\n",
+                  "// bm_hands.inc and then set BM_Pose_RHand/LHand to the array\n",
+                  "// entry number (0 being the first entry).  Otherwise set them \n",
+                  "// to -1 and use the finger positions defined below\n\n")
+    #write (file, "    #declare BM_Pose_RHand   = ",BM_Pose_RHand,";\n")
+    #write (file, "    #declare BM_Pose_LHand   = ",BM_Pose_LHand,";\n\n")
+    #write (file, "    #declare BM_RFP_Pos      = ",BM_RFP_Pos,";\n")
+    #write (file, "    #declare BM_RFR_Pos      = ",BM_RFR_Pos,";\n")
+    #write (file, "    #declare BM_RFM_Pos      = ",BM_RFM_Pos,";\n")
+    #write (file, "    #declare BM_RFI_Pos      = ",BM_RFI_Pos,";\n")
+    #write (file, "    #declare BM_RFT_Pos      = ",BM_RFT_Pos,";\n")
+    #write (file, "    #declare BM_LFP_Pos      = ",BM_LFP_Pos,";\n")
+    #write (file, "    #declare BM_LFR_Pos      = ",BM_LFR_Pos,";\n")
+    #write (file, "    #declare BM_LFM_Pos      = ",BM_LFM_Pos,";\n")
+    #write (file, "    #declare BM_LFI_Pos      = ",BM_LFI_Pos,";\n")
+    #write (file, "    #declare BM_LFT_Pos      = ",BM_LFT_Pos,";\n")
+    #write (file, "    #declare BM_Hair_Rot     = ",BM_Hair_Rot,";\n")   
+    #write (file, "    #declare BM_Hair_Arch    = ",BM_Hair_Arch,";\n")  
+    #write (file, "    #declare BM_Hair_Thck    = ",BM_Hair_Thck,";\n")  
+    #write (file, "    #declare BM_Hair_Line    = ",BM_Hair_Line,";\n")  
+    #write (file, "    #declare BM_Hair_LDpth   = ",BM_Hair_LDpth,";\n") 
+    #write (file, "    #declare BM_Hair_Wght    = ",BM_Hair_Wght,";\n")  
+    #write (file, "    #declare BM_Hair_Hght    = ",BM_Hair_Hght,";\n")  
+    #write (file, "    #declare BM_Hair_Length  = ",BM_Hair_Length,";\n")
+    #write (file, "    #declare BM_Hair_Curl    = ",BM_Hair_Curl,";\n\n")  
+    #write (file, "    #declare BM_PoseNo       = -1;\n\n")
+    #write (file, "// End of File")
+#fclose file            
+
+#ifdef (Costume)
+    #include Costume
+#end
+
+#declare BM_PoseNo=-1;
+Blob_Man(BM_Gender,0)
+
+#else
+/****************************************************************
+ Use Pre-Defined Poses
+*****************************************************************/
+
+#include "bm_pose.inc"
+
+#ifdef (Costume)
+    #include Costume
+#end
+
+Blob_Man(BM_Gender,0)
+
+#end
+
+/****************************************************************
+ Lights, Camera and Setting
+*****************************************************************/
+camera{location <0,-40,-100> orthographic look_at <0,-40,0> }
+light_source{<-200,200,-200> rgb <1,.9,.5> }      
+light_source{< 400,400,-200> rgb <.2,.4,.8> shadowless }
+light_source{<-200,200,-200> rgb .7         shadowless }
+light_source{< 100, 50,-150> rgb .5         shadowless }
+light_source{< 100,-50,-150> rgb .3         shadowless }
+light_source{<-100,-50,-150> rgb .1         shadowless }
+background {rgb Background}
+ 
+/****************************************************************
+ The Models
+****************************************************************/
+object {BlobMan              translate x*-15 no_shadow}
+object {BlobMan rotate y*180 translate x* 45 no_shadow}
+object {BlobMan rotate y* 90 translate x*-45 no_shadow}
+object {BlobMan rotate y*-90 translate x* 15 no_shadow}
+object {BlobMan rotate x*-90 translate y*-75 translate x*-15 no_shadow}
+object {BlobMan rotate y*180 rotate x*90     translate y*-75 translate x* 45 no_shadow}
+text { 
+   ttf
+   "crystal.ttf",
+   #if (BM_Gender=0)
+       #ifdef (Costume)
+          concat ("Blob Man v4.0 - ",Costume),
+       #else
+          "Blob Man v4.0",
+       #end
+   #else   
+       #ifdef (Costume)
+           concat ("Blob Lady v4.0 - ",Costume),
+       #else
+           "Blob Lady v4.0",
+       #end
+   #end
+   .1,
+   0
+   translate <-11.5,1.5,0>
+   pigment {rgb 1}
+   finish {ambient 1}
+   no_shadow
+   scale 6
+}
+
+// EOF

blbman40/Body_Part_Viewer.pov

@@ -0,0 +1,524 @@
+/*******************************************************
+ Persistence of Vision Ray Tracer Scene Description File
+ File Name : Body_Part_Viewer.pov
+ Version   : POV v 3.1 : Blob_Man v4.0
+ Desciption: View the inividual body parts of Blob Man
+             Use it to check positioning of Limb Objects
+ Date      : 01 March 2000
+ Author    : Peter Houston
+ Email     : houston.graphics@iname.com
+ WWW       : http://welcome.to/HoustonGraphics
+             http://members.xoom.com/HoustonGraph
+********************************************************/
+#include "bmpeople.inc"
+#include "bm_hands.inc"
+/*******************************************************
+Include the Costume Definition File Here
+********************************************************/
+//#include "filname.cdf"
+
+#ifndef (CDF)
+    #declare CDF=false;
+#end
+/*******************************************************
+    Body Part Switch Number
+    =======================
+    1  = Head
+    2  = Torso
+    3  = Upperarm Right
+    4  = Upperarm Left
+    5  = Forearm Right
+    6  = Forearm Left
+    7  = Hand Right
+    8  = Hand Left
+    9  = Thigh Right
+    10 = Thigh Left
+    11 = Calf Right
+    12 = Calf Left 
+    13 = Foot Right
+    14 = Foot Left
+********************************************************/
+#declare Body_Part_Switch =1;
+#declare BM_Gender=1;   // 0=Male 1=Female
+#declare HandPoseNo=0;  // Hand Pose as defined in "bm_hands.inc"
+
+#if (CDF=false)  // The following options only apply if no CDF is included (see above)
+    #declare BM_Jowls=0; // Jowl Mass Range: 0-3
+    #declare BM_Teeth=1; // 0 = No Teeth, 1 = Teeth
+    #declare BM_Nose=.5; // Nose Size Range : 0 - 1.25 : Default=0.5
+    #declare BM_Jaw=.65; // Jaw Opening
+    #declare BM_Mouth=1; // Mouth Size
+    #declare BM_MouthShape=1; // + Mouth Corners Up / - Mouth Corners Down
+#end
+
+#declare ShowXYZ=on;  // Places a visible marker at <0,0,0>
+                      // Please Note that the DeBug variable 
+                      // does not work in this file.
+
+#declare XYZ= union {cylinder {<-8,0,0><8,0,0>.25 pigment {rgb x}}
+                     cylinder {<0,-8,0><0,8,0>.25 pigment {rgb y}}
+                     cylinder {<0,0,-8><0,0,8>.25 pigment {rgb z}}
+              }
+#declare BM_RA_S2E= <0,0,0>;
+#declare BM_RA_E2W= <0,0,0>;
+#declare BM_LA_S2E= <0,0,0>;
+#declare BM_LA_E2W= <0,0,0>;
+#declare BM_RL_H2K= <0,0,0>; 
+#declare BM_RL_K2A= <0,0,0>;
+#declare BM_LL_H2K= <0,0,0>;
+#declare BM_LL_K2A= <0,0,0>;
+#declare BM_RH_Rot= <0,0,0>;
+#declare BM_LH_Rot= <0,0,0>;
+#declare BM_RF_Rot= <0,0,0>;
+#declare BM_LF_Rot= <0,0,0>;
+#declare BM_Toe_Angle= <0,0,0>;
+#declare BM_Head_Rot= <0,0,0>;
+#declare BM_Neck_Rot= <0,0,0>; 
+#declare BM_Torso_Rot= <0,0,0>;
+#declare BM_Toe_Angle=<0,0,0>;
+
+#declare BM_PoseNo=-1;
+
+#switch (Body_Part_Switch)
+    #case (1)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*2 translate y*2}
+        #declare Title="Head"
+        #if (ShowXYZ=on)
+            #declare BM_Head_Object=union {object {BM_Head_Object} object {XYZ}}
+        #end
+        #declare BodyPart = 
+            object {
+                bmhead()
+                translate y*-5
+                scale 2
+            }
+    #break
+    #case (2)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*1.5}
+        #declare Title="Torso"
+        #declare BM_R_Upperarm_Mass=0;
+        #declare BM_R_Forearm_Mass=0;
+        #declare BM_L_Upperarm_Mass=0;
+        #declare BM_L_Forearm_Mass=0;
+        #declare BM_R_Thigh_Mass=0;
+        #declare BM_R_Calf_Mass=0;
+        #declare BM_L_Thigh_Mass=0;
+        #declare BM_L_Calf_Mass=0;
+    
+        #declare BM_Upperarm_R_Object=object{BM_nul}
+        #declare BM_Upperarm_L_Object=object{BM_nul}
+        #declare BM_Forearm_R_Object=object{BM_nul}
+        #declare BM_Forearm_L_Object=object{BM_nul}
+        #declare BM_Thigh_R_Object=object{BM_nul}
+        #declare BM_Thigh_L_Object=object{BM_nul}
+        #declare BM_Calf_R_Object=object{BM_nul}
+        #declare BM_Calf_L_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Torso_Object=union {object {BM_Torso_Object} object {XYZ}}
+        #end
+   
+        #declare BodyPart=
+            union {
+                bmtorso() 
+                scale 1.5
+            }
+    #break
+    #case (3)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*1.5}
+        #declare Title="Right Upperarm"
+        #declare BM_R_Forearm_Mass=0;
+        #declare BM_L_Upperarm_Mass=0;
+        #declare BM_L_Forearm_Mass=0;
+        #declare BM_R_Thigh_Mass=0;
+        #declare BM_R_Calf_Mass=0;
+        #declare BM_L_Thigh_Mass=0;
+        #declare BM_L_Calf_Mass=0;
+        #declare BM_Torso_Mass=0;
+        #declare BM_Abdomen_Mass=0;
+        #declare BM_Neck_Mass=0;
+    
+        #declare BM_Neck_Object=object{BM_nul}
+        #declare BM_Torso_Object=object{BM_nul}
+        #declare BM_Abdomen_Object=object{BM_nul}
+        #declare BM_Upperarm_L_Object=object{BM_nul}
+        #declare BM_Forearm_R_Object=object{BM_nul}
+        #declare BM_Forearm_L_Object=object{BM_nul}
+        #declare BM_Thigh_R_Object=object{BM_nul}
+        #declare BM_Thigh_L_Object=object{BM_nul}
+        #declare BM_Calf_R_Object=object{BM_nul}
+        #declare BM_Calf_L_Object=object{BM_nul}
+        #declare BM_Neck_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Upperarm_R_Object=union {object {BM_Upperarm_R_Object} object {XYZ}}
+        #end
+    
+        #declare BodyPart=
+            union {
+                bmtorso() 
+                translate <9,-5,0>
+                scale 1.5
+            }
+    #break
+    #case (4)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*1.5}
+        #declare Title="Left Upperarm"
+        #declare BM_R_Upperarm_Mass=0;
+        #declare BM_R_Forearm_Mass=0;
+        #declare BM_L_Forearm_Mass=0;
+        #declare BM_R_Thigh_Mass=0;
+        #declare BM_R_Calf_Mass=0;
+        #declare BM_L_Thigh_Mass=0;
+        #declare BM_L_Calf_Mass=0;
+        #declare BM_Torso_Mass=0;
+        #declare BM_Abdomen_Mass=0;
+        #declare BM_Neck_Mass=0;
+    
+        #declare BM_Neck_Object=object{BM_nul}
+        #declare BM_Torso_Object=object{BM_nul}
+        #declare BM_Abdomen_Object=object{BM_nul}
+        #declare BM_Upperarm_R_Object=object{BM_nul}
+        #declare BM_Forearm_R_Object=object{BM_nul}
+        #declare BM_Forearm_L_Object=object{BM_nul}
+        #declare BM_Thigh_R_Object=object{BM_nul}
+        #declare BM_Thigh_L_Object=object{BM_nul}
+        #declare BM_Calf_R_Object=object{BM_nul}
+        #declare BM_Calf_L_Object=object{BM_nul}
+        #declare BM_Neck_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Upperarm_L_Object=union {object {BM_Upperarm_L_Object} object {XYZ}}
+        #end
+    
+        #declare BodyPart=
+            union {
+                bmtorso() 
+                translate <-9,-5,0>
+                scale 1.5
+            }
+    #break
+    #case (5)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*1.5}
+        #declare Title="Right Forearm"
+        #declare BM_R_Upperarm_Mass=0;
+        #declare BM_L_Upperarm_Mass=0;
+        #declare BM_L_Forearm_Mass=0;
+        #declare BM_R_Thigh_Mass=0;
+        #declare BM_R_Calf_Mass=0;
+        #declare BM_L_Thigh_Mass=0;
+        #declare BM_L_Calf_Mass=0;
+        #declare BM_Torso_Mass=0;
+        #declare BM_Abdomen_Mass=0;    
+        #declare BM_Neck_Mass=0;
+        
+        #declare BM_Neck_Object=object{BM_nul}
+        #declare BM_Torso_Object=object{BM_nul}
+        #declare BM_Abdomen_Object=object{BM_nul}
+        #declare BM_Upperarm_R_Object=object{BM_nul}
+        #declare BM_Upperarm_L_Object=object{BM_nul}
+        #declare BM_Forearm_L_Object=object{BM_nul}
+        #declare BM_Thigh_R_Object=object{BM_nul}
+        #declare BM_Thigh_L_Object=object{BM_nul}
+        #declare BM_Calf_R_Object=object{BM_nul}
+        #declare BM_Calf_L_Object=object{BM_nul}
+        #declare BM_Neck_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Forearm_R_Object=union {object {BM_Forearm_R_Object} object {XYZ}}
+        #end    
+        #declare BodyPart=
+            union {
+                bmtorso()
+                translate <9,6,0>
+                scale 1.5
+            }
+    #break
+    #case (6)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*1.5}
+        #declare Title="Left Forearm"
+        #declare BM_R_Upperarm_Mass=0;
+        #declare BM_R_Forearm_Mass=0;
+        #declare BM_L_Upperarm_Mass=0;
+        #declare BM_R_Thigh_Mass=0;
+        #declare BM_R_Calf_Mass=0;
+        #declare BM_L_Thigh_Mass=0;
+        #declare BM_L_Calf_Mass=0;
+        #declare BM_Torso_Mass=0;
+        #declare BM_Neck_Mass=0;
+    
+        #declare BM_Neck_Object=object{BM_nul}
+        #declare BM_Torso_Object=object{BM_nul}
+        #declare BM_Abdomen_Object=object{BM_nul}
+        #declare BM_Upperarm_R_Object=object{BM_nul}
+        #declare BM_Upperarm_L_Object=object{BM_nul}
+        #declare BM_Forearm_R_Object=object{BM_nul}
+        #declare BM_Thigh_R_Object=object{BM_nul}
+        #declare BM_Thigh_L_Object=object{BM_nul}
+        #declare BM_Calf_R_Object=object{BM_nul}
+        #declare BM_Calf_L_Object=object{BM_nul}
+        #declare BM_Neck_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Forearm_L_Object=union {object {BM_Forearm_L_Object} object {XYZ}}
+        #end    
+    
+        #declare BodyPart=
+            union {
+                bmtorso() 
+                translate <-9,12,0>
+                scale 1.5
+            }
+    #break
+    #case (7)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*3.5 translate y*3.5}
+        #declare Title="Right Hand"
+        #if (HandPoseNo>=0)
+            #declare BM_RFP_Pos=BM_Hands[HandPoseNo][0];
+            #declare BM_RFR_Pos=BM_Hands[HandPoseNo][1];
+            #declare BM_RFM_Pos=BM_Hands[HandPoseNo][2];
+            #declare BM_RFI_Pos=BM_Hands[HandPoseNo][3];
+            #declare BM_RFT_Pos=BM_Hands[HandPoseNo][4];        
+        #end
+        #if (ShowXYZ=on)
+            #declare BM_Hand_R_Object=union {object {BM_Hand_R_Object} object {XYZ scale .5}}
+        #end    
+
+        #declare BodyPart=
+            object {
+                bmhand(-1)
+                translate <9,30,0>
+                scale 3.5
+            }
+    #break
+    #case (8)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*3.5 translate y*3.5}
+        #declare Title="Left - Hand"
+        #if (HandPoseNo>=0)
+            #declare BM_LFP_Pos=BM_Hands[HandPoseNo][0];
+            #declare BM_LFR_Pos=BM_Hands[HandPoseNo][1];
+            #declare BM_LFM_Pos=BM_Hands[HandPoseNo][2];
+            #declare BM_LFI_Pos=BM_Hands[HandPoseNo][3];
+            #declare BM_LFT_Pos=BM_Hands[HandPoseNo][4];        
+        #end
+        #if (ShowXYZ=on)
+            #declare BM_Hand_L_Object=union {object {BM_Hand_L_Object} object {XYZ scale .5}}
+        #end    
+
+        #declare BodyPart=
+            union {
+                bmhand(1)
+                translate <-9,30,0>
+                scale 3.5
+            }
+    #break
+    #case (9)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*1.5 translate y*1.5}
+        #declare Title="Right Thigh"
+        #declare BM_R_Upperarm_Mass=0;
+        #declare BM_R_Forearm_Mass=0;
+        #declare BM_L_Upperarm_Mass=0;
+        #declare BM_L_Forearm_Mass=0;
+        #declare BM_R_Calf_Mass=0;
+        #declare BM_L_Thigh_Mass=0;
+        #declare BM_L_Calf_Mass=0;
+        #declare BM_Torso_Mass=0;  
+        #declare BM_Abdomen_Mass=0;        
+        #declare BM_Neck_Mass=0;
+    
+        #declare BM_Neck_Object=object{BM_nul}
+        #declare BM_Torso_Object=object{BM_nul}
+        #declare BM_Abdomen_Object=object{BM_nul}
+        #declare BM_Upperarm_R_Object=object{BM_nul}
+        #declare BM_Upperarm_L_Object=object{BM_nul}
+        #declare BM_Forearm_R_Object=object{BM_nul}
+        #declare BM_Forearm_L_Object=object{BM_nul}
+        #declare BM_Thigh_L_Object=object{BM_nul}
+        #declare BM_Calf_R_Object=object{BM_nul}
+        #declare BM_Calf_L_Object=object{BM_nul}
+        #declare BM_Neck_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Thigh_R_Object=union {object {BM_Thigh_R_Object} object {XYZ}}
+        #end    
+
+        #declare BodyPart=
+            union {
+                bmtorso() 
+                translate <4,18,0>
+                scale 1.5
+            }
+    #break
+    #case (10)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*1.5 translate y*1.5}
+        #declare Title="Left Thigh"
+        #declare BM_R_Upperarm_Mass=0;
+        #declare BM_R_Forearm_Mass=0;
+        #declare BM_L_Upperarm_Mass=0;
+        #declare BM_L_Forearm_Mass=0;
+        #declare BM_R_Thigh_Mass=2;
+        #declare BM_R_Calf_Mass=0;
+        #declare BM_L_Calf_Mass=0;
+        #declare BM_Torso_Mass=0;
+        #declare BM_Neck_Mass=0;
+    
+        #declare BM_Neck_Object=object{BM_nul}
+        #declare BM_Torso_Object=object{BM_nul}
+        #declare BM_Abdomen_Object=object{BM_nul}
+        #declare BM_Upperarm_R_Object=object{BM_nul}
+        #declare BM_Upperarm_L_Object=object{BM_nul}
+        #declare BM_Forearm_R_Object=object{BM_nul}
+        #declare BM_Forearm_L_Object=object{BM_nul}
+        #declare BM_Thigh_R_Object=object{BM_nul}
+        #declare BM_Calf_R_Object=object{BM_nul}
+        #declare BM_Calf_L_Object=object{BM_nul}
+        #declare BM_Neck_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Thigh_L_Object=union {object {BM_Thigh_L_Object} object {XYZ}}
+        #end    
+    
+        #declare BodyPart=
+            union {
+                bmtorso() 
+                translate <-4,18,0>
+                scale 1.5
+            }
+    #break
+    #case (11)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*1.5 translate y*1.5}
+        #declare Title="Right Calf"
+        #declare BM_R_Upperarm_Mass=0;
+        #declare BM_R_Forearm_Mass=0;
+        #declare BM_L_Upperarm_Mass=0;
+        #declare BM_L_Forearm_Mass=0;
+        #declare BM_R_Thigh_Mass=0;
+        #declare BM_L_Thigh_Mass=0;
+        #declare BM_L_Calf_Mass=0;
+        #declare BM_Torso_Mass=0;  
+        #declare BM_Abdomen_Mass=0;        
+        #declare BM_Neck_Mass=0;
+    
+        #declare BM_Neck_Object=object{BM_nul}
+        #declare BM_Torso_Object=object{BM_nul}
+        #declare BM_Abdomen_Object=object{BM_nul}
+        #declare BM_Upperarm_R_Object=object{BM_nul}
+        #declare BM_Upperarm_L_Object=object{BM_nul}
+        #declare BM_Forearm_R_Object=object{BM_nul}
+        #declare BM_Forearm_L_Object=object{BM_nul}
+        #declare BM_Thigh_R_Object=object{BM_nul}
+        #declare BM_Thigh_L_Object=object{BM_nul}
+        #declare BM_Calf_L_Object=object{BM_nul}
+        #declare BM_Neck_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Calf_R_Object=union {object {BM_Calf_R_Object} object {XYZ}}
+        #end    
+    
+        #declare BodyPart=
+            union {
+                bmtorso() 
+                translate <4,32,0>
+                scale 1.5
+            }
+    #break
+    #case (12)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*1.5 translate y*1.5}
+        #declare Title="Left Calf"
+        #declare BM_R_Upperarm_Mass=0;
+        #declare BM_R_Forearm_Mass=0;
+        #declare BM_L_Upperarm_Mass=0;
+        #declare BM_L_Forearm_Mass=0;
+        #declare BM_R_Thigh_Mass=0;
+        #declare BM_R_Calf_Mass=0;
+        #declare BM_L_Thigh_Mass=0;
+        #declare BM_Torso_Mass=0;  
+        #declare BM_Abdomen_Mass=0;        
+        #declare BM_Neck_Mass=0;
+    
+        #declare BM_Neck_Object=object{BM_nul}
+        #declare BM_Torso_Object=object{BM_nul}
+        #declare BM_Abdomen_Object=object{BM_nul}
+        #declare BM_Upperarm_R_Object=object{BM_nul}
+        #declare BM_Upperarm_L_Object=object{BM_nul}
+        #declare BM_Forearm_R_Object=object{BM_nul}
+        #declare BM_Forearm_L_Object=object{BM_nul}
+        #declare BM_Thigh_R_Object=object{BM_nul}
+        #declare BM_Thigh_L_Object=object{BM_nul}
+        #declare BM_Calf_R_Object=object{BM_nul}
+        #declare BM_Neck_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Calf_L_Object=union {object {BM_Calf_L_Object} object {XYZ}}
+        #end    
+
+    
+        #declare BodyPart=
+            union {
+                bmtorso() 
+                translate <-4,32,0>
+                scale 1.5
+            }
+    #break
+    #case (13)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*2}
+        #declare Title="Right Foot"
+        #declare BM_L_Foot=0;
+        #declare BM_Foot_L_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Foot_R_Object=union {object {BM_Foot_R_Object} object {XYZ scale .75}}
+        #end    
+    
+        #declare BodyPart=
+            union {
+                bmfeet()
+                translate <4,50,0>
+                scale 2
+            }
+    #break
+    #case (14)
+        plane {z,100  pigment {checker rgb .15,rgb .25} scale 2*2}
+        #declare Title="Left Foot"
+        #declare BM_R_Foot=0;
+        #declare BM_Foot_R_Object=object{BM_nul}
+        #if (ShowXYZ=on)
+            #declare BM_Foot_L_Object=union {object {BM_Foot_L_Object} object {XYZ scale .75}}
+        #end    
+
+    
+        #declare BodyPart=
+            union {
+                bmfeet()
+                translate <-4,50,0>
+                scale 2
+            }
+    #break
+#end
+
+/****************************************************************
+ Lights, Camera and Setting
+*****************************************************************/
+camera{location <0,-40,-100> orthographic look_at <0,-40,0> }
+light_source{<-200,200,-200> rgb <1,.9,.5> }
+light_source{< 400,400,-200> rgb <.2,.4,.8> shadowless }
+light_source{<-200,200,-200> rgb .7         shadowless }
+light_source{< 100, 50,-150> rgb .5         shadowless }
+light_source{< 100,-50,-150> rgb .3         shadowless }
+light_source{<-100,-50,-150> rgb .1         shadowless }
+background {rgb 0}
+
+/****************************************************************
+ The Models
+****************************************************************/
+text { 
+    ttf           
+    "crystal.ttf",
+    concat (Title," - 1 Square = 2 Units"),
+    .1,
+    0
+    translate <-9,1,-5>
+    pigment {rgb 1}
+    finish {ambient 1}
+    scale 7.5
+    no_shadow
+}
+
+object {BodyPart              translate x*-15 no_shadow}
+object {BodyPart rotate y*180 translate x* 45 no_shadow}
+object {BodyPart rotate y* 90 translate x*-45 no_shadow}
+object {BodyPart rotate y*-90 translate x* 15 no_shadow}
+object {BodyPart rotate x*-90 translate y*-75 translate x*-15 no_shadow}
+object {BodyPart rotate y*180 rotate x*90     translate y*-75 translate x* 45 no_shadow}
+
+// EOF

blbman40/Hand_Studio.pov

@@ -0,0 +1,132 @@
+/****************************************************************
+                       _  _              _
+                      | || |__ _ _ _  __| |
+                      | __ / _` | ' \/ _` |
+                     _|_||_\__,_|_||_\__,_|
+                    / __| |_ _  _ __| (_)___
+                    \__ \  _| || / _` | / _ \
+                    |___/\__|\_,_\__,_|_\___/  
+                    
+                    for use with bmpeople.inc
+                    
+This scene creates a file "bmhand.txt" which contains a single 
+entry array for use with the hand macro in "bmpeople.inc"
+
+see "bmmanual.txt" for full details.
+
+ Set View_Hands (below) to "yes", then change the HandNo to view
+ the hand poses in "bm_hands.inc"
+*****************************************************************/
+
+#local View_Hands=yes;
+#local HandNo=0;
+
+/****************************************************************
+ Set View_Hands (above) to off and then alter the vectors below 
+ to change the finger positions.
+  
+  <X,Y,Z,T> = <1st Joint, 2nd Joint, 3rd Joint, Spread>
+
+                 Z  Z  Z
+                 |  |  |  Z
+                 Y  Y  Y  |
+           Z     |  |  |  Y
+            \    X  X  X  |          Please excuse the crude
+             Y   +--+--+_ X          Diagram :)
+              \ /        \+
+               X          \
+               |          |
+                \        /
+                 +------+
+
+(+) Figures in X,Y or Z bend the joint towards the palm.
+(-) Figures in X,Y or Z bend the joint away from the palm.
+
+The T figure bends the whole finger sideways (+) is towards the
+thumb, (-) towards the Pinky. 
+
+*****************************************************************/
+#include "bmhand.inc"
+
+#local Thumb    = < 0, 0, 0, 0>; //<1st,2nd,3rd,Spread>
+#local Index    = < 0, 0, 0, 0>; //<1st,2nd,3rd,Spread>
+#local Middle   = < 0, 0, 0, 0>; //<1st,2nd,3rd,Spread>
+#local Ring     = < 0, 0, 0, 0>; //<1st,2nd,3rd,Spread>
+#local Pinky    = < 0, 0, 0, 0>; //<1st,2nd,3rd,Spread>
+
+// Rendering at [320 x 240, No AA] shouldn't take very long,
+// and is large enought to see if the positions are correct,
+
+/****************************************************************
+ Lights, Camera and Setting
+*****************************************************************/
+camera{location <0,-40,-100> orthographic look_at <0,-40,0> }
+light_source{<-200,200,-200> rgb <1,.9,.5> }
+light_source{< 400,400,-200> rgb <.2,.4,.8> shadowless }
+light_source{<-200,200,-200> rgb .7         shadowless }
+light_source{< 100, 50,-150> rgb .5         shadowless }
+light_source{< 100,-50,-150> rgb .3         shadowless }
+light_source{<-100,-50,-150> rgb .1         shadowless }
+background {rgb 0}
+
+/****************************************************************
+ The Models
+****************************************************************/
+
+text { 
+    ttf           
+    "crystal.ttf",
+    concat ("Hand Studio for bmpeople.inc v4.0"),
+    .1,
+    0
+    translate <-9,1,-5>
+    pigment {rgb 1}
+    finish {ambient 1}
+    scale 7.5
+    no_shadow
+}
+
+#if (View_Hands=on)
+    #include "bm_hands.inc"
+    #local Pinky    = BM_Hands[HandNo][0];
+    #local Ring     = BM_Hands[HandNo][1];
+    #local Middle   = BM_Hands[HandNo][2];
+    #local Index    = BM_Hands[HandNo][3];
+    #local Thumb    = BM_Hands[HandNo][4];
+#end
+
+#declare BM_RFP_Pos=Pinky;
+#declare BM_RFR_Pos=Ring;
+#declare BM_RFM_Pos=Middle;
+#declare BM_RFI_Pos=Index;
+#declare BM_RFT_Pos=Thumb;
+#declare BM_RA_S2E=<0,0,0>;
+#declare BM_RA_E2W=<0,0,0>;
+#declare BM_RH_Rot=<0,0,0>;
+
+#declare BodyPart=
+    union {
+        bmhand(-1)
+        translate <9,30,0>
+        scale 5
+    }
+
+object {BodyPart scale <-1,-1,1> translate <-10,-45,0> no_shadow}
+object {BodyPart scale <-1,-1,1> rotate y*180 translate <40,-45,0> no_shadow}
+object {BodyPart scale <-1,-1,1> rotate y* 90 translate <-55,-45,0> no_shadow}
+object {BodyPart scale <-1,-1,1> rotate y*-90 translate <20,-45,0> no_shadow}
+object {BodyPart rotate x*-90 rotate z*-90 translate y*-75 translate x*-20 no_shadow}
+object {BodyPart rotate y*180 rotate x*90 rotate z*90    translate y*-75 translate x* 50 no_shadow}
+
+#fopen file "bmhand.txt" write
+    #write (file, "/************************************************************\n",
+                  "  Blob Man Hand Pose File for use with bmpeople.inc\n",
+                  "  This file was created automatically by Hand_Studio.pov\n",
+                  "*************************************************************/\n\n")  
+    #write (file, "#declare BM_Hands=array[1][5]\n",
+                  "  {\n",
+                  "     { ",Pinky,",",Ring,",",Middle,",",Index,",",Thumb," },\n",
+                  "  }\n")
+#fclose file
+
+// EOF            

blbman40/How2CDF.txt

@@ -0,0 +1,77 @@
+******************************************************************************************
+                             ___ _     _    __  __
+                            | _ ) |___| |__|  \/  |__ _ _ _
+                            | _ \ / _ \ '_ \ |\/| / _` | ' \ v4.0
+                            |___/_\___/_.__/_|  |_\__,_|_||_|
+
+                          How to Create Costume Definition Files
+    
+                                    by Peter Houston
+
+******************************************************************************************
+
+When creating a Costume Definition File (CDF) it is a good idea to have a picture of what
+you are attempting to create.
+
+The first thing you should do is save a copy of layout.cdf to a new file, and then work
+through each of the Body Part options, uncommenting any that need to be changed, leave image 
+and bump maps until later.
+
+When creating CDFs I use Blob_Man_Studio.pov and Body_Part_Viewer.pov to position the 
+costume components correctly.  If rendered at [ 320 x 240 No AA ] the objects are quite easy
+to position and it doesn't take too long to render.
+
+Using the Body_Part_Viewer.pov file change the Body_Part_Switch variable on line 41, to 
+the body part you are going to work on.  If you render this you will notice six views of the 
+body part. Left Side, Front, Right Side, Back, Top and Underside.  The scale of the grid 
+is shown at the top as is the name of Body Part (this is important as most of the arms/legs look 
+similar).
+
+Also set BM_Gender (line 42) to 0 for Male or 1 for Female. 
+
+Uncomment line 18 and enter the filename of your CDF.
+
+Uncomment the Body Part Object you are going to work on in your CDF file, you will notice that 
+the object refers to itself to begin with.  This is important if you intend to use the DeBug
+Variable later on, if you do, make sure you create a union with the current object as part if it.
+
+e.g.
+#declare Head_Object=union { object{Head_Object}
+                             Your object definitions here
+                             ..
+                             ..
+                           }
+                           
+Create the objects you want to attached to the limb within this union in the CDF file.  They should be 
+positioned in relation to <0,0,0>.  If you change the ShowXYZ variable in Body_Part_Viewer.pov (line 54)
+to "on" you will be able to see where <0,0,0> is in relation to the limb. (It is set to on by defult)
+
+Tips
+----
+
+Think about how the objects you are placing will move with the limbs, for example if you are putting knee
+pads on a skater, should they be attached to the bottom of the Thigh Objects or the Top of the Calf Objects.
+use the Blob_Man_Studio.pov file to adjust the pose and see how the objects react.  If you take a look at
+sample.cdf you will notice that the helmet is attached to the Torso Object so that it remains static when the
+head moves.
+
+When adding objects to the hands be aware that the only static part is the palm area, any objects placed on
+the fingers will NOT move if the finger positions change.  Use the HandPose variable (line 43) test with different
+hand poses (the number refers to the Array Entry in "bm_hands.inc"
+
+If you intend to use Image Maps on the limb, remember that any object placed on that limb will adopt the image 
+map texture, if you do not want this to happen be sure you texture the objects in the CDF file.
+
+When creating objects that are identical on both left and right limbs, declare them as a seperate object located
+at <0,0,0> then add the object to the Body parts but flip them for the opposite side.  
+
+e.g Right Side would be : object {MyObject}
+    Left Side would be  : object {MyObject scale <-1,1,1>}
+
+If you intend to use the same objects in various CDF's why not create an include file with objects declared
+in it and located at <0,0,0> then just include this file at the beginning of your CDF file, and place those
+objects as normal in the body part objects.
+
+******************************************************************************************
+
+Last Updated : 9th April, 2000

blbman40/bm_hair.inc

@@ -0,0 +1,21 @@
+/************************************************************
+  Sample BlobMan People Hair File for use with bmpeople.inc
+*************************************************************/
+
+#declare BM_Pose_Hair_1=array[5][1]
+   {
+     { <0,0,0> },
+     { <0,0,0> },
+     { <0,0,0> },
+     { <0,0,0> },
+     { <0,0,0> },
+   }           
+
+#declare BM_Pose_Hair_2=array[5][9]   
+   {
+     { 0,0,0,0,0,0,0,0,0},                
+     { 1,0,0.25,5,0.7,0.01,1,10,0.05},    
+     { 1,0,0.25,5,0.7,0.01,1,20,0.1},     
+     { 1,0,0.25,5,0.7,0.05,1,6,0},        
+     { 1,0,0.5,5,0,0.005,1,6,0},          
+   } 

blbman40/bm_hands.inc

@@ -0,0 +1,24 @@
+/************************************************************
+  Sample BlobMan Hands File for use with bmpeople.inc
+  Use Hand_Studio.pov to create new Hand Poses.
+ 
+*************************************************************/
+
+#declare BM_Hands=array[13][5]
+  {
+     { <5,45,5,0> ,<10,30,5,0> ,<5,15,5,0> ,<0,10,0,0> ,<0,-10,5,10>  },
+     { <10,10,20,-10> ,<5,10,10,-5> ,<0,10,5,0> ,<0,10,5,5> ,<-10,-10,-20,0>  },
+     { <0,0,0,-20> ,<0,0,0,-10> ,<0,0,0,0> ,<0,0,0,10> ,<-20,-20,-20,0>  },
+     { <75,75,75,0> ,<75,75,75,0> ,<75,75,75,0> ,<75,75,75,0> ,<0,45,75,0>  },
+     { <75,75,75,0> ,<75,75,75,0> ,<10,5,0,0> ,<75,75,75,0> ,<0,45,75,0>  },
+     { <75,75,75,0> ,<75,75,75,0> ,<10,5,0,-10> ,<10,5,0,10> ,<0,45,75,0>  },
+     { <75,75,75,0> ,<75,75,75,0> ,<75,75,0,0> ,<5,5,0,0> ,<0,45,75,0>  },
+     { <2,1,0,0> ,<75,75,75,0> ,<75,75,75,0> ,<2,1,0,0> ,<0,45,75,0>  },
+     { <2,1,0,-10> ,<2,1,0,-12> ,<2,1,0,12> ,<2,1,0,8> ,<0,0,0,0>  },
+     { <85,75,55,0> ,<75,65,55,0> ,<65,55,45,0> ,<2,1,0,0> ,<-10,-10,-10,0>  },
+     { <45,45,45,0> ,<45,45,45,0> ,<45,45,45,0> ,<45,45,45,0> ,<45,20,10,0>  },
+     { <75,90,5,0> ,<75,90,5,0> ,<75,45,45,0> ,<25,45,60,0> ,<25,0,5,20>  },
+     { <0,0,0,0> ,<0,0,0,0> ,<0,0,0,0> ,<0,0,0,0> ,<0,0,0,30>  },          
+  }
+
+

blbman40/bm_pose.inc

@@ -0,0 +1,40 @@
+/************************************************************
+  Sample BlobMan People Pose File for use with bmpeople.inc
+
+ PoseNo                             
+   0 = Standing Relaxed            
+   1 = Standing Hands on Hips      
+   2 = Meditation                  (transform BM_Abdomen_U) 
+   3 = Sitting at Table/Piano etc  (transform BM_Abdomen_U)
+   4 = Gunfighter                              
+   5 = Praying on Knees            (transform BMO_Knee_R translate <0,1,0>*BM_Scale )            
+   6 = "We're Not Worthy"          (transform BMO_Knee_R translate <0,1,0>*BM_Scale ) 
+   7 = Hand Stand                  (transform BMO_Hand_R)
+   8 = Sun Bathing                 (transform BMO_Torso_B rotate x*99 ) Female
+                                   (transform BMO_Torso_B rotate x*109 ) Male 
+   9 = Surfer                      
+  10 = Reclined (Male)             (transform BMO_Abdomen_L rotate z*-85)
+  11 = Reclined (Female)           (transform BMO_Abdomen_L rotate z*-85)   
+
+*************************************************************/
+#include "bm_hands.inc"
+#include "bm_hair.inc"
+
+#declare BM_Pose=array[12][17]
+  {
+     { <0,0,0> ,<0,0,0> ,<0,0,0> ,<-8,0,-8> ,<8,0,-3> ,<-8,0,8> ,<8,0,3> ,<8,0,-5> ,<-8,0,3> ,<8,0,5> ,<-8,0,-3> ,<8,0,-3> ,<8,0,3> ,<0,0,0> ,<0,0,0> ,<0,0,0> , <0,0,0> },
+     { <0,0,0> ,<0,0,0> ,<0,0,0> ,<0,0,-42> ,<0,0,45> ,<0,0,42> ,<0,0,-45> ,<0,0,0> ,<0,0,0> ,<0,0,0> ,<0,0,0> ,<0,0,0> ,<0,0,0> ,<0,0,0> ,<0,0,-38> ,<0,0,38> ,<0,0,0> , },
+     { <0,0,0> ,<5,0,0> ,<-5,0,0> ,<0,0,-15> ,<60,0,-15> ,<0,0,15> ,<60,0,15> ,<80,45,0> ,<10,0,90> ,<80,-45,0> ,<-5,0,-100> ,<-30,0,0> ,<-30,0,0> ,<0,0,0> ,<0,100,-20> ,<0,-100,20> , <11,0,11> },
+     { <0,0,0> ,<0,0,0> ,<0,0,0> ,<25,0,-20> ,<90,0,0> ,<25,0,20> ,<90,0,0> ,<90,15,0> ,<0,0,0> ,<90,-15,0> ,<0,0,0> ,<0,0,0> ,<0,0,0> ,<0,0,0> ,<-10,-90,0> ,<10,90,0> ,<0,0,0> , },
+     { <0,0,0> ,<0,0,0> ,<0,0,0> ,<-10,5,-35> ,<10,0,10> ,<-10,-5,35> ,<10,0,-10> ,<8,0,-15> ,<-8,0,0> ,<8,0,15> ,<-8,0,0> ,<8,0,0> ,<8,0,0> ,<0,0,0> ,<0,0,10> ,<0,0,-10> , <0,0,0> },
+     { <-10,0,0> ,<-10,0,0> ,<0,0,0> ,<25,0,0> ,<145,-50,-4> ,<25,0,0> ,<145,50,4> ,<65,10,0> ,<-90,0,0> ,<65,-10,0> ,<-90,0,0> ,<-45,0,0> ,<-45,0,0> ,<-30,0,-30> ,<30,-30,-20> ,<30,30,20> , <12,0,12> },
+     { <45,0,0> ,<0,0,0> ,<0,0,0> ,<145,20,0> ,<210,0,0> ,<145,-20,0> ,<210,0,0> ,<65,10,0> ,<-90,0,0> ,<65,-10,0> ,<-90,0,0> ,<-45,0,0> ,<-45,0,0> ,<-30,0,-30> ,<30,-30,-60> ,<30,30,60> , <0,0,0> },
+     { <30,0,0> ,<30,0,0> ,<0,0,0> ,<0,0,-150> ,<0,90,-180> ,<0,0,150> ,<0,-90,180> ,<45,0,-10> ,<-45,0,-10> ,<-5,0,10> ,<-5,0,10> ,<0,0,0> ,<0,0,0> ,<0,0,0> ,<0,0,-90> ,<0,0,90> , <12,0,12> },
+     { <0,-10,0> ,<0,0,0> ,<0,0,0> ,<-10,0,-120> ,<0,15,-260> ,<-10,0,120> ,<0,15,259> ,<30,0,0> ,<-30,0,0> ,<0,0,10> ,<-8,0,0> ,<-50,0,0> ,<0,-15,0> ,<0,0,0> ,<0,100,0> ,<0,-100,0> , <12,0,12> },
+     { <0,50,0> ,<0,0,0> ,<0,15,0> ,<85,45,0> ,<110,30,0> ,<60,-60,0> ,<85,-30,0> ,<60,45,0> ,<45,45,0> ,<85,-45,0> ,<0,-30,0> ,<-25,0,0> ,<20,0,0> ,<0,0,0> ,<0,-90,0> ,<0,90,0> , <0,0,0> },
+     { <0,10,10> ,<0,0,10> ,<0,0,18> ,<-20,0,15> ,<45,0,-33> ,<-8,0,146> ,<8,0,273> ,<25,0,0> ,<0,0,7.5> ,<8,0,-1> ,<-8,0,-1> ,<-15,0,8> ,<-8,0,-8> ,<0,0,0> ,<15,0,30> ,<0,180,-75> , <0,0,0> },
+     { <0,10,10> ,<0,0,10> ,<0,0,17> ,<-20,0,15> ,<45,0,-40> ,<-8,0,138> ,<8,0,273> ,<25,0,0> ,<0,0,7.5> ,<8,0,0> ,<-8,0,0> ,<-15,0,8> ,<-8,0,-8> ,<0,0,0> ,<30,0,50> ,<0,180,-75> , <0,0,1> },
+  }
+
+
+

blbman40/bmarray.txt

@@ -0,0 +1,26 @@
+/************************************************************
+  Blob Man Pose File for use with Blob_Man.inc
+  This file was created automatically by Blob_Man_Studio.POV
+*************************************************************/
+
+#declare BM_Pose=array[1][17]
+  {
+     { <0,0,0> ,<-10,0,0> ,<-10,0,0> ,<-20,0,-8> ,<0,0,-3> ,<20,0,8> ,<40,0,3> ,<30,0,-5> ,<15,0,0> ,<0,0,5> ,<-30,0,0> ,<0,0,0> ,<15,0,0> ,<15,0,0> ,<0,0,0> ,<0,0,0> , <0,0,1> },
+  }
+
+#declare BM_Hands=array[2][5]
+  {
+     { <5,45,5,0> ,<10,30,5,0> ,<5,15,5,0> ,<0,10,0,0> ,<0,-10,5,10>  },
+     { <5,45,5,0> ,<10,30,5,0> ,<5,15,5,0> ,<0,10,0,0> ,<0,-10,5,10>  },
+  }
+
+#declare BM_Pose_Hair_1=array[1][1]
+  {
+     { <-20,0,0>  },
+  }
+
+#declare BM_Pose_Hair_2=array[1][9]
+  {
+     { 1,0,0.2,4,0.3,0.015,1.5,15,0 },
+  }
+// End of File

blbman40/bmdeclar.txt

@@ -0,0 +1,53 @@
+/************************************************************
+  Blob Man Pose File for use with bmpeople.inc
+  This file was created automatically by Blob_Man_Studio.POV
+*************************************************************/
+
+    #declare BM_Head_Rot     = <0,0,0> ;
+    #declare BM_Neck_Rot     = <-10,0,0> ;
+    #declare BM_Torso_Rot    = <-10,0,0> ;
+    #declare BM_RA_S2E       = <-20,0,-8> ;
+    #declare BM_RA_E2W       = <0,0,-3> ;
+    #declare BM_LA_S2E       = <20,0,8> ;
+    #declare BM_LA_E2W       = <40,0,3> ;
+    #declare BM_RL_H2K       = <30,0,-5> ;
+    #declare BM_RL_K2A       = <15,0,0> ;
+    #declare BM_LL_H2K       = <0,0,5> ;
+    #declare BM_LL_K2A       = <-30,0,0> ;
+    #declare BM_RF_Rot       = <0,0,0> ;
+    #declare BM_LF_Rot       = <15,0,0> ;
+    #declare BM_Toe_Angle    = <15,0,0> ;
+    #declare BM_RH_Rot       = <0,0,0> ;
+    #declare BM_LH_Rot       = <0,0,0> ;
+
+// If you wish to use a predefined hand be sure to include
+// bm_hands.inc and then set BM_Pose_RHand/LHand to the array
+// entry number (0 being the first entry).  Otherwise set them 
+// to -1 and use the finger positions defined below
+
+    #declare BM_Pose_RHand   = -1;
+    #declare BM_Pose_LHand   = -1;
+
+    #declare BM_RFP_Pos      = <5,45,5,0> ;
+    #declare BM_RFR_Pos      = <10,30,5,0> ;
+    #declare BM_RFM_Pos      = <5,15,5,0> ;
+    #declare BM_RFI_Pos      = <0,10,0,0> ;
+    #declare BM_RFT_Pos      = <0,-10,5,10> ;
+    #declare BM_LFP_Pos      = <5,45,5,0> ;
+    #declare BM_LFR_Pos      = <10,30,5,0> ;
+    #declare BM_LFM_Pos      = <5,15,5,0> ;
+    #declare BM_LFI_Pos      = <0,10,0,0> ;
+    #declare BM_LFT_Pos      = <0,-10,5,10> ;
+    #declare BM_Hair_Rot     = <-20,0,0> ;
+    #declare BM_Hair_Arch    = 0;
+    #declare BM_Hair_Thck    = 0.2;
+    #declare BM_Hair_Line    = 4;
+    #declare BM_Hair_LDpth   = 0.3;
+    #declare BM_Hair_Wght    = 0.015;
+    #declare BM_Hair_Hght    = 1.5;
+    #declare BM_Hair_Length  = 15;
+    #declare BM_Hair_Curl    = 0;
+
+    #declare BM_PoseNo       = -1;
+
+// End of File

blbman40/bmdefs.inc

@@ -0,0 +1,236 @@
+/***************************************************************
+  Default Settings for the "bmpeople.inc" and associated files
+****************************************************************/
+// Default Settings
+#declare BM_Defaults=true;
+#declare Male=0;
+#declare Female=1;
+#ifndef (BM_Guide_Rad)       #declare BM_Guide_Rad=2; #end
+#ifndef (BM_PoseNo)          #declare BM_PoseNo=-1; #end
+#ifndef (BM_Pose_RHand)      #declare BM_Pose_RHand=-1; #end
+#ifndef (BM_Pose_LHand)      #declare BM_Pose_LHand=-1; #end
+#ifndef (BM_Hair_Seed)       #declare BM_Hair_Seed=77; #end
+#ifndef (BM_Gender)          #declare BM_Gender=0; #end    
+#ifndef (BM_HairCol)         #declare BM_HairCol=<.5,.5,.5,>; #end
+#ifndef (BM_Flex)            #declare BM_Flex=1; #end    
+#ifndef (BM_TShirt)          #declare BM_TShirt=0; #end
+#ifndef (BM_Build)           #declare BM_Build=0.5; #end    
+#ifndef (BM_Mouth)           #declare BM_Mouth=1; #end
+#ifndef (BM_MouthShape)      #declare BM_MouthShape=.5; #end
+#ifndef (BM_EyeCol)          #declare BM_EyeCol=<.22,.69,.87>; #end
+#ifndef (BM_EyeLids)         #declare BM_EyeLids=<0,0,0>; #end
+#ifndef (BM_RA_S2E)          #declare BM_RA_S2E= <-8,0,-8>; #end
+#ifndef (BM_RA_E2W)          #declare BM_RA_E2W= <8,0,-3>; #end
+#ifndef (BM_LA_S2E)          #declare BM_LA_S2E= <-8,0,8>; #end
+#ifndef (BM_LA_E2W)          #declare BM_LA_E2W= <8,0,3>; #end
+#ifndef (BM_RL_H2K)          #declare BM_RL_H2K= <8,0,-5>; #end
+#ifndef (BM_RL_K2A)          #declare BM_RL_K2A= <-8,0,3>; #end
+#ifndef (BM_LL_H2K)          #declare BM_LL_H2K= <8,0,5>; #end
+#ifndef (BM_LL_K2A)          #declare BM_LL_K2A= <-8,0,-3>; #end
+#ifndef (BM_RH_Rot)          #declare BM_RH_Rot= <0,0,0>; #end
+#ifndef (BM_LH_Rot)          #declare BM_LH_Rot= <0,0,0>; #end
+#ifndef (BM_RF_Rot)          #declare BM_RF_Rot= <8,0,-3>; #end
+#ifndef (BM_LF_Rot)          #declare BM_LF_Rot= <8,0,3>; #end
+#ifndef (BM_Toe_Angle)       #declare BM_Toe_Angle=<0,0,0>; #end                  
+#ifndef (BM_Head_Rot)        #declare BM_Head_Rot= <0,0,0>; #end                
+#ifndef (BM_Neck_Rot)        #declare BM_Neck_Rot= <0,0,0>; #end    
+#ifndef (BM_Torso_Rot)       #declare BM_Torso_Rot= <0,0,0>; #end    
+#ifndef (BM_LFP_Pos)         #declare BM_LFP_Pos= <5,45,5,0>; #end
+#ifndef (BM_LFR_Pos)         #declare BM_LFR_Pos= <10,30,5,0>; #end
+#ifndef (BM_LFM_Pos)         #declare BM_LFM_Pos= <5,15,5,0>; #end
+#ifndef (BM_LFI_Pos)         #declare BM_LFI_Pos= <0,10,0,0>; #end
+#ifndef (BM_LFT_Pos)         #declare BM_LFT_Pos= <0,-10,5,10>; #end
+#ifndef (BM_RFP_Pos)         #declare BM_RFP_Pos= <5,45,5,0>; #end
+#ifndef (BM_RFR_Pos)         #declare BM_RFR_Pos= <10,30,5,0>; #end
+#ifndef (BM_RFM_Pos)         #declare BM_RFM_Pos= <5,15,5,0>; #end
+#ifndef (BM_RFI_Pos)         #declare BM_RFI_Pos= <0,10,0,0>; #end
+#ifndef (BM_RFT_Pos)         #declare BM_RFT_Pos= <0,-10,5,10>; #end
+#ifndef (BM_Map_R_Finger)    #declare BM_Map_R_Finger=1; #end
+#ifndef (BM_Map_L_Finger)    #declare BM_Map_L_Finger=1; #end
+#ifndef (BM_Nails)           #declare BM_Nails=1; #end    
+#ifndef (BM_Ears)            #declare BM_Ears=2; #end
+#ifndef (BM_Jaw)             #declare BM_Jaw=.5; #end
+#ifndef (BM_Teeth)           #declare BM_Teeth=1; #end    
+#ifndef (BM_Jowls)           #declare BM_Jowls=0; #end    
+#ifndef (BM_Nose)            #declare BM_Nose=.4; #end               
+#ifndef (BM_Face)            #declare BM_Face=1; #end         
+#ifndef (BM_R_Foot)          #declare BM_R_Foot=1; #end
+#ifndef (BM_L_Foot)          #declare BM_L_Foot=1; #end
+#ifndef (BM_R_Hand)          #declare BM_R_Hand=1; #end
+#ifndef (BM_L_Hand)          #declare BM_L_Hand=1; #end
+#ifndef (BM_Eyes)            #declare BM_Eyes=1; #end
+#ifndef (BM_HairStyle)       #declare BM_HairStyle=-1; #end
+#ifndef (BM_Hair_Col)        #declare BM_Hair_Col=<.5,.5,.5>; #end
+#ifndef (BM_Hair_Rot)        #declare BM_Hair_Rot=<0,0,0>; #end
+#ifndef (BM_Hair_On)         #declare BM_Hair_On=0; #end
+#ifndef (BM_Hair_Arch)       #declare BM_Hair_Arch=0; #end
+#ifndef (BM_Hair_Thck)       #declare BM_Hair_Thck=0; #end
+#ifndef (BM_Hair_Line)       #declare BM_Hair_Line=0; #end
+#ifndef (BM_Hair_LDpth)      #declare BM_Hair_LDpth=0; #end
+#ifndef (BM_Hair_Wght)       #declare BM_Hair_Wght=0; #end
+#ifndef (BM_Hair_Hght)       #declare BM_Hair_Hght=0; #end
+#ifndef (BM_Hair_Length)     #declare BM_Hair_Length=0; #end
+#ifndef (BM_Hair_Curl)       #declare BM_Hair_Curl=0; #end
+
+#ifndef (BM_R_Upperarm_Mass) #declare BM_R_Upperarm_Mass=2; #end
+#ifndef (BM_L_Upperarm_Mass) #declare BM_L_Upperarm_Mass=2; #end
+#ifndef (BM_R_Forearm_Mass)  #declare BM_R_Forearm_Mass=2; #end
+#ifndef (BM_L_Forearm_Mass)  #declare BM_L_Forearm_Mass=2; #end
+#ifndef (BM_R_Thigh_Mass)    #declare BM_R_Thigh_Mass=2; #end
+#ifndef (BM_L_Thigh_Mass)    #declare BM_L_Thigh_Mass=2; #end
+#ifndef (BM_R_Calf_Mass)     #declare BM_R_Calf_Mass=2; #end
+#ifndef (BM_L_Calf_Mass)     #declare BM_L_Calf_Mass=2; #end
+#ifndef (BM_Neck_Mass)       #declare BM_Neck_Mass=1; #end
+#ifndef (BM_Torso_Mass)      #declare BM_Torso_Mass=1; #end                         
+#ifndef (BM_Abdomen_Mass)    #declare BM_Abdomen_Mass=1; #end
+#ifndef (BM_Head_Mass)       #declare BM_Head_Mass=1; #end
+#ifndef (BM_Bump_Map_Size)   #declare BM_Bump_Map_Size=0.25; #end
+
+// Define Default Textures
+#ifndef (BM_Skin_Tex)
+    #declare BM_Skin_Tex=
+    texture {
+        pigment{rgb <0.96,0.80,0.69>}
+        finish{
+            phong .1 
+            phong_size 40
+        }
+    }
+#end
+
+#ifndef (BM_Lip_Tex)
+    #declare BM_Lip_Tex =
+        texture {
+            pigment{rgb <.7,.3,.2>}
+            finish{
+                phong .3 
+                phong_size 40
+            }
+            normal{
+                crackle .2 
+                turbulence .7 
+                scale .7
+            }
+        }
+#end
+
+#ifndef (BM_Nail_Tex)
+	#declare BM_Nail_Tex =
+        texture{BM_Skin_Tex
+    		finish {
+    		    ambient -.25
+    		} 
+		}
+#end
+#ifndef (BM_Tooth_Tex)
+    #declare BM_Tooth_Tex=
+        texture {
+            pigment {rgb 1}
+            finish {phong .9 phong_size 90}
+        }
+#end
+
+// Declare Default nul Objects
+#ifndef (BM_DeBug)
+    #declare BM_DeBug=off;
+#end
+
+#declare BM_Vector_Locator=
+    union {
+        cylinder {<-8,0,0><8,0,0> .5 pigment {rgb x}}
+        cylinder {<0,0,-8><0,0,8> .5 pigment {rgb y}}
+        cylinder {<0,-8,0><0,8,0> .5 pigment {rgb z}}
+        torus {5,.4 pigment {rgb <1,1,0>}}
+    }
+
+#declare BM_nul=sphere{0,.0000001 pigment {rgbft 1}}
+
+#ifndef (BM_Head_Object)       #declare BM_Head_Object=object{BM_nul} #end
+#ifndef (BM_Neck_Object)       #declare BM_Neck_Object=object{BM_nul} #end    
+#ifndef (BM_Torso_Object)      #declare BM_Torso_Object=object{BM_nul} #end  
+#ifndef (BM_Abdomen_Object)    #declare BM_Abdomen_Object=object{BM_nul} #end
+#ifndef (BM_Upperarm_R_Object) #declare BM_Upperarm_R_Object=object{BM_nul} #end
+#ifndef (BM_Upperarm_L_Object) #declare BM_Upperarm_L_Object=object{BM_nul} #end
+#ifndef (BM_Forearm_R_Object)  #declare BM_Forearm_R_Object=object{BM_nul} #end
+#ifndef (BM_Forearm_L_Object)  #declare BM_Forearm_L_Object=object{BM_nul} #end
+#ifndef (BM_Hand_R_Object)     #declare BM_Hand_R_Object=object{BM_nul} #end
+#ifndef (BM_Hand_L_Object)     #declare BM_Hand_L_Object=object{BM_nul} #end
+#ifndef (BM_Thigh_R_Object)    #declare BM_Thigh_R_Object=object{BM_nul} #end
+#ifndef (BM_Thigh_L_Object)    #declare BM_Thigh_L_Object=object{BM_nul} #end
+#ifndef (BM_Calf_R_Object)     #declare BM_Calf_R_Object=object{BM_nul} #end
+#ifndef (BM_Calf_L_Object)     #declare BM_Calf_L_Object=object{BM_nul} #end
+#ifndef (BM_Foot_R_Object)     #declare BM_Foot_R_Object=object{BM_nul} #end
+#ifndef (BM_Foot_L_Object)     #declare BM_Foot_L_Object=object{BM_nul} #end
+
+#if (BM_DeBug=yes)
+    #declare BM_Head_Object=
+        union {
+            object{BM_Head_Object}
+            object{BM_Vector_Locator scale 1.5}
+        }
+    #declare BM_Torso_Object=object{BM_nul}
+    #declare BM_Upperarm_R_Object=
+        union {
+            object {BM_Upperarm_R_Object}
+            object {BM_Vector_Locator rotate z*90}
+        }
+    #declare BM_Upperarm_L_Object=
+        union {
+            object {BM_Upperarm_L_Object}
+            object {BM_Vector_Locator rotate z*90}
+        }
+    #declare BM_Forearm_R_Object=
+        union {
+            object {BM_Forearm_R_Object}
+            object {BM_Vector_Locator}
+        }
+    #declare BM_Forearm_L_Object=
+        union {
+            object {BM_Forearm_L_Object}
+            object {BM_Vector_Locator}
+        }
+    #declare BM_Hand_R_Object=
+        union {
+            object {BM_Hand_R_Object}
+            object {BM_Vector_Locator}
+        }
+    #declare BM_Hand_L_Object=
+        union {
+            object {BM_Hand_L_Object}
+            object {BM_Vector_Locator}
+        }
+    #declare BM_Thigh_R_Object=
+        union {
+            object {BM_Thigh_R_Object}
+            object {BM_Vector_Locator rotate z*90 scale 1.25}
+        }
+    #declare BM_Thigh_L_Object=
+        union {
+            object {BM_Thigh_L_Object}
+            object {BM_Vector_Locator rotate z*90 scale 1.25}
+        }
+    #declare BM_Calf_R_Object=
+        union {
+            object {BM_Calf_R_Object}
+            object {BM_Vector_Locator}
+        }
+    #declare BM_Calf_L_Object=
+        union {
+            object {BM_Calf_L_Object}
+            object {BM_Vector_Locator}
+        }
+    #declare BM_Foot_R_Object=
+        union {
+            object {BM_Foot_R_Object}
+            cylinder {<0,-3.25,0><0,-3.0,0>6.5 pigment {rgb <1,0,0>}}
+            object {BM_Vector_Locator}
+        }
+    #declare BM_Foot_L_Object=
+        union {
+            object {BM_Foot_L_Object}
+            cylinder {<0,-3.25,0><0,-3.0,0>6.5 pigment {rgb <1,0,0>}}
+            object {BM_Vector_Locator}
+        }
+#end
+
+// End of Defaults File

blbman40/bmfeet.inc

@@ -0,0 +1,320 @@
+/****************************************************************
+Feet Macro for use with "bmpeople.inc" v4.0
+refer to "bmmanual.txt" for usage information
+*******************************************************************/
+#ifndef (BM_Defaults) 
+    #include "bmdefs.inc"
+#end
+
+#macro FootModel (LR,ToeAng)
+     union {
+    	blob{
+    		threshold BM_Build
+    		cylinder { <0,0,0>,<0,.00001,0> 0.36, .75 // joint
+    			scale <1, 0.8, .5>
+    			translate <0.0, 0.08, -0.03>
+
+    		}                                 
+    		 /*
+    		sphere { <0,0,0>, 0.36, -.75 // joint
+    			scale <1, 1, 1.5>
+    			translate <0.0, 0.1, 0.1>
+
+    		} */    		
+            /*
+            sphere {0,.3,-.75 
+    		    scale <2,1,1>
+    		    translate <0,-.1,0> pigment {rgb x}
+    		} 
+    		*/
+            cylinder { <-.1,.05,-.1>,<.1,.05,-.15>,.1,1 }
+    		cylinder { <0, 0, -0.1>, <0, .1, -0.25>, 0.4, 1 //
+    			scale <0.6,0.6, 1>
+    			translate <-0.01, 0, 0>    
+    		}
+    		cylinder { <0, 0, -0.05>, <0, 0, -0.45>, 0.3, 1
+    			scale <0.9,0.7, 1>
+    			translate <0.05, -0.08, 0>  
+    		}
+    		cylinder { <0, 0, -0.5>, <0, 0, -0.75>, 0.3, 1 // side
+    			scale <0.9, 0.5, 1>
+    			translate <0.15, -0.15, 0>  
+    		}
+
+    		cylinder { <0, 0, -0.15>, <0, 0, -0.65>, 0.4, 1 // bottom & heel
+    			scale <0.9,0.55, 1>
+    			translate <0, -0.17,0>    
+    		}        
+                   
+   		                              
+    		sphere { 0,.1, 1 
+    		    scale <1,1,1.5> 
+    		    translate <-0.12, -.21, -0.8>
+    		}  
+    		sphere { 0,.1, 1 
+    		    scale <1,1,1.5>  
+    		    translate <0.01, -.22, -0.8>
+    		}   
+            sphere { 0,.1, 1 
+    		    scale <1,1,1.5>  
+    		    translate <0.12, -.22, -0.8>
+    		}
+            sphere { <0,0,0>,.1, 1 
+    		    scale <1,1,1.5>  
+    		    translate <0.22, -.2, -0.8>
+    		}
+    		sphere { 0,.1, 1 
+    		    scale <1,1,1.5>
+    		    translate <0.28, -.18, -0.8> 
+    	    }
+    	    // Heel
+    	    cylinder {<0,0,0>,<0,.4,0>,.3,.5 
+    	        scale <1,.5,1>
+    	        rotate x*-15
+    	        translate <0.00, -0.17,0>  
+    	    }                                    
+            sphere {0,.3,1 
+    	        scale <.75,.5,.8>
+    	        translate <0.05, -0.15,-.7> 
+    	    }
+    	    
+    	    sphere {0,.3,-.85
+    	            scale <.75,2,.9>
+    	            rotate z*55
+    	            translate <-.3,-.27,-.45>
+    	    } 
+    	    
+    	}
+        // Toes
+    	union {
+    		// 1st Toe (Big)
+    		blob {
+    			threshold BM_Build
+    			cylinder { <0, 0, .1>, <0, 0, -0.2>, 0.16, 1
+    				}
+                sphere { <0,0,.2>,.25,-.7 }    				
+    		    rotate <ToeAng, 0, 0>
+    		    translate <-0.12, 0, -0.8>
+    			//sturm
+    		}
+    		// 2nd Toe
+    		blob {
+    			threshold BM_Build
+    			cylinder { <0, 0, 0>, <0, 0, -0.19>, 0.14, 1
+    				rotate ToeAng*x
+    				translate <0.01, 0.01, -0.8>}
+    			//sturm
+    		}
+    		// 3rd Toe
+    		blob {
+    			threshold BM_Build
+    			cylinder { <0, 0, 0>, <0, 0, -0.17>, 0.13, 1
+    				rotate ToeAng*x
+    				translate <0.12, 0.005, -0.8>}
+    			//sturm
+    		}
+    		// 4th Toe
+    		blob {
+    			threshold BM_Build
+    			cylinder { <0, 0, 0>, <0, 0, -0.15>, 0.12, 1
+    				rotate <ToeAng, 5, 0>
+    				translate <0.22, 0, -0.8>}
+    			sturm
+    		}
+    		// 5th Toe (Little)
+    		blob {
+    			threshold BM_Build
+    			cylinder { <0, 0, 0>, <0, 0, -0.13>, 0.11, 1
+    				rotate <ToeAng, 10, 0>
+    				translate <0.3, 0,-0.8>}
+    			//sturm
+    		}
+    		translate <0, -0.175, 0>
+    	}
+        translate <0,.05,0>
+        #if (BM_Gender=0)
+            scale <8.5,8,8>
+        #end
+        #if (BM_Gender=1)
+            scale 7                             
+    	#end
+    	rotate -3*z
+    	scale <LR,1,1>
+    }                             
+#end    
+
+
+#macro bmfeet()
+
+    #if (BM_Gender=0)
+        #local Hips             =<1.5,1.5,1.5>;
+        #local ThighLength      =14;
+        #local CalfLength       =17;     
+        #local Ankle            =<.15,-1.5,1.35>;
+        #local R_Foot            =< 0,-1,-1.4>;
+        #local L_Foot            =< 0,-1,-1.4>;
+    #end
+    #if (BM_Gender=1)
+        #local Hips             =<.75,-2.5,1.5>;
+        #local ThighLength      =14.7;                
+        #local CalfLength       =18.9; 
+        #local Ankle            =<0,-1,.25>;
+        #local R_Foot           =<-.55,2,-1>;
+        #local L_Foot           =< .55,2,-1>;
+    #end
+
+    #local RL_Knee =vrotate(<0,-ThighLength,0>,BM_RL_H2K);
+    #local RL_Ankle=vrotate(<0,-CalfLength,0> ,BM_RL_K2A);
+    #local LL_Knee =vrotate(<0,-ThighLength,0>,BM_LL_H2K);
+    #local LL_Ankle=vrotate(<0,-CalfLength,0> ,BM_LL_K2A);
+    
+    
+    #local R_HipReplace=<BM_RL_H2K.y/-50,0,BM_RL_H2K.y/-50>-<BM_RL_K2A.y/-50,0,BM_RL_K2A.y/-50>;
+    #local L_HipReplace=<BM_LL_H2K.y/-50,0,BM_LL_H2K.y/ 50>-<BM_LL_K2A.y/-50,0,BM_LL_K2A.y/ 50>;
+
+    #local R_Foot_Trans=transform {rotate BM_RF_Rot rotate BM_RL_K2A translate RL_Knee+RL_Ankle+<-Hips.x+R_HipReplace.x,-29+Hips.y+BM_Gender,R_HipReplace.z+Hips.z> translate R_Foot}
+    #local L_Foot_Trans=transform {rotate BM_LF_Rot rotate BM_LL_K2A translate LL_Knee+LL_Ankle+< Hips.x+L_HipReplace.x,-29+Hips.y+BM_Gender,L_HipReplace.z+Hips.z> translate L_Foot}
+    
+    #declare BMOFL=transform {translate -(LL_Knee+LL_Ankle+<0,-ThighLength-CalfLength,0>) 
+                            #if (BM_Gender=0)
+                                translate -L_Foot-<0,.5,0>
+                            #end
+                            #if (BM_Gender=1)
+                                translate -L_Foot-<0,1,0>
+                            #end
+                            rotate -BM_LF_Rot                 
+                            rotate -BM_LL_K2A
+                            translate z*4
+                           }                     
+                                 
+    #declare BMOFR=transform {translate -(RL_Knee+RL_Ankle+<0,-ThighLength-CalfLength,0>) 
+                            #if (BM_Gender=0)
+                                translate -R_Foot-<0,.5,0>
+                            #end
+                            #if (BM_Gender=1)
+                                translate -R_Foot-<0,1,0>
+                            #end
+                            rotate -BM_RF_Rot
+                            rotate -BM_RL_K2A 
+                            translate z*4 
+                           } 
+    
+    //#declare BM_RF_Location=<0,0,4>+R_Foot+<-Hips.x+R_HipReplace.x,-29+Hips.y+BM_Gender,R_HipReplace.z+Hips.z>+RL_Ankle+RL_Knee;
+    #declare BM_RF_Location=vrotate (<0,0,4>,BM_RF_Rot);
+    #declare BM_LF_Location=vrotate (<0,0,-4>,BM_LF_Rot);
+    #if (BM_Gender=1)
+        #declare BM_RF_Location=BM_RF_Location+<0,6,0>+< Hips.x,Hips.y,Hips.z>+RL_Ankle+RL_Knee;
+        #declare BM_LF_Location=BM_LF_Location+<0,6,0>+<-Hips.x,Hips.y,Hips.z>+LL_Ankle+LL_Knee;
+    #end
+    #if (BM_Gender=0)
+        #declare BM_RF_Location=BM_RF_Location+<0,.25,0>+< Hips.x,Hips.y,Hips.z>+RL_Ankle+RL_Knee;
+        #declare BM_LF_Location=BM_LF_Location+<0,.25,0>+<-Hips.x,Hips.y,Hips.z>+LL_Ankle+LL_Knee;
+    #end
+
+
+
+    union {
+ // Right Foot
+           union {
+               object {
+                    #if (BM_R_Foot>0)
+                        FootModel (-1,BM_Toe_Angle.z)
+                    #else
+                        BM_nul
+                    #end
+            	    translate Ankle                        
+               } 
+                                                            
+            object {BM_Foot_R_Object}
+            material {
+                texture {BM_Skin_Tex}
+                #ifdef (Foot_R_IMap)
+                    texture {
+                        pigment {
+                            image_map {
+                                png Foot_R_IMap
+                                map_type 0 
+                                interpolate 4
+                                once
+                            } 
+                            scale 8
+                            translate <-4,-4,-4>
+                        }
+                        #ifdef (BM_Map_Finish)
+                            finish {BM_Map_Finish}
+                        #end
+                        #ifdef (BM_Map_Normal)
+                            normal {BM_Map_Normal}
+                        #end
+                        #ifdef (Foot_R_BMap)
+                            normal {
+                                bump_map {
+                                    png Foot_R_BMap
+                                    map_type 2 
+                                    interpolate 4
+                                    once
+                                    bump_size BM_Bump_Map_Size
+                                }
+                                scale 8
+                                translate <-4,-4,-4>
+                            }
+                        #end
+                    }
+                #end
+            }
+            transform R_Foot_Trans
+        }
+// Left Foot
+        union {
+               object {
+                    #if (BM_L_Foot>0)
+                        FootModel (1,BM_Toe_Angle.x)
+                    #else
+                        BM_nul
+                    #end
+            	    translate Ankle                        
+               } 
+
+            object {BM_Foot_L_Object}
+            material {
+                texture {BM_Skin_Tex}
+                #ifdef (Foot_L_IMap)
+                    texture {
+                        pigment {
+                            image_map {
+                                png Foot_L_IMap
+                                map_type 0
+                                interpolate 4
+                                once
+                            } 
+                            scale 8
+                            translate <-4,-4,-4>
+                        }
+                        #ifdef (BM_Map_Finish)
+                            finish {BM_Map_Finish}
+                        #end
+                        #ifdef (BM_Map_Normal)
+                            normal {BM_Map_Normal}
+                        #end
+                        #ifdef (Foot_L_BMap)
+                            normal {
+                                bump_map {
+                                    png Foot_L_BMap
+                                    map_type 2
+                                    interpolate 4
+                                    once
+                                    bump_size BM_Bump_Map_Size
+                                }
+                                scale 8
+                                translate <-4,-4,-4>
+                            }
+                        #end
+                    }
+                #end
+            }
+            transform L_Foot_Trans
+        }
+    }
+#end
+
+// End of Feet Macro

blbman40/bmhair.inc

@@ -0,0 +1,91 @@
+/****************************************************************
+Hair Macro for use with "bmpeople.inc" v4.0
+refer to "bmmanual.txt" for usage information
+*******************************************************************/
+#ifndef (BM_Defaults) 
+    #include "bmdefs.inc"
+#end
+
+#macro bmhair()
+    #local NeckTrans=transform {rotate <BM_Neck_Rot.x,0,BM_Neck_Rot.z>}
+    #local TorsoTrans=transform {translate <0,20,-3> rotate <BM_Torso_Rot.x,0,BM_Torso_Rot.z> translate <0,-20,3>
+                                 translate <0,20,0>  rotate <0,BM_Torso_Rot.y,0> translate <0,-20,0>
+                      }
+    #if (BM_Hair_On=1)
+        union{
+            #ifdef (Hair_Seed)
+                #local rr=seed(Hair_Seed);
+            #else
+                #local rr=seed(77);
+            #end
+            #local tt=0;
+            #while (tt<20)
+                #local zz=tt*3+3;
+                #local cc=0;
+                #while (cc<zz)
+                    #local yy=cc*360/zz+rand(rr)*6;
+                    #local xx=BM_Hair_Line-sin((yy+15)*pi/30)*BM_Hair_LDpth;
+                    #local hh=vrotate(<0,.8,0>,<tt*xx+rand(rr)*5,yy,45>);
+                    #local hx=hh.x;
+                    #local hy=hh.y;
+                    #local hz=hh.z;
+                    #local dx=hx/50;
+                    #local dy=hy/50*BM_Hair_Hght;
+                    #local dz=hz/50;
+                    #if (BM_Hair_Arch=1 & dx>0)
+                    #local dy=dy+dx;
+                    #local dx=-dx;
+                #end
+                #if (hy>-.25)
+                    blob{
+                        threshold .5
+                        #local ll=0;
+                        #local length=BM_Hair_Length-rand(rr)*BM_Hair_Length/5;
+                        #local vv=rand(rr)*length;
+                        #while (ll<length) 
+                            sphere{<hx+BM_Hair_Curl*sin((vv+ll)*pi/3),hy,hz+BM_Hair_Curl*cos((vv+ll)*pi/3)>,BM_Hair_Thck/5,1}
+                            #local ll=ll+BM_Hair_Thck;
+                            #local hx=hx+dx;
+                            #local hy=hy+dy;
+                            #local hz=hz+dz;
+                            #local dx=dx*(1-BM_Hair_Wght*2);
+                            #local dy=dy*(1-BM_Hair_Wght/2)-BM_Hair_Wght/20;
+                            #local dz=dz*(1-BM_Hair_Wght);
+                            #if (BM_Hair_Arch=1 & dx>0)
+                                #local dy=dy+0.001;
+                                #if (hx>-.5)
+                                    #local hx=hx+dx;
+                                #end
+                            #end
+                        #end
+                        #ifndef (BM_Hair_Tex)
+                            pigment{rgb BM_Hair_Col+<rand(rr)/10,rand(rr)/10,rand(rr)/10>}}
+                        #else
+                            texture {BM_Hair_Tex}
+                        #end
+                    #end
+                    #local cc=cc+1;
+                #end
+                #local tt=tt+1;
+            #end
+            rotate y*90
+            rotate BM_Hair_Rot
+            scale 4.5
+            #if (BM_Gender=1)
+                scale <.95,1.1,1>*.9
+            #end
+
+            translate <0,5,-1>
+            rotate z*BM_Head_Rot.z
+            rotate x*BM_Head_Rot.x
+            rotate y*BM_Head_Rot.y
+            transform NeckTrans
+            translate <0,-5.5,1>
+            transform TorsoTrans
+        }
+    #else
+        object {BM_nul}
+    #end
+#end             
+
+// End of Hair Macro

blbman40/bmhand.inc

@@ -0,0 +1,376 @@
+/****************************************************************
+Hand Macro for use with "bmpeople.inc" v4.0
+refer to "bmmanual.txt" for usage information
+*******************************************************************/
+#ifndef (BM_Defaults) 
+    #include "bmdefs.inc"
+#end
+
+#macro bmhand(Hand)
+    #if (Hand>0)
+        #local H_S2E=BM_LA_S2E;
+        #local H_E2W=BM_LA_E2W;
+        #local Hand_Rot=BM_LH_Rot;
+        #local FP_Pos=BM_LFP_Pos;
+        #local FR_Pos=BM_LFR_Pos;
+        #local FM_Pos=BM_LFM_Pos;
+        #local FI_Pos=BM_LFI_Pos;
+        #local FT_Pos=BM_LFT_Pos;
+    #else
+        #local H_S2E=BM_RA_S2E;
+        #local H_E2W=BM_RA_E2W;
+        #local Hand_Rot=BM_RH_Rot;
+        #local FP_Pos=BM_RFP_Pos;
+        #local FR_Pos=BM_RFR_Pos;
+        #local FM_Pos=BM_RFM_Pos;
+        #local FI_Pos=BM_RFI_Pos;
+        #local FT_Pos=BM_RFT_Pos;
+    #end
+    
+    #if (BM_Gender=0)
+        #local UpperarmLength= 11;
+        #local ForearmLength = 10.5;
+        #local Shoulder      = <8.25,1.5,0>;
+    #end
+    #if (BM_Gender=1)
+        #local UpperarmLength= 10.85;
+        #local ForearmLength = 10.5;
+        #local Shoulder      = <6.25,1.5,.2>;
+    #end
+    
+    #local H_Elbow=vrotate(<0,-UpperarmLength,0>,H_S2E);
+    #local H_Wrist=vrotate(<0,-ForearmLength-.75,0> ,H_E2W);
+    #local Hand_Trans=transform {rotate y*(90*Hand) rotate Hand_Rot rotate H_E2W translate H_Elbow+H_Wrist+<Shoulder.x*Hand,-UpperarmLength+Shoulder.y,Shoulder.z+1>}
+    #local TorsoTrans=transform {translate <0,20,-3> rotate <BM_Torso_Rot.x,0,BM_Torso_Rot.z> translate <0,-20,3>
+                                 translate <0,20,0>  rotate <0,BM_Torso_Rot.y,0> translate <0,-20,0>
+                      }
+
+    #if (Hand=-1)
+        #local TempHand=BM_R_Hand;
+    #else
+        #local TempHand=BM_L_Hand;
+    #end
+   
+    #local Finger_Joint_angle =
+		array[5][4]
+		{
+			{FT_Pos.x,FT_Pos.y,FT_Pos.z,FT_Pos.t}, // 1st finger
+			{FI_Pos.x,FI_Pos.y,FI_Pos.z,FI_Pos.t}, // 2nd finger
+			{FM_Pos.x,FM_Pos.y,FM_Pos.z,FM_Pos.t}, // 3rd finger
+			{FR_Pos.x,FR_Pos.y,FR_Pos.z,FR_Pos.t}, // 4th finger
+			{FP_Pos.x,FP_Pos.y,FP_Pos.z,FP_Pos.t}  // 5th finger
+		}
+
+	#declare Finger_N = 1;
+    union {
+        union {
+            #if (TempHand>=1)
+        	    blob {   
+        	    // part of palm
+        		// palm length = 1
+            		threshold BM_Build+.1
+            		cylinder{<-0.3, 0.2, 0.00>, <-0.3, 0.85, 0.00>, 0.3, 1 scale <1,1,0.8>}
+            		cylinder{<-0.2, 0.1, 0.05>, <-0.2, 0.90, 0.05>, 0.3, 1 scale <1,1,0.8>}
+            		cylinder{<-0.1, 0.0 ,0.10>, <-0.1, 0.95, 0.10>, 0.3, 1 scale <1,1,0.8>}
+            		cylinder{< 0.0, 0.0, 0.15>, < 0.1, 0.90, 0.15>, 0.3, 1 scale <1,1,0.8>} // palm center
+            		cylinder{< 0.10, 0.00, 0.15>, < 0.10, 0.90, 0.15>, 0.30, 1 scale <1,1,0.8>}
+            		cylinder{< 0.15, 0.10, 0.05>, < 0.20, 0.87, 0.0>, 0.30, 1 scale <1,1,0.8>}
+            		cylinder{< 0.25, 0.05, 0.00>, < 0.35, 0.85, -0.025>, 0.30, 1 scale <1,1,0.8>}
+            		cylinder{< 0.25, 0.15, 0.0>, < 0.40, 0.70, -0.05>, 0.28, 1 scale <1,1,0.8>}
+            		cylinder{< 0.60, 0.40, 0.0>, < 0.75, 0.70, -0.1>, 0.28, 1 scale <0.6,1,0.8> }
+        		//
+            		sphere{<0, 0, 0>, 0.5, 1 // rize of 5th finger side
+            			scale <0.6, 1.2, 0.5>
+            			rotate -15*z
+            			translate <0.15, 0.25, -0.10> 
+            			
+            		}
+        		//
+            		sphere{<0, 0, 0>, 0.4, 1 // rize of 1st finger side
+            			scale <0.70, 1.0, 0.7>
+            			rotate 30*z
+            			translate <-0.15, 0.15, -0.10>
+            		}
+            		sphere { <-0.15, 0.15, -0.05>, 0.4, 1 scale <1,1, 0.6>}
+        		
+        		// finger 1 of first finger
+            		cylinder { <-0.3, 0.1, 0>, <-0.45, 0.3, -0.25>,0.33, 1  
+        	    		rotate <Finger_Joint_angle[0][3], -Finger_Joint_angle[0][0], 0>
+        		    }
+        	    }
+        	//---------- finger 2 & 3 of 1st finger
+            	object {
+            		union{ // finger2
+            			blob {
+            				threshold BM_Build+.1
+            				cylinder { <0, 0, 0 >, <0, 0.20, 0>, 0.30, 1 scale <1, 1, 1> }
+            				sphere { <0,0,0>, 0.12, 1.5 scale < 1.2, 1.0, 0.8> translate <0, 0.26, 0.05> }
+            			}
+            			union { // finger3
+            				blob {
+            					threshold BM_Build+.1
+            					cylinder { <0, 0, 0>, <0, 0.20, 0>, 0.26, 1 scale <0.9, 1, 0.9> }
+            					sphere { <0,0,0>, 0.2, 1 scale <1.0, 1.3, 0.9> translate <0, 0.02, -0.02> }
+            				}
+            				// Nail
+                            #if (BM_Nails=1)
+                				difference {
+                					cylinder { <0,0,0> <0,0.23, 0> 0.11 }
+                					cylinder { <0,-0.1,0> <0,0.24, 0> 0.105 }
+                					plane { z, 0.06 }
+                					plane { -y, 0 rotate -50*x translate 0.08*y }
+                                    #if (BM_Gender=0)
+                  					    scale <1,.5,0.8>
+                					#else
+                					    scale <1,1,0.8>
+                					#end
+                					rotate -5*x
+                					translate <0,0.15,0.045>
+                					texture { BM_Nail_Tex }
+                				}                                      
+                            #else
+                                object {BM_nul}
+                            #end                				
+            				rotate <-10-Finger_Joint_angle[0][2], 0, 0>
+            				translate <0, 0.35, 0.0> // 3rd finger joint point
+            			}
+            			rotate <-15-Finger_Joint_angle[0][1], 0, 15>
+            			translate < 0.0, 0.40, 0.0> // 2nd finger joint point
+            		}
+            		rotate -90*y
+            		rotate 30*z
+            		rotate -20*x
+            		translate <-0.3, 0.05, -0.2>
+            		rotate <Finger_Joint_angle[0][3], -Finger_Joint_angle[0][0], 0>
+    	    		#if (Hand=-1)
+    	    		    #if (BM_Map_R_Finger=0)
+    	    		        texture {BM_Skin_Tex}
+    	    		    #end
+    	    		#else
+    	    		    #if (BM_Map_L_Finger=0)
+                            texture {BM_Skin_Tex}
+    	    		    #end
+    	    		#end            		
+            	}
+            
+            	// Parts form 2nd to 5th finger
+            	#while ( Finger_N < 5 )
+            	// define finger
+            	union {
+            		blob { // finger 1
+            			threshold BM_Build+.1
+            			cylinder { <0,0,0>, <0,0.40,0>, 0.3, 1
+                			#if (Hand=-1)
+            	    		    #if (BM_Map_R_Finger=0)
+            	    		        texture {BM_Skin_Tex}
+            	    		    #end
+            	    		#else
+            	    		    #if (BM_Map_L_Finger=0)
+                                    texture {BM_Skin_Tex}
+            	    		    #end
+            	    		#end 
+        	    		 }
+            			sphere { < 0,0,0 >, 0.20, 1 scale < 0.7, 1, 1.0> translate 0.01*z}
+            			sphere { < 0,0,0 >, 0.10, 1 scale < 1.2, 1, 0.6> translate <0, 0.46, 0.08>}
+            			
+            		}
+            		union { // finger 2
+            			blob {
+            				threshold BM_Build+.1
+            				cylinder { <0,0,0>, <0,0.25,0>, 0.28, 1 }
+            				sphere { < 0,0,0 >, 0.10, 1 scale < 1.2, 1, 0.6> translate <0, -0.01, 0.08>}
+            				sphere { < 0,0,0 >, 0.10, 1 scale < 1.2, 1, 0.6> translate <0, 0.26, 0.08>} 
+            			}
+            			union{ // finger 3
+            				blob{
+            					threshold 0.6
+            					cylinder { <0,0,0>, <0,0.25,0>, 0.26, 1 }
+            					sphere { <0,0,0>, 0.12, 1 scale < 1, 1.2, 1> translate <0,0.30,0.01> }
+            					sphere { < 0,0,0 >, 0.10, 1 scale < 1.2, 1, 0.6> translate <0, -0.01, 0.08>}
+            				}
+            				// Nail
+                            #if (BM_Nails=1)
+                				difference {
+                					cylinder { <0,0,0> <0,0.30, 0> 0.11 }
+                					cylinder { <0,-0.1,0> <0,0.31, 0> 0.105 }
+                					plane { z, 0.06 }
+                					plane { -y, 0 rotate -50*x translate 0.14*y }
+                					#if (BM_Gender=0)
+                					    scale <1,.5,0.8>
+                					#else
+                					    scale <1,1,0.8>
+                					#end
+                					translate <0,0.15,0.04>
+                					texture { BM_Nail_Tex }
+                				}          
+                		    #else
+                		        object {BM_nul}
+                		    #end
+
+            				rotate <-Finger_Joint_angle[Finger_N][2], 0, 0 >
+            				translate <0,0.3,0> // 3rd finger joitnt point
+            			}
+            			rotate <-Finger_Joint_angle[Finger_N][1], 0, 0 >
+            			translate <0,0.40,0> // 2nd finger joitnt point
+        	    		#if (Hand=-1)
+        	    		    #if (BM_Map_R_Finger=0)
+        	    		        texture {BM_Skin_Tex}
+        	    		    #end
+        	    		#else
+        	    		    #if (BM_Map_L_Finger=0)
+                                texture {BM_Skin_Tex}
+        	    		    #end
+        	    		#end            			
+            		}
+            		#switch ( Finger_N )
+            			#case(1) scale 0.9 #break
+            			#case(3) scale <0.85,0.90,0.85> #break
+            			#case(4) scale <0.80,0.75,0.80> #break
+            		#else
+            		#end
+            		rotate <-Finger_Joint_angle[Finger_N][0], 0, Finger_Joint_angle[Finger_N][3] >
+            		#switch ( Finger_N )
+            			#case(1) translate <-0.30, 0.95, 0.03> #break // 1st finger joitnt point of 2nd finger
+            			#case(2) translate < 0.00, 1.00, 0.10> #break
+            			#case(3) translate < 0.27, 0.95, 0.08> #break
+            			#case(4) translate < 0.47, 0.75, -0.05> #break
+            			#else
+            		#end
+            		#declare Finger_N = Finger_N + 1;
+            	}
+            	#end // while end
+            #else
+                object {BM_nul}
+            #end
+            scale <-Hand,-1,1>
+            translate <0,0,.05*Hand>
+            scale 3
+        }    
+        #if (Hand=-1)
+// Right Hand Object
+            object {BM_Hand_R_Object rotate y*(-90*Hand)}
+        #else
+// Left Hand Object
+            object {BM_Hand_L_Object rotate y*(-90*Hand)}
+        #end
+        #if (BM_Gender=0)            
+            scale <1,1,1.25>
+            scale 1.1 
+        #end
+
+        #if (Hand=-1)
+            material {
+                texture {BM_Skin_Tex}
+                #ifdef (Hand_R_IMap)
+                    texture {
+                        pigment {
+                            image_map {
+                                png Hand_R_IMap
+                                map_type 2 
+                                interpolate 4
+                                once
+                            }
+                            rotate y*90
+                            scale 9.5
+                            translate <0,-8.5,0>
+                        }
+                        #ifdef (BM_Map_Finish)
+                            finish {BM_Map_Finish}
+                        #end
+                        #ifdef (BM_Map_Normal)
+                            normal {BM_Map_Normal}
+                        #end
+                        #ifdef (Hand_R_BMap)
+                            normal {
+                                bump_map {
+                                    png Hand_R_BMap
+                                    map_type 2
+                                    interpolate 4
+                                    once
+                                    bump_size BM_Bump_Map_Size
+                                }
+                                rotate y*90
+                                scale 9.5
+                                translate <0,-8.5,0>
+                            }
+                        #end
+                    }
+                #end
+            }
+        #else
+            material {
+                texture {BM_Skin_Tex}
+                #ifdef (Hand_L_IMap)
+                    texture {
+                        pigment {
+                            image_map {
+                                png Hand_L_IMap
+                                map_type 2 
+                                interpolate 4
+                                once
+                            } 
+                            rotate y*-90
+                            scale 9.5
+                            translate <0,-8.5,0>
+                        }
+                        #ifdef (BM_Map_Finish)
+                            finish {BM_Map_Finish}
+                        #end
+                        #ifdef (BM_Map_Normal)
+                            normal {BM_Map_Normal}
+                        #end
+                        #ifdef (Hand_L_BMap)
+                            normal {
+                                bump_map {
+                                    png Hand_L_BMap
+                                    map_type 2 
+                                    interpolate 4
+                                    once
+                                    bump_size BM_Bump_Map_Size
+                                }
+                                rotate y*-90
+                                scale 9.5
+                                translate <0,-8.5,0>
+                            }
+                        #end
+                    }
+                #end
+            }
+        #end
+        transform Hand_Trans
+        transform TorsoTrans
+        
+    }
+// Origin Variables
+
+    #local ReverseTorso=transform {translate <0,20,0> rotate <0,-BM_Torso_Rot.y,0> translate <0,-20,0>
+                                   translate <0,20,-3> rotate <-BM_Torso_Rot.x,0,-BM_Torso_Rot.z> translate <0,-20,3>
+                                  }
+                               
+    #if (Hand=-1)
+        #declare BMOPR=transform {transform ReverseTorso
+                                  translate -H_Elbow+-H_Wrist+<-Shoulder.x*Hand,UpperarmLength-Shoulder.y,-Shoulder.z+1>
+                                  rotate -H_E2W
+                                  rotate -Hand_Rot
+                                  rotate y*-(270*Hand)     
+                                  rotate x*-(90*Hand)
+                                  rotate y*(25*Hand)
+                                  translate y*.5
+                                  translate x*-Hand
+                                 }
+    #else                                      
+        #declare BMOPL=transform {transform ReverseTorso
+                                  translate -H_Elbow+-H_Wrist+<-Shoulder.x*Hand,UpperarmLength-Shoulder.y,-Shoulder.z+1>
+                                  rotate -H_E2W
+                                  rotate -Hand_Rot
+                                  rotate y*-(270*Hand)
+                                  rotate x*(90*Hand)
+                                  rotate y*(25*Hand)
+                                  translate y*.5
+                                  translate x*-Hand
+                                 }
+    #end                                      
+    
+#end                                            
+
+// End of Hand Macro

blbman40/bmhead.inc

@@ -0,0 +1,278 @@
+/****************************************************************
+Head Macro for use with "bmpeople.inc" v4.0
+refer to "bmmanual.txt" for usage information
+*****************************************************************/
+#ifndef (BM_Defaults) 
+    #include "bmdefs.inc"
+#end
+
+#macro bmhead()
+    
+    #local Eyes=BM_EyeLids;
+    #if (Eyes.x>1) #local Eyes=<1,Eyes.y,Eyes.z>; #end 
+    #if (Eyes.x<0) #local Eyes=<0,Eyes.y,Eyes.z>; #end
+    #if (Eyes.z>1) #local Eyes=<Eyes.x,Eyes.y,1>; #end
+    #if (Eyes.z<0) #local Eyes=<Eyes.x,Eyes.y,0>; #end
+    #ifndef (BM_Eye_Shadow)
+        #local BM_Eye_Shadow=texture {BM_Skin_Tex}
+    #end
+    #local MouthWidth=BM_Mouth;//+1.5;
+    #local MouthHeight=BM_Jaw;
+    #local MouthPos=<0,-4,-2.75>;
+    #local NeckTrans=transform {rotate <BM_Neck_Rot.x,0,BM_Neck_Rot.z>}
+    #local TorsoTrans=transform {translate <0,20,-3> rotate <BM_Torso_Rot.x,0,BM_Torso_Rot.z> translate <0,-20,3>
+                                 translate <0,20,0>  rotate <0,BM_Torso_Rot.y,0> translate <0,-20,0>
+                      }
+    #local MouthRot=<0,0,BM_MouthShape*15>;
+    #local HalfHead=difference {
+                            blob {
+                                threshold BM_Build
+                                #if (BM_Head_Mass>= 1)
+                                    sphere{0,5.6,2 scale <1,1,.95> translate z*-1 } // Top Front of Skull
+                                    sphere{0,5.6,2 scale <1,1,.9> translate z*1 } // Top of Back Skull  
+                                    cylinder{<0,2.5,0><0,4,0>,1,1 scale <2.5,1,3> translate <0,-5,-1.3> }
+                                    cylinder{<0,1.5,0><0,2,0>,1,1 scale <1.5,1,3>translate <0,-5,-1.3> }
+                                    sphere{0,4,1 scale <.75,.5,.75> rotate x*10 translate  <0,-3.5,.75>} // Base of Skull                                    
+                                    sphere {0,2.85,2 translate <0,-2.75,-1.3> rotate y*-35}
+                                    cylinder{<0,0,0><0,1,0>,1,1 scale <3-(BM_Gender/2),1,3> translate <0,-5,-1.75> rotate x*(BM_Jaw*-12)}
+                                    sphere {0,4,1.5 scale <1,1,.75> translate <0,-3.5,0>}
+
+                                    #if (BM_Face>0)
+                                        cylinder {<1,0,0><2.5,0,0>,1,-.75 rotate y*-35 translate <0,-.8,-4.25> }
+                                        sphere {0,1,-.25 scale <3,1,1> translate <.5,-1,-4.25> }
+                    // Nose
+                                        
+                                        #if (BM_Gender=0)
+                                            cylinder{<-.5-(BM_Gender/6),1.5,1><-.15-(BM_Gender/6),-1,-BM_Nose>,1,2 translate <0,-.7-.75,-4.>}   // Nose
+                                            cylinder{<-.7-(BM_Gender/4),0,0><.7-(BM_Gender/4),0,0>,.5,2 translate<0,-1.75-.75,-4.3>} // Nostrils
+                                        #end
+                                        #if (BM_Gender=1)
+                                            sphere {0,1,1 scale <.75,1,1> translate <-.15,-1.5,-3.8>}
+                                            sphere {0,1,1 scale <.75,1,1> translate <-.15,-2,-3.9>}
+                                            sphere {0,1,1 scale <.75,1,1> translate <-.10,-2.5,-4>}
+                                            sphere {0,.75,1 scale <.75,1,1> translate <-.05,-2.75,-4.25>}
+                                        #end                                            
+                                    #end
+                    // Eye Ridge Socket
+                                    #if (BM_Face>0)
+                                        cylinder{<0,0,0>,<10,0,0>,1,-1.5  scale <1,1.75,1> rotate y*-20 rotate z*0 translate <1.5,-1.8,-4.5>  texture {BM_Eye_Shadow}}
+                                        cylinder{<0,0,0>,<10,0,0>,1,-1 scale <1,1.75,1> rotate y*-20 rotate z*0 translate <1.5,-1.8,-4.5> rotate y*-20 texture {BM_Eye_Shadow}}
+                                        cylinder{<0,0,0>,<10,0,0>,1,-1 scale <1,1.75,1> rotate y*-20 rotate z*0 translate <1.5,-1.9,-4.5> rotate y*-40 }
+                                        cylinder{<0,0,0>,<10,0,0>,1,-1.5 scale <1,1,1> rotate y*-20 rotate z*7.5 translate <1.5,-1.8,-4.5> }
+                                    #else
+                                        cylinder{<0,0,0>,<10,0,0>,1,-1.5 scale <1,1.75,1> rotate y*-20 rotate z*0 translate <1.5,-1.8,-4.5> }
+                                        cylinder{<0,0,0>,<10,0,0>,1,-1 scale <1,1.75,1> rotate y*-20 rotate z*-30 translate <1.5,-1.8,-4.5> rotate y*-20}
+
+                                    #end
+                    // Cheeks
+                                    sphere{0,1.5,BM_Jowls+.0000001 scale <1.25,1.5,.75> rotate x*-20 translate <0,-3,-3> rotate y*-55 }
+                    // Ears
+                                    #if (BM_Ears>= 2)
+                                        sphere{0,1,2 scale<1,1.75,.7> rotate y*-45 rotate z*-10 translate<4.2,-.85-.5,0> } // Outer Ear Left
+                                        sphere{0,1,-2 scale<1,1.75,.7>*.7 rotate y*-45 rotate z*-10 translate<4.2,-.7-.5,-.35>} // Inner Ear Left
+                                        sphere{0,1,2 scale<1,1.75,.7>/3.5 rotate y*-45 rotate z*-10 translate<4.025,-.7-.5,-.35>} // Inner Ear Canal Left
+                                    #end
+                                    #if (BM_Ears = 1)
+                                        sphere{0,1,2 scale<1,1.0,.9> scale <1,1.75,1.5> rotate z*-5 translate<3.8,-.85-.75,0> } // Outer Ear Left
+                                    #end
+                    // Mouth     
+                                    #if (BM_Face>0)
+                                         #if (BM_Jaw>1)              
+                                             #local MouthHeight=1;
+                                         #end
+                                         #if (MouthHeight<=.25)
+                                             #local MouthHeight=.5;
+                                         #end
+                                       #local MouthHeight=BM_Jaw+(BM_Jaw/10)+.0001;
+                    // Inside of Mouth
+
+                                         sphere {0,1,-4 scale <.1+BM_Mouth*1.5,.1+BM_Jaw,1> rotate MouthRot translate MouthPos-<0,BM_Jaw/2-(BM_Jaw/3),0> pigment {rgb -1.5}}
+
+                                   #end         
+
+                                #end
+
+                                #if (BM_Head_Mass= 0)
+                                    sphere  {<0,0,0>.00001,0.0000001 pigment {rgbft 1}}
+                                #end
+                                #if (BM_Head_Mass< 0)
+                    // Object Guides
+                                    sphere{0,5.6,2 scale <1,1,.95> translate z*-1 } // Top Front of Skull
+                                    sphere{0,5.6,2 scale <1,1,.9> translate z*1 } // Top of Back Skull  
+                                    sphere{0,4,1 scale <.75,.5,.75> rotate x*10 translate  <0,-3.5,.75>} // Base of Skull                                                                                                            
+                                    cylinder{<0,2.5,0><0,4,0>,1,1 scale <2.5,1,3> translate <0,-5,-1.3> }
+                                    cylinder{<0,1.5,0><0,2,0>,1,1 scale <1.5,1,3>translate <0,-5,-1.3> }
+                                    sphere {0,2.85,2 translate <0,-2.75,-1.3> rotate y*-35}
+                                    cylinder{<0,0,0><0,1,0>,1,1 scale <3-(BM_Gender/2),1,3> translate <0,-5,-1.75> rotate x*(BM_Jaw*-12)}
+                                    sphere {0,4,1.5 scale <1,1,.75> translate <0,-3.5,0>}
+
+
+                                #end  
+                            }
+                            plane {x,-0.0000001}
+                     }
+    union {
+            object {HalfHead}
+            object {HalfHead scale <-1,1,1>}
+// Teeth
+            #local Loop=90;
+            #local Denture=union {
+                    #while (Loop>-90)
+                        superellipsoid {<.25,.25> scale <.2,.5,.1> translate z*-2.2 rotate y*Loop}
+                        #local Loop=Loop-11;
+                    #end  
+                        texture {BM_Tooth_Tex} 
+                        scale <.8,.75,1>  
+                        translate z*-.5
+                    }                                                                     
+            #if (BM_Teeth)
+                union {
+                    object {Denture  translate <0,MouthPos.y+1.2,-1.25>}
+                    object {Denture scale <1,-1,1> translate y*-.5 rotate x*-MouthHeight*6 translate <0,MouthPos.y+.5,-.75>}
+                    rotate x*-15
+                    translate y*.15
+                }
+            #end    
+    // Eyes
+            #if (BM_Eyes>0)
+                union {
+                    sphere{0,1 pigment{rgb 1}}
+                    sphere{0,.7 translate z*-.35 rotate y*18 pigment{rgb BM_EyeCol}}
+                    sphere{0,.2 translate z*-.9  rotate y*18 pigment{rgb 0}}
+                    difference {
+                        sphere{0,1.1 }
+                        box {<5,5,0><-5,-5,-10> }
+                        rotate z*-9
+                        rotate x*-(Eyes.x*65+65)
+                        texture {BM_Eye_Shadow}
+                    }
+                    rotate x*-7
+                    rotate y*-11
+                    rotate <0,Eyes.y+10,0>
+                    #if (BM_Face>0)
+                        translate<0,-.75,-3.>
+                    #else
+                        translate<0,-.75,-3.>
+                    #end
+                    rotate y*-27
+                }
+                union {
+                    sphere{0,1 pigment{rgb 1}}
+                    sphere{0,.7 translate z*-.35 rotate y*-18 pigment{rgb BM_EyeCol}}
+                    sphere{0,.2 translate z*-.9  rotate y*-18 pigment{rgb 0}} 
+                    difference {
+                        sphere{0,1.1 }
+                        box {<2,2,0><-2,-2,-4> }
+                        rotate z*9
+                        rotate x*-(Eyes.z*65+65)
+                        texture {BM_Eye_Shadow}
+                    }
+                    rotate x*-7
+                    rotate y*11
+                    rotate <0,Eyes.y-10,0>
+                    #if (BM_Face>0)
+                        translate<0,-.75,-3.>
+                    #else
+                        translate<0,-.75,-3.>
+                    #end
+                    rotate y*27 
+            }
+        #else
+            object {BM_nul}
+        #end
+        object {BM_Head_Object}
+        material {
+            texture {BM_Skin_Tex}
+            #ifdef (Face_IMap)
+                texture {
+                    pigment {
+                        image_map {
+                            png Face_IMap
+                            map_type 2 
+                            interpolate 4
+                            once
+                        } 
+                        rotate y*-90
+                        translate <0,-.55,0>
+                        scale 12
+                    }
+                    #ifdef (BM_Map_Finish)
+                        finish {BM_Map_Finish}
+                    #end             
+                    #ifdef (BM_Map_Normal)
+                        normal {BM_Map_Normal}
+                    #end
+                    #ifdef (Face_BMap)
+                        normal {
+                            bump_map {
+                                png Face_BMap
+                                map_type 2
+                                interpolate 4
+                                once
+                                bump_size BM_Bump_Map_Size
+                            } 
+                            rotate y*-90
+                            translate <0,-.55,0>
+                            scale 12
+                        }
+                    #end
+                }
+            #end
+        }
+        #if (BM_Gender=1)
+            scale <.95,1.1,1>*.9
+        #end                 
+            
+        translate <0,5,-1>
+        rotate z*BM_Head_Rot.z
+        rotate x*BM_Head_Rot.x
+        rotate y*BM_Head_Rot.y
+        transform NeckTrans
+        translate <0,-5.5,1>
+        transform TorsoTrans
+    }
+// Origin Variables
+    #local ReverseAll=transform {
+                                 translate <0,20,0> rotate <0,-BM_Torso_Rot.y,0> translate <0,-20,0>
+                                 translate <0,20,-3> rotate <-BM_Torso_Rot.x,0,-BM_Torso_Rot.z> translate <0,-20,3>
+                                 translate <0,5,-1>
+                                 rotate -<BM_Neck_Rot.x,0,BM_Neck_Rot.z>
+                                 rotate -y*BM_Head_Rot.y
+                                 rotate -x*BM_Head_Rot.x
+                                 rotate -z*BM_Head_Rot.z
+                                 translate <0,-5.5,1>
+                                }              
+                                                         
+    #declare BMOHF=transform {transform ReverseAll
+                              translate z*4.5
+                             }
+    #declare BMOHB=transform {transform ReverseAll
+                              translate z*-4
+                             }
+    #declare BMOHT=transform {transform ReverseAll
+                              translate y*-3.5
+                             }
+    #declare BMOeR=transform {transform ReverseAll
+                              translate y*3
+                              translate x*-3.5
+                             }                             
+    #declare BMOeL=transform {transform ReverseAll
+                              translate y*3
+                              translate x*3.5
+                             }                             
+                              
+    #declare BMONs=transform {transform ReverseAll
+                              translate y*3
+                              translate z*4.75
+                             }                             
+                              
+                              
+
+                              
+
+
+#end       
+
+
+
+// End of Head Macro

blbman40/bmmanual.txt

@@ -0,0 +1,908 @@
+******************************************************************************************
+                             ___ _     _    __  __
+                            | _ ) |___| |__|  \/  |__ _ _ _    
+                            | _ \ / _ \ '_ \ |\/| / _` | ' \ v4.0
+                            |___/_\___/_.__/_|  |_\__,_|_||_|
+                                | _ \___ ___ _ __| |___
+                                |  _/ -_) _ \ '_ \ / -_)
+                                |_| \___\___/ .__/_\___|
+                                            |_|
+                            
+                            Humanoid figures for POV-Ray v3.1 
+    
+                             by Peter Houston 1999, 2000
+
+******************************************************************************************
+  IMPORTANT NOTE : This version is not compatitble with older Pose or CDF files, also
+                   all of the macro's have been renamed and reformatted.
+                   I apologise if this causes some confusion but the changes were necessary
+                   to allow the improvements in this latest release.
+
+     The latest version of the package is avilable from my website (see section 9.0) 
+******************************************************************************************
+
+ 0.0  INTRODUCTION
+ 1.0  INSTALLATION
+ 2.0  QUICK START
+ 3.0  BASIC FEATURES
+   3.1  Blob_Man Macro
+   3.2  Textures
+   3.3  Origin Transformations
+   3.4  Positioning the Limbs 
+     3.4.1 Using Decalrations
+     3.4.2 Using Arrays
+     3.4.3 Blob_Man_Studio.pov and Hand_Studio.pov
+ 4.0  ADVANCED FEATURES
+   4.1  Head Macro
+   4.2  Torso Macro
+   4.3  Hand Macro
+   4.4  Feet Macro
+   4.5  Hair Macro      
+   4.6  Optional Parameters 
+   4.7  Image Maps
+ 5.0  COSTUME OBJECTS
+   5.1  Limb Objects
+   5.2  Costume Definition File
+ 6.0  HINTS & TIPS
+ 7.0  MISC INFO
+   7.1  Creating Face Image Maps
+   7.2  Creating Limb Image Maps
+   7.3  Bump Maps
+   7.4  Blob Man's Future
+   7.5  Known Problems
+ 8.0  HISTORY
+ 9.0  CONTACTING THE AUTHOR
+10.0  CREDITS
+
+******************************************************************************************
+0.0  INTRODUCTION
+******************************************************************************************
+Blob Man People is a set of macros to create humanoid figures, these figure can be Male or 
+Female and almost every moving body part can be positioned, right down to individual finger
+joints.
+
+The figures can be clothed by the use of externally created Costume Files.
+
+******************************************************************************************
+1.0  INSTALLATION
+******************************************************************************************
+Copy all *.INC, *.PNG, and *.CDF files to one of the directories (folders) in your 
+POV-Ray library path (as for example, the default include directory). If you don´t know 
+what they are, open your POVRAY.INI. If you have a PC running Windows95/98 or WindowsNT, 
+they probably look something like this: 
+
+Library_Path=C:\POV-Ray for Windows\include
+
+******************************************************************************************
+2.0  QUICK START
+******************************************************************************************
+Create a basic scene file similar to this : 
+
+// Cut Here
+
+global_settings {  assumed_gamma 2.2 }
+
+camera {  
+        location  <0, 1, -3.5>
+        direction 1.5*z
+        right     4/3*x
+        look_at   <0, 1,  0.0> 
+}
+
+sky_sphere
+{
+  pigment
+  {
+    gradient y
+    color_map { [0.0 color rgb <0.7,0.7,1.0>] [1.0 color blue 0.5] }
+  }
+}
+
+light_source
+{
+  0*x                     
+  color rgb <1,.9,.95>*1.5      
+  translate <-80, 40, -80>
+}
+
+
+cylinder {<0,0,0><0,-2,0> 20
+      pigment {checker pigment {rgb 0}, pigment {rgb 1} rotate y*16}
+}
+
+ 
+/***********************************************************
+The following code loads the Blob Man Include and Pose files
+and creates the one Male and one Female Figure
+************************************************************/
+#include "bmpeople.inc"
+
+Blob_Man(Male,2)
+object {BlobMan 
+        transform BMO_Foot_R
+        translate x*-.5
+}
+
+Blob_Man(Female,2)
+object {BlobMan 
+        transform BMO_Foot_R
+        translate x*.5
+}
+
+// Cut here
+
+******************************************************************************************
+3.0  BASIC FEATURES
+******************************************************************************************
+
+3.1  Blob_Man Macro
+===================
+Before the Blob_Man Macro can be called the "bmpeople.inc" file needs to be included.
+
+The syntax for calling the macro is as follows :-
+
+Blob_Man( Gender, Height )
+          
+Gender : [ FLOAT ] 0=Male, 1=Female (Note you can also use the identifiers Male or Female)
+Height : [ FLOAT ] This is the overall height of the figure in POV Units.
+
+Once called an object BlobMan is declared, this can now be positioned as required using the 
+Origin Transformations (refer to 3.3).
+
+3.2  Textures
+=============
+In its basic form Blob_Man declares two default textures, but these can be user defined,
+along with an optional texture.
+
+BM_Skin_Tex : This is the overall texture for the figure, if it is undeclared the default 
+              texture will be used.
+
+              Default: BM_Skin_Tex= texture {pigment{rgb <.9,.7,.6>}
+                                             finish{phong .3 phong_size 40}
+                                    }
+
+BM_Lip_Tex  : This is the texture for the figures lips, if it is undeclared the default 
+              texture will be used.
+                                      
+              Default: BM_Lip_Tex = texture {pigment{rgb <.7,.3,.2>}
+                                             finish{phong .3 phong_size 40}
+                                             normal{crackle .2 turbulence .7 scale .7}
+                                    }                                      
+
+BM_Nail_Tex : This is the texture for the Finger Nails, if it is undeclared the default
+              texture will be used.
+        	    
+        	  Default : BM_Nail_Tex = texture{ BM_Skin_Tex
+    		                                   finish { ambient -.25} 
+    		                          }
+              
+BM_Tooth_Tex: This is the texture used for the teeth, if it is undeclared the default texture 
+              will be used.
+
+              Default: BM_Tooth_Tex= texture { pigment {rgb 1}
+                                               finish {phong .9 phong_size 90}
+                                     }
+           
+BM_Hair_Tex : This is the texture for the figures hair, if it is undecalred then the Hair_Col
+              <r,g,b> variable passed by the Blob_Man macro will be used to generate a 
+              randomised hair colour.  There is no default hair texture.                    
+
+BM_Eye_Shadow: This is the texture for putting colour on the Eye Lids, if it is undeclared then 
+               the Eye Lids will use BM_Skin_Tex.  There is no default for Eye Shadow.
+
+In addition to these textures, there are also defineable Image Maps that is used for each part of 
+the body. Refer to section 4.7
+For tips on creating your own image maps refer to section 7.1
+
+3.3  Origin Transformations
+===========================
+The Blob_Man Macro declares the following Origin Transformations for you to locate the figure, 
+when used they locate the given point to <0,0,0>.
+
+    BMO_Foot_R     = Locates to the Right Foot                           
+    BMO_Foot_L     = Locates to the Left Foot                            
+    BMO_Toe_R      = Locates to the Right Toes                           
+    BMO_Toe_L      = Locates to the Left Toes                            
+    BMO_Knee_R     = Locates to the Right Knee                           
+    BMO_Knee_L     = Locates to the Left Knee                            
+    BMO_Hip_R      = Locates to the Right Hip                            
+    BMO_Hip_L      = Locates to the Left Hip                             
+    BMO_Abdomen_F  = Locates to the Front of the Abdomen                 
+    BMO_Abdomen_B  = Locates to the Back of the Abdomen                  
+    BMO_Abdomen_U  = Locates to the Underside of the Abdomen             
+    BMO_Abdomen_R  = Locates to the Right of the Abdomen                 
+    BMO_Abdomen_L  = Locates to the Left of the Abdomen                  
+    BMO_Torso_F    = Locates to the Front of the Torso (Chest)           
+    BMO_Torso_B    = Locates to the Back of the Torso                    
+    BMO_Torso_R    = Locates to the Right of the torso                   
+    BMO_Torso_L    = Locates to the Left of the Torso                    
+    BMO_Torso_T    = Locates to the Top of the Torso (Mid-Shoulders)     
+    BMO_Shoulder_R = Locates to the Right Shoulder                       
+    BMO_Shoulder_L = Locates to the Left Shoulder                        
+    BMO_Elbow_R    = Locates to the Right Elbow                          
+    BMO_Elbow_L    = Locates to the Left Elbow                           
+    BMO_Hand_R     = Locates to the Right Palm (Flat on y plane)         
+    BMO_Hand_L     = Locates to the Left Palm (Flat of y plane)          
+    BMO_Head_F     = Locates to the Front of the Head (Forehead)         
+    BMO_Head_B     = Locates to the Back of the Head                     
+    BMO_Head_T     = Locates to the Top of the Head                      
+    BMO_Ear_R      = Locates to the Right Ear                            
+    BMO_Ear_L      = Locates to the Left Ear                             
+    BMO_Nose       = Locates to the Nose                                 
+              
+eg. transform BMO_Foot_R     
+    This would relocate the BlobMan object to <0,0,0>
+
+If you do not use any of the above transformations then you will need to include the 
+following.
+
+    scale BM_Scale
+
+This is necessary to resize the figure to the correct size that you specified in the 
+Blob_Man macro, it is already included in the above transformations so isn't required if you
+stick with those.
+
+3.4  Positioning the Limbs
+==========================
+Blob Man is made up of 27 individually positionable parts.  Each one needs to be declared 
+before Blob_Man macro is called.
+
+There are two ways of defining the poses.
+
+3.4.1  Using Decalrations
+=========================
+The following variables need to be declared to alter the position of the relevant body part
+if undeclared the default value will be used.
+Note: If you are using multiple figures, you will need to re-declare these variables or
+      else all the figures will be in the same pose.
+
+
+BM_Head_Rot     Default: <0,0,0>     Head
+BM_Neck_Rot     Default: <0,0,0>     Neck (Note y is not used)
+BM_Torso_Rot    Default: <0,0,0>     Upper Torso (Chest)
+BM_RA_S2E       Default: <-8,0,-8>   Right Upper Arm
+BM_RA_E2W       Default: <8,0,-3>    Right Forearm 
+BM_LA_S2E       Default: <-8,0,8>    Left Upper Arm 
+BM_LA_E2W       Default: <8,0,3>     Left Forearm 
+BM_RL_H2K       Default: <8,0,-5>    Right Thigh 
+BM_RL_K2A       Default: <-8,0,3>    Right Lower Leg 
+BM_LL_H2K       Default: <8,0,5>     Left Thigh 
+BM_LL_K2A       Default: <-8,0,-3>   Left Lower Leg 
+BM_RF_Rot       Default: <8,0,-3>    Right Foot 
+BM_LF_Rot       Default: <8,0,3>     Left Foot 
+BM_RH_Rot       Default: <0,0,0>     Right Hand
+BM_LH_Rot       Default: <0,0,0>     Left Hand 
+
+BM_Toe_Angle    Default: <0,0,0>     Toe Angle x=left Foot z=Right Foot (Note y is not used)
+
+The Fingers are handled in a slightly different way, they are declared as 4 component vectors
+<x,y,z,t>
+   x=Angle of 1st joint of the finger nearest the palm
+   y=Angle of 2nd joint of the finger
+   z=Angle of 3rd joint of the finger
+   t=Side to side movement angle (Range: -10 to 10)
+
+Right Hand Fingers                             
+BM_RFP_Pos      Default: <5,45,5,0>   Pinky   
+BM_RFR_Pos      Default: <10,30,5,0>  Ring 
+BM_RFM_Pos      Default: <5,15,5,0>   Middle
+BM_RFI_Pos      Default: <0,10,0,0>   Index
+BM_RFT_Pos      Default: <0,-10,5,10> Thumb
+
+Left Hand Fingers
+BM_LFP_Pos      Default: <5,45,5,0>   Pinky
+BM_LFR_Pos      Default: <10,30,5,0>  Ring
+BM_LFM_Pos      Default: <5,15,5,0>   Middle
+BM_LFI_Pos      Default: <0,10,0,0>   Index
+BM_LFT_Pos      Default: <0,-10,5,10> Thumb
+
+If you intend to use multiple figures in a scene each with differing poses, or if you want 
+to use the same pose in different scenes, then you should declare these variables in a
+seperate file, then include it just before you call the Blob_Man macro.
+
+3.4.2  Using Arrays
+===================
+The second method of defining the positions of the body parts is to use an array.
+For more information about arrays refer to the POV-Ray Documentation.
+
+The following Arrays will need to be defined before the Blob_Man Macro is called.
+
+  BM_Pose  = array[n][17] (Where n is the number of entries in the array)
+                           All entries are 3 component vectors <x,y,z>
+
+   {BM_Head_Rot,        Head                     
+    BM_Neck_Rot,        Neck (Note y is not used)
+    BM_Torso_Rot,       Upper Torso (Chest)      
+    BM_RA_S2E,          Right Upper Arm          
+    BM_RA_E2W,          Right Forearm            
+    BM_LA_S2E,          Left Upper Arm           
+    BM_LA_E2W,          Left Forearm             
+    BM_RL_H2K,          Right Thigh              
+    BM_RL_K2A,          Right Lower Leg          
+    BM_LL_H2K,          Left Thigh               
+    BM_LL_K2A,          Left Lower Leg           
+    BM_RF_Rot,          Right Foot               
+    BM_LF_Rot,          Left Foot                
+    BM_Toe_Angle,       Toe Angle x=left Foot z=Right Foot (Note y is not used)
+    BM_RH_Rot,          Right Hand               
+    BM_LH_Rot,          Left Hand       
+    <0,0,1>             x=Left Hand Array Entry z=Right Hand Array Entry (See Below)
+   }                      (Note y is not used)
+
+
+  BM_Hands = array[n][5] (Where n is the number of entries in the array)
+                         All entries are 4 component vectors <x,y,z,t>
+                           x=Angle of 1st joint of the finger nearest the palm
+                           y=Angle of 2nd joint of the finger
+                           z=Angle of 3rd joint of the finger
+                           t=Side to side movement angle (Range: -10 to 10)
+  { 
+   BM_ FP_Pos,         Pinky  
+   BM_ FR_Pos,         Ring   
+   BM_ FM_Pos,         Middle 
+   BM_ FI_Pos,         Index  
+   BM_ FT_Pos          Thumb  
+  }                         
+
+
+As you can have many entries in the arrays, before the Blob_Man macro is called you will 
+need to specify the Array Entry Number
+
+    #declare BM_PoseNo= Arry Entry Number (Remember that the first entry in an array is 0)
+
+If you have used a figure that has been positioned using Arrays, and then you want to 
+position the body parts of a new figure using the declaration method (Section 3.4.1)
+you will need to re-declare BM_PoseNo to a value of -1.
+
+i.e.
+  #declare BM_PoseNo=-1;
+
+Included in the distribution pack, you will find three includes "bm_pose.inc" and "bm_hands.inc"
+ are sample arrays containing 12 (0-11) pre-defined poses, and 13 (0-12) pre-defined hand
+positions, and "bm_hair.inc" contains arrays for 5 (0-4) pre-defined Hair styles.
+
+3.4.3  Blob_Man_Studio.pov and Hand_Studio.pov
+==============================================  
+To aid you in the creation of the Pose files needed for Blob Man, there are two Scene Files
+that you can use, "Blob_Man_Studio.pov" and "Hand_Studio.pov"
+
+Blob_Man_Studio.pov allows you to view the pre-defined poses included in "bm_pose.inc" as
+    well as create your own, it shows six views of the figure (Left, Front, Right, Back, Top 
+    and Underneath), you can change each of the variables and view the results (it doesn't take 
+    long to render at 320 x 240 No AA and you can easily see if the pose is correct).
+    Part of this scene creates two external files "bmarray.txt" and "bmdaclar.txt", when you 
+    are happy with the pose rename the file you wish to use
+    "bmarray.txt" defines the BM_Pose array with one entry (0) and BM_Hands array with
+     two entrie (0-1) and the Arrays for defining the Hair Style.
+    "bmdeclar.txt" contains all the declarations needed to define the pose including Hair.
+
+Hand_Studio.pov allows you to view the pre-defined hand positions included in "bm_hands.inc"
+    as well as create your own, it shows six views of a hand, you can alter each finger
+    and once you are happy with the results, rename the file "bmhand.txt" which contains
+    a BM_Hand Array of one entry (0).
+
+******************************************************************************************
+4.0  ADVANCED FEATURES
+******************************************************************************************
+Each of the macros that make up Blob Man can each be called individually if required.  This
+could be useful if you only wanted to use body parts individually.
+
+Note: if you use these macros in this way, you will need to scale them yourself BM_Scale will
+not work, nor will the Origin Transformations. 
+
+Call all of these macros from within an object{} definition.  Skin_Tex and Lip_Tex need to be 
+decalred before the macros are called or the default textures will be used (see section 3.2)
+
+4.1  Head Macro
+===============          
+The syntax for using this macro is as follows :
+
+bmhead()
+
+The following variables effect the head
+
+BM_Head_Rot        Head                          
+BM_Neck_Rot        Neck (Note y is not used)     
+BM_Torso_Rot       Upper Torso (Chest)           
+
+4.2  Torso Macro
+================
+The syntax for using this macro is as follows :
+
+bmtorso()
+
+The following variables effect the torso (including the abdomen)
+
+BM_Torso_Rot       Upper Torso (Chest)  
+BM_RA_S2E          Right Upper Arm      
+BM_RA_E2W          Right Forearm        
+BM_LA_S2E          Left Upper Arm       
+BM_LA_E2W          Left Forearm         
+BM_RL_H2K          Right Thigh          
+BM_RL_K2A          Right Lower Leg      
+BM_LL_H2K          Left Thigh           
+BM_LL_K2A          Left Lower Leg       
+
+4.3  Hand Macro
+===============
+The syntax for using this macro is as follows : 
+Call this macro twice, once for each hand.
+
+bmhand( Hand )
+
+Hand     = [ FLOAT ] Right Hand = -1 / Left Hand = 1
+
+The following variables effect the hands
+
+BM_Torso_Rot,       Upper Torso (Chest) 
+BM_RA_S2E,          Right Upper Arm     
+BM_RA_E2W,          Right Forearm       
+BM_LA_S2E,          Left Upper Arm      
+BM_LA_E2W,          Left Forearm        
+BM_RH_Rot,          Right Hand               
+BM_LH_Rot,          Left Hand       
+BM_RFP_Pos          Right Pinky Finger
+BM_RFR_Pos          Right Ring Finger     
+BM_RFM_Pos          Right Middle Finger  
+BM_RFI_Pos          Right Index Finger  
+BM_RFT_Pos          Right Thumb  
+BM_LFP_Pos          Left Pinky Finger  
+BM_LFR_Pos          Left Ring Finger    
+BM_LFM_Pos          Left Middle Finger 
+BM_LFI_Pos          Left Index Finger  
+BM_LFT_Pos          Left Thumb         
+
+4.4  Feet Macro
+===============
+The syntax for using this macro is as follows : 
+
+bmfeet()
+
+The following variables effect the feet
+
+BM_Torso_Rot       Upper Torso (Chest)
+BM_RL_H2K          Right Thigh        
+BM_RL_K2A          Right Lower Leg    
+BM_LL_H2K          Left Thigh         
+BM_LL_K2A          Left Lower Leg     
+BM_RF_Rot          Right Foot                                              
+BM_LF_Rot          Left Foot                                               
+BM_Toe_Angle       Toe Angle x=left Foot z=Right Foot (Note y is not used) 
+
+
+4.5  Hair Macro
+===============
+The syntax for using this macro is as follows : 
+
+bmhair()
+  
+The following variables effect the hair
+
+BM_Head_Rot        Head                          
+BM_Neck_Rot        Neck (Note y is not used)     
+BM_Torso_Rot       Upper Torso (Chest)     
+BM_Hair_On         Hair (1) or No Hair (0)
+BM_Hair_Rot        Rotation Vector for Hair                      
+BM_Hair_Arch       Arch hairline over head inline with ears (1) or Not (0)
+BM_Hair_Thck       Thickness of Hair (Best settings 0.15 to 0.5) 
+BM_Hair_Line       Height of Hairline (Best settings 3 to 6)     
+BM_Hair_LDpth      Hairline profile Depth (Range : 0 to 1)       
+BM_Hair_Wght       Hair Weight (Range: 0.005 to 0.05)            
+BM_Hair_Hght       Hair Height (Range: 1 to 2)                   
+BM_Hair_Length     Hair Length (Range: 1 to 20)                  
+BM_Hair_Curl       Curliness (Range 0-Straight to 0.1-Curly)     
+
+
+4.6  Optional Parameters
+========================
+There are a few optional parameters available that will change the way Blob Man appears,
+these variables must be declared before the Macro's are called. (# = Default Setting)
+
+BM_Ears   = [ FLOAT ] 2 = Normal Ears (#)
+                      1 = Replace ears with small lumps as if under a swimming cap
+                      0 = No ears
+
+BM_Eyes   = [ FLOAT ] 1 = Normal Eyes (#) 
+                      0 = No Eyes
+
+BM_Face   = [ FLOAT ] 1 = Normal Face Structure (#) 
+                      0 = Removes Nose and Lips
+
+BM_R_Foot = [ FLOAT ] 1 = Normal Right Foot (#)  
+                      0 = Missing Right Foot                       
+
+BM_L_Foot = [ FLOAT ] 1 = Normal Left Foot (#)  
+                      0 = Missing Left Foot
+
+BM_R_Hand = [ FLOAT ] 1 = Normal Right Hand (#) 
+                      0 = Missing Right Hand
+
+BM_L_Hand = [ FLOAT ] 1 = Normal Left Hand (#) 
+                      0 = Missing Left Hand
+
+BM_Torso_Mass = [ FLOAT ] 1 = Normal Torso (#) 
+                          0 = No Torso 
+                         -1 = Guides
+
+BM_Head_Mass = [ FLOAT ] 1 = Normal Head (#)
+                         0 = No Head 
+                        -1 = Guides
+
+BM_Jaw = [ FLOAT ]  Range: 0 - 1  0= Closed, 1=Open. Default = 0.5   
+
+BM_Mouth = [ FLOAT ] Mouth Size Range: 0(Small) to 1(Large) Default = 1;
+
+BM_MouthShape = [ FLOAT ] Range: -1 - 1 Turns the corners of the mouth
+                                        +Up / -Down Default= 0.5
+
+BM_Teeth = [ FLOAT ] 0 = No Teeth
+                     1 = Teeth (#)
+
+BM_Jowls = [ FLOAT ] Range 0 - 2 : Amount of mass added to sides of jaw, 
+                                   Jowls. Default=0   
+
+BM_Nose = [ FLOAT ] Range 0 - 1.25 : Size of Nose. Default = 0.5 
+
+BM_Flex = [ FLOAT ] (Male Figure Only) When the Torso is rotated some of the 
+                    muscles flex in the abdomen, this makes Costume Definition difficult 
+                    if there are objects located near these muscles.
+                    1 = Flex On (#)
+                    0 = Flex Off
+BM_TShirt = [ FLOAT ] (Female Figures Only) This adds extra mass between the breasts to
+                      give the impression that the figure is wearing a T-Shirt.  
+                      Useful for Costume Definition
+                      1 = On
+                      0 = Off (#)
+
+BM_EyeCol = [ R,G,B ] This is the Eye Colour vector Default= <.22,.69,.87>
+
+BM_EyeLids = [ X,Y,Z ] X=Left EyeLid Range 0 (Open) - 1 (Closed)
+                       Y=Eye Rotation Angle (Left to Right)
+                       Z=Right EyeLid Range 0 (Open) - 1 (Closed)
+                       Default = <0,0,0>
+
+BM_Nails = [ FLOAT ] 1 = Finger Nails (#)
+                     0 = No Finger Nails
+
+BM_Map_R_Finger = [ FLOAT ] 1 = Apply Right Hand Image Map to Fingers (#)
+                            0 = Do Not Apply Right Hand Image Map to Fingers
+                            
+BM_Map_L_Finger = [ FLOAT ] 1 = Apply Left Hand Image Map to Fingers (#)
+                            0 = Do Not Apply Left Hand Image Map to Fingers                            
+
+The following parameters all have the same options
+
+BM_R_Upperarm_Mass : Right Upper Arm =  
+BM_L_Upperarm_Mass : Left Upper Arm  =
+BM_R_Forearm_Mass  : Right Forearm   = [ FLOAT ]  1 = Normal (#) 
+BM_L_Forearm_Mass  : Left Forearm    =            0 = Amputated   
+BM_R_Thigh_Mass    : Right Thigh     =           -1 = Guides      
+BM_L_Thigh_Mass    : Left Thigh      =          
+BM_R_Calf_Mass     : Right Calf      =
+BM_L_Calf_Mass     : Left Calf       =
+
+BM_Guide_Rad = [ FLOAT ] When using Guide Settings (-1) above this is the radius of
+                         cylindrical sections.  Default = 2
+
+BM_Hair_Seed = [ FLOAT ] Random seed for the hair macro. Default = 77
+
+BM_PoseNo = [ FLOAT ] This is used in conjunction with BM_Pose Array it specifies
+                      which Array entry to use for the pose.
+                      -1 = Do not Use Arrays (#) This must be reset if you are switching
+                                                 between array and declarations in one scene
+                                                 refer to section 3.4.2
+                       0-... = Array Entry Number
+
+BM_Pose_RHand = [ FLOAT ] If you are using the BM_Pose Array when this is set to -1 the
+                          Right hand specified by the Pose Array Entry will be used, however
+                          if it is set to >=0 then the Hand Positions specified in that 
+                          entry of the BM_Hands Array will be used.
+                          If you are not using the BM_Pose Array then when set to -1 the
+                          figure will use the finger positions that have been declared
+                          but if it is set >=0 then the Hand Positions specified in that 
+                          entry of the BM_Hands Array will be used. 
+                          Default = -1 (Arrays Not Used)
+
+BM_Pose_LHand = [ FLOAT ] If you are using the BM_Pose Array when this is set to -1 the
+                          Left hand specified by the Pose Array Entry will be used, however
+                          if it is set to >=0 then the Hand Positions specified in that 
+                          entry of the BM_Hands Array will be used.
+                          If you are not using the BM_Pose Array then when set to -1 the
+                          figure will use the finger positions that have been declared
+                          but if it is set >=0 then the Hand Positions specified in that 
+                          entry of the BM_Hands Array will be used.         
+                          Default = -1 (Arrays Not Used)
+
+BM_HairStyle = [ FLOAT ] If you are using Arrays for Hair Settings then this represents the
+                         Array Entry Number for the Hairstyle.
+                         Default = -1 (Arrays Not Used)
+                         
+
+4.7  Image Maps
+===============
+In addition to the basic Skin, Lip and Nail textures (section 3.2), image maps can also be applied
+to each of the Body parts.
+
+The image maps need to be in PNG format, with the alpha channel being used for transparent 
+areas.
+
+The following variables need to be set prior to the macros being called, the image map files 
+need to be in the POV-Ray library path, or the same folder as the scene file.
+
+Face_IMap       = [ "FILENAME.PNG" ] Image map to be used for the Head. 
+Neck_IMap       = [ "FILENAME.PNG" ] Image map to be used for the Neck. 
+Torso_IMap      = [ "FILENAME.PNG" ] Image map to be used for the Torso. 
+Abdomen_IMap    = [ "FILENAME.PNG" ] Image map to be used for the Abdomen. 
+Upperarm_R_IMap = [ "FILENAME.PNG" ] Image map to be used for the Right Upperarm.
+Upperarm_L_IMap = [ "FILENAME.PNG" ] Image map to be used for the Left Upperarm.
+Forearm_R_IMap  = [ "FILENAME.PNG" ] Image map to be used for the Right Forearm.
+Forearm_L_IMap  = [ "FILENAME.PNG" ] Image map to be used for the Left Forearm.
+Hand_R_IMap     = [ "FILENAME.PNG" ] Image map to be used for the Right Hand.
+Hand_L_IMap     = [ "FILENAME.PNG" ] Image map to be used for the Left Hand.
+Thigh_R_IMap    = [ "FILENAME.PNG" ] Image map to be used for the Right Thigh.
+Thigh_L_IMap    = [ "FILENAME.PNG" ] Image map to be used for the Left Thigh.
+Calf_R_IMap     = [ "FILENAME.PNG" ] Image map to be used for the Right Calf (Lower Leg).
+Calf_L_IMap     = [ "FILENAME.PNG" ] Image map to be used for the Left Calf (Lower Leg).
+Foot_R_IMap     = [ "FILENAME.PNG" ] Image map to be used for the Right Foot.
+Foot_L_IMap     = [ "FILENAME.PNG" ] Image map to be used for the Left Foot.
+
+Bump Maps can also be difined in the same way, however these will only be used if the above
+image maps are defined.
+
+The bump maps need to be in PNG format.
+
+The following variables need to be set prior to the macros being called, the bump map files 
+need to be in the POV-Ray library path, or the same folder as the scene file.
+
+Face_BMap       = [ "FILENAME.PNG" ] Bump map to be used for the Head. 
+Neck_BMap       = [ "FILENAME.PNG" ] Bump map to be used for the Neck. 
+Torso_BMap      = [ "FILENAME.PNG" ] Bump map to be used for the Torso. 
+Abdomen_BMap    = [ "FILENAME.PNG" ] Bump map to be used for the Abdomen. 
+Upperarm_R_BMap = [ "FILENAME.PNG" ] Bump map to be used for the Right Upperarm.
+Upperarm_L_BMap = [ "FILENAME.PNG" ] Bump map to be used for the Left Upperarm.
+Forearm_R_BMap  = [ "FILENAME.PNG" ] Bump map to be used for the Right Forearm.
+Forearm_L_BMap  = [ "FILENAME.PNG" ] Bump map to be used for the Left Forearm.
+Hand_R_BMap     = [ "FILENAME.PNG" ] Bump map to be used for the Right Hand.
+Hand_L_BMap     = [ "FILENAME.PNG" ] Bump map to be used for the Left Hand.
+Thigh_R_BMap    = [ "FILENAME.PNG" ] Bump map to be used for the Right Thigh.
+Thigh_L_BMap    = [ "FILENAME.PNG" ] Bump map to be used for the Left Thigh.
+Calf_R_BMap     = [ "FILENAME.PNG" ] Bump map to be used for the Right Calf (Lower Leg).
+Calf_L_BMap     = [ "FILENAME.PNG" ] Bump map to be used for the Left Calf (Lower Leg).
+Foot_R_BMap     = [ "FILENAME.PNG" ] Bump map to be used for the Right Foot.
+Foot_L_BMap     = [ "FILENAME.PNG" ] Bump map to be used for the Left Foot.
+
+The following options can also be set, these only effect the above image maps.
+
+BM_Map_Finish = finish {} : Set the finish you wish to apply to the image maps.  
+                            There is no default finish.
+
+BM_Map_Normal = normal {} : Set the normal you wish to apply to the image maps.  
+                            There is no default normal.
+
+BM_Bump_Map_Size = [ FLOAT ] Bump Map Size, Default = 0.25
+
+Refer to POV-Ray Documentation for more information on image and bump maps.
+
+******************************************************************************************
+5.0  COSTUME OBJECTS
+******************************************************************************************
+
+5.1  Limb Objects
+=================           
+The following parameters are used to create clothing and props for Blob Man, they need to
+be declared prior to the macros being called, and they must all be valid objects located 
+around <0,0,0>.
+
+BM_Head_Object        = Objects located about the Head.       
+BM_Neck_Object        = Objects located about the Head.       
+BM_Torso_Object       = Objects located about the Torso.       
+BM_Abdomen_Object     = Objects located about the Abdomen.       
+BM_Upperarm_R_Object  = Objects located about the Right Upperarm. 
+BM_Upperarm_L_Object  = Objects located about the Left Upperarm. 
+BM_Forearm_R_Object   = Objects located about the Right Forearm.  
+BM_Forearm_L_Object   = Objects located about the Left Forearm.  
+BM_Hand_R_Object      = Objects located about the Right Hand.
+BM_Hand_L_Object      = Objects located about the Left Hand. 
+BM_Thigh_R_Object     = Objects located about the Right Thigh.
+BM_Thigh_L_Object     = Objects located about the Left Thigh.
+BM_Calf_R_Object      = Objects located about the Right Calf.
+BM_Calf_L_Object      = Objects located about the Left Calf.
+BM_Foot_R_Object      = Objects located about the Right Foot.
+BM_Foot_L_Object      = Objects located about the Left Foot.
+
+Note : If no texture is given to these objects they will adopt the Skin_Tex texture plus 
+       any image maps assigned to that limb.    
+
+The Objects defined above will be included even if the Mass parameters (i.e. BM_Torso_Mass etc)
+are set in such a way as to be missing, this is useful, if for example you wished to give
+Blob_man a "Peg Leg".  It could also be possible to create a Skeleton, by defining all the 
+bones as objects, and then removing the original body parts by setting their Mass=0
+
+5.2  Costume Definition File
+============================
+The best way to define how blob man will look is to create a Costume Definition File (.cdf)
+this is basically an include file with all the optional settings declared.  The advantage 
+of using this method, is that the same CDF can be used in multiple scenes and likewise 
+multiple CDF's can be used in the same scene.  All that needs to be done is include the 
+correct CDF before the macros are called.
+
+eg.
+#include "bmpeople.inc"
+#include "bm_pose.inc"
+
+#include "example1.cdf"
+Blob_Man(0,2)
+
+#include "example2.cdf"
+Blob_Man(1,1.8)
+
+etc.                  
+
+Included in the Blob Man package are sample .cdf files; "layout.cdf" lists all the optional 
+parameters and their settings, "sample.cdf" and "croft.cdf" are basic Costume Definition File
+
+More Costume Definition Files are available on from CDF Library (see section 9.0)
+
+******************************************************************************************
+6.0  HINTS & TIPS
+******************************************************************************************
+To help in the positioning of Blob_Man, there is a DeBug variable that can be set, this 
+generates visible locators to the ends of Blob Mans limbs, note that this will only work
+if any limb objects created contain the current object as part of the definition i.e.
+  #declare BM_Head_Object= union { object{BM_Head_Object}
+                                Costume Objects ...
+                                .....
+                        }
+See "sample.cdf" for further examples.
+
+When testing scenes avoid using hair, as the parse time increases considerably, if you
+declare a variable eg. HairTest=0, then multiply Hair setting by this number you only need 
+to set HairTest=1 to turn the hair back on for all figures.
+
+eg. 
+    #decalre HairTest=0 // 1= Hair On 0=Hair Off
+    #include "bm_hair.inc" // Hair Arrays Already Defined
+    #declare BM_HairStyle=2*HairTest
+
+    Blob_Man (0,2)                  
+    
+    #declare BM_HairStyle=3*HairTest
+    Blob_Man (1,1.8)
+
+
+Use Body_Part_Viewer.pov in conjunction with a CDF file to model clothing/props for 
+Blob Man. (see "HOW2CDF.txt" for more information)
+
+******************************************************************************************
+7.0  MISC INFO
+******************************************************************************************
+
+7.1  Creating Face Image Maps
+=============================
+The image maps used for Blob Mans face are PNG format which uses the Alpha Channel.  
+Use an Image Editor that allows you to edit the Alpha channel (eg. Paint Shop Pro, PhotoShop)
+then create the areas that you wish to be mapped, in the alpha channel.  In the main image 
+roughly colour the same areas the colours you want, it doesn't matter how accurate you are
+as the aplha channel will make unwanted areas transparant.
+
+7.2  Creating Limb Image Maps
+=============================
+As with the face image maps, these need to be in PNG format with the Alpha channel being 
+used for transpancy.  There are no sample limb image maps, but below are the dimensions for
+the different limbs:
+
+Head, Neck, Torso, Abdomen, Hands, Feet  = 1:1 (eg. 600 Wide x 600 High)
+Upper Arms, Forearms, Thighs, Calves     = 1:2 (eg. 300 Wide x 600 High)
+
+Note about hands :
+    Because the Image maps are applied after the fingers have been positioned, if the
+    image map has a pattern, it will not look the same if the finger positions are changed.
+    
+    BM_Map_R_Finger and BM_Map_L_Finger can be set to 0 and this will not map the image map
+    onto the Fingers (1 is the default)    
+    
+7.3  Bump Maps
+==============    
+Bump maps should be Grayscale and in PNG format.  Alpha Channel is not used for Bump Maps.
+They should be the same scale as the Image Maps
+
+7.4  Blob Man's Future
+======================
+Here are just a few ideas I have for improving Blob Man.
+
+   * Different ages ( 2 Years, 6 Years, 12 Years)
+   * A More configurable face model.
+   * An optional Hair Macro
+   * An animation system ( I will probably need help with this, any offers...)
+   
+7.5  Known Problems
+===================
+At this time I am unaware of any major problems, except that old CDF Files need to be 
+rewritten to be useable by this version, as will any Pose Files created for earlier versions.
+
+******************************************************************************************
+8.0  HISTORY
+******************************************************************************************
+v4.0    09 Apr 2000     Major Release.
+                        Redesigned and renamed Macros, added Gender, changed the hands and 
+                        feet, redesigned the torso, torso and abdomen now seperate to allow
+                        torso movement, improved the Origin transformations, added scale
+                        option to main macro, remodelled the head, plus many other changes.
+                        This version is no longer compatible with older versions.
+
+v3.6    01 Mar 2000     Remodelled the Chest, there is now an optional parameter to switch
+                        between the old and new style, for compatability the original style 
+                        is the default.  Added nose size and eyebrow ridge options.  Added
+                        a section to this doc about Array formats.  Included a very basic
+                        "How to.." document on CDF creation ("HOW2CDF.TXT") 
+
+v3.5    25 Jul 1999     Added extra modelling detail to head.  New optional variables
+                        available for Teeth, Jaw and Jowls.
+
+v3.0    06 Jul 1999     Added Limb Objects to allow creation of clothing and props.
+                        Added image and bump maps to all limbs.
+                        Maintained Macro Settings for backwards compatibilty with older
+                        pose files.
+                        Remodeled Nose and lips slightly.
+                        Included "sample.cdf" and "layout.cdf"
+
+v2.0    23 Apr 1999     Remodeled the head, and added variable image_map textures for the 
+                        face, eye lid variables in head macro now have a range of 0-1 and 
+                        are can be set for each eye, so winking is possible.
+                        Remodeled the feet.
+                        Added mass to the arms and legs.
+                        Remodeled the hands and articulated the fingers, hand macro now 
+                        needs to be called twice, once for each hand.
+                        Externally defined skin texture.
+                        Added a Blob_Man Macro to create a complete figure from a given 
+                        pose number as defined in a Pose File 
+                        Rewrote the motion mechanics to make the code more readable.
+                        Generally cleaned up the code.
+                        Generated more Pre-Defined poses
+
+v1.0    09 Apr 1999     Initial release.
+
+v0.0    March  1999     Govert Zoethout published his source files.
+                        Original Macros had static arms and no hands or legs, and was in 
+                        his native language (which I can't speak)
+
+******************************************************************************************
+9.0  CONTACTING THE AUTHOR
+******************************************************************************************
+If you wish to contact me with bug reports, bug fixes, criticisms, comments, suggested 
+improvements, questions, etc. you can reach me by email at:
+
+   E-mail  : houston.graphics@iname.com
+   
+   ICQ#    : 8770407
+
+   Homepage: http://welcome.to/HoustonGraphics
+             -or-
+             http://members.xoom.com/HoustonGraph
+
+If you do make any improvements to these macros please let me know, so that I can include
+them in future releases.
+
+Also if you design any Costume Definition Files that you would like to share, please send 
+them and I will include them in the CDF Library.
+
+******************************************************************************************
+10.0  CREDITS
+******************************************************************************************
+Thanks go to the following :-
+
+POV-Ray Team for producing such fantastic software, and FREE too !!!!
+
+Govert Zoethout who without his original model, this work would never have come about.
+
+Yasunari Iwanaga who created his own lady include file which I drew heavily on for
+the version 4.0 release.
+
+Chris Colefax for the template of this readme file, producing excellent include files,
+and inspiring me to contribute to the POV-Ray community.
+
+All the helpful POV-Ray users around the world, who frequent the POV-Ray Newsgroups.
+( news.povray.org )
+  
+******************************************************************************************
+POV-Ray(tm) and Persistence of Vision(tm) are registered trademarks of the POV-Ray Team(tm)

blbman40/bmpeople.inc

@@ -0,0 +1,186 @@
+/***************************************************************
+             
+                 ___ _     _    __  __
+                | _ ) |___| |__|  \/  |__ _ _ _
+                | _ \ / _ \ '_ \ |\/| / _` | ' \  v4.0
+                |___/_\___/_.__/_|  |_\__,_|_||_|
+                    | _ \___ ___ _ __| |___
+                    |  _/ -_) _ \ '_ \ / -_)
+                    |_| \___\___/ .__/_\___|
+                                |_|                09 April 2000
+
+by Peter Houston <houston.graphics@iname.com>
+                < http://welcome.to/HoustonGraphics >
+                < http://members.xoom.com/HoustonGraph >
+based on Blob Man model by Govert Zoethout < zoethout@gmx.net >
+                < http://victorian.fortunecity.com/dada/507/ >
+and lady.inc by Yasunari Iwanaga < iwaentcl@po.saganet.ne.jp >
+                < http://yasucg.site.ne.jp/ >                
+
+Refer to "bmmanual.txt" for full usage details.
+
+****************************************************************/
+
+#local BlobMan_People_Version = version;
+#version 3.1;
+
+#ifndef (BM_Defaults) 
+    #include "bmdefs.inc"
+#end
+
+#include "bmhead.inc"
+#include "bmtorso.inc"
+#include "bmhand.inc"
+#include "bmfeet.inc"
+#include "bmhair.inc"
+
+/***************************************************************
+Blob_Man Macro
+Syntax
+ Blob_Man(Gender, Height)
+ 
+Gender : 0=Male ; 1=Female
+Height : In POV Units
+****************************************************************/
+#macro Blob_Man(Gender,Height)
+    #declare BM_Gender=Gender;
+    #if (BM_PoseNo>=0)
+        #declare BM_Head_Rot     = BM_Pose[BM_PoseNo][0];
+        #declare BM_Neck_Rot     = BM_Pose[BM_PoseNo][1];
+        #declare BM_Torso_Rot    = BM_Pose[BM_PoseNo][2];
+        #declare BM_RA_S2E       = BM_Pose[BM_PoseNo][3];
+        #declare BM_RA_E2W       = BM_Pose[BM_PoseNo][4];
+        #declare BM_LA_S2E       = BM_Pose[BM_PoseNo][5];
+        #declare BM_LA_E2W       = BM_Pose[BM_PoseNo][6];
+        #declare BM_RL_H2K       = BM_Pose[BM_PoseNo][7];
+        #declare BM_RL_K2A       = BM_Pose[BM_PoseNo][8];
+        #declare BM_LL_H2K       = BM_Pose[BM_PoseNo][9];
+        #declare BM_LL_K2A       = BM_Pose[BM_PoseNo][10];
+        #declare BM_RF_Rot       = BM_Pose[BM_PoseNo][11];
+        #declare BM_LF_Rot       = BM_Pose[BM_PoseNo][12];
+        #declare BM_Toe_Angle    = BM_Pose[BM_PoseNo][13];
+        #declare BM_RH_Rot       = BM_Pose[BM_PoseNo][14];
+        #declare BM_LH_Rot       = BM_Pose[BM_PoseNo][15];        
+        #if (BM_Pose_RHand<0)
+            #declare BM_Pose_RHand = BM_Pose[BM_PoseNo][16].z;
+        #end
+        #if (BM_Pose_LHand<0)                              
+            #declare BM_Pose_LHand = BM_Pose[BM_PoseNo][16].x;
+        #end
+        #declare BM_RFP_Pos    = BM_Hands[BM_Pose_RHand][0];
+        #declare BM_RFR_Pos    = BM_Hands[BM_Pose_RHand][1];
+        #declare BM_RFM_Pos    = BM_Hands[BM_Pose_RHand][2];
+        #declare BM_RFI_Pos    = BM_Hands[BM_Pose_RHand][3];
+        #declare BM_RFT_Pos    = BM_Hands[BM_Pose_RHand][4];
+        #declare BM_LFP_Pos    = BM_Hands[BM_Pose_LHand][0];
+        #declare BM_LFR_Pos    = BM_Hands[BM_Pose_LHand][1];
+        #declare BM_LFM_Pos    = BM_Hands[BM_Pose_LHand][2];
+        #declare BM_LFI_Pos    = BM_Hands[BM_Pose_LHand][3];
+        #declare BM_LFT_Pos    = BM_Hands[BM_Pose_LHand][4];    
+    #else
+        #if (BM_Pose_RHand>=0)
+            #declare BM_RFP_Pos    = BM_Hands[BM_Pose_RHand][0];
+            #declare BM_RFR_Pos    = BM_Hands[BM_Pose_RHand][1];
+            #declare BM_RFM_Pos    = BM_Hands[BM_Pose_RHand][2];
+            #declare BM_RFI_Pos    = BM_Hands[BM_Pose_RHand][3];
+            #declare BM_RFT_Pos    = BM_Hands[BM_Pose_RHand][4];
+        #end
+        #if (BM_Pose_LHand>=0)
+            #declare BM_LFP_Pos    = BM_Hands[BM_Pose_LHand][0];
+            #declare BM_LFR_Pos    = BM_Hands[BM_Pose_LHand][1];
+            #declare BM_LFM_Pos    = BM_Hands[BM_Pose_LHand][2];
+            #declare BM_LFI_Pos    = BM_Hands[BM_Pose_LHand][3];
+            #declare BM_LFT_Pos    = BM_Hands[BM_Pose_LHand][4];           
+        #end
+    #end                      
+    
+    #if (BM_HairStyle>=0)
+        #declare BM_Hair_Rot   = BM_Pose_Hair_1[BM_HairStyle][0];
+    
+        #declare BM_Hair_On    = BM_Pose_Hair_2[BM_HairStyle][0];
+        #declare BM_Hair_Arch  = BM_Pose_Hair_2[BM_HairStyle][1];
+        #declare BM_Hair_Thck  = BM_Pose_Hair_2[BM_HairStyle][2];
+        #declare BM_Hair_Line  = BM_Pose_Hair_2[BM_HairStyle][3];
+        #declare BM_Hair_LDpth = BM_Pose_Hair_2[BM_HairStyle][4];
+        #declare BM_Hair_Wght  = BM_Pose_Hair_2[BM_HairStyle][5];
+        #declare BM_Hair_Hght  = BM_Pose_Hair_2[BM_HairStyle][6];
+        #declare BM_Hair_Length= BM_Pose_Hair_2[BM_HairStyle][7];
+        #declare BM_Hair_Curl  = BM_Pose_Hair_2[BM_HairStyle][8];
+    #end
+    #declare BM_Pose_RHand=-1;
+    #declare BM_Pose_LHand=-1;
+    #declare BlobMan= union {
+        object { bmhead (  )}
+        object { bmtorso(  )}
+        object { bmhand ( 1)}
+        object { bmhand (-1)}
+        object { bmfeet (  )}
+        object { bmhair (  )}
+    }   
+    #declare BM_Scale=(((Height*1000)/66)/30)*1.2/40;
+    
+    #if (BM_Gender=1)
+        #declare BM_Scale=BM_Scale*.977;            
+    #end 
+
+// Origin Variables including Scale
+    #declare BMO_Foot_R     =transform {transform BMOFR scale BM_Scale}
+    #declare BMO_Foot_L     =transform {transform BMOFL scale BM_Scale}
+    #declare BMO_Toe_R      =transform {transform BMOFR rotate <-BM_Toe_Angle.z,0,0> scale BM_Scale}
+    #declare BMO_Toe_L      =transform {transform BMOFL rotate <-BM_Toe_Angle.x,0,0> scale BM_Scale}
+    #declare BMO_Knee_R     =transform {transform BMOKR scale BM_Scale}
+    #declare BMO_Knee_L     =transform {transform BMOKL scale BM_Scale}
+    #declare BMO_Hip_R      =transform {transform BMOHR scale BM_Scale}
+    #declare BMO_Hip_L      =transform {transform BMOHL scale BM_Scale}
+    #declare BMO_Abdomen_F  =transform {transform BMOAF scale BM_Scale}
+    #declare BMO_Abdomen_B  =transform {transform BMOAB scale BM_Scale}
+    #declare BMO_Abdomen_U  =transform {transform BMOAU scale BM_Scale}
+    #declare BMO_Abdomen_R  =transform {transform BMOAR scale BM_Scale}
+    #declare BMO_Abdomen_L  =transform {transform BMOAL scale BM_Scale}
+    #declare BMO_Torso_F    =transform {transform BMOTF scale BM_Scale}
+    #declare BMO_Torso_B    =transform {transform BMOTB scale BM_Scale}
+    #declare BMO_Torso_R    =transform {transform BMOTR scale BM_Scale}    
+    #declare BMO_Torso_L    =transform {transform BMOTL scale BM_Scale}
+    #declare BMO_Torso_T    =transform {transform BMOTT scale BM_Scale}
+    #declare BMO_Shoulder_R =transform {transform BMOSR scale BM_Scale}
+    #declare BMO_Shoulder_L =transform {transform BMOSL scale BM_Scale}
+    #declare BMO_Elbow_R    =transform {transform BMOER scale BM_Scale}
+    #declare BMO_Elbow_L    =transform {transform BMOEL scale BM_Scale}
+    #declare BMO_Hand_R     =transform {transform BMOPR scale BM_Scale}
+    #declare BMO_Hand_L     =transform {transform BMOPL scale BM_Scale}
+    #declare BMO_Head_F     =transform {transform BMOHF scale BM_Scale}
+    #declare BMO_Head_B     =transform {transform BMOHB scale BM_Scale}
+    #declare BMO_Head_T     =transform {transform BMOHT scale BM_Scale}
+    #declare BMO_Ear_R      =transform {transform BMOeR scale BM_Scale}
+    #declare BMO_Ear_L      =transform {transform BMOeL scale BM_Scale}
+    #declare BMO_Nose       =transform {transform BMONs scale BM_Scale}
+    #declare BM_RF_Location =BM_RF_Location*BM_Scale;
+    #declare BM_LF_Location =BM_LF_Location*BM_Scale;
+    #if (vlength(<0,0,0>-<0,BM_RF_Location.y,0>)>vlength(<0,0,0>-<0,BM_LF_Location.y,0>))
+        #if (BM_RF_Location.x<0)
+            #declare BM_StrideRL=<-(vlength(<0,0,0>-<BM_RF_Location.x,0,0>)),vlength(<0,0,0>-<0,BM_RF_Location.y,0>),0>;
+        #else
+            #declare BM_StrideRL=<vlength(<0,0,0>-<BM_RF_Location.x,0,0>),vlength(<0,0,0>-<0,BM_RF_Location.y,0>),0>;
+        #end 
+        #if (BM_LF_Location.x<0)
+            #declare BM_StrideLL=<-(vlength(<0,0,0>-<BM_LF_Location.x,0,0>)),vlength(<0,0,0>-<0,BM_RF_Location.y,0>),0>;
+        #else
+            #declare BM_StrideLL=<vlength(<0,0,0>-<BM_LF_Location.x,0,0>),vlength(<0,0,0>-<0,BM_RF_Location.y,0>),0>;
+        #end        
+    #else                                                                
+        #if (BM_RF_Location.x<0)
+            #declare BM_StrideRL=<-(vlength(<0,0,0>-<BM_RF_Location.x,0,0>)),vlength(<0,0,0>-<0,BM_LF_Location.y,0>),0>;
+        #else
+            #declare BM_StrideRL=<vlength(<0,0,0>-<BM_RF_Location.x,0,0>),vlength(<0,0,0>-<0,BM_LF_Location.y,0>),0>;
+        #end 
+        #if (BM_LF_Location.x<0)
+            #declare BM_StrideLL=<-(vlength(<0,0,0>-<BM_LF_Location.x,0,0>)),vlength(<0,0,0>-<0,BM_LF_Location.y,0>),0>;
+        #else
+            #declare BM_StrideLL=<vlength(<0,0,0>-<BM_LF_Location.x,0,0>),vlength(<0,0,0>-<0,BM_LF_Location.y,0>),0>;
+        #end 
+    #end
+#end
+
+#version BlobMan_People_Version;
+
+//End of Blob Man People Include File

blbman40/croft.cdf

@@ -0,0 +1,469 @@
+/*******************************************************
+    POV-Ray - BlobMan People Costume Definition File
+ File Name : croft.cdf
+ BM_Version: 4.0
+ Desciption: Costume Definition File - Lara ?
+ Date      : April 2000
+ Author    : Peter Houston 
+ Email     : houston.graphics@iname.com 
+ WWW       : http://welcome.to/HoustoGraphics 
+
+Notes :
+    This CDF only works for Female Figures.
+    
+    This CDF includes a hair setting.  To test render
+    scenes without hair enter the following code
+    after the CDF is included
+    
+        #decalre BM_HairStyle=0;
+    
+    Then just remove it when you want the hair.
+    
+    The Boots do not sit on y0 so if you transform
+    the figure using the Foot or Toe Origins you will need 
+    to add the following translation after the 
+    transformation
+    
+        translate <0,1.0>*BM_Scale 
+    
+    The Toes of the Boot will bend to match the Toe Angle
+    however you need to specify the Toe Angle before the 
+    CDF is called, even if you are using arrays.
+    
+        #declare BM_Toe_Angle=<0,0,0>;
+    
+********************************************************/
+#include "bm_hair.inc"
+
+/********************************************************
+  Image Maps & Textures
+********************************************************/
+#declare BM_Skin_Tex=
+    texture {
+        pigment{rgb <0.96,0.80,0.69>}
+    }                         
+#declare BM_Lip_Tex   = texture {pigment {rgb x*.75}}
+#declare BM_Nail_Tex  = texture {pigment {rgb <.2,.5,.5>} finish {phong 1}}                         
+#declare BM_Eye_Shadow= texture {pigment {rgb <.2,.5,.5>}}
+#declare BM_Map_Normal = normal {wrinkles 0.15 scale <.5,10,.5>}
+
+#include "glass.inc" 
+
+#declare BuckleTex = texture {
+  pigment {
+    rgb <0.70, 0.56, 0.37> 
+  }
+  finish {
+    metallic
+    ambient 0.1
+    diffuse 0.65
+    specular 0.85
+    roughness 0.01
+    reflection 0.45
+    brilliance 1.5
+  }
+}
+
+#declare SockTex=
+    texture {
+        pigment {rgb 1}
+        normal {quilted .5 scale .1}
+    }
+
+#declare BootTex= texture {
+    pigment {rgb .05}
+    finish {phong .5 reflection .1}
+}
+ 
+#declare SoleTex= texture {
+    pigment {rgb .15 }
+    normal {ripples 1 scale .5}
+    
+} 
+
+#declare LaceTex=texture {pigment {rgb <0.556863, 0.137255, 0.137255>}
+                          normal {quilted 1 scale .1 rotate z*45}
+                 }
+
+#declare SpecFrames = texture {
+  pigment {
+    rgb <0.2, 0.2, 0.2> 
+  }
+  finish {
+    ambient 0.1
+    diffuse 0.7
+    brilliance 6.0
+    reflection 0.2
+    phong 0.8
+    phong_size 120
+  }
+}
+
+#declare BagTex=texture {pigment {rgb <0.35, 0.20, 0.1>}
+                    normal {quilted .5 scale .05 rotate z*45}
+                }    
+
+#declare Torso_IMap      = "croft1.png"
+#declare Abdomen_IMap    = "croft2.png"
+#declare Hand_R_IMap     = "croft5.png"
+#declare Hand_L_IMap     = "croft5.png"
+#declare Thigh_R_IMap    = "croft3.png"
+#declare Thigh_L_IMap    = "croft3.png"
+#declare Calf_R_IMap     = "croft4.png"
+#declare Calf_L_IMap     = "croft4.png"
+#declare Foot_R_IMap     = "croft5.png"
+#declare Foot_L_IMap     = "croft5.png"
+
+/********************************************************
+  Body Part Options
+********************************************************/
+
+#declare BM_EyeCol=<.25,.25,0>
+#declare BM_Hair_Col=<0.35, 0.20, 0.1>;
+#declare BM_HairStyle=2;
+#declare BM_Map_R_Finger=0;
+#declare BM_Map_L_Finger=0;
+#declare BM_TShirt=1;
+
+#declare Specs=
+    union {
+        sphere {0,1 scale <1,.75,.25>  translate <-1.75,0,0> texture {T_Ruby_Glass}}
+        torus {1.15,.15 rotate x*90 scale <1,.75,.1>  translate <-1.75,0,0> }
+        cylinder {<0,0,0><-1.9,0,4>.15 translate <-2.75,0,0>}
+        torus {1,.15 rotate z*90 scale <1,1,1> clipped_by {plane {z,0 inverse}}translate y*-1 rotate z*15 translate <-4.75,0,4>} 
+        sphere {0,1 scale <1,.75,.25>  translate <1.75,0,0> texture {T_Ruby_Glass}}
+        torus {1.15,.15 rotate x*90 scale <1,.75,.1>  translate <1.75,0,0>}
+        cylinder {<0,0,0><1.9,0,4>.15 translate <2.75,0,0>}
+        torus {1,.15 rotate z*90 scale <1,1,1> clipped_by {plane {z,0 inverse}}translate y*-1 rotate z*-15 translate <4.75,0,4>} 
+        torus {1,.15 rotate x*90 translate y*-.5 clipped_by {plane {y,0 inverse}} }
+        texture {SpecFrames}
+    }      
+
+#declare Bag=
+    union {                          
+        blob {threshold .5
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <2,0,0>}
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <1,0,0>}
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <0,0,0>}
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <-1,0,0>}
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <-2,0,0>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <2,0,2>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <1,0,2>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <0,0,2>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <-1,0,2>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <-2,0,2>}
+            scale <1.1,.5,.75>                                
+        }
+        blob {threshold .5
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <2,0,0>}
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <1,0,0>}
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <0,0,0>}
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <-1,0,0>}
+            cylinder {<0,0,0><0,-12,0> 3,1 translate <-2,0,0>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <2,0,2>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <1,0,2>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <0,0,2>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <-1,0,2>}
+            cylinder {<0,-1,-1><0,-12,0> 3,1 translate <-2,0,2>}
+            scale <1.1,.5,.75>                                
+            clipped_by {plane {y,0 inverse rotate x*30 rotate z*15 translate y*-1 }}
+            clipped_by {plane {y,0 inverse rotate x*30 rotate z*-15 translate y*-1 }}
+            scale <1.1,1.05,1.1>
+            rotate x*-5
+       }  
+       torus {.5,.25 translate <0,-1.2,2.75> texture {SpecFrames}}              
+  }                        
+/********************************************************
+  Body Part Objects
+********************************************************/
+
+#declare BM_Head_Object= union {object{BM_Head_Object}
+                                object {Specs
+                                    rotate x*-30
+                                    translate <0,-2,-4.5>
+                                }
+                         }
+//#declare BM_Neck_Object=object {BM_Neck_Object}
+                                                 
+#declare BM_Torso_Object=union {
+                            object{BM_Torso_Object}
+                            union {
+                                    object {Bag}
+                                    object {Bag scale <.2,.5,.5> rotate y*90 translate <3.5,-3,1> }
+                                    object {Bag scale <.6,.5,.5>  translate <0,-3,2.5> }
+                                    object {Bag scale <.2,.5,.5> rotate y*-90 translate <-3.5,-3,1> }
+                                    
+                                torus {3,.5 scale <1.2,2,1> rotate y*-15 rotate z*80 rotate y*30 translate <-4.5,-2.5,-2>}
+                                torus {3,.5 scale <1.2,2,1> rotate y*-15 rotate z*80 rotate y*30 translate <-4.5,-2.5,-2> scale <-1,1,1>}
+                                translate <0,-8,4>
+                                texture {BagTex}
+                            }
+                         }
+#declare BM_Abdomen_Object=union {
+                                object{BM_Abdomen_Object}
+                                cone {<0,0,0>,5.3,<0,-2,0>5.5
+                                    scale <1.1,1,.8>
+                                    translate <0,-23.25,-.5>
+                                    pigment { rgb <0.25, 0.10, 0.0> }
+                                }
+                                
+                                difference {
+                                    box {<-1.5,-1.5,0><1.5,1.5,.5>
+                                         translate <0,-24.25,-5>
+                                    texture {BuckleTex}
+                                    }           
+                                    box {<-1,-1,0><1,1,.25>
+                                         translate <0,-24.25,-5>
+                                    texture {BuckleTex
+                                        finish {ambient -.15}}
+                                    }          
+                                }
+                                box {<-.5,0,0><.5,-4,1>
+                                     rotate x*-5
+                                     translate <0,-24.25,-4.6>
+                                }
+                           }
+//#declare BM_Upperarm_R_Object=object {BM_Upperarm_R_Object}
+//#declare BM_Upperarm_L_Object=object {BM_Upperarm_L_Object}
+//#declare BM_Forearm_R_Object=object {BM_Forearm_R_Object}
+//#declare BM_Forearm_L_Object=object {BM_Forearm_L_Object}
+//#declare BM_Hand_R_Object=object {BM_Hand_R_Object}
+//#declare BM_Hand_L_Object=object {BM_Hand_L_Object}
+
+#declare BM_Thigh_R_Object=union {
+                                object {BM_Thigh_R_Object}
+                                torus {3.5,.5 scale <1,2,1>
+                                 translate <-2,-4,-.5>
+                                }                   
+                           }
+#declare BM_Thigh_L_Object=union {
+                                 object {BM_Thigh_L_Object}
+                                torus {3.5,.5 scale <1,2,1>
+                                 translate < 2,-4,-.5>
+                                }
+                           }
+
+#declare BM_Calf_R_Object=union {
+                                 object {BM_Calf_R_Object}
+                                 blob {threshold .5
+                                    cylinder {<0,1.5,0><0,-1.5,0>,4.2,1.1
+                                        scale <1,.5,1.1>
+                                        translate <-.05,-10,.4>
+                                    }
+                                    texture {SockTex}
+                                 }
+                                 cone {<0,0,.5>2.1,<0,-8,0>1.75
+                                    scale <1,1,1>
+                                    translate  <0,-11,0>
+                                    texture {BootTex}
+                                    //pigment {rgb x}     
+                                 }
+                                 #local Laces=0
+                                 #while (Laces<7)
+                                    torus {1,.2 
+                                        texture {LaceTex}
+                                        rotate z*30
+                                        translate <0,-12-Laces,-1>
+                                        rotate x*-1
+                                    }  
+                                    torus {1,.2 
+                                        texture {LaceTex}
+                                        rotate z*-30
+                                        translate <0,-12-Laces,-1.1>
+                                        rotate x*-1
+                                    }  
+                                    #declare Laces=Laces+1
+                                #end
+                                torus {2.2,.2                            
+                                    texture {LaceTex}
+                                    rotate z*10
+                                    translate <0,-12,.25>
+                                }
+                                torus {2.2,.2                            
+                                    texture {LaceTex}
+                                    rotate z*-13
+                                    translate <0,-12,.25>
+                                }                                
+                                    
+                                 
+                          }
+#declare BM_Calf_L_Object=union {
+                                object {BM_Calf_L_Object}
+                                 blob {threshold .5
+                                    cylinder {<0,1.5,0><0,-1.5,0>,4.2,1.1
+                                        scale <1,.5,1.1>
+                                        translate <-.05,-10,.4>
+                                    }
+                                    texture {SockTex}
+                                 }
+                                 cone {<0,0,.5>2.1,<0,-8,0>1.75
+                                    scale <1,1,1>
+                                    translate  <0,-11,0>
+                                    texture {BootTex}
+                                    //pigment {rgb x}     
+                                 }
+                                 #local Laces=0
+                                 #while (Laces<7)
+                                    torus {1,.2 
+                                        texture {LaceTex}
+                                        rotate z*30
+                                        translate <0,-12-Laces,-1>
+                                        rotate x*-1
+                                    }  
+                                    torus {1,.2 
+                                        texture {LaceTex}
+                                        rotate z*-30
+                                        translate <0,-12-Laces,-1.1>
+                                        rotate x*-1
+                                    }  
+                                    #declare Laces=Laces+1
+                                #end
+                                torus {2.2,.2                            
+                                    texture {LaceTex}
+                                    rotate z*10
+                                    translate <0,-12,.25>
+                                }
+                                torus {2.2,.2                            
+                                    texture {LaceTex}
+                                    rotate z*-13
+                                    translate <0,-12,.25>
+                                }                                
+                                scale <-1,1,1>
+                        }                                 
+                            
+#declare BM_Foot_R_Object=union {
+                                object {BM_Foot_R_Object}
+                                difference {    
+                                    union { // Sole
+                                        cylinder {<0,0,0><0,-.75,0> 2.2 
+                                                   translate <0,-2.5,0>
+                                        }
+                                        cylinder {<0,0,0><0,-.75,0> 2.9 
+                                                   rotate x*BM_Toe_Angle.z
+                                                   translate <-.3,-2.5,-5.7> 
+                                                    
+                                                    clipped_by {plane {z,-5.7}}
+                                        }                              
+                                        prism {   linear_sweep   linear_spline 
+                                            0,-0.75,5,        
+                                          <-2,0>,<2,0>,<2.5,-5.7>,<-3.4,-5.7>,<-2,0>
+                                          translate <0,-2.5,0>
+                                        }
+                                   }        
+                                   box {<-4,-8,0><4,0,-8>
+                                        rotate x*-14
+                                        rotate y*8
+                                        translate <0,-2.6,-2>
+                                   }
+                                   texture {SoleTex}
+                               }      
+                               union { //Uppers
+                                    union {sphere {<0,.5,0>,2.6}
+                                           cylinder {<0,.5,0><0,0,0>2.6}
+                                        
+                                            clipped_by {plane{y,0 inverse}}
+                                            clipped_by {plane {z,0 rotate x*45}}                                            
+                                            rotate x*BM_Toe_Angle.z 
+                                            translate <-.3,-2.5,-5.7>
+                                            
+                                    }
+                                    
+                                    cone {<0,0,0>1.75,<0,-2.5,0>1.9}
+                                    sphere {0,1.75}
+                                    cone {<0,-.5,0>1.75,<-.3,-2.5,-5.7>2.6
+                                          clipped_by {plane {y,-2.5 inverse}}
+                                    }
+                                    cone {<0,-2,0>1.75,<-.3,-2.5,-5.7>2.6
+                                          clipped_by {plane {y,-2.5 inverse}}
+                                    }
+                                    texture {BootTex}
+                               }
+
+                                 #local Laces=0
+                                 #while (Laces<4)
+                                    torus {1,.2 
+                                        texture {LaceTex}
+                                        rotate z*30
+                                        translate <0,-1-Laces,-.2>
+                                        rotate x*80
+                                    }  
+                                    torus {1,.2 
+                                        texture {LaceTex}
+                                        rotate z*-30
+                                        translate <0,-1-Laces,-.3>
+                                        rotate x*80
+                                    }  
+                                    #declare Laces=Laces+1
+                                #end
+    
+    
+                                            
+                          }
+#declare BM_Foot_L_Object=union {
+                                object {BM_Foot_R_Object}
+                                difference {    
+                                    union { // Sole
+                                        cylinder {<0,0,0><0,-.75,0> 2.2 
+                                                   translate <0,-2.5,0>
+                                        }
+                                        cylinder {<0,0,0><0,-.75,0> 2.9 
+                                                   rotate x*BM_Toe_Angle.z
+                                                   translate <-.3,-2.5,-5.7> 
+                                                    
+                                                    clipped_by {plane {z,-5.7}}
+                                        }                              
+                                        prism {   linear_sweep   linear_spline 
+                                            0,-0.75,5,        
+                                          <-2,0>,<2,0>,<2.5,-5.7>,<-3.4,-5.7>,<-2,0>
+                                          translate <0,-2.5,0>
+                                        }
+                                   }        
+                                   box {<-4,-8,0><4,0,-8>
+                                        rotate x*-14
+                                        rotate y*8
+                                        translate <0,-2.6,-2>
+                                   }
+                                   texture {SoleTex}
+                               }      
+                               union { //Uppers
+                                    union {sphere {<0,.5,0>,2.6}
+                                           cylinder {<0,.5,0><0,0,0>2.6}
+                                        
+                                            clipped_by {plane{y,0 inverse}}
+                                            clipped_by {plane {z,0 rotate x*45}}                                            
+                                            rotate x*BM_Toe_Angle.z 
+                                            translate <-.3,-2.5,-5.7>
+                                            
+                                    }
+                                    
+                                    cone {<0,0,0>1.75,<0,-2.5,0>1.9}
+                                    sphere {0,1.75}
+                                    cone {<0,-.5,0>1.75,<-.3,-2.5,-5.7>2.6
+                                          clipped_by {plane {y,-2.5 inverse}}
+                                    }
+                                    cone {<0,-2,0>1.75,<-.3,-2.5,-5.7>2.6
+                                          clipped_by {plane {y,-2.5 inverse}}
+                                    }
+                                    texture {BootTex}
+                               }
+
+                                 #local Laces=0
+                                 #while (Laces<4)
+                                    torus {1,.2 
+                                        texture {LaceTex}
+                                        rotate z*30
+                                        translate <0,-1-Laces,-.2>
+                                        rotate x*80
+                                    }  
+                                    torus {1,.2 
+                                        texture {LaceTex}
+                                        rotate z*-30
+                                        translate <0,-1-Laces,-.3>
+                                        rotate x*80
+                                    }  
+                                    #declare Laces=Laces+1
+                                #end
+                                scale <-1,1,1>
+                            }    
+    
+// End of Costume Definition File

blbman40/croft.pov

@@ -0,0 +1,62 @@
+/********************************************************
+ Persistence of Vision Ray Tracer Scene Description File
+ File       : croft.pov
+ Version    : 3.1
+ Description: Sample Scene using Blob Man
+ Date       : April 2000 
+ Author     : Peter Houston 
+ Email      : houston.graphics@iname.com
+ WWW        : http://welcome.to/HoustonGraphics
+*********************************************************/
+
+global_settings {  assumed_gamma 2.2 }
+
+camera {  
+    location  <0, 1.5, -3>
+    direction 1.5*z
+    right     4/3*x
+    look_at   <-.25, 0, 0> 
+}
+
+
+sky_sphere {
+    pigment {
+        gradient y
+        color_map { [0.0 color rgb <0.7,0.7,1.0>] [1.0 color blue 0.5] }
+    }
+}
+
+light_source {
+    <-80, 80, -80>
+    color rgb <1,.9,.95>*1.5
+    spotlight               
+    point_at <0, 0, 0>      
+    radius .1               
+    tightness 75            
+    falloff 3               
+}
+
+plane {y,0
+  pigment {checker pigment {rgb 0}, pigment {rgb 1} rotate y*16}
+}
+
+#include "bmpeople.inc"
+#include "bm_pose.inc"
+#include "croft.cdf"
+
+//#declare BM_HairStyle=0; // Uncomment to Test without Hiar
+
+#declare BM_PoseNo=11;
+#declare BM_EyeLids=<.35,0,.35>
+#declare BM_Jaw=.25;
+#declare BM_Mouth=1;
+#declare BM_MouthShape=1;
+
+Blob_Man(Female,2)
+object {BlobMan 
+        transform BMO_Abdomen_L
+        rotate z*-85
+}
+
+
+// EOF

blbman40/layout.cdf

@@ -0,0 +1,169 @@
+/*******************************************************
+    POV-Ray - BlobMan People Costume Definition File
+ File Name : filename.cdf
+ BM_Version: 4.0
+ Desciption: Costume Definition File Layout
+ Date      : 
+ Author    : 
+ Email     : 
+ WWW       :             
+ Note      :
+ 
+********************************************************/
+#declare CDF=true; //Used by Body_Part_Viewer.pov Can be removed. 
+/********************************************************
+  Image Maps & Textures
+********************************************************/
+
+//#declare BM_Skin_Tex  = texture {}                         
+//#declare BM_Lip_Tex   = texture {}                         
+//#declare BM_Hair_Tex  = texture {}                         
+//#declare BM_Tooth_Tex = texture {}
+//#declare BM_Nail_Tex  = texture {}
+//#declare BM_EyeShadow = texture {}
+
+//#declare BM_Map_Finish = finish {}
+//#declare BM_Map_Normal = normal {}
+
+//#declare BM_Bump_Map_Size = 0.25;
+
+// PNG Image Maps for Body Parts these must be in your Library Path
+
+//#declare Face_IMap       = "filename.png"
+//#declare Neck_IMap       = "filename.png"
+//#declare Torso_IMap      = "filename.png"
+//#declare Abdomen_IMap    = "filename.png"
+//#declare Upperarm_R_IMap = "filename.png"
+//#declare Upperarm_L_IMap = "filename.png"
+//#declare Forearm_R_IMap  = "filename.png"
+//#declare Forearm_L_IMap  = "filename.png"
+//#declare Hand_R_IMap     = "filename.png"
+//#declare Hand_L_IMap     = "filename.png"
+//#declare Thigh_R_IMap    = "filename.png"
+//#declare Thigh_L_IMap    = "filename.png"
+//#declare Calf_R_IMap     = "filename.png"
+//#declare Calf_L_IMap     = "filename.png"
+//#declare Foot_R_IMap     = "filename.png"
+//#declare Foot_L_IMap     = "filename.png"
+
+// PNG Bump Maps for Body Parts these must be in your Library Path     
+     
+//#declare Face_BMap       = "filename.png"
+//#declare Neck_BMap       = "filename.png"
+//#declare Torso_BMap      = "filename.png"
+//#declare Abdomen_BMap    = "filename.png"
+//#declare Upperarm_R_BMap = "filename.png"
+//#declare Upperarm_L_BMap = "filename.png"
+//#declare Forearm_R_BMap  = "filename.png"
+//#declare Forearm_L_BMap  = "filename.png"
+//#declare Hand_R_BMap     = "filename.png"
+//#declare Hand_L_BMap     = "filename.png"
+//#declare Thigh_R_BMap    = "filename.png"
+//#declare Thigh_L_BMap    = "filename.png"
+//#declare Calf_R_BMap     = "filename.png"
+//#declare Calf_L_BMap     = "filename.png"
+//#declare Foot_R_BMap     = "filename.png"
+//#declare Foot_L_BMap     = "filename.png"
+
+
+/********************************************************
+  Body Part Options
+********************************************************/
+
+// Ears - 2 = Normal Ears, 1=Replace ears with small lumps as if under a swimming cap, 0 = No ears
+//#declare BM_Ears=2;
+
+// Eyes - 1=Normal 0=No Eyes
+//#declare BM_Eyes=1;
+
+// Nose - Range : 0 - 1.25 Size of Nose
+//#declare BM_Nose=.5;
+
+// Face - 1 = Normal Face Structure, 0 = Removes Nose and Lips
+//#declare BM_Face=2;
+
+// Teeth - 0 = No Teeth, 1 = Teeth
+//#declare BM_Teeth=1;
+
+// Jowls - Range : 0 - 3 Mass added to side of jaw.
+//#declare BM_Jowls=0;
+
+// Head - 1 = Normal Head, 0 = No Head, -1 = Guides
+//#declare BM_Head_Mass=1;
+
+// Torso - 1 = Normal Torso, 0 = No Torso, -1 = Guides
+//#declare BM_Torso_Mass=1;
+
+// Right Upperarm - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_R_Upperarm_Mass=2;
+
+// Right Forearm - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_R_Forearm_Mass=2;
+
+// Right Hand - 1 = Normal, 0 = Amputated
+//#declare BM_R_Hand=1;
+
+// Left Upperarm - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_L_Upperarm_Mass=2;
+
+// Left Forearm - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_L_Forearm_Mass=2;
+
+// Left Hand  - 1 = Normal, 0 = Amputated
+//#declare BM_L_Hand=1;
+
+// Right Thigh - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_R_Thigh_Mass=2;
+
+// Right Calf - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_R_Calf_Mass=2;
+
+// Right Foot - 1 = Normal, 0 = Amputated
+//#declare BM_R_Foot=1;
+
+// Left Thigh - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_L_Thigh_Mass=2;
+
+// Left Calf - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_L_Calf_Mass=2;
+
+// Left Foot - 1 = Normal, 0 = Amputated
+//#declare BM_L_Foot=1;
+
+// Male Abdomen Muscle Flexing - 1 = On, 0 = off
+//#declare BM_Flex=1;
+
+// Female T-Shirt - 1 = On, 0 = Off
+//#declare BM_TShirt=0;
+
+// Finger Nails - 1 = On, 0 = Off
+// #declare BM_Nails=1;
+
+// Apply Iamge Maps to Right Hand Fingers - 1=On, 0=Off
+//#declare BM_Map_R_Finger=1;
+
+// Apply Iamge Maps to Left Hand Fingers - 1=On, 0=Off
+//#declare BM_Map_L_Finger=1;
+
+/********************************************************
+  Body Part Objects
+********************************************************/
+
+//#declare BM_Head_Object=object{BM_Head_Object}
+//#declare BM_Neck_Object=object{BM_Neck_Object}
+//#declare BM_Torso_Object=object{BM_Torso_Object}
+//#declare BM_Abdomen_Object=object{BM_Abdomen_Object}
+//#declare BM_Upperarm_R_Object=object {BM_Upperarm_R_Object}
+//#declare BM_Upperarm_L_Object=object {BM_Upperarm_L_Object}
+//#declare BM_Forearm_R_Object=object {BM_Forearm_R_Object}
+//#declare BM_Forearm_L_Object=object {BM_Forearm_L_Object}
+//#declare BM_Hand_R_Object=object {BM_Hand_R_Object}
+//#declare BM_Hand_L_Object=object {BM_Hand_L_Object}
+//#declare BM_Thigh_R_Object=object {BM_Thigh_R_Object}
+//#declare BM_Thigh_L_Object=object {BM_Thigh_L_Object}
+//#declare BM_Calf_R_Object=object {BM_Calf_R_Object}
+//#declare BM_Calf_L_Object=object {BM_Calf_L_Object}
+//#declare BM_Foot_R_Object=object {BM_Foot_R_Object}
+//#declare BM_Foot_L_Object=object {BM_Foot_R_Object}
+
+// End of Costume Definition File

blbman40/lft.cdf

@@ -0,0 +1,169 @@
+/*******************************************************
+    POV-Ray - BlobMan People Costume Definition File
+ File Name : filename.cdf
+ BM_Version: 4.0
+ Desciption: Costume Definition File Layout
+ Date      : 
+ Author    : 
+ Email     : 
+ WWW       :             
+ Note      :
+ 
+********************************************************/
+#declare CDF=true; //Used by Body_Part_Viewer.pov Can be removed. 
+/********************************************************
+  Image Maps & Textures
+********************************************************/
+
+//#declare BM_Skin_Tex  = texture {}                         
+//#declare BM_Lip_Tex   = texture {}                         
+//#declare BM_Hair_Tex  = texture {}                         
+//#declare BM_Tooth_Tex = texture {}
+//#declare BM_Nail_Tex  = texture {}
+//#declare BM_EyeShadow = texture {}
+
+//#declare BM_Map_Finish = finish {}
+//#declare BM_Map_Normal = normal {}
+
+//#declare BM_Bump_Map_Size = 0.25;
+
+// PNG Image Maps for Body Parts these must be in your Library Path
+
+//#declare Face_IMap       = "filename.png"
+//#declare Neck_IMap       = "filename.png"
+#declare Torso_IMap      = "lft-torso.png"
+#declare Abdomen_IMap    = "lft-abdomen.png"
+#declare Upperarm_R_IMap = "lft-upper_arm.png"
+#declare Upperarm_L_IMap = "lft-upper_arm.png"
+#declare Forearm_R_IMap  = "lft-forearm.png"
+#declare Forearm_L_IMap  = "lft-forearm.png"
+//#declare Hand_R_IMap     = "filename.png"
+//#declare Hand_L_IMap     = "filename.png"
+#declare Thigh_R_IMap    = "lft-thigh.png"
+#declare Thigh_L_IMap    = "lft-thigh.png"
+#declare Calf_R_IMap     = "lft-calf.png"
+#declare Calf_L_IMap     = "lft-calf.png"
+#declare Foot_R_IMap     = "lft-foot.png"
+#declare Foot_L_IMap     = "lft-foot.png"
+
+// PNG Bump Maps for Body Parts these must be in your Library Path     
+     
+//#declare Face_BMap       = "filename.png"
+//#declare Neck_BMap       = "filename.png"
+//#declare Torso_BMap      = "filename.png"
+//#declare Abdomen_BMap    = "filename.png"
+//#declare Upperarm_R_BMap = "filename.png"
+//#declare Upperarm_L_BMap = "filename.png"
+//#declare Forearm_R_BMap  = "filename.png"
+//#declare Forearm_L_BMap  = "filename.png"
+//#declare Hand_R_BMap     = "filename.png"
+//#declare Hand_L_BMap     = "filename.png"
+//#declare Thigh_R_BMap    = "filename.png"
+//#declare Thigh_L_BMap    = "filename.png"
+//#declare Calf_R_BMap     = "filename.png"
+//#declare Calf_L_BMap     = "filename.png"
+//#declare Foot_R_BMap     = "filename.png"
+//#declare Foot_L_BMap     = "filename.png"
+
+
+/********************************************************
+  Body Part Options
+********************************************************/
+
+// Ears - 2 = Normal Ears, 1=Replace ears with small lumps as if under a swimming cap, 0 = No ears
+//#declare BM_Ears=2;
+
+// Eyes - 1=Normal 0=No Eyes
+//#declare BM_Eyes=1;
+
+// Nose - Range : 0 - 1.25 Size of Nose
+//#declare BM_Nose=.5;
+
+// Face - 1 = Normal Face Structure, 0 = Removes Nose and Lips
+//#declare BM_Face=2;
+
+// Teeth - 0 = No Teeth, 1 = Teeth
+//#declare BM_Teeth=1;
+
+// Jowls - Range : 0 - 3 Mass added to side of jaw.
+//#declare BM_Jowls=0;
+
+// Head - 1 = Normal Head, 0 = No Head, -1 = Guides
+//#declare BM_Head_Mass=1;
+
+// Torso - 1 = Normal Torso, 0 = No Torso, -1 = Guides
+//#declare BM_Torso_Mass=1;
+
+// Right Upperarm - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_R_Upperarm_Mass=2;
+
+// Right Forearm - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_R_Forearm_Mass=2;
+
+// Right Hand - 1 = Normal, 0 = Amputated
+//#declare BM_R_Hand=1;
+
+// Left Upperarm - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_L_Upperarm_Mass=2;
+
+// Left Forearm - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_L_Forearm_Mass=2;
+
+// Left Hand  - 1 = Normal, 0 = Amputated
+//#declare BM_L_Hand=1;
+
+// Right Thigh - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_R_Thigh_Mass=2;
+
+// Right Calf - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_R_Calf_Mass=2;
+
+// Right Foot - 1 = Normal, 0 = Amputated
+//#declare BM_R_Foot=1;
+
+// Left Thigh - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_L_Thigh_Mass=2;
+
+// Left Calf - 1 = Normal, 0 = Amputated, -1=Guide
+//#declare BM_L_Calf_Mass=2;
+
+// Left Foot - 1 = Normal, 0 = Amputated
+//#declare BM_L_Foot=1;
+
+// Male Abdomen Muscle Flexing - 1 = On, 0 = off
+//#declare BM_Flex=1;
+
+// Female T-Shirt - 1 = On, 0 = Off
+//#declare BM_TShirt=0;
+
+// Finger Nails - 1 = On, 0 = Off
+// #declare BM_Nails=1;
+
+// Apply Iamge Maps to Right Hand Fingers - 1=On, 0=Off
+//#declare BM_Map_R_Finger=1;
+
+// Apply Iamge Maps to Left Hand Fingers - 1=On, 0=Off
+//#declare BM_Map_L_Finger=1;
+
+/********************************************************
+  Body Part Objects
+********************************************************/
+
+//#declare BM_Head_Object=object{BM_Head_Object}
+//#declare BM_Neck_Object=object{BM_Neck_Object}
+//#declare BM_Torso_Object=object{BM_Torso_Object}
+//#declare BM_Abdomen_Object=object{BM_Abdomen_Object}
+//#declare BM_Upperarm_R_Object=object {BM_Upperarm_R_Object}
+//#declare BM_Upperarm_L_Object=object {BM_Upperarm_L_Object}
+//#declare BM_Forearm_R_Object=object {BM_Forearm_R_Object}
+//#declare BM_Forearm_L_Object=object {BM_Forearm_L_Object}
+//#declare BM_Hand_R_Object=object {BM_Hand_R_Object}
+//#declare BM_Hand_L_Object=object {BM_Hand_L_Object}
+//#declare BM_Thigh_R_Object=object {BM_Thigh_R_Object}
+//#declare BM_Thigh_L_Object=object {BM_Thigh_L_Object}
+//#declare BM_Calf_R_Object=object {BM_Calf_R_Object}
+//#declare BM_Calf_L_Object=object {BM_Calf_L_Object}
+//#declare BM_Foot_R_Object=object {BM_Foot_R_Object}
+//#declare BM_Foot_L_Object=object {BM_Foot_R_Object}
+
+// End of Costume Definition File

blbman40/readme.txt

@@ -0,0 +1,62 @@
+**************************************************************************
+                     ___ _     _    __  __
+                    | _ ) |___| |__|  \/  |__ _ _ _    
+                    | _ \ / _ \ '_ \ |\/| / _` | ' \ v4.0
+                    |___/_\___/_.__/_|  |_\__,_|_||_|
+                        | _ \___ ___ _ __| |___
+                        |  _/ -_) _ \ '_ \ / -_)
+                        |_| \___\___/ .__/_\___|
+                                    |_|
+                    
+                    Humanoid figures for POV-Ray v3.1 
+
+                      by Peter Houston 1999, 2000
+
+**************************************************************************
+
+Files included in the distribution pack:
+
+    "BMPEOPLE.INC"         : Main include file which compiles the Macros
+    "BMHEAD.INC"           : Head Macro
+    "BMTORSO.INC"          : Torso Macro
+    "BMHAND.INC"           : Hand Macro
+    "BMFEET.INC"           : Foot Macro
+    "BMHAIR.INC"           : Hair Macro
+    "BMDEFS.INC"           : Default Settings for Macros
+    
+    "BM_POSE.INC"          : Sample Pose Library.
+    "BM_HANDS.INC"         : Sample Hand Pose Library.
+    "BM_HAIR.INC"          : Sample Hair Style Library.
+
+    "SAMPLE.CDF"           : Sample Costume Definition File - Astronaut
+    "CROFT.CDF"            : Sample Costume Definition File - Lara ?
+    "LAYOUT.CDF"           : Template for Costume Definition File
+
+    "BMMANUAL.TXT"         : Instruction Manual.
+    "HOW2CDF.TXT"          : Basic "How to.." document for CDF Creation
+    "README.TXT"           : This File.
+
+    "BMFACE1.PNG"          : Face Image Map.
+    "BMFACE2.PNG"          : Face Image Map.
+    "BMFACE3.PNG"          : Face Image Map.
+    "BMFACE4.PNG"          : Face Image Map.
+    "BMFACE5.PNG"          : Face Image Map.
+    "BMFACE6.PNG"          : Face Iamge Map.
+    "TEMPLATE.PNG"         : Template for Face Image Maps.
+    "SAMP1.PNG"            : Image Map used in "Sample.cdf"
+    "CROFT1.PNG"           : \
+    "CROFT2.PNG"           :  \
+    "CROFT3.PNG"           :   Image Maps used in "Croft.cdf"
+    "CROFT4.PNG"           :  /
+    "CROFT5.PNG"           : /
+
+    "BLOB_MAN_STUDIO.POV"  : POV Scene file used for creating Blob Man Poses.
+    "BODY_PART_VIEWER.POV" : POV Scene file used for testing Limb Objects.
+    "HAND_STUDIO.POV"      : POV Scene File used for creating Hand Poses
+    
+    "SAMPLE.POV"           : Example scene file using sample poses, but not CDF's.
+    "SURFUR.POV"           : Example scene file of the Silver Surfer.
+    "CROFT.POV"            : Example scene file using croft.cdf
+    
+See "BMMANUAL.TXT" for full instructions regarding installation, usage,
+contact information, etc.

blbman40/sample.cdf

@@ -0,0 +1,702 @@
+/*******************************************************
+     POV-Ray - Blob_Man Costume Definition File
+ File Name : sample.cdf
+ BM_Version: 4.0
+ Desciption: Sample Costume Definition File - Astronaut
+ Date      : 06 July 1999 
+ Author    : Peter Houston
+ Email     : houston.graphics@iname.com
+ WWW       : http://welcome.to/HoustonGraphics
+********************************************************/
+#declare CDF=true; //Used by Body_Part_Viewer.pov Can be removed.
+#include "glass.inc"
+
+/********************************************************
+  Image Maps & Textures
+********************************************************/
+
+//#declare Skin_Tex = texture {}                         
+//#declare Lip_Tex  = texture {}                         
+//#declare Hair_Tex = texture {}                         
+//#declare Tooth_Pig= pigment {}
+
+#declare Map_Finish = finish {phong .15 phong_size 20 }
+
+//#declare Map_Normal = normal {}
+
+//#declare Bump_Map_Size = 0.25;
+
+// PNG Image Maps for Body Parts these must be in your Library Path
+
+//#declare Face_IMap       = "filename.png"
+#declare Torso_IMap      = "samp1.png"
+#declare Abdomen_IMap    = "samp1.png"  
+#declare Upperarm_R_IMap = "samp1.png"
+#declare Upperarm_L_IMap = "samp1.png"
+#declare Forearm_R_IMap  = "samp1.png"
+#declare Forearm_L_IMap  = "samp1.png"
+#declare Hand_R_IMap     = "samp1.png"
+#declare Hand_L_IMap     = "samp1.png"
+#declare Thigh_R_IMap    = "samp1.png"
+#declare Thigh_L_IMap    = "samp1.png"
+#declare Calf_R_IMap     = "samp1.png"
+#declare Calf_L_IMap     = "samp1.png"
+#declare Foot_R_IMap     = "samp1.png"
+#declare Foot_L_IMap     = "samp1.png"
+
+
+/********************************************************
+  Body Part Options
+********************************************************/
+
+#declare BM_Nails=0;
+
+// Ears - 2 = Normal Ears, 1=Replace ears with small lumps as if under a swimming cap, 0 = No ears
+#declare BM_Ears=0;
+
+// Eyes - 1=Normal 0=No Eyes
+#declare BM_Eyes=1;
+
+// Nose - Range : 0 - 1.25 Size of Nose
+//#declare BM_Nose=.5;
+
+// Face - 1 = Normal Face Structure, 0 = Removes Nose and Lips
+#declare BM_Face=2;
+
+// Jaw - Range: 0 - 1  0 = Closed, 1 = Open
+//#declare BM_Jaw=.5;
+
+// Teeth - 0 = No Teeth, 1 = Teeth
+//#declare BM_Teeth=1;
+
+// Jowls - Range : 0 - 3 Mass added to side of jaw.
+//#declare BM_Jowls=0;
+
+// Toes - 1 = Bare Foot with toes, 0 = Replaces toes so that foot looks like it has a sock on
+#declare BM_Toes=0;
+
+// Body Style - 0=Original Chest Modelling 1=New Chest Modelling
+//#declare BM_BodyStyle=1;     
+  
+// Hand Scale <X,Y,Z>
+//#declare BM_Hand_Scale=<1,1,1>;
+
+// Head - 1 = Normal Head, 0 = No Head, -1 = Guides
+//#declare BM_Head_Mass=1;
+
+// Torso - 1 = Normal Torso, 0 = No Torso, -1 = Guides
+//#declare BM_Torso_Mass=1;
+
+// Right Upperarm - 2 = Muscles, 1 = Cylinders, 0 = Amputated, -1=Guide
+#declare BM_R_Upperarm_Mass=1;
+
+// Right Forearm - 2 = Muscles, 1 = Cylinders, 0 = Amputated, -1=Guide
+#declare BM_R_Forearm_Mass=1;
+
+// Right Hand - 1 = Normal, 0 = Amputated
+#declare BM_R_Hand=1;
+
+// Left Upperarm - 2 = Muscles, 1 = Cylinders, 0 = Amputated, -1=Guide
+#declare BM_L_Upperarm_Mass=1;
+
+// Left Forearm - 2 = Muscles, 1 = Cylinders, 0 = Amputated, -1=Guide
+#declare BM_L_Forearm_Mass=1;
+
+// Left Hand  - 1 = Normal, 0 = Amputated
+#declare BM_L_Hand=1;
+
+// Right Thigh - 2 = Muscles, 1 = Cylinders, 0 = Amputated, -1=Guide
+#declare BM_R_Thigh_Mass=1;
+
+// Right Calf - 2 = Muscles, 1 = Cylinders, 0 = Amputated, -1=Guide
+#declare BM_R_Calf_Mass=1;
+
+// Right Foot - 1 = Normal, 0 = Amputated
+#declare BM_R_Foot=1;
+
+// Left Thigh - 2 = Muscles, 1 = Cylinders, 0 = Amputated, -1=Guide
+#declare BM_L_Thigh_Mass=1;
+
+// Left Calf - 2 = Muscles, 1 = Cylinders, 0 = Amputated, -1=Guide
+#declare BM_L_Calf_Mass=1;
+
+// Left Foot - 1 = Normal, 0 = Amputated
+#declare BM_L_Foot=1;
+
+
+/********************************************************
+  Body Part Objects
+********************************************************/
+#declare Pouch=union {  box {<1,0,0><-1,3,.5>}
+                        cylinder {<1,0,.25><1,3,.25> .25}
+                        cylinder {<-1,0,.25><-1,3,.25> .25}
+                        cylinder {<-1,0,.25><1,0,.25> .25}
+                        cylinder {<-1,3,.25><1,3,.25> .25}
+                        sphere {<-1,0,.25>.25}
+                        sphere {<-1,3,.25>.25}
+                        sphere {< 1,0,.25>.25}
+                        sphere {< 1,3,.25>.25}
+                        difference {
+                                        cylinder {<0,0,0><0,0,-.25>1.25 rotate x*5}
+                                        plane{y,0 inverse}                    
+                                        translate <0,3.25,.2> 
+                        }
+                        sphere {<0,2.5,-.25>.35 scale <1,1,.25> pigment {rgb 0}}
+                        scale <1,1,2.5>
+               }
+
+#declare ShoeGrip=texture {pigment {rgb .15}
+                           finish {Map_Finish}
+                           normal {crackle 3 scale <3,1,1>}
+                  }
+
+#declare BM_Head_Object=union {
+                        object{BM_Head_Object}
+                        union { // Headset
+                            torus {4.35,.25 
+                                rotate x*90
+                                clipped_by {plane {y,0 inverse}}
+                            }
+                            sphere{0,1 scale<1,1,1> scale <1,1.75,1.5> rotate z*5 translate<-3.5,-.85,0>}
+                            sphere{0,1 scale<1,1,1> scale <1,1.75,1.5> rotate z*-5 translate<3.5,-.85,0>}
+                            torus {4.25,.25 
+                                clipped_by {plane {x,0}}
+                                clipped_by {plane {z,0}}
+                                rotate x*-40
+                                translate <0,-1,-1>
+                            }
+                            pigment {rgb 0}
+                        }
+                     }
+
+#declare BM_Torso_Object=union {
+                            object{BM_Torso_Object}
+                            union {
+                                cone{<-7,-10,1>3.5<-1.99,-10,1>,5}
+                                cone{< 7,-10,1>3.5< 1.99,-10,1>,5}
+                                cylinder {<-2,-10,1>< 2,-10,1> 5 }
+                            }               
+                            torus {3,1 rotate z*90 translate <-7,-10,1>}
+                            torus {3,1 rotate z*90 translate < 7,-10,1>}
+                            superellipsoid {
+                                <.5,.6>
+                                scale <6,10,4>
+                                translate <0,-17, 3>
+                            }
+                            cylinder {<0,-9,5><0,-29,4>3}
+                            union {
+                                cylinder {<-4,-9,5>< 4,-9,5> 3 }
+                                sphere {<-4,-9,5> 3}
+                                sphere {< 4,-9,5> 3}
+                            }
+                            union {
+                                cylinder {<-4,-9,5>< 4,-9,5> 3 }
+                                sphere {<-4,-9,5> 3}
+                                sphere {< 4,-9,5> 3}
+                                translate y*-19
+                            }
+                            union {
+                                torus {1,.5 rotate x*90 translate <-3, 0,0>}
+                                torus {1,.5 rotate x*90 translate <-3,-3,0>}
+                                torus {1,.5 rotate x*90 translate <-3,-6,0>}
+                                torus {1,.5 rotate x*90 translate <-3,-9,0>}
+                                torus {1,.5 rotate x*90 translate <3, 0,0>}
+                                torus {1,.5 rotate x*90 translate <3,-3,0>}
+                                torus {1,.5 rotate x*90 translate <3,-6,0>}
+                                torus {1,.5 rotate x*90 translate <3,-9,0>}
+                                translate <0,-14,7> 
+                            }                  
+                            cone {<0,0,0>6.15<0,3,0>6.3
+                               scale <1.05,1,.65> 
+                               translate <0,-25,-.3>
+                            }                   
+                            union {  
+                                #declare Loop=30;
+                                #while (Loop<360)
+                                        object {Pouch                                    
+                                                translate <0,0,-7>  
+                                                rotate y*Loop                   
+                                        }
+                                        #declare Loop=Loop+30;
+                                #end                         
+                                translate y*-25
+                                scale <1.05,1,.65>
+                                translate z*-.3
+                            }
+                            cylinder {<0,0,0><0,0,-1.8>5 translate <0,-15,-3> }
+                            torus {4.5,.5 rotate x*90 translate <0,-15,-4.8>}
+                            torus {2.5,.5 rotate x*90 translate <0,-15,-4.8>}  
+                            cylinder {< 4.5,0,1><0,-10,0>2 translate < 1,-15,-3> }
+                            cylinder {<-4.5,0,1><0,-10,0>2 translate <-1,-15,-3> }
+                            cylinder {<0,0,1><0,-10,0>2 translate < 1,-15,-3> }
+                            cylinder {<0,0,1><0,-10,0>2 translate <-1,-15,-3> }
+                            sphere {< 4.5,0,1>2 translate < 1,-15,-3>}
+                            sphere {<-4.5,0,1>2 translate <-1,-15,-3>}
+                            union {
+                                #declare Length=20;
+                                #declare Loop=0;
+                                #while (Loop<Length)
+                                    torus {6,1 
+                                           scale <1,1,.5>
+                                           translate <0,-Loop-10,0>
+                                    }
+                                    #declare Loop=Loop+1;
+                                #end
+                            }
+                            torus {5,3 rotate z*90 translate <0,-28,1> scale <1,1,.75>}
+                             
+                            merge {
+                                sphere {0,8 clipped_by {plane {y,-0.0000001 inverse}}}
+                                cone {<0,0,0>8<0,-10,0>5.5}
+                                hollow
+                                translate z*1
+                                clipped_by {plane {y,-2 rotate x*-45 inverse}}
+                               texture {T_Old_Glass}
+                            }
+                               
+                            merge {
+                                sphere {0,8 clipped_by {plane {y,-0.0000001 inverse}}}
+                                cone {<0,0,0>8<0,-10,0>5.5}
+                                hollow
+                                translate z*1
+                                clipped_by {plane {y,-2 rotate x*-45}}
+                                texture {
+                                    pigment {
+                                        image_map {
+                                            png Torso_IMap
+                                            map_type 2
+                                            interpolate 4
+                                            //once
+                                        } 
+                                        rotate y*-90
+                                        scale 40
+                                        translate <0,-40,0>
+                                    }
+                                    #ifdef (Map_Finish)
+                                        finish {Map_Finish}
+                                    #end
+                                    #ifdef (Map_Normal)
+                                        normal {Map_Normal}
+                                    #end
+                                    #ifdef (Torso_BMap)
+                                        normal {
+                                            bump_map {
+                                                png Torso_BMap
+                                                map_type 2
+                                                interpolate 4
+                                                once
+                                                bump_size Bump_Map_Size
+                                            }
+                                            rotate y*-90
+                                            scale 40
+                                            translate <0,-40,0>
+                                        }
+                                    #end
+                                }
+                            }
+                            difference {
+                                union {
+                                    torus {3,.5 rotate z*90 translate <0,-5,7> rotate y*45}
+                                    torus {3,.5 rotate z*90 translate <0,-5,7> rotate y*-45}
+                                }                          
+                                cone {<0,0,0>8<0,-10,1>5.5}
+                            }    
+                      }     
+
+#declare BM_Upperarm_R_Object=union {
+                                object {BM_Upperarm_R_Object}
+                                union {
+                                    #declare Length=11;
+                                    #declare Loop=0;
+                                    #while (Loop<Length)
+                                        torus {2.05,.65 
+                                               translate y*-Loop
+                                               #if (Loop=4)
+                                                    pigment {rgb <1,0,0>}
+                                               #end
+                                        }
+                                        #declare Loop=Loop+1;
+                                    #end
+                                }
+                                union {
+                                    #declare Loop=0;
+                                    #while (Loop<360)
+                                        torus {2.6,.8 
+                                               rotate z*Loop
+                                               //rotate y*Loop
+                                        }
+                                        #declare Loop=Loop+30;
+                                    #end
+                                    sphere {0,2.6}
+                                    translate y*1
+                                }                
+                                //pigment {rgb 1}                
+                           }
+
+#declare BM_Upperarm_L_Object=union {
+                                object {BM_Upperarm_L_Object}
+                                union {
+                                    #declare Length=11;
+                                    #declare Loop=0;
+                                    #while (Loop<Length)
+                                        torus {2.05,.65 
+                                               translate y*-Loop
+                                        }
+                                        #declare Loop=Loop+1;
+                                    #end
+
+                                }                    
+                                union {
+                                    #declare Loop=0;
+                                    #while (Loop<360)
+                                        torus {2.6,.8 
+                                               rotate z*Loop
+                                               //rotate y*Loop
+                                        }
+                                        #declare Loop=Loop+30;
+                                    #end
+                                    sphere {0,2.6}
+                                    translate y*1
+                                }
+                                //pigment {rgb 1}                                
+                           }
+                           
+#declare BM_Forearm_R_Object=union {
+                                object {BM_Forearm_R_Object}
+                                union {
+                                    #declare Length=11;
+                                    #declare Loop=0;
+                                    #while (Loop<Length)
+                                        torus {2.05-(Loop/9),.65 
+                                               translate y*-Loop
+                                        }
+                                        #declare Loop=Loop+1;
+                                    #end
+                                }         
+                                union {
+                                    #declare Loop=0;
+                                    #while (Loop<360)
+                                        torus {2.4,.8 
+                                               rotate x*Loop
+                                               //rotate y*Loop
+                                        }
+                                        #declare Loop=Loop+30;
+                                    #end
+                                    sphere {0,2.4}
+                                }
+                                //pigment {rgb 1}
+                                
+                           }
+                           
+#declare BM_Forearm_L_Object=union {
+                                object {BM_Forearm_L_Object}
+                                union {
+                                    #declare Length=11;
+                                    #declare Loop=0;
+                                    #while (Loop<Length)
+                                        torus {2.05-(Loop/9),.65 
+                                               translate y*-Loop
+                                        }
+                                        #declare Loop=Loop+1;
+                                    #end
+                                }
+                                union {
+                                    #declare Loop=0;
+                                    #while (Loop<360)
+                                        torus {2.4,.8 
+                                               rotate x*Loop
+                                               //rotate y*Loop
+                                        }
+                                        #declare Loop=Loop+30;
+                                    #end
+                                    sphere {0,2.4}
+                                }
+                                //pigment {rgb 1}
+                           }
+#declare BM_Hand_R_Object=union {
+                              object {BM_Hand_R_Object}
+                               union {                              
+                                  union {
+                                         sphere {0,.3 pigment {rgb .5}}
+                                         torus  {.3,.2 rotate z*90 scale <.75,1,1>}
+                                         rotate y*-15
+                                         translate <-.5,-2.5,0>
+                                         rotate x*17
+                                  }
+                                  union {
+                                         sphere {0,.3 pigment {rgb .5}}
+                                         torus  {.3,.2 rotate z*90 scale <.75,1,1>}
+                                         rotate y*-10
+                                         translate <-.5,-2.5,0 >
+                                         rotate x*0
+                                  }
+                                  union {
+                                         sphere {0,.3 pigment {rgb .5}}
+                                         torus  {.3,.2 rotate z*90 scale <.75,1,1>}
+                                         rotate y*10
+                                         translate <-.5,-2.5, 0>
+                                         rotate x*-17
+                                  }
+                                  union {
+                                         sphere {0,.3 pigment {rgb .5}}
+                                         torus  {.3,.2 rotate z*90 scale <.75,1,1>}
+                                         rotate y*45
+                                         translate <-.1,-2.5,0>
+                                         rotate x*-34
+                                         
+                                  }
+                                  
+                                  union {
+                                         cylinder {<-.45,0,0><-.45,-2.5,0>,.3 rotate x*17}
+                                         cylinder {<-.45,0,0><-.45,-2.5,0>,.3 rotate x*0}
+                                         cylinder {<-.45,0,0><-.45,-2.5,0>,.3 rotate x*-17}
+                                         cylinder {<-.25,0,0><-.1,-2.5,0>,.3 rotate x*-34}
+                                         translate <0,0,0>
+                                  }
+                                  
+                              translate z*0
+                              }
+                              torus {1.1,.6 scale <.65,1.5,1> translate x*.2}  
+                              //pigment {rgb 1}
+                       }
+                       
+#declare BM_Hand_L_Object=union {
+                              object {BM_Hand_L_Object}
+                               union {                              
+                                  union {
+                                         sphere {0,.3 pigment {rgb .5}}
+                                         torus  {.3,.2 rotate z*90 scale <.75,1,1>}
+                                         rotate y*-15
+                                         translate <-.5,-2.5,0>
+                                         rotate x*17
+                                  }
+                                  union {
+                                         sphere {0,.3 pigment {rgb .5}}
+                                         torus  {.3,.2 rotate z*90 scale <.75,1,1>}
+                                         rotate y*-10
+                                         translate <-.5,-2.5,0 >
+                                         rotate x*0
+                                  }
+                                  union {
+                                         sphere {0,.3 pigment {rgb .5}}
+                                         torus  {.3,.2 rotate z*90 scale <.75,1,1>}
+                                         rotate y*10
+                                         translate <-.5,-2.5, 0>
+                                         rotate x*-17
+                                  }
+                                  union {
+                                         sphere {0,.3 pigment {rgb .5}}
+                                         torus  {.3,.2 rotate z*90 scale <.75,1,1>}
+                                         rotate y*45
+                                         translate <-.1,-2.5,0>
+                                         rotate x*-34
+                                         
+                                  }
+                                  
+                                  union {
+                                         cylinder {<-.45,0,0><-.45,-2.5,0>,.3 rotate x*17}
+                                         cylinder {<-.45,0,0><-.45,-2.5,0>,.3 rotate x*0}
+                                         cylinder {<-.45,0,0><-.45,-2.5,0>,.3 rotate x*-17}
+                                         cylinder {<-.25,0,0><-.1,-2.5,0>,.3 rotate x*-34}
+                                         translate <0,0,0>
+                                  }
+                                  
+                              translate z*0
+                              }
+                              torus {1.1,.6 scale <.65,1.5,1> translate x*.2} 
+                              scale <-1,1,1> 
+                              //pigment {rgb 1}
+                       }
+#declare BM_Thigh_R_Object=union {
+                            object {BM_Thigh_R_Object}
+                            union {
+                                #declare Length=16;
+                                #declare Loop=0;
+                                #while (Loop<Length)
+                                    torus {4.5-(Loop/14),.65 
+                                           translate y*-Loop
+                                    }
+                                    #declare Loop=Loop+1;
+                                #end
+                            }
+                            union {
+                                #declare Loop=0;
+                                #while (Loop<360)
+                                    torus {5,.65 
+                                           rotate z*Loop
+                                           //rotate y*Loop
+                                    }
+                                    #declare Loop=Loop+15;
+                                #end
+                                sphere {0,3.35}
+                                //translate y*1
+                            }
+                            translate y*16
+                            rotate z*5    
+                            translate y*-16
+                        }
+
+#declare BM_Thigh_L_Object=union {
+                            object {BM_Thigh_L_Object}
+                            union {
+                                #declare Length=16;
+                                #declare Loop=0;
+                                #while (Loop<Length)
+                                    torus {4.5-(Loop/14),.65 
+                                           translate y*-Loop
+                                    }
+                                    #declare Loop=Loop+1;
+                                #end
+                            }
+                            union {
+                                #declare Loop=0;
+                                #while (Loop<360)
+                                    torus {5,.65 
+                                           rotate z*Loop
+                                           //rotate y*Loop
+                                    }
+                                    #declare Loop=Loop+15;
+                                #end
+                                sphere {0,3.35}
+                                //translate y*1
+                            }
+                            translate y*16
+                            rotate z*-5    
+                            translate y*-16
+                        }
+#declare BM_Calf_R_Object=union {
+                            object {BM_Calf_R_Object}
+                            union {
+                                #declare Length=19;
+                                #declare Loop=0;
+                                #while (Loop<Length)
+                                    torus {3.4-(Loop*0.05),.65 
+                                           translate y*-Loop
+                                    }
+                                    #declare Loop=Loop+1;
+                                #end
+                            }         
+                            union {
+                                #declare Loop=0;
+                                #while (Loop<360)
+                                    torus {3.75,.8 
+                                           rotate x*Loop
+                                           //rotate y*Loop
+                                    }
+                                    #declare Loop=Loop+30;
+                                #end
+                                sphere {0,3.75}
+                            }                  
+                            union {
+                                sphere { 0,1.5}
+                                cylinder {<0,0,0><0,-8,0> 1.5 }
+                                sphere {<0,-8,0>,1.5}
+                                scale <1.6,1,1> rotate x*5 translate <0,-4,3.5>
+                            }
+                            torus {1,.5 scale <1,1,1.5> translate <2,-6,3.5>}
+                            torus {1,.5 scale <1,1,1.5> translate <-2,-8,3.5>}
+                        }
+#declare BM_Calf_L_Object=union {
+                            object {BM_Calf_L_Object}
+                            union {
+                                #declare Length=19;
+                                #declare Loop=0;
+                                #while (Loop<Length)
+                                    torus {3.4-(Loop*0.05),.65 
+                                           translate y*-Loop
+                                    }
+                                    #declare Loop=Loop+1;
+                                #end
+                            }         
+                            union {
+                                #declare Loop=0;
+                                #while (Loop<360)
+                                    torus {3.75,.8 
+                                           rotate x*Loop
+                                           //rotate y*Loop
+                                    }
+                                    #declare Loop=Loop+30;
+                                #end
+                                sphere {0,3.75}
+                            }                  
+                            union {
+                                sphere { 0,1.5}
+                                cylinder {<0,0,0><0,-8,0> 1.5 }
+                                sphere {<0,-8,0>,1.5}
+                                scale <1.6,1,1> rotate x*5 translate <0,-4,3.5>
+                            }
+                            torus {1,.5 scale <1,1,1.5> translate <2,-6,3.5>}
+                            torus {1,.5 scale <1,1,1.5> translate <-2,-8,3.5>}
+                            scale <-1,1,1>
+                        }
+#declare BM_Foot_R_Object=union{difference {
+                                         union {
+                                                cylinder {<0,-1,0><0,1,0>2 translate <0,0,7> texture {ShoeGrip}}
+                                                sphere{<0,0,.5>,3.25} 
+                                                torus {2.25,.5 translate <0,0,7> texture {ShoeGrip}}
+                                                torus {2.0,.5 translate <0,1,7>}
+                                                torus {1.9,.5 translate <0,1.75,7>}
+                                                torus {1.8,.5 translate <0,2.5,7>}
+                                                torus {3,.5 translate <0,0,.5> texture {ShoeGrip}}
+                                                cone  {<0,1.25,7>2.25,<0,-1,.5>3.25 scale <1,1.1,1>}
+                                                cone  {<0,1.25,7>2.25,<0,-1,.5>3.25 scale <1.1,1.1,1> clipped_by {plane{y,.5}}texture {ShoeGrip}}
+                                                cone  {<0,3.6,7>2,<0,-0.00001,7>2.5}
+                                                blob { threshold .5
+                                                        #declare SideLoop=-60;
+                                                        #while (SideLoop<61)
+                                                                #declare Loop=5;
+                                                                #while (Loop<60)
+                                                                        #declare Width=(61-Loop)/30;
+                                                                        sphere {0,Width,1 scale <1,1,1> translate <0,0,-3> rotate x*50 rotate x*Loop rotate y*SideLoop translate <0,-.5,1>}
+                                                                        sphere {0,Width,1 scale <1,1,1> translate <0,0,-3> rotate x*50 rotate x*-Loop rotate y*SideLoop translate <0,-.5,1>}
+                                                                        #declare Loop=Loop+10;
+                                                                #end        
+                                                                #declare SideLoop=SideLoop+60;
+                                                        #end
+                                                }
+                                                torus {.75,.35 rotate z*90 rotate y*5 translate <-2.1,2.5,7>}
+                                         }
+                                         plane {y,-.5 texture {ShoeGrip}}
+                                         translate <0,-3.6,-7>
+                             }
+                             torus {1.5,.5 scale <1,2,1>}
+                             scale .85
+                             translate <0,.5,-.35>
+                       }
+
+#declare BM_Foot_L_Object=union{difference {
+                                         union {
+                                                cylinder {<0,-1,0><0,1,0>2 translate <0,0,7> texture {ShoeGrip}}
+                                                sphere{<0,0,.5>,3.25} 
+                                                torus {2.25,.5 translate <0,0,7> texture {ShoeGrip}}
+                                                torus {2.0,.5 translate <0,1,7>}
+                                                torus {1.9,.5 translate <0,1.75,7>}
+                                                torus {1.8,.5 translate <0,2.5,7>}
+                                                torus {3,.5 translate <0,0,.5> texture {ShoeGrip}}
+                                                cone  {<0,1.25,7>2.25,<0,-1,.5>3.25 scale <1,1.1,1>}
+                                                cone  {<0,1.25,7>2.25,<0,-1,.5>3.25 scale <1.1,1.1,1> clipped_by {plane{y,.5}}texture {ShoeGrip}}
+                                                cone  {<0,3.6,7>2,<0,-0.00001,7>2.5}
+                                                blob { threshold .5
+                                                        #declare SideLoop=-60;
+                                                        #while (SideLoop<61)
+                                                                #declare Loop=5;
+                                                                #while (Loop<60)
+                                                                        #declare Width=(61-Loop)/30;
+                                                                        sphere {0,Width,1 scale <1,1,1> translate <0,0,-3> rotate x*50 rotate x*Loop rotate y*SideLoop translate <0,-.5,1>}
+                                                                        sphere {0,Width,1 scale <1,1,1> translate <0,0,-3> rotate x*50 rotate x*-Loop rotate y*SideLoop translate <0,-.5,1>}
+                                                                        #declare Loop=Loop+10;
+                                                                #end        
+                                                                #declare SideLoop=SideLoop+60;
+                                                        #end
+                                                }
+                                                torus {.75,.35 rotate z*90 rotate y*5 translate <-2.1,2.5,7>}
+                                         }
+                                         plane {y,-.5 texture {ShoeGrip}}
+                                         translate <0,-3.6,-7>
+                             }
+                             torus {1.5,.5 scale <1,2,1>}
+                             scale .85
+                             translate <0,.5,-.35>
+                             scale <-1,1,1>
+                       }
+// EOF

blbman40/sample.pov

@@ -0,0 +1,107 @@
+/********************************************************
+ Persistence of Vision Ray Tracer Scene Description File
+ File       : sample.pov
+ BM_Version : 4.0
+ Description: Sample Scene using Blob Man Figures
+ Date       : April 2000 
+ Author     : Peter Houston 
+ Email      : houston.graphics@iname.com
+ WWW        : http://welcome.to/HoustonGraphics
+*********************************************************/
+
+global_settings {  assumed_gamma 2.2 }
+
+camera {  
+    location  <0, 2, -5>
+    direction 1.5*z
+    right     4/3*x
+    look_at   <-.25, 1, 0> 
+}
+
+
+sky_sphere {
+    pigment {
+        gradient y
+        color_map { [0.0 color rgb <0.7,0.7,1.0>] [1.0 color blue 0.5] }
+    }
+}
+
+light_source {
+    <-80, 80, -80>
+    color rgb <1,.9,.95>*1.5
+    spotlight               
+    point_at <0, 0, 0>      
+    radius .1               
+    tightness 75            
+    falloff 3               
+}
+
+plane {y,0
+  pigment {checker pigment {rgb 0}, pigment {rgb 1} rotate y*16}
+}
+
+#declare Hair=off; // Warning : Turning hair on increase parsing time !
+
+#include "bmpeople.inc"
+#include "bm_pose.inc"
+
+#declare BM_EyeLids=<.35,0,.35>
+#declare BM_Jaw=.25;
+#declare BM_Mouth=1;
+#declare BM_MouthShape=1;
+
+
+#declare BM_HairStyle=2*Hair;
+#declare BM_PoseNo=11;
+Blob_Man(Female,1.8)
+object {BlobMan 
+        transform BMO_Abdomen_L
+        rotate z*-85
+}
+                             
+#declare BM_HairStyle=1*Hair;
+#declare BM_PoseNo=0;
+Blob_Man(Female,1.8)
+object {BlobMan 
+        transform BMO_Foot_L
+        translate <-.5,0,1>
+}
+ 
+#declare BM_HairStyle=2*Hair;
+#declare BM_PoseNo=2;
+Blob_Man(Male,2)
+object {BlobMan 
+        transform BMO_Abdomen_U
+        rotate y*45
+        translate <1,0,-.5>
+}                             
+
+#declare BM_HairStyle=1*Hair;
+#declare BM_PoseNo=7;
+Blob_Man(Male,1.85)
+object {BlobMan 
+        transform BMO_Hand_R
+        translate <-1,0,0>
+}
+
+#declare BM_HairStyle=3*Hair;
+#declare BM_PoseNo=6;
+Blob_Man(Female,1.85)
+object {BlobMan 
+        transform BMO_Knee_R
+        rotate y*-45 
+        translate <0,1,0>*BM_Scale
+        translate <-1.5,0,-1>
+}                      
+
+#declare BM_HairStyle=1*Hair;
+#declare BM_PoseNo=8;
+Blob_Man(Female,2)
+object {BlobMan 
+        transform BMO_Torso_B
+        rotate x*99
+        rotate y*30
+        translate <1,0,2.5>
+} 
+ 
+// EOF

blbman40/surfer.pov

@@ -0,0 +1,92 @@
+/*******************************************************
+ Persistence of Vision Ray Tracer Scene Description File
+ File Name : silversurfer.pov
+ Version   : 3.1
+ Desciption: Tribute to the comics I read as a youth.
+ Date      : 23 April 1999 
+ Author    : Peter Houston
+ Email     : houston.graphics@iname.com
+ WWW       : http://members.xoom.com/HoustonGraph/
+********************************************************/
+
+#version 3.1;
+
+#include "metals.inc"
+
+global_settings {
+        assumed_gamma 2.2
+}
+
+// ----------------------------------------
+
+camera {
+        location  <-.5, -1, -5>
+        direction 1.5*z
+        right     4/3*x
+        look_at   <0, .5,  0.0>
+        //rotate z*-15
+}
+
+
+sky_sphere {
+            pigment {
+                     gradient z
+                     color_map { 
+                                 [0.0 color rgb <0.7,0.7,1.0>] 
+                                 [1.0 color blue 0.5] 
+                     }
+            } 
+            
+}
+                           
+
+  background {rgb .5}
+light_source {
+        <-30, 100, -200>
+        rgb <.95,.98,.99>  
+}
+
+// ----------------------------------------
+
+#declare BM_Skin_Tex=texture {T_Chrome_1E}
+#declare BM_Lip_Tex=BM_Skin_Tex
+#declare BM_Tooth_Tex=BM_Skin_Tex
+#declare BM_EyeShadow=BM_Skin_Tex
+#include "bmpeople.inc"
+#include "bm_pose.inc" 
+
+#declare BM_PoseNo=9
+#declare BM_EyeSet=<1,0,1>;
+#declare BM_Eyes=0;
+#declare BM_Jaw=0; 
+#declare BM_Mouth=1;
+#declare BM_MouthShape=1;
+#declare BM_Jowls=-.25;
+#declare BM_Ears=1;
+#declare BM_Teeth=0;
+
+#declare DeBug=off;
+
+Blob_Man(1,2)
+    union {
+           
+            object{ BlobMan 
+                    transform BMO_Foot_L 
+                    rotate z*-4.5
+                    rotate y*-20
+                    translate <.9,.06,0>
+            }
+            
+            sphere { <0,0,0>.6 
+                     scale <3.5,.1,.5> 
+                     texture {T_Chrome_1E}
+            } 
+       rotate y*30              
+       rotate z*15
+    }
+    
+
+  
+
+
+//EOF

galaxy/AllObjs.pov

@@ -0,0 +1,61 @@
+// GALAXY INCLUDE FILE: SAMPLE GALAXY OBJECTS
+// ******************************************
+// This scene shows all of the twenty galaxy objects created by
+// Galaxy.obj.  They are grouped by row (Stars, Nebulae, Galaxies,
+// Comets, and Meteors at the bottom), numbered from left to right
+// (starting at 1).  For more information on using these objects,
+// see Galaxy.txt
+//
+// Recommended resolution: 800 x 600 or larger, no anti-aliasing
+
+// NARROW ANGLE CAMERA (TO PREVENT DISTORTION)
+   camera {location <0, 0, 0> look_at <0, 0, 1> angle 24}
+
+// COMMON GALAXY OPTIONS
+   #declare galaxy_colour1 = <1.3, 1.2, .9>;
+   #declare galaxy_colour2 = <.4, .8, 1>;
+   #declare galaxy_cluster_name = ""
+
+// STARFIELD BACKGROUND
+   #declare galaxy_bgstars = 2;
+   #declare galaxy_bgnebula = false;
+   #declare galaxy_nebula_sphere = false;
+   #include "GALAXY.BG"
+
+// STAR OBJECTS
+   #declare galaxy_object_scale = .2;
+   #declare C = 0; #while (C < 4)
+      #declare galaxy_object_name = concat("Star", str(C + 1, 0, 0))
+      #declare galaxy_object_position = <7, -10 + C * 4, 0>;
+      #include "GALAXY.OBJ"
+   #declare C = C + 1; #end
+
+// NEBULAE OBJECTS
+   #declare galaxy_object_scale = .15;
+   #declare C = 0; #while (C < 6)
+      #declare galaxy_object_name = concat("Nebula", str(C + 1, 0, 0))
+      #declare galaxy_object_position = <3, -10 + C * 4, 0>;
+      #include "GALAXY.OBJ"
+   #declare C = C + 1; #end
+
+// GALAXY OBJECTS
+   #declare galaxy_object_rotate = 30;
+   #declare C = 0; #while (C < 5)
+      #declare galaxy_object_name = concat("Galaxy", str(C + 1, 0, 0))
+      #declare galaxy_object_position = <-1, -10 + C * 4, 0>;
+      #include "GALAXY.OBJ"
+   #declare C = C + 1; #end
+
+// COMET OBJECTS
+   #declare C = 0; #while (C < 3)
+      #declare galaxy_object_name = concat("Comet", str(C + 1, 0, 0))
+      #declare galaxy_object_position = <-4.5, -11 + C * 4, 0>;
+      #include "GALAXY.OBJ"
+   #declare C = C + 1; #end
+
+// METEOR OBJECTS
+   #declare C = 0; #while (C < 2)
+      #declare galaxy_object_name = concat("Meteor", str(C + 1, 0, 0))
+      #declare galaxy_object_position = <-7.5, -11 + C * 4, 0>;
+      #include "GALAXY.OBJ"
+   #declare C = C + 1; #end

galaxy/DnmcOpts.pov

@@ -0,0 +1,20 @@
+// GALAXY INCLUDE FILE: DYNAMIC OPTIONS ANIMATION
+// **********************************************
+// This animation shows the effect of various galaxy options on the
+// resulting galaxy scene.
+//
+// Recommended frames: 50 to 100, cyclic animation
+
+// BACKGROUND STARFIELD AND MILKY WAY
+   #declare galaxy_bgstars = 5;
+   #declare galaxy_bgnebula = 6;
+   #declare galaxy_nebula_sphere = false;
+   #include "GALAXY.BG"
+
+// ANIMATED NEBULA
+   #declare galaxy_nebula_sphere = 1;
+   #declare galaxy_colour1 = <1, .5, .4> + <0, .5, .2> * (sin((clock - .25) * pi) + 1) / 2;
+   #declare galaxy_colour2 = <0, .5, 1> + <1, -.3, -.3> * (sin((clock - .25) * pi) + 1) / 2;
+   #declare galaxy_pattern_scale = 1 + .4 * sin(clock * 2 * pi);
+   #declare galaxy_pattern_origin = <-10, 10, 10> + vrotate (z * .2, <45 * sin(clock * pi * 4), clock * 360, 0>);
+   #include "GALAXY.BG"

galaxy/GALAXY.BG

@@ -0,0 +1,180 @@
+/*************************************************************************
+          GALAXY BACKGROUNDS FILE FOR PERSISTENCE OF VISION 3.x
+**************************************************************************
+
+Created by Chris Colefax, 1 February 1998
+Updated 9 August 1998: updated for POV-Ray 3.1
+
+See "Galaxy.htm" for more information.
+
+*************************************************************************/
+
+// CHECK VARIABLES AND ASSIGN DEFAULTS
+// ***********************************
+   #declare _GX_bgtempver = version; #version 3.0;
+   #ifndef (galaxy_declare_only) #declare galaxy_declare_only = false; #end
+   #ifndef (galaxy_bgstars) #declare galaxy_bgstars = 2; #end
+   #ifndef (galaxy_bgnebula) #declare galaxy_bgnebula = 6; #end
+   #ifndef (galaxy_nebula_sphere) #declare galaxy_nebula_sphere = 1; #end
+   #ifndef (galaxy_nebula_ambient) #declare _GX_nebambient = <1, 1, 1>; #else #declare _GX_nebambient = galaxy_nebula_ambient * <1, 1, 1>; #end
+   #ifndef (galaxy_distance) #declare galaxy_distance = 1e4; #end
+   #ifndef (galaxy_pattern_scale) #declare galaxy_pattern_scale = 1; #end
+   #ifndef (galaxy_pattern_origin) #declare galaxy_pattern_origin = <0, 0, 0>; #end
+   #ifndef (galaxy_turb_origin) #declare galaxy_turb_origin = <0, 0, 0>; #end
+   #ifndef (galaxy_intensity) #declare galaxy_intensity = 1; #end
+
+   #ifdef (galaxy_colour1) #declare _GX_colour1 = galaxy_colour1 * <1, 1, 1>;
+      #else #ifdef (galaxy_color1) #declare _GX_colour1 = galaxy_color1 * <1, 1, 1>;
+      #else #declare _GX_colour1 = <1, 1, 1>; #end #end
+   #ifdef (galaxy_colour2) #declare _GX_colour2 = galaxy_colour2 * <1, 1, 1>;
+      #else #ifdef (galaxy_color2) #declare _GX_colour2 = galaxy_color2 * <1, 1, 1>;
+      #else #declare _GX_colour2 = _GX_colour1 - .3; #end #end
+   #ifdef (galaxy_colour3) #declare _GX_colour3 = galaxy_colour3 * <1, 1, 1>;
+      #else #ifdef (galaxy_color3) #declare _GX_colour3 = galaxy_color3 * <1, 1, 1>;
+      #else #declare _GX_colour3 = (_GX_colour1 + _GX_colour2) / 2; #end #end
+   #ifdef (galaxy_star_colouration) #declare _GX_starcolouration = galaxy_star_colouration;
+      #else #ifdef (galaxy_star_coloration) #declare _GX_starcolouration = galaxy_star_coloration;
+      #else #declare _GX_starcolouration = .2; #end #end
+
+   #declare _GX_finaltranslate = galaxy_turb_origin - galaxy_pattern_origin;
+   #ifndef (_GX_tracelevel) #declare _GX_tracelevel = 5; #end
+
+// CALCULATE STAR COLOURS
+// **********************
+   #if (_GX_starcolouration = 1)
+      #declare _GX_starcolour1 = _GX_colour1;
+      #declare _GX_starcolour2 = _GX_colour2;
+      #declare _GX_starcolour3 = _GX_colour3;
+   #else
+      #declare _GX_tempfloat1 = max(_GX_colour1.x, _GX_colour1.y); #declare _GX_tempfloat1 = max(_GX_tempfloat1, _GX_colour1.z);
+      #declare _GX_tempfloat2 = min(_GX_colour1.x, _GX_colour1.y); #declare _GX_tempfloat2 = min(_GX_tempfloat2, _GX_colour1.z);
+      #declare _GX_tempfloat1 = (_GX_tempfloat1 + _GX_tempfloat2) / 2; #declare _GX_starcolour1 = _GX_tempfloat1 + (_GX_colour1 - _GX_tempfloat1) * _GX_starcolouration;
+
+      #declare _GX_tempfloat1 = max(_GX_colour2.x, _GX_colour2.y); #declare _GX_tempfloat1 = max(_GX_tempfloat1, _GX_colour2.z);
+      #declare _GX_tempfloat2 = min(_GX_colour2.x, _GX_colour2.y); #declare _GX_tempfloat2 = min(_GX_tempfloat2, _GX_colour2.z);
+      #declare _GX_tempfloat1 = (_GX_tempfloat1 + _GX_tempfloat2) / 2; #declare _GX_starcolour2 = _GX_tempfloat1 + (_GX_colour2 - _GX_tempfloat1) * _GX_starcolouration;
+
+      #declare _GX_tempfloat1 = max(_GX_colour3.x, _GX_colour3.y); #declare _GX_tempfloat1 = max(_GX_tempfloat1, _GX_colour3.z);
+      #declare _GX_tempfloat2 = min(_GX_colour3.x, _GX_colour3.y); #declare _GX_tempfloat2 = min(_GX_tempfloat2, _GX_colour3.z);
+      #declare _GX_tempfloat1 = (_GX_tempfloat1 + _GX_tempfloat2) / 2; #declare _GX_starcolour3 = _GX_tempfloat1 + (_GX_colour3 - _GX_tempfloat1) * _GX_starcolouration;
+   #end
+
+// CREATE STAR PIGMENTS
+// ********************
+   #declare BGStars1 = pigment {leopard color_map {
+      [.6 rgb 0] [.9 rgb _GX_starcolour2 * .1] [.98 rgb _GX_starcolour3 * .4] [1 rgb _GX_starcolour1 * galaxy_intensity]}
+      scale 1e-15 translate -galaxy_pattern_origin}
+
+   #declare BGStars2 = pigment {leopard color_map {
+      [.4 rgb 0] [.75 rgb _GX_starcolour2 * .2] [.95 rgb _GX_starcolour3 * .5] [1 rgb _GX_starcolour1 * galaxy_intensity]}
+      scale 1e-15 translate -galaxy_pattern_origin}
+
+   #declare BGStars3 = pigment {leopard color_map {
+      [.1 rgb 0] [.5 rgb _GX_starcolour2 * .3] [.85 rgb _GX_starcolour3 * .6] [1 rgb _GX_starcolour1 * galaxy_intensity]}
+      scale 1e-15 translate -galaxy_pattern_origin}
+
+   #declare BGStars4 = pigment {leopard color_map {
+      [.97 rgb 0] [.975 rgb _GX_starcolour2 * galaxy_intensity]
+      [.98 rgb 0] [.985 rgb _GX_starcolour3 * galaxy_intensity]
+      [.99 rgb 0] [1 rgb _GX_starcolour1 * galaxy_intensity]}
+      scale 1e-15 translate -galaxy_pattern_origin}
+
+   #declare BGStars5 = pigment {leopard color_map {
+      [.85 rgb 0] [.87 rgb _GX_starcolour2 * galaxy_intensity]
+      [.89 rgb 0] [.92 rgb _GX_starcolour3 * galaxy_intensity]
+      [.95 rgb 0] [1 rgb _GX_starcolour1 * galaxy_intensity]}
+      scale 1e-15 translate -galaxy_pattern_origin}
+
+   #declare BGStars6 = pigment {leopard color_map {
+      [.7 rgb 0] [.75 rgb _GX_starcolour2 * 1.5 * galaxy_intensity]
+      [.8 rgb 0] [.85 rgb _GX_starcolour3 * 1.5 * galaxy_intensity]
+      [.9 rgb 0] [1 rgb _GX_starcolour1 * 1.5 * galaxy_intensity]}
+      scale 1e-15 translate -galaxy_pattern_origin}
+
+   #declare BGMilkyWay = pigment {gradient y pigment_map {
+      [.03 granite color_map {[.1 rgb _GX_starcolour3 transmit pow(.9, galaxy_intensity)] [.8 rgb _GX_starcolour1 transmit pow(.7, galaxy_intensity)]} scale .8 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+      [.08 granite color_map {[.4 rgb _GX_starcolour2 transmit 1] [1 rgb _GX_starcolour3 transmit pow(.8, galaxy_intensity)]} scale .6 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+      [.1 rgb _GX_starcolour2 transmit 1]}
+      scale 3
+      translate -galaxy_turb_origin warp {turbulence .3 octaves 4 lambda 3} translate galaxy_turb_origin}
+
+// CREATE NEBULAE PIGMENTS
+// ***********************
+   #declare BGNebula1 = pigment {bozo pigment_map {
+      [-.3 granite color_map {[0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour1 transmit pow(.6, galaxy_intensity)]} scale 6 * galaxy_pattern_scale]
+      [.4 granite color_map {[0 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)] [.5 rgb _GX_colour2 transmit pow(.95, galaxy_intensity)]} scale 3 * galaxy_pattern_scale]
+      [.9 rgb _GX_colour2 transmit 1]}
+      scale .3
+      translate -galaxy_turb_origin warp {turbulence .18 octaves 4 omega .4 lambda 3} translate _GX_finaltranslate}
+
+   #declare BGNebula2 = pigment {bozo pigment_map {
+      [-.3 wrinkles color_map {[0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)]}
+         warp {turbulence 2 octaves 1} scale 1.5 * galaxy_pattern_scale]
+      [.4 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.5, galaxy_intensity)] [.5 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)]}
+         warp {turbulence 1 octaves 1} scale galaxy_pattern_scale]
+      [.7 rgb _GX_colour2 transmit 1]}
+      scale .3
+      translate -galaxy_turb_origin warp {turbulence .15 octaves 2 lambda 4} translate _GX_finaltranslate}
+
+   #declare BGNebula3 = pigment {leopard pigment_map {
+      [-.1 rgbt _GX_colour2 transmit 1]
+      [.4 wrinkles color_map {[0 rgb _GX_colour2 transmit 1] [1 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)]}
+         scale .8 * galaxy_pattern_scale translate -galaxy_turb_origin]
+      [1 granite color_map {[.05 rgb _GX_colour3 transmit 1] [.3 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)]}
+         scale 6 * galaxy_pattern_scale translate galaxy_turb_origin]}
+      scale .13
+      translate -galaxy_turb_origin warp {turbulence .3 octaves 4 lambda 3 omega .4} translate _GX_finaltranslate}
+
+   #declare BGNebula4 = pigment {bozo pigment_map {
+      [0 granite color_map {[0 rgb _GX_colour1 transmit pow(.4, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.95, galaxy_intensity)]} scale 2 * galaxy_pattern_scale]
+      [.6 granite color_map {[0 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)] [.4 rgb _GX_colour2 transmit 1]} scale 1.7 * galaxy_pattern_scale]
+      [.9 rgb _GX_colour2 transmit 1]}
+      scale .3
+      translate -galaxy_turb_origin warp {turbulence .5 octaves 4 omega .4 lambda 3} translate _GX_finaltranslate}
+
+   #declare BGNebula5 = pigment {bozo pigment_map {
+      [-.1 wrinkles color_map {[.1 rgb _GX_colour2 transmit 1] [.4 rgb _GX_colour3 transmit pow(.5, galaxy_intensity)] [.8 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)]} scale .3 * galaxy_pattern_scale]
+      [.4 wrinkles color_map {[.5 rgb _GX_colour2 transmit 1] [1 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)]} scale .3 * galaxy_pattern_scale]
+      [.6 rgb _GX_colour2 transmit 1]}
+      scale .22
+      translate -galaxy_turb_origin warp {turbulence .2 octaves 4 omega .3 lambda 5} translate _GX_finaltranslate}
+
+// CREATE GALAXY BACKGROUND (SKYSPHERE)
+// ************************************
+   #if (galaxy_declare_only = false)
+      #ifndef (galaxy_sky_sphere) #if (galaxy_bgstars != false | galaxy_bgnebula != false)
+      sky_sphere {
+         #if (galaxy_bgstars != false) pigment { #switch (abs(int(galaxy_bgstars)))
+            #case (1) BGStars1 #break #case (3) BGStars3 #break #case (4) BGStars4 #break
+            #case (5) BGStars5 #break #case (6) BGStars6 #break #else BGStars2 #end }
+         #end
+         #if (galaxy_bgnebula != false) pigment { #switch (abs(int(galaxy_bgnebula)))
+            #case (1) BGNebula1 #break #case (2) BGNebula2 #break #case (3) BGNebula3 #break
+            #case (4) BGNebula4 #break #case (5) BGNebula5 #break #else BGMilkyWay #end
+            #ifdef (galaxy_rotate) rotate galaxy_rotate #end }
+         #end
+         }
+      #declare galaxy_sky_sphere = false;
+      #declare galaxy_bgstars = false;
+      #declare galaxy_bgnebula = false;
+
+// CREATE DUMMY OBJECT (TO PREVENT "No objects in scene" ERROR)
+// ************************************************************
+   #if (galaxy_nebula_sphere = false) sphere {<0, 0, 0>, 0 pigment {rgb <0, 0, 0>}} #end
+   #end #end
+
+// CREATE NEBULA SPHERE
+// ********************
+   #if (galaxy_nebula_sphere != false) sphere {<0, 0, 0>, 1
+      pigment { #switch (abs(int(galaxy_nebula_sphere)))
+         #case (2) BGNebula2 #break #case (3) BGNebula3 #break #case (4) BGNebula4 #break
+         #case (5) BGNebula5 #break #else BGNebula1 #end
+         translate -galaxy_pattern_origin}
+      finish {ambient _GX_nebambient diffuse 0 reflection 0 phong 0 specular 0 crand 0}
+      no_shadow hollow scale galaxy_distance
+      #ifdef (galaxy_rotate) rotate galaxy_rotate #end
+      #ifdef (galaxy_origin) translate -galaxy_origin #end }
+      #declare galaxy_distance = galaxy_distance * 1.001;
+      #declare _GX_tracelevel = _GX_tracelevel + 1;
+      global_settings {max_trace_level min(_GX_tracelevel, 30)}
+   #end #end #version _GX_bgtempver;

galaxy/GALAXY.INC

@@ -0,0 +1,154 @@
+/*************************************************************************
+            GALAXY INCLUDE FILE FOR PERSISTENCE OF VISION 3.x
+**************************************************************************
+
+Created by Chris Colefax, 1 February 1998
+Updated 9 August 1998: updated for POV-Ray 3.1
+
+NOTE: This file requires that Galaxy.bg, Galaxy.obj and Galaxy.sf
+be properly installed.  See "Galaxy.htm" for more information.
+
+*************************************************************************/
+
+// CHECK VARIABLES AND ASSIGN DEFAULTS
+// ***********************************
+   #declare _GX_tempver = version; #version 3.0;
+   #ifndef (galaxy_seed) #declare galaxy_seed = 0; #end
+   #ifndef (galaxy_bg) #declare galaxy_bg = true; #end
+   #ifndef (galaxy_objects) #declare galaxy_objects = true; #end
+   #ifndef (galaxy_starfield) #declare galaxy_starfield = true; #end
+   #ifndef (options_only) #declare options_only = false; #end
+   #ifndef (debug_options) #declare debug_options = false; #end
+
+   #ifdef (galaxy_colour) #declare _GX_colour = galaxy_colour * <1, 1, 1>;
+      #else #ifdef (galaxy_color) #declare _GX_colour = galaxy_color * <1, 1, 1>;
+      #else #declare _GX_colour = <1, 1, 1>; #end #end
+   #ifdef (galaxy_colouration) #declare _GX_colouration = galaxy_colouration;
+      #else #ifdef (galaxy_coloration) #declare _GX_colouration = galaxy_coloration;
+      #else #declare _GX_colouration = .5; #end #end
+   #ifdef (galaxy_colour_turb) #declare _GX_colourturb = galaxy_colour_turb * <1, 1, 1>;
+      #else #ifdef (galaxy_color_turb) #declare _GX_colourturb = galaxy_color_turb * <1, 1, 1>;
+      #else #declare _GX_colourturb = <.2, .2, .2>; #end #end
+
+// SELECT FIRST GALAXY HUE AND CONVERT TO RGB VALUE
+// ************************************************
+   #declare _GX_rand = seed(galaxy_seed);
+   #declare _GX_tempfloat1 = rand(_GX_rand);
+   #switch (_GX_tempfloat1)
+      #range (0, .333) #declare galaxy_colour1 = <1, _GX_tempfloat1 * 3, 0>; #break
+      #range (.333, .444) #declare galaxy_colour1 = <1 - (_GX_tempfloat1 * 9 - 3), 1, 0>; #break
+      #range (.444, .555) #declare galaxy_colour1 = <0, 1, _GX_tempfloat1 * 9 - 4>; #break
+      #range (.555, .667) #declare galaxy_colour1 = <0, 1 - (_GX_tempfloat1 * 9 - 4), 1>; #break
+      #range (.667, .833) #declare galaxy_colour1 = <_GX_tempfloat1 * 6 - 4, 0, 1>; #break
+      #range (.833, 1) #declare galaxy_colour1 = <1, 0, 1 - (_GX_tempfloat1 * 6 - 5)>; #end
+   #declare galaxy_colour1 = (1 + ((galaxy_colour1 - .5) * _GX_colouration)) * _GX_colour;
+
+// SELECT SECOND GALAXY HUE AND CONVERT TO RGB VALUE
+// *************************************************
+   #declare _GX_tempfloat1 = _GX_tempfloat1 + ((_GX_colourturb.x + _GX_colourturb.y + _GX_colourturb.z) / (rand(_GX_rand) < .5 ? 3 : -3));
+   #declare _GX_tempfloat1 = mod(_GX_tempfloat1, 1) + (_GX_tempfloat1 < 0 ? 1 : 0);
+   #switch (_GX_tempfloat1)
+      #range (0, .333) #declare galaxy_colour2 = <1, _GX_tempfloat1 * 3, 0>; #break
+      #range (.333, .444) #declare galaxy_colour2 = <1 - (_GX_tempfloat1 * 9 - 3), 1, 0>; #break
+      #range (.444, .555) #declare galaxy_colour2 = <0, 1, _GX_tempfloat1 * 9 - 4>; #break
+      #range (.555, .667) #declare galaxy_colour2 = <0, 1 - (_GX_tempfloat1 * 9 - 4), 1>; #break
+      #range (.667, .833) #declare galaxy_colour2 = <_GX_tempfloat1 * 6 - 4, 0, 1>; #break
+      #range (.833, 1) #declare galaxy_colour2 = <1, 0, 1 - (_GX_tempfloat1 * 6 - 5)>; #end
+   #declare galaxy_colour2 = (.8 + ((galaxy_colour2 - .5) * _GX_colouration)) * _GX_colour;
+
+// SELECT RANDOM OPTIONS
+// *********************
+   #declare galaxy_pattern_scale = .6 + (rand(_GX_rand) * .8);
+   #declare galaxy_pattern_origin = (<rand(_GX_rand), rand(_GX_rand), rand(_GX_rand)> - .5) * 50;
+   #declare galaxy_turb_origin = (<rand(_GX_rand), rand(_GX_rand), rand(_GX_rand)> - .5) * 50;
+   #declare galaxy_star_colouration = rand(_GX_rand) - .5;
+   #declare _GX_colourturb = _GX_colourturb * _GX_colouration;
+
+// SELECT RANDOM GALAXY.BG OPTIONS
+// *******************************
+   #declare galaxy_bgstars = 1 + int(rand(_GX_rand) * 5.99);
+   #declare galaxy_bgnebula = min(1 + int(rand(_GX_rand) * 10), 6);
+   #declare galaxy_nebula_sphere = 1 + int(rand(_GX_rand) * 4.99);
+   #declare galaxy_nebula_ambient = 1 + (<rand(_GX_rand), rand(_GX_rand), rand(_GX_rand)> - .5) * _GX_colourturb;
+
+// SELECT RANDOM GALAXY.OBJ OPTIONS
+// ********************************
+   #declare _GX_tempfloat1 = rand(_GX_rand)
+   #if (_GX_tempfloat1 <= .6)
+      #declare galaxy_cluster_name = concat("Star", str(1 + int(rand(_GX_rand) * 3.99), 0, 0))
+      #declare galaxy_cluster_objects = 6 + int(rand(_GX_rand) * 6);
+      #declare galaxy_cluster_rotate = min(0, mod(rand(_GX_rand) * 90, 15) - 45);
+   #else #declare galaxy_cluster_name = "" #end
+
+   #declare galaxy_object_scale = 1 + rand(_GX_rand);
+   #declare galaxy_object_flatten = .1 + rand(_GX_rand) * .5;
+   #declare galaxy_object_rotate = (rand(_GX_rand) - .5) * 90;
+   #declare galaxy_cluster_scale = galaxy_object_scale * (.3 + (rand(_GX_rand) * .4));
+
+   #switch (_GX_tempfloat1)
+   #range (0, .3) #declare galaxy_object_name = concat("Nebula", str(1 + int(rand(_GX_rand) * 5.3), 0, 0)) #break
+   #range (.3, .6) #declare galaxy_object_name = concat("Star", str(1 + int(rand(_GX_rand) * 3.99), 0, 0)) #declare galaxy_object_rotate = galaxy_cluster_rotate #break
+   #range (.6, .8) #declare galaxy_object_name = concat("Comet", str(1 + int(rand(_GX_rand) * 2.99), 0, 0)) #break
+   #else
+      #declare galaxy_cluster_name = concat("Meteor", str(1 + int(rand(_GX_rand) * 1.4), 0, 0))
+      #declare galaxy_cluster_objects = 4 + int(rand(_GX_rand) * 4);
+      #declare galaxy_cluster_rotate = (rand(_GX_rand) - .5) * 90;
+      #declare galaxy_object_name = ""
+   #end
+
+// SELECT RANDOM STARFIELD OPTIONS
+// *******************************
+   #declare star_type = int(rand(_GX_rand) * 2.99) + 1;
+   #declare star_colour = _GX_colour;
+   #declare star_colour_turb = _GX_colourturb;
+
+// WRITE OPTION VALUES TO DEBUG STREAM
+// ***********************************
+   #if (debug_options != false)
+      #debug concat("// GALAXY INCLUDE FILE OPTIONS (galaxy_seed = ", str(galaxy_seed, 0, 0), ")\r\n")
+      #debug concat("   #declare galaxy_colour1 = <", str(galaxy_colour1.x, 0, 3), ", ", str(galaxy_colour1.y, 0, 3), ", ", str(galaxy_colour1.z, 0, 3), ">;\r\n")
+      #debug concat("   #declare galaxy_colour2 = <", str(galaxy_colour2.x, 0, 3), ", ", str(galaxy_colour2.y, 0, 3), ", ", str(galaxy_colour2.z, 0, 3), ">;\r\n")
+      #debug concat("   #declare galaxy_pattern_scale = ", str(galaxy_pattern_scale, 0, 3), ";\r\n")
+      #debug concat("   #declare galaxy_pattern_origin = <", str(galaxy_pattern_origin.x, 0, 3), ", ", str(galaxy_pattern_origin.y, 0, 3), ", ", str(galaxy_pattern_origin.z, 0, 3), ">;\r\n")
+      #debug concat("   #declare galaxy_turb_origin = <", str(galaxy_turb_origin.x, 0, 3), ", ", str(galaxy_turb_origin.y, 0, 3), ", ", str(galaxy_turb_origin.z, 0, 3), ">;\r\n")
+      #debug concat("   #declare galaxy_star_colouration = ", str(galaxy_star_colouration, 0, 3), ";\r\n")
+      #debug "\r\n"
+      #debug concat("   #declare galaxy_bgstars = ", str(galaxy_bgstars, 0, 0), ";\r\n")
+      #debug concat("   #declare galaxy_bgnebula = ", str(galaxy_bgnebula, 0, 0), ";\r\n")
+      #debug concat("   #declare galaxy_nebula_sphere = ", str(galaxy_nebula_sphere, 0, 0), ";\r\n")
+      #debug concat("   #declare galaxy_nebula_ambient = <", str(galaxy_nebula_ambient.x, 0, 3), ", ", str(galaxy_nebula_ambient.y, 0, 3), ", ", str(galaxy_nebula_ambient.z, 0, 3), ">;\r\n")
+      #debug "\r\n"
+      #debug concat("   #declare galaxy_object_name = \"", galaxy_object_name, "\"\r\n")
+      #if (strlen (galaxy_object_name) > 0)
+         #debug concat("   #declare galaxy_object_scale = ", str(galaxy_object_scale, 0, 3), ";\r\n")
+         #debug concat("   #declare galaxy_object_flatten = ", str(galaxy_object_flatten, 0, 3), ";\r\n")
+         #debug concat("   #declare galaxy_object_rotate = ", str(galaxy_object_rotate, 0, 1), ";\r\n")
+      #end
+      #debug concat("   #declare galaxy_cluster_name = \"", galaxy_cluster_name, "\"\r\n")
+      #if (strlen (galaxy_cluster_name) > 0)
+         #debug concat("   #declare galaxy_cluster_objects = ", str(galaxy_cluster_objects, 0, 0), ";\r\n")
+         #debug concat("   #declare galaxy_cluster_scale = ", str(galaxy_cluster_scale, 0, 3), ";\r\n")
+         #debug concat("   #declare galaxy_cluster_rotate = ", str(galaxy_cluster_rotate, 0, 1), ";\r\n")
+      #end
+      #debug "\r\n"
+      #debug concat("   #declare star_type = ", str(star_type, 0, 0), ";\r\n")
+      #debug concat("   #declare star_colour = <", str(star_colour.x, 0, 3), ", ", str(star_colour.y, 0, 3), ", ", str(star_colour.z, 0, 3), ">;\r\n")
+      #debug concat("   #declare star_colour_turb = <", str(star_colour_turb.x, 0, 3), ", ", str(star_colour_turb.y, 0, 3), ", ", str(star_colour_turb.z, 0, 3), ">;\r\n")
+      #debug "\r\n\r\n"
+   #end
+
+// CREATE GALAXY BACKGROUND, OBJECTS AND STARFIELD
+// ***********************************************
+   #if (options_only = false)
+      #if (galaxy_bg != false) #include "GALAXY.BG" #end
+      #if (galaxy_objects != false) #include "GALAXY.OBJ" #end
+      #if (galaxy_starfield != false) #include "GALAXY.SF" #end
+   #end
+
+   #declare galaxy_objects = false;
+   #declare galaxy_starfield = false;
+
+// SELECT NEW GALAXY SEED (FOR SUBSQUENT GALAXY.INC INCLUSIONS)
+// ************************************************************
+   #declare galaxy_seed = (rand(_GX_rand) - .5) * 2e6;
+   #version _GX_tempver;

galaxy/GALAXY.OBJ

@@ -0,0 +1,461 @@
+/*************************************************************************
+            GALAXY OBJECTS FILE FOR PERSISTENCE OF VISION 3.x
+**************************************************************************
+
+Created by Chris Colefax, 1 February 1998
+Updated 9 August 1998: updated for POV-Ray 3.1
+
+See "Galaxy.htm" for more information.
+
+*************************************************************************/
+
+// CHECK VARIABLES AND ASSIGN DEFAULTS
+// ***********************************
+   #declare _GX_objtempver = version; #version 3.0;
+   #ifndef (galaxy_seed) #declare galaxy_seed = 0; #end
+   #ifndef (galaxy_declare_only) #declare galaxy_declare_only = false; #end
+   #ifndef (galaxy_distance) #declare galaxy_distance = 1e4; #end
+   #ifndef (galaxy_pattern_scale) #declare galaxy_pattern_scale = 1; #end
+   #ifndef (galaxy_pattern_origin) #declare galaxy_pattern_origin = <0, 0, 0>; #end
+   #ifndef (galaxy_turb_origin) #declare galaxy_turb_origin = <0, 0, 0>; #end
+   #ifndef (galaxy_intensity) #declare galaxy_intensity = 1; #end
+
+   #ifndef (galaxy_object_name) #declare galaxy_object_name = "Nebula" #end
+   #ifndef (galaxy_object_scale) #declare galaxy_object_scale = 1; #end
+   #ifndef (galaxy_object_flatten) #declare galaxy_object_flatten = .2; #end
+   #ifndef (galaxy_object_rotate) #declare galaxy_object_rotate = 0; #end
+   #ifndef (galaxy_object_position) #declare galaxy_object_position = <0, 0, 0>; #end
+
+   #ifndef (galaxy_cluster_name) #declare galaxy_cluster_name = "Star" #end
+   #ifndef (galaxy_cluster_objects) #declare galaxy_cluster_objects = 6; #end
+   #ifndef (galaxy_cluster_scale) #declare galaxy_cluster_scale = galaxy_object_scale * .5; #end
+   #ifndef (galaxy_cluster_rotate) #declare galaxy_cluster_rotate = galaxy_object_rotate; #end
+   #ifndef (galaxy_scale_turb) #declare galaxy_scale_turb = .5; #end
+   #ifndef (galaxy_rotate_turb) #declare galaxy_rotate_turb = 0; #end
+   #ifndef (galaxy_cluster_spread) #declare _GX_spread = <15, 15, 0> * galaxy_object_scale; #else #declare _GX_spread = galaxy_cluster_spread * <1, 1, 0>; #end
+
+   #ifdef (galaxy_colour1) #declare _GX_colour1 = galaxy_colour1 * <1, 1, 1>;
+      #else #ifdef (galaxy_color1) #declare _GX_colour1 = galaxy_color1 * <1, 1, 1>;
+      #else #declare _GX_colour1 = <1, 1, 1>; #end #end
+   #ifdef (galaxy_colour2) #declare _GX_colour2 = galaxy_colour2 * <1, 1, 1>;
+      #else #ifdef (galaxy_color2) #declare _GX_colour2 = galaxy_color2 * <1, 1, 1>;
+      #else #declare _GX_colour2 = _GX_colour1 - .3; #end #end
+   #ifdef (galaxy_colour3) #declare _GX_colour3 = galaxy_colour3 * <1, 1, 1>;
+      #else #ifdef (galaxy_color3) #declare _GX_colour3 = galaxy_color3 * <1, 1, 1>;
+      #else #declare _GX_colour3 = (_GX_colour1 + _GX_colour2) / 2; #end #end
+   #ifdef (galaxy_star_colouration) #declare _GX_starcolouration = galaxy_star_colouration;
+      #else #ifdef (galaxy_star_coloration) #declare _GX_starcolouration = galaxy_star_coloration;
+      #else #declare _GX_starcolouration = .2; #end #end
+   #ifdef (galaxy_colour_turb) #declare _GX_colourturb = galaxy_colour_turb * <1, 1, 1>;
+      #else #ifdef (galaxy_color_turb) #declare _GX_colourturb = galaxy_color_turb * <1, 1, 1>;
+      #else #declare _GX_colourturb = <.2, .2, .2>; #end #end
+
+   #declare _GX_finaltranslate = galaxy_turb_origin - galaxy_pattern_origin;
+   #ifndef (_GX_tracelevel) #declare _GX_tracelevel = 5; #end
+   #if (galaxy_object_flatten > 0) #declare _GX_flatten = <1, 1.01 - mod(galaxy_object_flatten, 1), 1>;
+      #else #declare _GX_flatten = <mod(galaxy_object_flatten, 1) + 1.01, 1, 1>; #end
+
+// CALCULATE STAR COLOURS
+// **********************
+   #if (_GX_starcolouration = 1)
+      #declare _GX_starcolour1 = _GX_colour1;
+      #declare _GX_starcolour2 = _GX_colour2;
+      #declare _GX_starcolour3 = _GX_colour3;
+   #else
+      #declare _GX_tempfloat1 = max(_GX_colour1.x, _GX_colour1.y); #declare _GX_tempfloat1 = max(_GX_tempfloat1, _GX_colour1.z);
+      #declare _GX_tempfloat2 = min(_GX_colour1.x, _GX_colour1.y); #declare _GX_tempfloat2 = min(_GX_tempfloat2, _GX_colour1.z);
+      #declare _GX_tempfloat1 = (_GX_tempfloat1 + _GX_tempfloat2) / 2; #declare _GX_starcolour1 = _GX_tempfloat1 + (_GX_colour1 - _GX_tempfloat1) * _GX_starcolouration;
+
+      #declare _GX_tempfloat1 = max(_GX_colour2.x, _GX_colour2.y); #declare _GX_tempfloat1 = max(_GX_tempfloat1, _GX_colour2.z);
+      #declare _GX_tempfloat2 = min(_GX_colour2.x, _GX_colour2.y); #declare _GX_tempfloat2 = min(_GX_tempfloat2, _GX_colour2.z);
+      #declare _GX_tempfloat1 = (_GX_tempfloat1 + _GX_tempfloat2) / 2; #declare _GX_starcolour2 = _GX_tempfloat1 + (_GX_colour2 - _GX_tempfloat1) * _GX_starcolouration;
+
+      #declare _GX_tempfloat1 = max(_GX_colour3.x, _GX_colour3.y); #declare _GX_tempfloat1 = max(_GX_tempfloat1, _GX_colour3.z);
+      #declare _GX_tempfloat2 = min(_GX_colour3.x, _GX_colour3.y); #declare _GX_tempfloat2 = min(_GX_tempfloat2, _GX_colour3.z);
+      #declare _GX_tempfloat1 = (_GX_tempfloat1 + _GX_tempfloat2) / 2; #declare _GX_starcolour3 = _GX_tempfloat1 + (_GX_colour3 - _GX_tempfloat1) * _GX_starcolouration;
+   #end
+
+// START LOOP TO CREATE SINGLE AND CLUSTER OBJECTS
+// ***********************************************
+   #declare _GX_name = strupr(galaxy_object_name)
+   #declare _GX_objscale = galaxy_object_scale * <1, 1, 1>;
+   #declare _GX_objloop = 0; #while (_GX_objloop < 2)
+      #declare _GX_objcreated = false;
+      #if (strcmp(_GX_name, "-") != 0 & strlen(_GX_name) != 0)
+
+// SELECT STAR OBJECTS
+// *******************
+   #if (strcmp(substr(_GX_name, 1, 1), "S") = 0)
+   #if (strcmp(_GX_name, "STAR") = 0 | strcmp(_GX_name, "STAR1") = 0 | strcmp(_GX_name, "S1") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {average pigment_map {
+         [1 onion color_map {
+            [.1 rgb _GX_starcolour1 * 8 transmit pow(.05, galaxy_intensity)] [.3 rgb _GX_starcolour3 * 2 transmit pow(.2, galaxy_intensity)]
+            [.35 rgb _GX_starcolour1 * 3 transmit pow(.1, galaxy_intensity)] [.4 rgb _GX_starcolour3 * 1.5 transmit pow(.2, galaxy_intensity)]
+            [.7 rgb _GX_starcolour2 transmit pow(.5, galaxy_intensity)] [.71 rgb _GX_starcolour3 * 1.5 transmit pow(.4, galaxy_intensity)]
+            [.72 rgb _GX_starcolour2 transmit pow(.5, galaxy_intensity)] [1 rgb _GX_starcolour2 transmit 1]}
+            scallop_wave scale 2]
+         [1 onion color_map {
+            [0 rgb _GX_starcolour1 * 2 transmit pow(.05, galaxy_intensity)] [.02 rgb _GX_starcolour2 transmit 1]}
+            scale <45, 1, 1>]
+         [1 onion color_map {
+            [0 rgb _GX_starcolour1 * 2 transmit pow(.05, galaxy_intensity)] [.02 rgb _GX_starcolour2 transmit 1]}
+            scale <1, 50, 1>]}}}
+      #declare _GX_objscale = <.2, .2, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "STAR2") = 0 | strcmp(_GX_name, "S2") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {average pigment_map {
+         [1 onion color_map {
+            [.05 rgb _GX_starcolour1 * 8 transmit pow(.05, galaxy_intensity)] [.2 rgb _GX_starcolour3 * 3 transmit pow(.3, galaxy_intensity)]
+            [1 rgb _GX_starcolour2 transmit 1]} scallop_wave scale 2]
+         [1 onion color_map {[0 rgb _GX_starcolour1 * 4 transmit pow(.05, galaxy_intensity)] [.02 rgb _GX_starcolour2 transmit 1]}
+            scale <45, 1, 1>]
+         [1 onion color_map {[0 rgb _GX_starcolour1 * 4 transmit pow(.05, galaxy_intensity)] [.02 rgb _GX_starcolour2 transmit 1]}
+            scale <1, 50, 1>]}}}
+      #declare _GX_objscale = <.2, .2, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "STAR3") = 0 | strcmp(_GX_name, "S3") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {average pigment_map {
+         [1 onion color_map {
+            [.15 rgb _GX_starcolour1 * 8 transmit pow(.05, galaxy_intensity)] [.4 rgb _GX_starcolour3 * 3 transmit pow(.1, galaxy_intensity)]
+            [.49 rgb _GX_starcolour3 * 1.5 transmit pow(.3, galaxy_intensity)] [.5 rgb _GX_starcolour1 * 2 transmit pow(.1, galaxy_intensity)]
+            [.51 rgb _GX_starcolour3 transmit pow(.3, galaxy_intensity)] [1 rgb _GX_starcolour2 transmit 1]}
+            scallop_wave scale 2]
+         [1 onion color_map {[0 rgb _GX_starcolour1 * 2 transmit pow(.05, galaxy_intensity)] [.01 rgb _GX_starcolour2 transmit 1]}
+            scale <90, 1, 1>]
+         [1 onion color_map {[0 rgb _GX_starcolour1 * 2 transmit pow(.05, galaxy_intensity)] [.01 rgb _GX_starcolour2 transmit 1]}
+            scale <1, 100, 1>]}}}
+      #declare _GX_objscale = <.2, .2, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "STAR4") = 0 | strcmp(_GX_name, "S4") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {average pigment_map {
+         [1 onion color_map {
+            [.05 rgb _GX_starcolour1 * 10 transmit pow(.05, galaxy_intensity)] [.2 rgb _GX_starcolour3 * 3 transmit pow(.3, galaxy_intensity)]
+            [1 rgb _GX_starcolour2 transmit 1]} scallop_wave scale 2]
+         [1 onion color_map {[0 rgb _GX_starcolour1 transmit pow(.8, galaxy_intensity)] [.06 rgb _GX_starcolour2 transmit 1]}
+            scale <16, 1, 1>]
+         [1 onion color_map {[0 rgb _GX_starcolour1 transmit pow(.8, galaxy_intensity)] [.06 rgb _GX_starcolour2 transmit 1]}
+            scale <16, 1, 1> rotate z * 120]
+         [1 onion color_map {[0 rgb _GX_starcolour1 transmit pow(.8, galaxy_intensity)] [.06 rgb _GX_starcolour2 transmit 1]}
+            scale <16, 1, 1> rotate z * 240]}}}
+      #declare _GX_objscale = <.2, .2, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+      #end
+
+// SELECT GALAXY OBJECTS
+// *********************
+   #if (strcmp(substr(_GX_name, 1, 1), "G") = 0)
+   #if (strcmp(_GX_name, "GALAXY") = 0 | strcmp(_GX_name, "GALAXY1") = 0 | strcmp(_GX_name, "G1") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)]
+         [.2 wrinkles color_map {[0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)]}
+            scale .06 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.4 spiral1 2 pigment_map {
+               [.3 wrinkles color_map {[0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)]}
+                  scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+               [1 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)]}
+            scale .15 translate -galaxy_turb_origin warp {turbulence .06 octaves 4 lambda 3} translate galaxy_turb_origin]
+         [.8 spiral1 6 pigment_map {
+               [.1 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.2, galaxy_intensity)] [1 rgb _GX_colour2 transmit pow(.8, galaxy_intensity)]}
+                  scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+               [.8 rgb _GX_colour2 transmit pow(.8, galaxy_intensity)]}
+            scale .13 translate -galaxy_turb_origin warp {turbulence .06 octaves 4 lambda 3} translate galaxy_turb_origin]
+         [.9 spiral1 12 pigment_map {
+               [0 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.3, galaxy_intensity)] [.8 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)]}
+                  scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+               [.6 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)]}
+            scale .09 translate -galaxy_turb_origin warp {turbulence .06 octaves 4 lambda 3} translate galaxy_turb_origin]
+         [1 rgb _GX_colour2 transmit 1]}
+         scallop_wave scale 2}}
+      #declare _GX_objscale = <.25, .25, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "GALAXY2") = 0 | strcmp(_GX_name, "G2") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [0 rgb _GX_colour1 transmit pow(.05, galaxy_intensity)]
+         [.4 wrinkles color_map {[0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.7, galaxy_intensity)]}
+            scale .08 * galaxy_pattern_scale translate -galaxy_turb_origin warp {turbulence .08 octaves 4 lambda 4} translate _GX_finaltranslate]
+         [.65 spiral1 2 pigment_map {
+            [0 wrinkles color_map {[0 rgb _GX_colour1 transmit pow(.2, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.7, galaxy_intensity)]}
+               scale .25 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [1 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.5, galaxy_intensity)] [.6 rgb _GX_colour3 transmit pow(.9, galaxy_intensity)]}
+               scale .15 * galaxy_pattern_scale translate -galaxy_pattern_origin]}
+            sine_wave scale .2 translate -galaxy_turb_origin warp {turbulence -.08 octaves 4 lambda 4} translate galaxy_turb_origin]
+         [.85 spiral1 2 pigment_map {
+            [0 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)] [.8 rgb _GX_colour2 transmit pow(.8, galaxy_intensity)]}
+               scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [.8 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)]}
+            sine_wave scale .15 translate -galaxy_turb_origin warp {turbulence .05 octaves 4 lambda 4} translate galaxy_turb_origin]
+         [1 rgb _GX_colour2 transmit 1]}
+         scallop_wave scale 2}}
+      #declare _GX_objscale = <.25, .25, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "GALAXY3") = 0 | strcmp(_GX_name, "G3") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [.03 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)]
+         [.25 spiral1 -2 pigment_map {
+            [0 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.9, galaxy_intensity)] [.6 rgb _GX_colour1 transmit pow(.4, galaxy_intensity)]} scale .1 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [.1 wrinkles color_map {[0 rgb _GX_colour1 transmit pow(.3, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.5, galaxy_intensity)]} scale .3 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [.9 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.5, galaxy_intensity)] [1 rgb _GX_colour1 transmit pow(.8, galaxy_intensity)]} scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]}
+            scale .4 translate -galaxy_turb_origin warp {turbulence .04 octaves 4 lambda 3 omega .5} translate galaxy_turb_origin]
+         [.5 spiral1 -2 pigment_map {
+            [0 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.1, galaxy_intensity)] [.5 rgb _GX_colour2 transmit pow(.5, galaxy_intensity)]} scale .1 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [.3 wrinkles color_map {[0 rgb _GX_colour2 transmit pow(.3, galaxy_intensity)] [1 rgb _GX_colour2 transmit pow(.4, galaxy_intensity)]} scale .3 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [1 wrinkles color_map {[0 rgb _GX_colour2 transmit pow(.7, galaxy_intensity)] [1 rgb _GX_colour2 transmit 1]} scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]}
+            scale .8 translate -galaxy_turb_origin warp {turbulence .1 octaves 4 lambda 3 omega .4} translate galaxy_turb_origin]
+         [1 rgb _GX_colour2 transmit 1]}}}
+      #declare _GX_objscale = <.25, .25, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "GALAXY4") = 0 | strcmp(_GX_name, "G4") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)]
+         [.4 spiral1 -2 pigment_map {
+            [0 wrinkles color_map {[.2 rgb _GX_colour3 transmit pow(.7, galaxy_intensity)] [1 rgb _GX_colour1 transmit pow(.2, galaxy_intensity)]} scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [.4 wrinkles color_map {[.4 rgb _GX_colour3 transmit pow(.8, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)]} scale .1 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [.9 wrinkles color_map {[0 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.8, galaxy_intensity)]} scale .3 * galaxy_pattern_scale translate -galaxy_pattern_origin]}
+            scale 1.2 translate -galaxy_turb_origin warp {turbulence .04 octaves 4 lambda 3} translate galaxy_turb_origin]
+         [.6 spiral1 -2 pigment_map {
+            [0 wrinkles color_map {[.3 rgb _GX_colour3 transmit pow(.8, galaxy_intensity)] [1 rgb _GX_colour1 transmit pow(.3, galaxy_intensity)]} scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [.3 wrinkles color_map {[.5 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.5, galaxy_intensity)]} scale .1 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+            [.8 wrinkles color_map {[0 rgb _GX_colour2 transmit 1] [1 rgb _GX_colour2 transmit pow(.8, galaxy_intensity)]} scale .3 * galaxy_pattern_scale translate -galaxy_pattern_origin]}
+            scale .8 translate -galaxy_turb_origin warp {turbulence .03 octaves 4 lambda 3} translate galaxy_turb_origin]
+         [1 rgb _GX_colour2 transmit 1]}}}
+      #declare _GX_objscale = <.25, .25, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "GALAXY5") = 0 | strcmp(_GX_name, "G5") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)]
+         [.35 granite color_map {
+            [0 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)] [.8 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)]}
+            scale .06 * galaxy_pattern_scale translate _GX_finaltranslate]
+         [.6 granite color_map {
+            [.3 rgb _GX_colour2 transmit pow(.7, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.2, galaxy_intensity)]}
+            scale .05 * galaxy_pattern_scale translate _GX_finaltranslate]
+         [.75 granite color_map {
+            [.5 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)] [1 rgb _GX_colour2 transmit pow(.3, galaxy_intensity)]}
+            scale .04 * galaxy_pattern_scale translate _GX_finaltranslate]
+         [1 rgb _GX_colour2 transmit 1]}
+         scallop_wave scale 2}}
+      #declare _GX_objscale = <.25, .25, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+   #end
+
+// SELECT NEBULA OBJECTS
+// *********************
+   #if (strcmp(substr(_GX_name, 1, 1), "N") = 0)
+   #if (strcmp(_GX_name, "NEBULA") = 0 | strcmp(_GX_name, "NEBULA1") = 0 | strcmp(_GX_name, "N1") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [.2 granite color_map {[0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)]} scale 2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.8 granite color_map {[0 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)] [.5 rgb _GX_colour2 transmit pow(.95, galaxy_intensity)]} scale galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.9 rgb _GX_colour2 transmit 1]}
+         scallop_wave scale 2.2
+         translate -galaxy_turb_origin warp {turbulence .35 octaves 4 omega .4 lambda 3} translate galaxy_turb_origin}}
+      #declare _GX_objscale = <.3, .3, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "NEBULA2") = 0 | strcmp(_GX_name, "N2") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [0 wrinkles color_map {[0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)]}
+            warp {turbulence .5 octaves 2} scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.8 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.5, galaxy_intensity)] [.5 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)]}
+            warp {turbulence .5 octaves 2} scale .18 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.9 rgbt _GX_colour2 transmit 1]}
+         scallop_wave scale 2.2
+         translate -galaxy_turb_origin warp {turbulence .2 octaves 2 lambda 3 omega .6} translate galaxy_turb_origin}}
+      #declare _GX_objscale = <.3, .3, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "NEBULA3") = 0 | strcmp(_GX_name, "N3") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [0 granite color_map {[.05 rgb _GX_colour3 transmit 1] [.3 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)]}
+            scale .7 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.8 wrinkles color_map {[0 rgb _GX_colour2 transmit 1] [1 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)]}
+            scale .1 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.9 rgbt _GX_colour2 transmit 1]}
+         scallop_wave scale 2.2
+         translate -galaxy_turb_origin warp {turbulence .25 octaves 4 lambda 3 omega .4} translate galaxy_turb_origin}}
+      #declare _GX_objscale = <.3, .3, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "NEBULA4") = 0 | strcmp(_GX_name, "N4") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [.2 wrinkles color_map {[0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.9, galaxy_intensity)]} scale .1 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.5 granite color_map {[0 rgb _GX_colour1 transmit pow(.3, galaxy_intensity)] [.6 rgb _GX_colour3 transmit pow(.95, galaxy_intensity)]} scale .4 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.8 granite color_map {[0 rgb _GX_colour3 transmit pow(.6, galaxy_intensity)] [.3 rgb _GX_colour2 transmit 1]} scale .3 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.9 rgb _GX_colour2 transmit 1]}
+         scallop_wave scale 2.2
+         translate -galaxy_turb_origin warp {turbulence .25 octaves 4 omega .4 lambda 3} translate galaxy_turb_origin}}
+      #declare _GX_objscale = <.3, .3, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "NEBULA5") = 0 | strcmp(_GX_name, "N5") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [.5 wrinkles color_map {[.1 rgb _GX_colour2 transmit 1] [.4 rgb _GX_colour3 transmit pow(.5, galaxy_intensity)] [.8 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)]} scale .1 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.8 wrinkles color_map {[.5 rgb _GX_colour2 transmit 1] [1 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)]} scale .1 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.9 rgb _GX_colour2 transmit 1]}
+         scallop_wave scale 2.3
+         translate -galaxy_turb_origin warp {turbulence .3 octaves 4 omega .3 lambda 5} translate galaxy_turb_origin}}
+      #declare _GX_objscale = <.2, .2, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "NEBULA6") = 0 | strcmp(_GX_name, "N6") = 0)
+      #declare _GX_object = disc {0, z, .999 pigment {onion pigment_map {
+         [.4 wrinkles color_map {[0 rgb _GX_colour2 transmit pow(.7, galaxy_intensity)] [1 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)]} scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.5 wrinkles pigment_map {
+            [0 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)] [1 rgb _GX_colour2 transmit pow(.8, galaxy_intensity)]} scale .5]
+            [1 wrinkles color_map {[0 rgb _GX_colour3 transmit pow(.8, galaxy_intensity)] [1 rgb _GX_colour2 transmit pow(.95, galaxy_intensity)]} scale .5]}
+            scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.7 wrinkles pigment_map {
+            [0 granite color_map {[0 rgb _GX_colour1 transmit pow(.2, galaxy_intensity)] [1 rgb _GX_colour1 transmit pow(.6, galaxy_intensity)]}]
+            [1 granite color_map {[0 rgb _GX_colour3 transmit pow(.8, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.95, galaxy_intensity)]}]}
+            scale .2 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.85 granite color_map {[0 rgb _GX_colour3 transmit pow(.8, galaxy_intensity)] [.4 rgb _GX_colour3 transmit 1]} scale .4 * galaxy_pattern_scale translate -galaxy_pattern_origin]
+         [.9 rgb _GX_colour1 transmit 1]}
+         scallop_wave scale 2.5
+         translate -galaxy_turb_origin warp {turbulence .04 octaves 4 omega .8 lambda 3} translate galaxy_turb_origin}}
+      #declare _GX_objscale = <.15, .15, 1> * _GX_objscale; #declare _GX_objcreated = true; #end
+   #end
+
+// SELECT COMET OBJECTS
+// ********************
+   #if (strcmp(substr(_GX_name, 1, 1), "C") = 0)
+   #if (strcmp(_GX_name, "COMET") = 0 | strcmp(_GX_name, "COMET1") = 0 | strcmp(_GX_name, "C1") = 0)
+      #declare _GX_object = disc {<.5, 0, 0>, z, .499 pigment {onion pigment_map {
+         [.03 onion color_map {[.03 rgb _GX_colour1 transmit pow(.05, galaxy_intensity)] [.05 rgb _GX_colour3 transmit 1]} translate <.05, 0, 0>]
+         [.06 radial color_map {[.1 rgb _GX_colour1 transmit pow(.05, galaxy_intensity)] [.25 rgb _GX_colour2 transmit 1]} triangle_wave]
+         [.4 radial pigment_map {
+            [.05 wrinkles color_map {[0 rgb _GX_colour2 transmit 1] [1 rgb _GX_colour3 transmit pow(.1, galaxy_intensity)]}
+               scale galaxy_pattern_scale translate -galaxy_turb_origin warp {turbulence 2 octaves 3 lambda 2} translate _GX_finaltranslate]
+            [.25 rgb _GX_colour2 transmit 1]} triangle_wave]
+         [.8 rgb _GX_colour2 transmit 1]} rotate x * 90}
+      scale <1.05, .35, 1> translate <-.05, 0, 0>}
+      #declare _GX_objscale = <.5, .5, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "COMET2") = 0 | strcmp(_GX_name, "C2") = 0)
+      #declare _GX_object = disc {<.5, 0, 0>, z, .499 pigment {onion pigment_map {
+         [.03 onion color_map {[.03 rgb _GX_colour1 transmit pow(.05, galaxy_intensity)] [.05 rgb _GX_colour3 transmit 1]} translate <.05, 0, 0>]
+         [.06 radial color_map {[.1 rgb _GX_colour1 transmit pow(.05, galaxy_intensity)] [.25 rgb _GX_colour2 transmit 1]} triangle_wave]
+         [.2 radial pigment_map {
+            [.1 granite color_map {[0 rgb _GX_colour3 transmit pow(.2, galaxy_intensity)] [1 rgb _GX_colour2 transmit 1]} scale galaxy_pattern_scale translate _GX_finaltranslate]
+            [.2 rgb _GX_colour2 transmit 1]} translate -galaxy_turb_origin warp {turbulence .03 lambda 3 octaves 3 omega .9} translate galaxy_turb_origin
+            triangle_wave]
+         [.6 radial pigment_map {
+            [.1 granite color_map {[0 rgb _GX_colour3 transmit pow(.8, galaxy_intensity)] [.6 rgb _GX_colour2 transmit 1]} scale .4 * galaxy_pattern_scale translate _GX_finaltranslate]
+            [.2 rgb _GX_colour2 transmit 1]} translate -galaxy_turb_origin warp {turbulence .1 lambda 3 octaves 3 omega .9} translate galaxy_turb_origin
+            triangle_wave]
+         [.8 rgb _GX_colour2 transmit 1]} rotate x * 90}
+      scale <1.05, .4, 1> translate <-.05, 0, 0>}
+      #declare _GX_objscale = <.5, .5, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "COMET3") = 0 | strcmp(_GX_name, "C3") = 0)
+      #declare _GX_object = disc {<.5, 0, 0>, z, .499 pigment {average pigment_map {
+         [1 onion color_map {[.006 rgb _GX_colour1 * 3 transmit pow(.05, galaxy_intensity)] [.02 rgb _GX_colour3 transmit 1]}
+            scale <1.5, 1, 1> rotate z * 30 translate <.05, 0, 0>]
+         [1 onion pigment_map {
+            [.05 rgb _GX_colour3 transmit 1]
+            [.1 spiral1 1 color_map {[.03 rgb _GX_colour1 * 3 transmit pow(.05, galaxy_intensity)] [.07 rgb _GX_colour3 transmit 1]} scale 4]
+            [.3 spiral1 1 color_map {[.03 rgb _GX_colour3 * 2 transmit pow(.1, galaxy_intensity)] [.07 rgb _GX_colour2 transmit 1]} scale 4]
+            [.6 spiral1 1 pigment_map {
+               [0 granite color_map {[0 rgb _GX_colour3 * 2 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour2 transmit pow(.4, galaxy_intensity)]}
+                  scale <.2, .03, .03> * galaxy_pattern_scale rotate z * 50 translate _GX_finaltranslate]
+               [.08 rgb _GX_colour2 transmit 1]} scale 4]
+            [.85 spiral1 1 pigment_map {
+               [0 granite color_map {[0 rgb _GX_colour2 transmit pow(.4, galaxy_intensity)] [1 rgb _GX_colour2 transmit pow(.7, galaxy_intensity)]}
+                  scale <.2, .03, .03> * galaxy_pattern_scale rotate z * 35 translate _GX_finaltranslate]
+               [.1 rgb _GX_colour2 transmit 1]} scale 4]
+            [.98 rgb _GX_colour2 transmit 1]}
+            scallop_wave scale 2 rotate z * 125 translate <.02, -.02, 0>]}
+         scale <1, 2, 1>}
+      scale <1.05, .6, 1> translate <-.05, 0, 0>}
+      #declare _GX_objscale = <.5, .5, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+   #end
+
+// SELECT METEOR OBJECTS
+// *********************
+   #if (strcmp(substr(_GX_name, 1, 1), "M") = 0)
+   #if (strcmp(_GX_name, "METEOR") = 0 | strcmp(_GX_name, "METEOR1") = 0 | strcmp(_GX_name, "M1") = 0)
+      #declare _GX_object = disc {<.5, 0, 0>, z, .499 pigment {gradient x pigment_map {
+         [.1 onion color_map {[.03 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [.05 rgb _GX_colour3 transmit 1]} translate <.1, 0, 0>]
+         [.12 onion color_map {[.02 rgb _GX_colour1 transmit pow(.2, galaxy_intensity)] [.05 rgb _GX_colour3 transmit 1]}
+            scale <18, 1, 1> translate <.1, 0, 0>]
+         [.5 onion pigment_map {
+            [0 granite color_map {[0 rgb _GX_colour3 transmit pow(.3, galaxy_intensity)] [1 rgb _GX_colour2 transmit 1]} scale .2 * galaxy_pattern_scale translate _GX_finaltranslate]
+            [.05 rgb _GX_colour2 transmit 1]}
+            scale <18, 1, 1> translate <.1, 0, 0> translate -galaxy_turb_origin warp {turbulence .02 octaves 3 lambda 4} translate galaxy_turb_origin]}
+         scale <1, 5, 1>}
+      scale <1.1, .1, 1> translate <-.1, 0, 0>}
+      #declare _GX_objscale = <.5, .5, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+
+   #if (strcmp(_GX_name, "METEOR2") = 0 | strcmp(_GX_name, "M2") = 0)
+      #declare _GX_object = disc {<.5, 0, 0>, z, .499 pigment {gradient x pigment_map {
+         [.1 onion pigment_map {
+            [.03 granite color_map {[0 rgb _GX_colour1 transmit pow(.05, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)]} scale <.3, .15, .1> * galaxy_pattern_scale translate _GX_finaltranslate]
+            [.05 rgb _GX_colour2 transmit 1]}
+            translate <.1, 0, 0>]
+         [.12 onion pigment_map {
+            [.02 granite color_map {[0 rgb _GX_colour1 transmit pow(.1, galaxy_intensity)] [1 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)]} scale <.02, .15, .1> * galaxy_pattern_scale translate _GX_finaltranslate]
+            [.04 granite color_map {[0 rgb _GX_colour3 transmit pow(.2, galaxy_intensity)] [.7 rgb _GX_colour2 transmit 1]} scale <.015, .1, .1> * galaxy_pattern_scale translate _GX_finaltranslate]
+            [.05 rgb _GX_colour2 transmit 1]}
+            scale <18, 1, 1> translate <.1, 0, 0>
+            translate -galaxy_turb_origin warp {turbulence .02 octaves 4 omega .6 lambda 4} translate galaxy_turb_origin]
+         [.5 onion pigment_map {
+            [0 granite color_map {[0 rgb _GX_colour3 transmit pow(.4, galaxy_intensity)] [.7 rgb _GX_colour2 transmit pow(.9, galaxy_intensity)]} scale <.015, .1, .1> * galaxy_pattern_scale translate _GX_finaltranslate]
+            [.05 rgb _GX_colour2 transmit 1]}
+            scale <18, 1, 1> translate <.1, 0, 0> translate -galaxy_turb_origin warp {turbulence .04 octaves 4 omega .4 lambda 4} translate galaxy_turb_origin]}
+         scale <1, 5, 1>}
+      scale <1.1, .2, 1> translate <-.1, 0, 0>}
+      #declare _GX_objscale = <.5, .5, 1> * _GX_objscale * _GX_flatten; #declare _GX_objcreated = true; #end
+   #end
+
+// POSITION SINGLE OBJECT
+// **********************
+   #switch (_GX_objloop)
+   #case (0) #if (_GX_objcreated = false)
+         #warning "You specified an incorrect galaxy_object_name!\r\n"
+      #else
+         #declare galaxy_object = object {_GX_object
+            finish {ambient 1 diffuse 0 reflection 0 phong 0 specular 0 crand 0}
+            scale _GX_objscale rotate z * galaxy_object_rotate
+            no_shadow hollow}
+
+         #if (galaxy_declare_only = false) object {galaxy_object
+            translate z rotate <-1, 1, 0> * galaxy_object_position
+            scale galaxy_distance
+            #ifdef (galaxy_rotate) rotate galaxy_rotate #end
+            #ifdef (galaxy_origin) translate -galaxy_origin #end }
+         #declare galaxy_distance = galaxy_distance * (sqrt(1 + pow(max(_GX_objscale.x, _GX_objscale.y), 2)) + .001);
+         #declare _GX_tracelevel = _GX_tracelevel + 1;
+         global_settings {max_trace_level min(_GX_tracelevel, 30)}
+         #end
+      #end #break
+
+// POSITION CLUSTER OBJECTS
+// ************************
+   #case (1) #if (_GX_objcreated = false)
+         #warning "You specified an incorrect galaxy_cluster_name!\r\n"
+      #else
+         #declare galaxy_cluster_object = object {_GX_object
+            finish {ambient 1 diffuse 0 reflection 0 phong 0 specular 0 crand 0}
+            scale _GX_objscale rotate z * galaxy_cluster_rotate
+            no_shadow hollow}
+
+         #if (galaxy_declare_only = false & galaxy_cluster_objects >= 1)
+            #declare _GX_objrand = seed(galaxy_seed);
+            union { #declare _GX_objcount = 0; #while (_GX_objcount < galaxy_cluster_objects)
+               object {galaxy_cluster_object
+                  finish {ambient 1 + ((<rand(_GX_objrand), rand(_GX_objrand), rand(_GX_objrand)> - .5) * _GX_colourturb)}
+                  #declare _GX_clusterscale = 1 + ((rand(_GX_objrand) - .5) * galaxy_scale_turb * 2);
+                  scale _GX_clusterscale
+                  rotate z * (rand(_GX_objrand) - .5) * galaxy_rotate_turb
+                  translate z
+                  rotate (<rand(_GX_objrand), rand(_GX_objrand), .5> - .5) * _GX_spread + <-1, 1, 0> * galaxy_object_position
+                  scale galaxy_distance}
+               #declare _GX_objscale2 = _GX_clusterscale * _GX_objscale;
+               #declare galaxy_distance = galaxy_distance * (sqrt(1 + pow(max(_GX_objscale2.x, _GX_objscale2.y), 2)) + .001);
+               #declare _GX_tracelevel = _GX_tracelevel + 1;
+            #declare _GX_objcount = _GX_objcount + 1; #end
+            #ifdef (galaxy_rotate) rotate galaxy_rotate #end
+            #ifdef (galaxy_origin) translate -galaxy_origin #end }
+         global_settings {max_trace_level min(_GX_tracelevel, 30)}
+         #end
+      #end
+   #end
+
+// LOOP THROUGH FILE TO SELECT CLUSTER OBJECT
+// ******************************************
+   #end
+   #declare _GX_name = strupr(galaxy_cluster_name)
+   #declare _GX_objscale = galaxy_cluster_scale * <1, 1, 1>;
+   #declare _GX_objloop = _GX_objloop + 1; #end
+   #version _GX_objtempver;

galaxy/GALAXY.SF

@@ -0,0 +1,75 @@
+/*************************************************************************
+           GALAXY STARFIELD FILE FOR PERSISTENCE OF VISION 3.x
+**************************************************************************
+
+Created by Chris Colefax, 1 February 1998
+Updated 9 August 1998: updated for POV-Ray 3.1
+
+See "Galaxy.htm" for more information.
+
+*************************************************************************/
+
+// CHECK VARIABLES AND ASSIGN DEFAULTS
+// ***********************************
+   #declare _SF_tempver = version; #version 3.0;
+   #ifndef (galaxy_seed) #declare galaxy_seed = 0; #end
+   #ifndef (star_count) #declare star_count = 1000; #end
+   #ifndef (star_type) #declare star_type = 1; #end
+   #ifndef (star_scale) #declare star_scale = 1; #end
+   #ifndef (star_spread) #declare star_spread = 1; #end
+   #ifndef (star_distribution) #declare star_distribution = 1; #end
+   #ifndef (star_brightness_turb) #declare star_brightness_turb = .5; #end
+   #ifndef (star_distance) #ifdef (galaxy_distance) #declare star_distance = galaxy_distance * 2;
+      #else #declare star_distance = 2e4; #end #end
+
+   #ifdef (star_colour) #declare _SF_colour = star_colour * <1, 1, 1>;
+      #else #ifdef (star_color) #declare _SF_colour = star_color * <1, 1, 1>;
+      #else #declare _SF_colour = <.9, .9, .9>; #end #end
+   #ifdef (star_colour_turb) #declare _SF_colourturb = star_colour_turb * <1, 1, 1>;
+      #else #ifdef (star_color_turb) #declare _SF_colourturb = star_color_turb * <1, 1, 1>;
+      #else #ifdef (_GX_colourturb) #declare _SF_colourturb = _GX_colourturb;
+      #else #declare _SF_colourturb = <.2, .2, .2>; #end #end #end
+
+// SELECT STAR PIGMENT
+// *******************
+   #switch (star_type)
+      #case (2) #declare _SF_starpigment = pigment {onion color_map {
+         [.3 rgb 1] [.8 rgbt 1] [.9 rgbt <1, 1, 1, .7>] [1 rgbt 1]}
+         scallop_wave scale 2}
+         #declare _SF_starobjscale = .015; #break
+      #case (3) #declare _SF_starpigment = pigment {onion pigment_map {
+         [.1 rgb 1]
+         [.4 average pigment_map {
+            [1 onion color_map {[.04 rgb 3] [.1 rgbt 1]} scale <10, 1, 1>]
+            [1 onion color_map {[.04 rgb 3] [.1 rgbt 1]} scale <10, 1, 1> rotate z * 120]
+            [1 onion color_map {[.04 rgb 3] [.1 rgbt 1]} scale <10, 1, 1> rotate z * 240]}
+            scale .5]}
+         scallop_wave scale 2}
+         #declare _SF_starobjscale = .025; #break
+      #else #declare _SF_starpigment = pigment {onion color_map {
+         [.3 rgb <1, 1, 1>] [1 rgbt <1, 1, 1, 1>]}}
+         #declare _SF_starobjscale = .01; #end
+
+   #declare _SF_starobject = triangle {<-1, -.6, 0>, <0, 1, 0>, <1, -.6, 0>
+      pigment {onion pigment_map {[.25 _SF_starpigment scale .25] [.25 rgbt <1, 1, 1, 1>]} scale 2}
+      finish {ambient 1 diffuse 0 reflection 0 phong 0 specular 0 crand 0}
+      scale star_scale * _SF_starobjscale}
+
+// CREATE STAR FIELD
+// *****************
+   #declare _SF_rand = seed(galaxy_seed);
+   #declare _SF_stars = union { #declare _SF_count = 0; #while (_SF_count < 50)
+      object {_SF_starobject
+         finish {ambient _SF_colour * (1 + (rand(_SF_rand) - .5) * star_brightness_turb * 2) * (1 + <rand(_SF_rand), rand(_SF_rand), rand(_SF_rand)> * _SF_colourturb)}
+         translate z * (1 + pow(rand(_SF_rand), star_distribution) * star_spread)
+         rotate <rand(_SF_rand), rand(_SF_rand), 0> * 360}
+   #declare _SF_count = _SF_count + 1; #end }
+
+   union { #declare _SF_count = 0; #while (_SF_count < star_count / 50)
+      object {_SF_stars rotate <rand(_SF_rand), rand(_SF_rand), 0> * 360}
+      #declare _SF_count = _SF_count + 1; #end
+      no_shadow hollow scale star_distance
+      #ifdef (galaxy_rotate) rotate galaxy_rotate #end
+      #ifdef (galaxy_origin) translate -galaxy_origin #end }
+
+   #version _SF_tempver;

galaxy/Galaxy.htm

@@ -0,0 +1,865 @@
+<HTML><HEAD><TITLE>Galaxy Include File</TITLE></HEAD>
+
+<FONT FACE="Arial, Helvetica, Switzerland"><BODY BGCOLOR=#FFFFFF>
+
+<TABLE WIDTH=100% BORDER=0 CELLPADDING=10><TR><TD BGCOLOR=#C0C0C0 ALIGN=CENTER>
+<FONT SIZE=+2><B>GALAXY INCLUDE FILE </B></FONT><FONT SIZE=+1><I>for Persistence of Vision 3.x</I></FONT>
+</TD></TR></TABLE>
+
+<I>
+<P>Created by Chris Colefax, 1 February 1998
+<BR>Updated 9 August 1998: updated for POV-Ray 3.1
+</I>
+
+<P><HR>
+
+<P><B><I><A HREF="#Installation">INSTALLATION</A></B></I>
+<P><B><I><A HREF="#Quick Start">QUICK START</A></B></I>
+<P><B><I><A HREF="#Galaxy Files">UNDERSTANDING THE DIFFERENT GALAXY.* FILES</A></B></I>
+<P><B><I><A HREF="#Options">GALAXY OPTIONS</A></B></I>
+        <UL><I><A HREF="#INC Options">GALAXY INCLUDE FILE OPTIONS</A></I>
+                <UL><A HREF="#galaxy_seed">galaxy_seed</A>
+                <BR><A HREF="#galaxy_colour">galaxy_colour</A>
+                <BR><A HREF="#galaxy_colouration">galaxy_colouration</A>
+                <BR><A HREF="#galaxy_colour_turb">galaxy_colour_turb</A>
+                <BR><A HREF="#galaxy_intensity">galaxy_intensity</A>
+                <BR><A HREF="#galaxy_rotate">galaxy_rotate</A>
+                <BR><A HREF="#galaxy_distance">galaxy_distance</A>
+                <BR><A HREF="#galaxy_origin">galaxy_origin</A>
+                <BR><A HREF="#galaxy_bg">galaxy_bg</A>
+                <BR><A HREF="#galaxy_objects">galaxy_objects</A>
+                <BR><A HREF="#galaxy_starfield">galaxy_starfield</A>
+                <BR><A HREF="#options_only">options_only</A>
+                <BR><A HREF="#debug_options">debug_options</A>
+                </UL>
+
+        <BR><I><A HREF="#BG Options">GALAXY BACKGROUNDS FILE OPTIONS</A></I>
+                <UL><A HREF="#galaxy_bgstars">galaxy_bgstars</A>
+                <BR><A HREF="#galaxy_bgnebula">galaxy_bgnebula</A>
+                <BR><A HREF="#galaxy_nebula_sphere">galaxy_nebula_sphere</A>
+                <BR><A HREF="#galaxy_nebula_ambient">galaxy_nebula_ambient</A>
+                <BR><A HREF="#galaxy_colour options">galaxy_colour1, galaxy_colour2, galaxy_colour3</A>
+                <BR><A HREF="#galaxy_star_colouration">galaxy_star_colouration</A>
+                <BR><A HREF="#galaxy_pattern_scale">galaxy_pattern_scale</A>
+                <BR><A HREF="#galaxy_pattern_origin">galaxy_pattern_origin</A>
+                <BR><A HREF="#galaxy_turb_origin">galaxy_turb_origin</A>
+                <BR><A HREF="#galaxy_declare_only">galaxy_declare_only</A>
+                </UL>
+
+        <BR><I><A HREF="#SF Options">GALAXY STARFIELD FILE OPTIONS</A></I>
+                <UL><A HREF="#star_count">star_count</A>
+                <BR><A HREF="#star_colour">star_colour</A>
+                <BR><A HREF="#star_type">star_type</A>
+                <BR><A HREF="#star_scale">star_scale</A>
+                <BR><A HREF="#star_distance">star_distance</A>
+                <BR><A HREF="#star_spread">star_spread</A>
+                <BR><A HREF="#star_distribution">star_distribution</A>
+                <BR><A HREF="#star_colour_turb">star_colour_turb</A>
+                <BR><A HREF="#star_brightness_turb">star_brightness_turb</A>
+                </UL>
+
+        <BR><I><A HREF="#OBJ Options">GALAXY OBJECTS FILE OPTIONS</A></I>
+                <UL><A HREF="#galaxy_object_name">galaxy_object_name</A>
+                <BR><A HREF="#galaxy_object_scale">galaxy_object_scale</A>
+                <BR><A HREF="#galaxy_object_rotate">galaxy_object_rotate</A>
+                <BR><A HREF="#galaxy_object_flatten">galaxy_object_flatten</A>
+                <BR><A HREF="#galaxy_object_position">galaxy_object_position</A>
+                <BR><A HREF="#galaxy_cluster_name">galaxy_cluster_name</A>
+                <BR><A HREF="#galaxy_cluster_objects">galaxy_cluster_objects</A>
+                <BR><A HREF="#galaxy_cluster_scale">galaxy_cluster_scale</A>
+                <BR><A HREF="#galaxy_cluster_rotate">galaxy_cluster_rotate</A>
+                <BR><A HREF="#galaxy_cluster_spread">galaxy_cluster_spread</A>
+                <BR><A HREF="#galaxy_scale_turb">galaxy_scale_turb</A>
+                <BR><A HREF="#galaxy_rotate_turb">galaxy_rotate_turb</A>
+                <BR><A HREF="#galaxy_declare_only">galaxy_declare_only</A>
+                </UL>
+        </UL>
+<P><B><I><A HREF="#Troubleshooting">TROUBLESHOOTING</A></B></I>
+<P><B><I><A HREF="#Legal">COPYRIGHT AND LEGAL INFORMATION</A></B></I>
+<P><B><I><A HREF="#Contact">CONTACTING THE AUTHOR</A></B></I>
+
+<P>
+<BR>
+<A NAME="Installation"></A><TABLE WIDTH=100% BORDER=0 CELLPADDING=7><TR><TD BGCOLOR=#C0C0C0>
+<FONT SIZE=+1><B><I>INSTALLATION</B></I></FONT>
+</TD></TR></TABLE>
+The Galaxy Include File package consists of four files (<I>Galaxy.inc,
+Galaxy.bg, Galaxy.obj</I> and <I>Galaxy.sf</I>) which work separately and together,
+depending on the desired effect.  All four files should be copied to
+one of the directories (folders) in your POV-Ray library path.  Normally
+this is the <I>INCLUDE</I> sub-directory of the directory where you installed
+POV-Ray, so if you installed POV-Ray in <I>C:\POVRAY</I> you should copy the files
+to <I>C:\POVRAY\INCLUDE</I>.  On a Windows 95 system, this is probably something
+like:
+
+<P><I>C:\Program Files\POV-Ray for Windows\Include</I>
+
+<P>On UNIX and similar systems, where filenames are case-sensitive, you may
+have to rename the four include files so that the filenames are all uppercase.
+This will enable you to render the sample files without modification.
+
+
+<P>
+<BR>
+<A NAME="Quick Start"></A><TABLE WIDTH=100% BORDER=0 CELLPADDING=7><TR><TD BGCOLOR=#C0C0C0>
+<FONT SIZE=+1><B><I>QUICK START</B></I></FONT>
+</TD></TR></TABLE>
+The Galaxy Include File package allows you to create a variety of outer-
+space scenes which can be used on their own or as backgrounds to other
+scenes and animations.  In addition to spiral galaxies, the Galaxy Include
+File package can also create starfields, star clusters, nebulae, comets,
+and meteor showers.  You can easily create a galaxy scene containing a
+selection of these elements by adding the following lines to a POV-Ray
+scene file:
+
+<P><CODE>#declare galaxy_seed = 123456789;
+<BR>#include "GALAXY.INC"</CODE>
+
+<P>You can choose any positive or negative integer you like for the
+<A HREF="#galaxy_seed">galaxy_seed</A> value.  When you render this scene, the Galaxy Include File
+will select random options, and then use <I>Galaxy.bg, Galaxy.obj,</I> and
+<I>Galaxy.sf</I> to create the galaxy scene.  In addition to changing the seed
+number, you can use a variety of options to modify the galaxy scene.
+To use any of these options just add the following line to your scene file,
+<I>before</I> including <I>Galaxy.inc</I>:
+
+<P><CODE>#declare </CODE><I>[variable-name]</I><CODE> = </CODE><I>[value]</I>
+
+<P>substituting the desired variable name and value where appropriate.
+Note that <I>Galaxy.inc</I> (or any of the <I>Galaxy.*</I> files) should <B>never</B> be
+included at the start of a scene (like <I>colors.inc</I> or <I>textures.inc</I>).
+They should only be included after declaring the desired galaxy options.
+
+<P>As well as creating random galaxy scenes using <I>Galaxy.inc</I>, you can use
+<I>Galaxy.bg, Galaxy.obj</I>, and/or <I>Galaxy.sf</I> separately to build custom galaxy
+scenes piece by piece.  You can include any of the four <I>Galaxy.*</I> files as
+many times as you want in a single POV-Ray scene, declaring separate options
+for each <I>Galaxy.*</I> inclusion.  Note that you don't have to redeclare any
+options that are common to any or all of the <I>Galaxy.*</I> files, eg:
+
+<P><CODE>// COMMON GALAXY OPTIONS
+<BR>#declare galaxy_colour1 = &lt 1.3, 1.2, .8&gt ;
+<BR>#declare galaxy_colour2 = &lt 1, .5, .3 &gt ;
+<BR>#declare galaxy_rotate = &lt 90, 180, 0&gt ;
+
+<P>// GALAXY BACKGROUND
+<BR>#declare galaxy_bgstars = 4;
+<BR>#declare galaxy_bgnebula = off;
+<BR>#declare galaxy_nebula_sphere = 5;
+<BR>#include "GALAXY.BG"
+
+<P>// GALAXY OBJECTS
+<BR>#declare galaxy_object_name = "Nebula3"
+<BR>#declare galaxy_cluster_name = "Star4"
+<BR>#include "GALAXY.OBJ"
+
+<BR>#declare galaxy_object_name = "Comet2"
+<BR>#declare galaxy_cluster_name = ""
+<BR>#include "GALAXY.OBJ"</CODE>
+
+<P>In the above example the same colours and rotation are applied to each
+element of the galaxy scene, without having to redeclare them each time
+you include one of the <I>Galaxy.*</I> files.
+
+
+<P>
+<BR>
+<A NAME="Galaxy Files"></A><TABLE WIDTH=100% BORDER=0 CELLPADDING=7><TR><TD BGCOLOR=#C0C0C0>
+<FONT SIZE=+1><B><I>UNDERSTANDING THE DIFFERENT GALAXY.* FILES</B></I></FONT>
+</TD></TR></TABLE>
+As mentioned above, the four different files of the Galaxy Include File
+package can be used in a variety of ways, depending on how you wish to
+create your galaxy scene.  The files are:
+
+<P>The Galaxy Backgrounds File (<I>GALAXY.BG</I>): this include file is used to
+create a selection of starfield and nebula pigments (including a Milky Way
+pigment), which can either be mapped directly to the sky_sphere, or to an
+actual sphere object.  Although <I>Galaxy.bg</I> allows you to create backgrounds
+quite easily, the file gives you little control over the exact shape of the
+nebulae, and the starfields are not suitable for anti-aliasing or
+animations in which the camera is moved or altered in some way.
+
+<P>The Galaxy Starfield File (<I>GALAXY.SF</I>): this include file is used to create
+starfields consisting of actual objects, rather than textures.  Because of
+this, the starfields can be anti-aliased and animated very well, and
+improved programming means that the parsing takes about one fifth of the
+time needed for previous versions of the Starfield Include File.  <I>Galaxy.sf</I>
+can create three different types of stars, and can be used in conjunction
+with <I>Galaxy.bg</I> to create stars larger than one pixel in size.
+
+<P>The Galaxy Objects File (<I>GALAXY.OBJ</I>): this include file is used to create
+and position a selection of outer-space objects, including four different
+feature stars, six different nebulae, five different galaxies, three
+different comets, and two different meteors.  The objects can be positioned
+individually, or in random clusters (eg. star clusters or meteor showers).
+
+<P>The Galaxy Include File (<I>GALAXY.INC</I>): this include file uses the above three
+files to create random galaxy scenes.  <I>Galaxy.inc</I> selects random options for
+the other files, including colours, object types, scaling, rotation, etc.,
+and can automatically include the other files into your POV-Ray scene, making
+it quick and easy to use the Galaxy Include File package without having to
+declare separate options for each of the <I>Galaxy.*</I> files.
+
+
+<P>
+<BR>
+<A NAME="Options"></A><TABLE WIDTH=100% BORDER=0 CELLPADDING=7><TR><TD BGCOLOR=#C0C0C0>
+<FONT SIZE=+1><B><I>GALAXY OPTIONS</B></I></FONT>
+</TD></TR></TABLE>
+This section explains the various options that can be used with <I>Galaxy.inc</I>,
+as well as the options that can be used separately with <I>Galaxy.bg,
+Galaxy.obj</I>, and <I>Galaxy.sf</I>.
+
+<P>Note that the Galaxy Include File package supports both British and
+American English, eg: <I>galaxy_colour</I> and <I>galaxy_color</I> are interchangeable,
+as are <I>galaxy_colouration</I> and <I>galaxy_coloration</I>, etc.
+
+
+<P><HR><A NAME="INC Options"></A>
+<B>GALAXY INCLUDE FILE OPTIONS</B>
+<HR>
+The options in this section apply to <I>Galaxy.inc</I>.
+
+<P><A NAME="galaxy_seed"></A>
+<B>galaxy_seed</B>
+<HR>
+This is the random number seed used for all random aspects of the Galaxy
+Include File package.  Changing this number can result in vastly different
+galaxy scenes, and any positive or negative integer accepted by POV-Ray can
+be used.  The default <I>galaxy_seed</I> value is 0.  Each time you include
+<I>Galaxy.inc</I>, a new <I>galaxy_seed</I> value is chosen at random.  To find out the
+new value, see <A HREF="#debug_options">debug_options</A>.
+
+<P><A NAME="galaxy_colour"></A>
+<B>galaxy_colour</B>
+<HR>
+Use this option to change the overall colour of the galaxy scene.  The
+exact result of changing this option depends on the current colour of
+the galaxy scene, eg. if the current galaxy scene is predominantly green,
+setting <I>galaxy_colour</I> to &lt 1.5, 0.1, 1&gt will increase the amount of red
+in the scene, decrease the amount of green, and leave the blue unaltered,
+resulting in a purple coloured galaxy.
+<BR>The default <I>galaxy_colour</I> value is &lt 1, 1, 1&gt (which has no effect).
+
+<P><A NAME="galaxy_colouration"></A>
+<B>galaxy_colouration</B>
+<HR>
+Use this option to increase of decrease the amount of colour in the galaxy
+scene.  Good values range from 0 (little or no colour) to 1 or larger (very
+saturated colour).  Setting this option to a low value means that the
+<A HREF="#galaxy_colour">galaxy_colour</A> option has more of an effect.
+<BR>The default <I>galaxy_colouration</I> value is 0.5
+
+<P><A NAME="galaxy_colour_turb"></A>
+<B>galaxy_colour_turb</B>
+<HR>
+Use this option to alter the amount of colour variation between different
+elements of the galaxy scene.  Setting this option to 0 results in a
+monochromatic galaxy scene, while larger values give greater colour
+variation.  The default <I>galaxy_colour_turb</I> value is 0.2
+
+<P><A NAME="galaxy_intensity"></A>
+<B>galaxy_intensity</B>
+<HR>
+Use this option to increase or decrease the overall visibility of the
+galaxy scene.  Good values usually lie somewhere between 0 (completely
+transparent) and 5 (very opaque).
+<BR>The default <I>galaxy_intensity</I> value is 1
+
+<P><A NAME="galaxy_rotate"></A>
+<B>galaxy_rotate</B>
+<HR>
+This option is a vector that is used to rotate the galaxy scene as a whole.
+It can be useful when you want to create the illusion of movement in an
+animation, without having to transform the camera and all the other objects
+in a scene.  The default <I>galaxy_rotate</I> value is &lt 0, 0, 0&gt
+
+<P><A NAME="galaxy_distance"></A>
+<B>galaxy_distance</B>
+<HR>
+All the objects in a galaxy scene are arranged around a giant sphere,
+usually surrounding the camera.  You can use this option to set the size of
+this sphere.  The default value is 10000, which should be sufficient for
+most scenes and animations.  If the rest of the objects in your scene are
+this size or larger, you may need to increase this value.  However, values
+that are too large may result in disappearing objects, or cause POV-Ray to
+crash when rendering the scene.
+
+<P><A NAME="galaxy_origin"></A>
+<B>galaxy_origin</B>
+<HR>
+As mentioned above, the objects in a galaxy scene are arranged around a
+giant sphere.  By default this sphere is centred around &lt 0, 0, 0&gt, but
+you can use this option to change this value.
+
+<P><A NAME="galaxy_bg"></A>
+<B>galaxy_bg</B>
+<HR>
+Use this option to disable the elements of the galaxy scene created by the
+Galaxy Backgrounds File (<I>Galaxy.bg</I>).  Setting this option to false (or off)
+removes the background stars, background nebulae, and nebula sphere from
+the galaxy scene.  To remove these elements individually, see <A HREF="#BG Options">Background File Options</A>.
+
+<P><A NAME="galaxy_objects"></A>
+<B>galaxy_objects</B>
+<HR>
+Use this option to disable the elements of the galaxy scene created by the
+Galaxy Objects File (<I>Galaxy.obj</I>).  Setting this option to false (or off)
+removes any feature nebulae, stars, comets, star clusters, or meteor
+showers from the galaxy scene.  Note that this option is always set to
+false after including <I>Galaxy.inc</I>; if you wish to include <I>Galaxy.inc</I> a
+second time (or third, fourth, etc.) and have it automatically create galaxy
+objects, you must manually set <I>galaxy_objects</I> to true before including
+<I>Galaxy.inc</I>.
+
+<P><A NAME="galaxy_starfield"></A>
+<B>galaxy_starfield</B>
+<HR>
+Use this option to remove the starfield objects in a galaxy scene created by
+the Galaxy Starfield File (<I>Galaxy.sf</I>).  Note that this option is always
+set to false after including <I>Galaxy.inc</I>; if you wish <I>Galaxy.inc</I> to
+automatically create another starfield, you must manually set
+<I>galaxy_starfield</I> to true before including <I>Galaxy.inc</I>.
+
+<P><A NAME="options_only"></A>
+<B>options_only</B>
+<HR>
+Setting this option to true will cause <I>Galaxy.inc</I> to declare all the options
+it uses for <I>Galaxy.bg, Galaxy.obj</I>, and <I>Galaxy.sf</I>, but these three files will
+not be automatically included.  You can use this to then alter selected
+galaxy options, before including some or all of the remaining <I>Galaxy.*</I> files,
+eg. say you have discovered you like the galaxy produced by using 7362512
+as the <A HREF="#galaxy_seed">galaxy_seed</A> value, but you want to change the galaxy object used:
+
+<P><CODE>#declare galaxy_seed = 7362512;
+<BR>#declare options_only = true;
+<BR>#include "GALAXY.INC"
+
+<BR>#declare galaxy_object = "Galaxy2"
+<BR>#include "GALAXY.OBJ"
+<BR>#include "GALAXY.BG"
+<BR>#include "GALAXY.SF"</CODE>
+
+<P>Note that setting <I>options_only</I> to true is the same as setting <A HREF="#galaxy_bg">galaxy_bg</A>,
+<A HREF="#galaxy_objects">galaxy_objects</A>, and <A HREF="#galaxy_starfield">galaxy_starfield</A> to false.
+
+<P><A NAME="debug_options"></A>
+<B>debug_options</B>
+<HR>
+Setting this option to true will cause <I>Galaxy.inc</I> to output all the random
+option values it uses to POV-Ray's debug stream.  You can then use the +GD
+command-line switch, or the Debug_File INI file setting, to direct the
+debug stream to a file.  This file can then be altered as desired, and
+included directly into your scene before including <I>Galaxy.bg, Galaxy.obj</I>,
+and/or <I>Galaxy.sf</I> (see the <I>Rand.pov</I> and <I>Rand.ini</I> files for an example of how
+this option can be used).
+
+
+<P><HR><A NAME="BG Options"></A>
+<B>GALAXY BACKGROUNDS FILE OPTIONS</B>
+<HR>
+The options in this section apply to <I>Galaxy.bg</I>.  In addition to the
+options below, the Galaxy Backgrounds File supports the <A HREF="#galaxy_intensity">galaxy_intensity</A>,
+<A HREF="#galaxy_rotate">galaxy_rotate</A>, <A HREF="#galaxy_distance">galaxy_distance</A>, and <A HREF="#galaxy_origin">galaxy_origin</A> options, as detailed above.
+
+<P><A NAME="galaxy_bgstars"></A>
+<B>galaxy_bgstars</B>
+<HR>
+This option specifies the type of background star pigment mapped to the
+sky_sphere.  Values range from 1 (sparse) to 3 (dense), and 4 (sparse) to
+6 (dense). The first group has a mixture of faint and light stars, while
+the second is mostly composed of bright stars of different colours.  If you
+don't want any background stars (for an animation, say), set this option
+to false.  The default <I>galaxy_bgstars</I> value is 2
+
+<P><A NAME="galaxy_bgnebula"></A>
+<B>galaxy_bgnebula</B>
+<HR>
+This option specifies the type of nebula pigment mapped to the sky_sphere.
+Possible values are:
+
+<UL>1 - Default nebula
+<BR>2 - Light reflection nebula
+<BR>3 - Nebula criss-crossed by dark gas lanes
+<BR>4 - Spidery nebula
+<BR>5 - Dense reflection nebula
+<BR>6 - Milky Way pattern
+</UL>
+
+<P>Values 1 to 5 correspond roughly with the nebulae created by <I>Galaxy.obj</I>
+(see <A HREF="#galaxy_object_name">galaxy_object_name</A>).  If you don't want a background nebula, set this option
+to false.  The default <I>galaxy_bgnebula</I> value is 6
+
+<P><A NAME="galaxy_nebula_sphere"></A>
+<B>galaxy_nebula_sphere</B>
+<HR>
+Use this option to create a large sphere (the radius is specified by the
+<A HREF="#galaxy_distance">galaxy_distance</A> option) mapped with a nebula pigment.  Possible values are
+1 to 5, corresponding to the <A HREF="#galaxy_bgnebula">galaxy_bgnebula</A> option.  If you don't want a
+nebula sphere, set this value to false.
+<BR>The default <I>galaxy_nebula_sphere</I> value is 1
+
+<P><A NAME="galaxy_nebula_ambient"></A>
+<B>galaxy_nebula_ambient</B>
+<HR>
+Use this option to change the ambient light value of the nebula sphere.
+The default <I>galaxy_nebula_ambient</I> value is &lt 1, 1, 1&gt
+
+<P><A NAME="galaxy_colour options"></A>
+<B>galaxy_colour1, galaxy_colour2, galaxy_colour3</B>
+<HR>
+Use this option to set the RGB colour value used to create the galaxy
+background pigments.  For a monochromatic galaxy scene, only declare
+the first option; for a scene that uses two colours declare both
+<I>galaxy_colour1</I> and <I>galaxy_colour2</I>.  Finally, to add another colour to
+the galaxy pigments declare all three galaxy_colour options.
+<BR>The default <I>galaxy_colour1</I> value is &lt 1, 1, 1&gt (White).
+
+<P><A NAME="galaxy_star_colouration"></A>
+<B>galaxy_star_colouration</B>
+<HR>
+This option sets the colour saturation used by the six background star
+pigments, and by the Milky Way pigment.  Good values range from 0 (no
+colour) to 1 (complete colour).  An interesting effect can be achieved by
+using negative numbers, which result in the stars being the opposite colour
+to the nebulae and other objects in the galaxy scene.
+<BR>The default <I>galaxy_star_colouration</I> value is 0.2
+
+<P><A NAME="galaxy_pattern_scale"></A>
+<B>galaxy_pattern_scale</B>
+<HR>
+Use this option to alter the size of the patterns used to create the
+galaxy background pigments.  Changing this option does not alter the general
+shape of the pigments; it only changes the scaling of the patterns used
+within each pigment.  The default <I>galaxy_pattern_scale</I> value is 1
+
+<P><A NAME="galaxy_pattern_origin"></A>
+<B>galaxy_pattern_origin</B>
+<HR>
+Use this option to translate the origin of the patterns used to create the
+galaxy background pigments.  Changing this option can completely alter the
+shapes created by the pigments, and can be changed gradually within an
+animation to create dynamic nebulae, etc.
+<BR>The default <I>galaxy_pattern_origin</I> is &lt 0, 0, 0&gt
+
+<P><A NAME="galaxy_turb_origin"></A>
+<B>galaxy_turb_origin</B>
+<HR>
+Many of the galaxy pigments use some sort of turbulence; changing this
+option translates the origin of the turbulence before it is applied to the
+pigment.  You can use this option to alter the shapes of various pigments,
+or to animate the turbulence applied to the pigments.
+<BR>The default <I>galaxy_turb_origin</I> is &lt 0, 0, 0&gt
+
+<P><A NAME="galaxy_declare_only"></A>
+<B>galaxy_declare_only</B>
+<HR>
+Setting this option to true stops <I>Galaxy.bg</I> from actually creating the
+sky_sphere or nebula sphere to which the galaxy background pigments are
+mapped.  Instead, the file declares each of the 12 pigments separately, so
+that you can then use them in the ways you use any other pigment.  The
+pigment names are BGStars? (from 1 to 6), BGNebula? (from 1 to 5), and
+BGMilkyWay.  Each of the pigments is designed to be used at unit size, but
+they can be scaled or transformed any way you want, eg:
+
+<P><CODE>#declare galaxy_declare_only = true;
+<BR>#include "GALAXY.BG"
+
+<P>sky_sphere {
+<BR>pigment {BGStars3}
+<BR>pigment {BGMilkyWay rotate z * 45}
+<BR>pigment {BGNebula5 scale 2}
+<BR>pigment {BGNebula1 rotate &lt 60, 50, 0&gt}}
+
+<P>box {&lt -1, -1, -1&gt, &lt 1, 1, 1&gt
+<BR>pigment {BGStars6} finish {phong .5}}</CODE>
+
+<P>Note that setting <I>galaxy_declare_only</I> to true is the same as setting
+<A HREF="#galaxy_bgstars">galaxy_bgstars</A>, <A HREF="#galaxy_bgnebula">galaxy_bgnebula</A>, and <A HREF="#galaxy_nebula_sphere">galaxy_nebula_sphere</A> to false.
+
+
+<P><HR><A NAME="SF Options"></A>
+<B>GALAXY STARFIELD FILE OPTIONS</B>
+<HR>
+The options in this section apply to <I>Galaxy.sf</I>.  In addition to the
+options below, the Galaxy Starfield File supports the <A HREF="#galaxy_seed">galaxy_seed</A>,
+<A HREF="#galaxy_rotate">galaxy_rotate</A>, and <A HREF="#galaxy_origin">galaxy_origin</A> options, as detailed above.
+
+<P><A NAME="star_count"></A>
+<B>star_count</B>
+<HR>
+This option sets the number of star objects created.  The larger the number,
+the longer the parsing time and memory required.
+The default <I>star_count</I> value is 1000
+
+<P><A NAME="star_colour"></A>
+<B>star_colour</B>
+<HR>
+This option sets the RGB colour value of the stars.
+The default star_colour value is &lt 0.9, 0.9, 0.9&gt
+
+<P><A NAME="star_type"></A>
+<B>star_type</B>
+<HR>
+This option selects the pigment used on each star object.  Possible
+values are:
+
+<UL>1 - Plain circular star (default)
+<BR>2 - Circular star with halo
+<BR>3 - Circular star with six evenly spaced rays
+</UL>
+
+<P><A NAME="star_scale"></A>
+<B>star_scale</B>
+<HR>
+Use this option to increase or decrease the size of the star objects.  By
+default the stars are designed to look best when rendered at resolutions
+between 320x240 and 640x480; you may wish use smaller numbers for larger
+resolutions, and vice-versa.
+The default <I>star_scale</I> value is 1
+
+<P><A NAME="star_distance"></A>
+<B>star_distance</B>
+<HR>
+The star objects are arranged around a large sphere; this option sets the
+radius of this sphere.  The default value is 20000, which should be
+sufficient for most scenes and animations.  If the rest of the objects in
+your scene are this size or larger, you may need to increase this value.
+However, values that are too large may result in disappearing objects, or
+cause POV-Ray to crash when rendering the scene.
+
+<P><A NAME="star_spread"></A>
+<B>star_spread</B>
+<HR>
+This option sets the difference between the distances to the closest
+(largest) star and the farthest (smallest) star.  The option is expressed
+as a percentage of the <A HREF="#star_distance">star_distance</A>, eg: the default value of 1 means that
+the stars lie somewhere between 20000 and 40000 units away (40000 being
+equal to 20000 plus 20000 times 1).  Setting this option to 0 would result
+in all the star objects being the same distance from the origin.
+
+<P><A NAME="star_distribution"></A>
+<B>star_distribution</B>
+<HR>
+This option sets the ratio of large (close) stars to small (far) stars.
+The default value of 1 results in equal numbers of each.   Values larger
+than 1 give more large stars, while values smaller than 1 give more small
+stars.
+
+<P><A NAME="star_colour_turb"></A>
+<B>star_colour_turb</B>
+<HR>
+Use this option to alter the amount of colour variation between different
+stars.  Setting this option to 0 results in stars all of the same colour,
+while larger values give greater colour variation.
+The default <I>star_colour_turb</I> value is 0.2
+
+<P><A NAME="star_brightness_turb"></A>
+<B>star_brightness_turb</B>
+<HR>
+Use this option to set the amount of brightness variation between different
+stars.  Setting this option to 0 results in stars all of the same brightness,
+while larger values give greater brightness variation.
+The default <I>star_brightness_turb</I> value is 0.5
+
+
+<P><HR><A NAME="OBJ Options"></A>
+<B>GALAXY OBJECTS FILE OPTIONS</B>
+<HR>
+The options in this section apply to <I>Galaxy.obj</I>.  In addition to the
+options below, the Galaxy Objects File supports the following options
+detailed above:
+
+<UL><A HREF="#galaxy_seed">galaxy_seed</A>, <A HREF="#galaxy_colour_turb">galaxy_colour_turb</A>, <A HREF="#galaxy_intensity">galaxy_intensity</A>,
+   <A HREF="#galaxy_rotate">galaxy_rotate</A>, <A HREF="#galaxy_distance">galaxy_distance</A>, <A HREF="#galaxy_origin">galaxy_origin</A>
+   <A HREF="#galaxy_colour options">galaxy_colour1, galaxy_colour2, galaxy_colour3</A>, <A HREF="#galaxy_star_colouration">galaxy_star_colouration</A>,
+   <A HREF="#galaxy_pattern_scale">galaxy_pattern_scale</A>, <A HREF="#galaxy_pattern_origin">galaxy_pattern_origin</A>, <A HREF="#galaxy_turb_origin">galaxy_turb_origin</A>
+   </UL>
+   
+
+<P><A NAME="galaxy_object_name"></A>
+<B>galaxy_object_name</B>
+<HR>
+Use this option to select which galaxy object you wish to use.  Possible
+values are (the case of the strings is not important):
+
+<UL>Star1, Star2, Star3, Star4
+<BR>Nebula1, Nebula2, Nebula3, Nebula4, Nebula5, Nebula6
+<BR>Galaxy1, Galaxy2, Galaxy3, Galaxy4, Galaxy5
+<BR>Comet1, Comet2, Comet3
+<BR>Meteor1, Meteor2
+</UL>
+
+<P>As a shortcut you can just use the first and last letters of the object
+name, eg. S3 for Star3, or N4 for Nebula4.  If you don't want to create
+a galaxy object, set this value to an empty string.
+The default <I>galaxy_object_name</I> is Nebula1
+
+<P><A NAME="galaxy_object_scale"></A>
+<B>galaxy_object_scale</B>
+<HR>
+Use this option to increase of decrease the size of the galaxy object.
+The default <I>galaxy_object_scale</I> value is 1
+
+<P><A NAME="galaxy_object_rotate"></A>
+<B>galaxy_object_rotate</B>
+<HR>
+Use this option to rotate the galaxy object.  The object is rotated around
+the viewing axis, so only one float value is required.
+The default <I>galaxy_object_rotate</I> value is 0
+
+<P><A NAME="galaxy_object_flatten"></A>
+<B>galaxy_object_flatten</B>
+<HR>
+Use this option to flatten Galaxy, Comet, and Meteor objects.  Good values
+lie somewhere between 0 (no flattening) and 1 (completely flattened).  You
+can also use negative numbers to widen the object instead of thinning it.
+The default <I>galaxy_object_flatten</I> value is 0.2
+
+<P><A NAME="galaxy_object_position"></A>
+<B>galaxy_object_position</B>
+<HR>
+Use this option to move the galaxy object and cluster objects.  The
+x-component of this option specifies the altitude of the objects, while the
+y-component specifies the azimuth of the objects.  The z-component is
+ignored.  The default value of &lt 0, 0, 0&gt positions the objects directly
+perpendicular to the z-axis.  North lies along the z-axis and up lies along
+the y-axis.  Therefore, &lt 90, 0, 0&gt positions the object directly above the
+origin, and &lt-90, 0, 0&gt positions the objects below the origin.  &lt 0, 90, 0&gt
+positions the objects to the east (along the x-axis), &lt 0, -90, 0&gt positions
+the objects to the west (along the negative x-axis), and &lt 0, 180, 0&gt
+positions the objects to the south (along the negative z-axis).  You can
+combine these two movements using the <I>galaxy_object_position</I> value to place
+the galaxy object and cluster objects anywhere in the sky.
+
+<P><A NAME="galaxy_cluster_name"></A>
+<B>galaxy_cluster_name</B>
+<HR>
+In addition to a single galaxy object you can create a cluster of randomly
+positioned, sized, and coloured objects.  Use this option to select which
+object you wish to use for the cluster, using the same selection as
+the <A HREF="#galaxy_object_name">galaxy_object_name</A> option.  If you don't want to create
+a cluster of objects, set this option to an empty string.
+The default <I>galaxy_cluster_name</I> is Star1
+
+<P><A NAME="galaxy_cluster_objects"></A>
+<B>galaxy_cluster_objects</B>
+<HR>
+Use this option to set the number of objects you want to create in the
+cluster.  The default <I>galaxy_cluster_objects</I> value is 6
+
+<P><A NAME="galaxy_cluster_scale"></A>
+<B>galaxy_cluster_scale</B>
+<HR>
+Use this option to increase of decrease the size of the individual objects
+in the cluster (not the overall size of the cluster itself).  The default
+<I>galaxy_cluster_scale</I> value is half of the <A HREF="#galaxy_object_scale">galaxy_object_scale</A> value.
+
+<P><A NAME="galaxy_cluster_rotate"></A>
+<B>galaxy_cluster_rotate</B>
+<HR>
+Use this option to rotate each individual object in the cluster (not the
+cluster as a whole).  The default <I>galaxy_cluster_rotate</I> value is the same
+as the <A HREF="#galaxy_object_rotate">galaxy_object_rotate</A> value.
+
+<P><A NAME="galaxy_cluster_spread"></A>
+<B>galaxy_cluster_spread</B>
+<HR>
+Use this option to increase the amount of space between the individual
+cluster objects.  The option is expressed as an angle, where 0 results in
+all the objects being clustered at the same position, while 360 spreads the
+objects across the entire sky.
+The default <I>galaxy_cluster_spread</I> value is 15 degrees.
+
+<P><A NAME="galaxy_scale_turb"></A>
+<B>galaxy_scale_turb</B>
+<HR>
+Use this option to alter the amount of size variation between individual
+cluster objects.  Setting this option to 0 results in all the cluster
+objects being the same size, while larger values give greater size
+variation.  The default <I>galaxy_scale_turb</I> value is 0.5
+
+<P><A NAME="galaxy_rotate_turb"></A>
+<B>galaxy_rotate_turb</B>
+<HR>
+Use this option to alter the amount of variation (in degrees) between the
+rotations of individual cluster objects.  Setting this option to 0 results
+in all the cluster objects being rotated by the same amount, while setting
+this option to 360 gives objects rotated by completely random angles.
+The default <I>galaxy_rotate_turb</I> value is 0
+
+<P><A NAME="galaxy_declare_only"></A>
+<B>galaxy_declare_only</B>
+<HR>
+Setting this option to true stops <I>Galaxy.obj</I> from actually creating the
+galaxy object and cluster objects.  Instead, these objects are declared
+(as <CODE>galaxy_object</CODE> and <CODE>galaxy_cluster_object</CODE> respectively) as textured
+discs which can be used like any other object.  The discs are scaled
+and rotated according to the relevant options above, and are centred
+at the origin perpendicular to the z-axis.
+
+
+<P>
+<BR>
+<A NAME="Troubleshooting"></A><TABLE WIDTH=100% BORDER=0 CELLPADDING=7><TR><TD BGCOLOR=#C0C0C0>
+<FONT SIZE=+1><B><I>TROUBLESHOOTING</B></I></FONT>
+</TD></TR></TABLE>
+This section contains some common problems you might encounter while using
+the Galaxy Include File package, and instructions on how to fix these
+problems.
+
+<P><HR>
+<B>Q) POV-Ray crashes when I try to render my galaxy scene?</B>
+<BR>A: This may be caused by objects being larger than POV-Ray's allowed limit.
+   To make the objects smaller, try decreasing the <A HREF="#galaxy_distance">galaxy_distance</A> value
+   (the default is 10000), and also the <A HREF="#star_distance">star_distance</A> value if you have
+   declared this separately.  If reducing this value doesn't help, try
+   reducing the <I>max_trace_level</I> of your scene; the Galaxy Include File
+   automatically increases the value for each object it creates, so add
+   the line:
+
+<P><CODE>global_settings {max_trace_level 10}</CODE>
+
+<P><B>after</B> including any of the <I>Galaxy.*</I> files.
+
+<P><HR>
+<B>Q) POV-Ray crashes before even starting to render my galaxy scene?</B>
+<BR>A: This is probably caused by a lack of memory; try decreasing your
+   <A HREF="#star_count">star_count</A> value, or your <A HREF="#galaxy_cluster_objects">galaxy_cluster_objects</A> value if they
+   are quite large.  Otherwise, check the error message POV-Ray gives
+   you; you have probably tried to redeclare an option that has
+   already been used by one of the Galaxy Include Files; ensuring that
+   options are always declared as the same type (eg. vectors are always
+   redeclared as vectors, etc.) should remove the problem.
+
+<P><HR>
+<B>Q) POV-Ray renders my galaxy scene, but it is very slow?</B>
+<BR>A: This is probably caused by very large objects; try reducing the
+   <A HREF="#galaxy_distance">galaxy_distance</A> and/or <A HREF="#star_distance">star_distance</A> options as detailed in the first
+   question.  Note, however, that when using many complex pigments like
+   those used by the Galaxy Include Files a certain amount of calculation
+   time is to be expected.
+
+<P><HR>
+<B>Q) I have created an animation using the Galaxy Include File, but the
+   stars seems to flicker annoyingly?</B>
+<BR>A: This is caused by using background stars (mapped to the sky_sphere)
+   which are only suitable for still scenes.  Try setting the
+   <A HREF="#galaxy_sky_sphere">galaxy_sky_sphere</A> option to false <B>before</B> including the <I>Galaxy.*</I> files
+   to remove the problem.
+
+<P><HR>
+<B>Q) I am using the <I>galaxy_pattern_origin</I> and/or <I>galaxy_turb_origin</I> options,
+   and there are some strange artefacts in my galaxy scene?</B>
+<BR>A: This is caused by problems with POV-Ray's internal pigment mapping
+   functions; you should be able to fix the problem by using smaller values
+   for the <A HREF="#galaxy_pattern_origin">galaxy_pattern_origin</A> and <A HREF="#galaxy_turb_origin">galaxy_turb_origin</A> options.
+
+<P><HR>
+<B>Q) I have tried declaring some of the options, but nothing changes?</B>
+<BR>A: Make sure that you have declared all the desired options <B>before</B>
+   including any of the <I>Galaxy.*</I> files.  The files are not designed
+   to be included once at the beginning of a scene.
+
+<P><HR>
+<B>Q) How can I use the Galaxy Include File with Moray (or another modeller)?</B>
+<BR>A: First export your scene from your modeller to a POV file.  Then just add
+   your desired galaxy options to this file, and include the desired
+   <I>Galaxy.*</I> files before rendering the scene.  If your modeller uses a
+   right handed coordinate system (like Moray) declare these two options
+   before any others to ensure that the galaxy objects are positioned
+   properly:
+
+<P><CODE>#declare galaxy_distance = &lt -1, 1, 1&gt * 10000;
+<BR>#declare galaxy_rotate = &lt -90, 180, 0&gt ;</CODE>
+
+<P><HR>
+<B>Q) I want to fly around a galaxy I have created, but this doesn't seem possible?</B>
+<BR>A: This is because the galaxy objects are designed to generally be viewed in the background, and so they are placed at a great distance from the other objects in a scene.
+You can, however, use any of the galaxy objects just as you would any other object in POV-Ray, so that it can translated, rotated, scaled, etc.
+Just use the <A HREF="#galaxy_declare_only">galaxy_declare_only</A> option to create the <CODE>galaxy_object</CODE>, eg:
+
+<P><CODE>#declare galaxy_colour1 = &lt 1.3, 1.2, .9&gt ;
+<BR>#declare galaxy_colour2 = &lt .4, .8, 1&gt ;
+<BR>#declare galaxy_cluster_name = ""
+
+<P>#declare galaxy_object_name = "Galaxy3"
+<BR>#declare galaxy_object_flatten = 0;
+<BR>#declare galaxy_declare_only = true;
+<BR>#include "Galaxy.obj"
+<BR>object {galaxy_object rotate x * 90 scale 10}
+
+<P>camera {location &lt 1, 2, -3&gt look_at &lt 0, .5, 0&gt}</CODE>
+
+<P><HR>
+<B>Q) I rendered my galaxy image using anti-aliasing and all the stars disappeared?</B>
+<BR>A: This is usually the result of using the <I>Galaxy.bg</I> file to create stars as a pigment on the sky_sphere.
+Stars created in this manner will not work well with anti-aliasing, and it is usually a good idea to set the <A HREF="#galaxy_bgstars">galaxy_bgstars</A> option to false to remove these background stars if you plan to render the image with anti-aliasing turned on.
+In their place, you should use the stars created by <I>Galaxy.sf</I>, as these are actual objects with pigments that have already been anti-aliased.
+The best settings for a scene usually depend on the rendering size, but for an 800x600 image these settings work quite well:
+
+<P><CODE>#declare star_count = 5000;
+<BR>#declare star_scale = .5;
+<BR>#include "Galaxy.sf"</CODE>
+
+<P><HR>
+<B>Q) I can't get media to work with the Galaxy Include Files?</B>
+<BR>A: Due to the way the Galaxy Include Files create the galaxy objects and stars, the results obtained using POV-Ray 3.1's media can be unpredictable.
+Part of the problem is caused by the galaxy objects usually being at a great distance from the other objects in a scene, which makes it very difficult for POV-Ray to calculate accurate media interactions.
+One solution is to decrease the <A HREF="#galaxy_distance">galaxy_distance</A> option to bring the galaxy objects closer to the camera, although this can make it difficult to place other objects correctly.
+A better solution might be to use localised media container objects, rather than atmospheric media, to only place the media in those sections of the scene that it is required for.
+This should give you more control over the media interactions in your scene, and possibly increase the rendering speed as well.
+
+
+<P>
+<BR>
+<A NAME="Legal"></A><TABLE WIDTH=100% BORDER=0 CELLPADDING=7><TR><TD BGCOLOR=#C0C0C0>
+<FONT SIZE=+1><B><I>COPYRIGHT AND LEGAL INFORMATION</B></I></FONT>
+</TD></TR></TABLE>
+The <B>Galaxy Include File package</B>, including <I>Galaxy.inc</I>, <I>Galaxy.bg</I>, <I>Galaxy.obj</I>, <I>Galaxy.sf</I>, all documentation, and
+associated sample *.POV files are <B>Copyright 1998</B> by <B>Chris Colefax</B>.  Full
+permission is granted to the user to modify any or all of the files for
+his/her own use.  If modified versions are to be distributed the user
+should make clear the modifications that have been made by him/herself.
+
+<P>The <B>Galaxy Include File package</B> may be bundled with or without other
+software on CD-ROM collections, Bulletin Board systems and other file
+archives, providing that all associated files, including documentation and
+samples, are included.  I would also request that persons intending to
+distribute the <B>Galaxy Include File package</B> in this manner or otherwise
+would first <A HREF="#Contact">contact me</A> to ensure that
+they are in possession of the latest available version.
+
+<P>Further, no restrictions of any sort are placed on the usage of the include
+files themselves (<I>Galaxy.inc, Galaxy.bg, Galaxy.obj</I>, and <I>Galaxy.sf</I>), and scene files or images created using the include
+files remain entirely the property of the user or users who have created
+them.  I claim no liability or responsibility for damages or loss resulting
+from usage of the include files, or any part of the include file package.
+
+
+<P>
+<BR>
+<A NAME="Contact"></A><TABLE WIDTH=100% BORDER=0 CELLPADDING=7><TR><TD BGCOLOR=#C0C0C0>
+<FONT SIZE=+1><B><I>CONTACTING THE AUTHOR</B></I></FONT>
+</TD></TR></TABLE>
+If you wish to contact me with bug reports, bug fixes, criticisms, 
+comments, suggested improvements, questions, etc. you can reach me by 
+email at:
+
+<P><A HREF="mailto:ccolefax@geocities.com">ccolefax@geocities.com</A>
+
+<P>or by regular mail at:
+
+<UL>Chris Colefax
+<BR>PO Box 110
+<BR>Kuranda, Queensland
+<BR>Australia  4872
+
+</UL>
+<HR>
+
+<DIV ALIGN=RIGHT><FONT SIZE=-1><I>
+POV-Ray<FONT SIZE=-2><SUP>TM</SUP></FONT> and Persistence of Vision<FONT SIZE=-2><SUP>TM</SUP></FONT> are registered trademarks of the POV-Ray Team<FONT SIZE=-2><SUP>TM</SUP></FONT>
+</I></FONT></DIV>
+
+</BODY></HTML>

galaxy/Rand.ini

@@ -0,0 +1,25 @@
+; GALAXY INCLUDE FILE: RANDOM GALAXY INI FILE
+; *******************************************
+; Use this file to easily render many different (and unique) galaxy scenes.
+; First, set the Final_Frame option to the number of renderings you want:
+
+Final_Frame=100
+
+; Then render Rand.pov using this INI file, plus any other options
+; you want.  To get the options for a particular galaxy, take note of
+; the frame number and use it to set the following options, eg. if you
+; wanted to find out the options for RAND057.TGA, use 57 (and make
+; sure to remove the semicolons):
+
+;Subset_Start_Frame=57
+;Subset_End_Frame=57
+
+; Then remove the semicolon from the following line (and change the file
+; name if desired):
+
+;Debug_File=GX_OPTS.INC
+
+; You can now render Rand.pov using this INI file, and you will get a
+; file called GX_OPTS.INC (or whatever name you are using) which you
+; can modify and include directly into your scene, before including
+; Galaxy.bg, Galaxy.obj, and Galaxy.sf.

galaxy/Rand.pov

@@ -0,0 +1,8 @@
+// GALAXY INCLUDE FILE: RANDOM GALAXY SCENE FILE
+// *********************************************
+// Use this file to easily render many different (and unique) galaxy
+// scenes.  For more information, see Rand.ini
+
+   #declare galaxy_seed = (clock - .5) * 2e5;
+   #declare debug_options = true;
+   #include "GALAXY.INC"

galaxy/Readme.txt

@@ -0,0 +1,25 @@
+*************************************************
+GALAXY INCLUDE FILE FOR PERSISTENCE OF VISION 3.x
+*************************************************
+
+Included files:
+
+   Galaxy.inc - Galaxy include file for POV-Ray 3.x
+   Galaxy.bg - Galaxy backgrounds file for POV-Ray 3.x
+   Galaxy.obj - Galaxy objects file for POV-Ray 3.x
+   Galaxy.sf - Galaxy starfield file for POV-Ray 3.x
+   Galaxy.htm - Instructions for Galaxy.*
+   Readme.txt - This file
+
+   AllObjs.pov - Samples of all galaxy objects
+   Trifid.pov - Example of custom galaxy scene
+   Rand.pov - Samples of random galaxy scenes
+   Rand.ini - INI file for use with Rand.pov
+   DnmcOpts.pov - Dynamic galaxy options animation
+
+See Galaxy.htm for full instructions regarding installation, usage,
+troubleshooting, copyright, legal and contact information, etc.
+
+All the included *.pov files use Galaxy.inc and/or Galaxy.bg, Galaxy.obj,
+and Galaxy.sf.  Before rendering any of these files, follow the
+instructions in Galaxy.htm to properly install the include files.

galaxy/Trifid.pov

@@ -0,0 +1,45 @@
+// GALAXY INCLUDE FILE: CUSTOM GALAXY SCENE
+// ****************************************
+// This scene shows how Galaxy.obj and Galaxy.sf can be used to build
+// custom galaxy scenes, piece by piece.
+//
+// Recommended resolution: 640 x 480, anti-aliasing on
+
+// STARFIELD
+   #declare star_count = 2000;
+   #declare star_scale = .5;
+   #include "GALAXY.SF"
+
+   #declare galaxy_seed = 1;
+   #declare star_count = 500;
+   #declare star_type = 3;
+   #declare star_colour = <1, .9, .7>;
+   #declare star_scale = 1.5;
+   #include "GALAXY.SF"
+
+// PINK NEBULA
+   #declare galaxy_colour1 = <1.2, 1, 1.1>;
+   #declare galaxy_colour2 = <1, .3, .6>;
+   #declare galaxy_pattern_origin = x * 1;
+   #declare galaxy_turb_origin = x * -4;
+   #declare galaxy_object_name = "Nebula3"
+   #declare galaxy_object_scale = 1.75;
+   #declare galaxy_object_position = <-5, 5, 0>;
+   #declare galaxy_cluster_name = ""
+   #include "GALAXY.OBJ"
+
+// BLUE NEBULA
+   #declare galaxy_colour1 = <.5, .9, 1.2>;
+   #declare galaxy_colour2 = <.1, .3, .5>;
+   #declare galaxy_pattern_origin = x * -20;
+   #declare galaxy_object_name = "Nebula2"
+   #declare galaxy_object_scale = 1.2;
+   #declare galaxy_object_position = <10, -12, 0>;
+   #include "GALAXY.OBJ"
+
+// LARGE STAR
+   #declare galaxy_object_name = "Star1"
+   #declare galaxy_colour1 = <1.5, 1.5, 1.5>;
+   #declare galaxy_object_scale = 1;
+   #declare galaxy_object_position = <17, -10, 0>;
+   #include "GALAXY.OBJ"

geometrie/buckyball/.vimrc

@@ -0,0 +1,35 @@
+version 5.0
+set nocompatible
+let cpo_save=&cpo
+set cpo=B
+map! <xHome> <Home>
+map! <xEnd> <End>
+map! <S-xF4> <S-F4>
+map! <S-xF3> <S-F3>
+map! <S-xF2> <S-F2>
+map! <S-xF1> <S-F1>
+map! <xF4> <F4>
+map! <xF3> <F3>
+map! <xF2> <F2>
+map! <xF1> <F1>
+map <xHome> <Home>
+map <xEnd> <End>
+map <S-xF4> <S-F4>
+map <S-xF3> <S-F3>
+map <S-xF2> <S-F2>
+map <S-xF1> <S-F1>
+map <xF4> <F4>
+map <xF3> <F3>
+map <xF2> <F2>
+map <xF1> <F1>
+map!  }I\begin{yyplcwendO
+map!  >I<yypa/O
+let &cpo=cpo_save
+unlet cpo_save
+set autoindent
+set exrc
+set number
+set ruler
+set shiftwidth=4
+set showmatch
+set textwidth=72

geometrie/buckyball/GNUmakefile

@@ -0,0 +1,27 @@
+# what's where?
+include GNUmakevars
+
+
+all: \
+	test-buckyball.jpg \
+
+
+
+%.ppm: %.pov
+	$(POVRAY) +L$(POVINC) +V -I$< +FP
+
+%.pov: make%
+	$< > $@
+
+
+test-buckyball.ppm: test-buckyball.pov buckyball.pov
+
+
+%.gif: %.ppm
+	ppmquant 256 $< | ppmtogif > $@
+
+%.jpg: %.ppm
+	cjpeg $< > $@
+
+www/%: %
+	cp $< $@

geometrie/buckyball/buckyball.pov

@@ -0,0 +1,102 @@
+#include "colors.inc"
+
+#declare r5 = 0.5 / sin (radians(36));
+#declare rho5 = 0.5 * tan (radians(54));
+#declare rho6 = 0.5 * tan (radians(60));
+#declare v1 = 90 - degrees(asin(rho5/rho6));
+#debug concat("v1 = ", str(v1, 0, 5), "\n")
+#declare a = rho6 * cos(radians(v1)) + r5;
+#declare b = 1;
+#declare c = sqrt(a*a + b*b);
+#declare d = rho6 * sin(radians(v1));
+#declare v2 = 2 * degrees (asin(d/(c-r5)));
+#debug concat("v2 = ", str(v2, 0, 5), "\n")
+#declare e = sin(radians(72));
+#debug concat("e = ", str(e, 0, 5), "\n")
+#declare f = e * sin(radians(v1));
+#debug concat("f = ", str(f, 0, 5), "\n")
+#declare v3 = degrees (asin(f/rho6)) + v1;
+#debug concat("v3 = ", str(v3, 0, 5), "\n")
+
+
+#declare buckyball =
+    intersection {
+	plane {
+	    <0, 1, 0> 1 
+	    pigment { color rgbf <1, 0, 0, 0.5> }
+	}
+	#declare i = 0; 
+	#while (i < 360) 
+	    plane {
+		<0, 1, 0> 1 
+		pigment { color rgbf <1, 1, 0, 0.5> }
+		rotate <0, 0, v1>
+		rotate <0, i, 0>
+	    }
+	    #declare i = i + 72;
+	#end
+
+	#declare i = 36; 
+	#while (i < 360) 
+	    plane {
+		<0, 1, 0> 1 
+		pigment { color rgbf <0, 1, 0, 0.5> }
+		rotate <0, 0, v2>
+		rotate <0, i, 0>
+	    }
+	    #declare i = i + 72;
+	#end
+
+	#declare i = 0; 
+	#while (i < 360) 
+	    plane {
+		<0, 1, 0> 1 
+		pigment { color rgbf <0, 1, 1, 0.5> }
+		rotate <0, 0, v3>
+		rotate <0, i, 0>
+	    }
+	    #declare i = i + 72;
+	#end
+
+	#declare i = 36; 
+	#while (i < 360) 
+	    plane {
+		<0, 1, 0> 1 
+		pigment { color rgbf <0, 0, 1, 0.5> }
+		rotate <0, 0, 180 - v3>
+		rotate <0, i, 0>
+	    }
+	    #declare i = i + 72;
+	#end
+
+	#declare i = 0; 
+	#while (i < 360) 
+	    plane {
+		<0, 1, 0> 1 
+		pigment { color rgbf <1, 0, 1, 0.5> }
+		rotate <0, 0, 180-v2>
+		rotate <0, i, 0>
+	    }
+	    #declare i = i + 72;
+	#end
+
+	#declare i = 36; 
+	#while (i < 360) 
+	    plane {
+		<0, 1, 0> 1 
+		pigment { color rgbf <1, 0, 0, 0.5> }
+		rotate <0, 0, 180-v1>
+		rotate <0, i, 0>
+	    }
+	    #declare i = i + 72;
+	#end
+
+	plane {
+	    <0, 1, 0> 1 
+	    pigment { color rgbf <1, 1, 0, 0.5> }
+	    rotate <0, 0, 180>
+	}
+    }
+
+
+

geometrie/buckyball/povray.ini

@@ -0,0 +1,5 @@
++A
++QR
++HTP
++fp +w800 +h600 
+display_gamma = 2.2

geometrie/buckyball/test-buckyball.pov

@@ -0,0 +1,113 @@
+#include "colors.inc"
+#include "buckyball.pov"
+
+global_settings {
+        assumed_gamma 1.0
+        ambient_light rgb<0.5, 0.5, 0.5>
+}
+
+light_source {
+    <2000, 2000, 2000>
+    color White
+}
+
+
+#declare Camera_Ortho_pl = 0;
+#declare Camera_Ortho_v1 = 0;
+#declare Camera_Ortho_v2 = 0;
+#declare Camera_Ortho_v3 = 0;
+#declare Camera_Ortho_eq = 0;
+#declare Camera_Persp = 1;
+
+
+#if (Camera_Ortho_pl)
+camera {
+        location <5, 0, 0>
+        look_at <0, 0, 0>
+	rotate <0, 0, 90>
+	angle 40
+	orthographic
+
+}
+#end
+#if (Camera_Ortho_v1)
+camera {
+        location <5, 0, 0>
+        look_at <0, 0, 0>
+	rotate <0, 0, 90>
+	rotate <0, 0, v1>
+	rotate <0, 0, 0>
+	angle 40
+	orthographic
+
+}
+#end
+#if (Camera_Ortho_v2)
+camera {
+        location <5, 0, 0>
+        look_at <0, 0, 0>
+	rotate <0, 0, 90>
+	rotate <0, 0, v2>
+	rotate <0, 36, 0>
+	angle 40
+	orthographic
+
+}
+#end
+#if (Camera_Ortho_v3)
+camera {
+        location <5, 0, 0>
+        look_at <0, 0, 0>
+	rotate <0, 0, 90>
+	rotate <0, 0, v3>
+	rotate <0, 0, 0>
+	angle 40
+	orthographic
+
+}
+#end
+#if (Camera_Ortho_eq)
+camera {
+        location <5, 0, 0>
+        look_at <0, 0, 0>
+	angle 40
+	orthographic
+
+}
+#end
+
+#if (Camera_Persp)
+camera {
+        location <5, 4, 3>
+        look_at <0, 0, 0>
+	angle 40
+
+}
+#end
+
+
+object {
+    buckyball
+}
+
+
+#if (1)
+plane {
+    <1, 0, 0>, -10
+    pigment {
+	checker color White*0.7, color White*0.5
+    }
+}
+plane {
+    <0, 1, 0>, -10
+    pigment {
+	checker color White*0.7, color White*0.5
+    }
+}
+plane {
+    <0, 0, 1>, -10
+    pigment {
+	checker color White*0.7, color White*0.5
+    }
+}
+#end

geometrie/menger/GNUmakefile

@@ -0,0 +1,27 @@
+# what's where?
+include GNUmakevars
+
+
+all: \
+	menger.png \
+
+
+
+%.png: %.pov
+	$(POVRAY) +L$(POVINC) +V -I$< +FN
+
+%.pov: make%
+	$< > $@
+
+
+menger.png: menger.pov
+
+
+%.gif: %.ppm
+	ppmquant 256 $< | ppmtogif > $@
+
+%.jpg: %.ppm
+	cjpeg -sample 1x1,1x1,1x1 $< > $@
+
+www/%: %
+	cp $< $@

geometrie/menger/menger.pov

@@ -0,0 +1,85 @@
+#include "colors.inc"
+#include "glass.inc"
+
+#declare Eps = 1E-6;
+
+#macro menger_level(C1, C2, Lev) 
+    #if (Lev > 0) 
+	#local dx = 0;
+	#while (dx < 3) 
+	    #local dy = 0;
+	    #while (dy < 3) 
+		#local dz = 0;
+		#while (dz < 3) 
+
+		    #if ((dx = 1) + (dy = 1) + (dz = 1) < 2)
+
+			menger_level(<C1.x + (C2.x - C1.x)*dx/3,
+				      C1.y + (C2.y - C1.y)*dy/3,
+				      C1.z + (C2.z - C1.z)*dz/3>,
+				     <C1.x + (C2.x - C1.x)*(dx+1)/3,
+				      C1.y + (C2.y - C1.y)*(dy+1)/3,
+				      C1.z + (C2.z - C1.z)*(dz+1)/3>,
+				     Lev-1)
+
+		    #end
+
+		    #local dz = dz + 1;
+		#end
+
+		#local dy = dy + 1;
+	    #end
+
+	    #local dx = dx + 1;
+	#end
+    #else
+	box {
+	    C1 + Eps, C2 - Eps
+	}
+    #end
+
+#end
+
+union {
+    menger_level(<-1, -1, -1>, <1, 1, 1>, 3)
+    // texture { pigment { color rgb <1, 1, 1> }}
+    texture {
+	finish { F_Glass4 }
+	pigment { color rgbf <0.8, 0.6, 0.6, 0.75> }
+    }
+    interior {
+	ior 1.5
+	caustics 1.0
+    }
+
+}
+
+global_settings {
+        assumed_gamma 1.0
+        ambient_light rgb<0.5, 0.5, 0.5>
+	max_trace_level 15
+}
+
+light_source {
+    <2000, 3000, 1000>
+    color White
+}
+
+    
+camera {
+        location <5, 4, 3>
+        look_at <0, 0, 0>
+	angle 40
+
+}
+
+plane {
+    <0, 1, 0>, -1
+    pigment {
+	hexagon 
+	pigment { color <1, 0.5, 0.5> }
+	pigment { color <0.5, 1, 0.5> }
+	pigment { color <0.5, 0.5, 1> }
+	scale 0.1
+    }
+}

geometrie/menger/povray.ini

@@ -0,0 +1,5 @@
++A
++Q9
++HTP
++fp +w800 +h600
+display_gamma = 2.2

glas/GNUmakefile

@@ -0,0 +1,27 @@
+# what's where?
+include GNUmakevars
+
+
+all: \
+	test-glas.jpg \
+
+
+
+%.ppm: %.pov
+	$(POVRAY) +L$(POVINC) +V -I$< +FP
+
+%.pov: make%
+	$< > $@
+
+
+test-glas.ppm: test-glas.pov glas.pov
+
+
+%.gif: %.ppm
+	ppmquant 256 $< | ppmtogif > $@
+
+%.jpg: %.ppm
+	cjpeg $< > $@
+
+www/%: %
+	cp $< $@

glas/glas.pov

@@ -0,0 +1,44 @@
+#include "glass.inc"
+
+#declare glas =
+    union {
+	merge {
+	    difference {
+		cylinder {
+		    <0, 0, 0>, <0, 20, 0>, 3
+		}
+		cylinder {
+		    <0, 1, 0>, <0, 21, 0>, 2.8
+		}
+	    }
+	    torus {
+		2.9, 0.1
+		translate <0, 20, 0>
+	    }
+	    //texture {T_Glass3 }
+	    texture {T_Old_Glass }
+	    interior {
+		ior 1.5
+		caustics 1.0
+	    }
+
+	}
+	cylinder {
+	    <0, 1, 0> <0, 10, 0>, 2.8
+	    texture {
+		pigment {
+		    rgbf <1, 1.0, 1.0, 0.0>
+		}
+		finish {
+		    reflection 0.3
+		    caustics 1.0
+		}
+	    }
+	    interior {
+		ior 1.33
+	    }
+	}
+    }
+
+
+

glas/povray.ini

@@ -0,0 +1,5 @@
++A
++QR
++HTP
++fp +w400 +h300 
+display_gamma = 2.2

glas/test-glas.pov

@@ -0,0 +1,66 @@
+#include "colors.inc"
+
+global_settings {
+        assumed_gamma 1.0
+        ambient_light rgb<0.5, 0.5, 0.5>
+}
+
+light_source {
+    <2000, 2000, 2000>
+    color White
+}
+
+
+#declare Camera_Totale = 1;
+//#declare Camera_Frosch = 1;
+//#declare Camera_Triebwerk = 1;
+//#declare Camera_Pol = 1;
+
+#ifdef (Camera_Frosch)
+camera {
+        location <0, 2, 40>
+        look_at <0, 8, 0>
+	angle 40
+}
+#end
+
+#ifdef (Camera_Pol)
+camera {
+        location <1, 4700, 0>
+        look_at <0, 1800, 0>
+	angle 40
+}
+#end
+
+#ifdef (Camera_Triebwerk)
+camera {
+        location <1650, 1700, 0>
+        look_at <650, 1500, 0>
+}
+#end
+
+#ifdef (Camera_Totale)
+camera {
+        location <20, 30, -40>
+        look_at <0, 10, 0>
+	angle 40
+
+}
+#end
+
+#include "glas.pov"
+
+object {
+    glas
+}
+
+
+#if (1)
+background { color rgb<0.2, 0.4, 0.8>  }
+plane {
+    <0, 1, 0>, 0
+    pigment {
+	checker color White*0.7, color White*0.5
+    }
+}
+#end

mensch/GNUmakefile

@@ -0,0 +1,19 @@
+include GNUmakevars
+
+all: \
+	test-kopf.ppm \
+	test-hand.ppm \
+	test-torso.ppm \
+	test-mensch.ppm \
+
+
+%.ppm: %.pov
+	$(POVRAY) +V -I$< +L$(POVINC) +FP
+
+%.pov: make%
+	$< > $@
+
+test-kopf.ppm: test-kopf.pov kopf.pov 
+test-hand.ppm: test-hand.pov hand.pov 
+test-torso.ppm: test-torso.pov torso.pov 
+test-mensch.ppm: test-mensch.pov mensch.pov bein.inc

mensch/bein.inc

@@ -0,0 +1,113 @@
+	// backen
+	sphere {
+	    <0, 0, 0>
+	    1/BR
+	    BS
+	    scale <R_AB_X, R_AB_Y, R_AB_Z>
+	    translate <K_AB_X, K_AB_Y, K_AB_Z>
+	    scale <LR, 1, 1>
+	}
+
+	// oberschenkel
+	cylinder {
+	    <0, 0, 0>
+	    <0, -L_OS, 0>
+	    R_OK/BR
+	    BS
+	    rotate <A_OS_X, 0, 0>
+	    rotate <0, A_OS_Y, 0>
+	    rotate <0, 0, A_OS_Z>
+	    translate <R_BECKEN, 0, 0>
+	    scale <LR, 1, 1>
+	}
+	sphere {
+	    <0, 0, 0>
+	    1/BR
+	    BS
+	    scale <R_OS, -L_OS/2, R_OS>
+	    translate <0, -L_OS/2, 0>
+
+	    rotate <A_OS_X, 0, 0>
+	    rotate <0, A_OS_Y, 0>
+	    rotate <0, 0, A_OS_Z>
+	    translate <R_BECKEN, 0, 0>
+	    scale <LR, 1, 1>
+	}
+
+	// knie
+	sphere {
+	    <0, 0, 0>
+	    1/BR,
+	    BS
+	    scale <R_K_X, R_K_Y, R_K_Z>
+	    translate <0, 0, -R_OK>
+	    rotate <A_US_X/2, 0, 0>
+	    rotate <0, A_US_Y/2, 0>
+	    rotate <0, 0, A_US_Z/2>
+	    translate <0, -L_OS, 0>
+
+	    rotate <A_OS_X, 0, 0>
+	    rotate <0, A_OS_Y, 0>
+	    rotate <0, 0, A_OS_Z>
+	    translate <R_BECKEN, 0, 0>
+	    scale <LR, 1, 1>
+	}
+	
+	// unterschenkel
+	cylinder {
+	    <0, 0, 0>
+	    <0, -L_US, 0>
+	    R_UK/BR
+	    BS
+	    rotate <A_US_X, 0, 0>
+	    rotate <0, A_US_Y, 0>
+	    rotate <0, 0, A_US_Z>
+	    translate <0, -L_OS, 0>
+	  
+	    rotate <A_OS_X, 0, 0>
+	    rotate <0, A_OS_Y, 0>
+	    rotate <0, 0, A_OS_Z>
+	    translate <R_BECKEN, 0, 0>
+	    scale <LR, 1, 1>
+	}
+	sphere {
+	    <0, 0, 0>
+	    1/BR
+	    BS
+	    scale <0.070, 0.100, 0.050>
+	    translate <0, -0.100, 0.030>
+	    rotate <A_US_X, 0, 0>
+	    rotate <0, A_US_Y, 0>
+	    rotate <0, 0, A_US_Z>
+	    translate <0, -L_OS, 0>
+	  
+	    rotate <A_OS_X, 0, 0>
+	    rotate <0, A_OS_Y, 0>
+	    rotate <0, 0, A_OS_Z>
+	    translate <R_BECKEN, 0, 0>
+	    scale <LR, 1, 1>
+	}
+
+	// fuß
+	cylinder {
+	    <0, H_FERSE, L_FERSE>
+	    <0, H_MFUSS, -L_MFUSS>
+	    R_FERSE/BR
+	    BS
+	    rotate <A_FUSS_X, 0, 0>
+	    rotate <0, A_FUSS_Y, 0>
+	    rotate <0, 0, A_FUSS_Z>
+	    translate <0, -L_US, 0>
+	  
+	    rotate <A_US_X, 0, 0>
+	    rotate <0, A_US_Y, 0>
+	    rotate <0, 0, A_US_Z>
+	    translate <0, -L_OS, 0>
+	  
+	    rotate <A_OS_X, 0, 0>
+	    rotate <0, A_OS_Y, 0>
+	    rotate <0, 0, A_OS_Z>
+	    translate <R_BECKEN, 0, 0>
+	    scale <LR, 1, 1>
+	}
+

mensch/mensch.pov

@@ -0,0 +1,164 @@
+// Mensch
+// Bounding-Box: <-0.50, 0, -0.20>, <0.50, 1.75, 0.20>
+// Blickrichtung -z
+
+#declare BR = .65
+#declare BS = 3
+#declare BD = BS*pow((1-pow(BR,2)),2)
+
+#declare R_BECKEN  = 0.100
+#declare H_BECKEN  = 0.800
+#declare R_AB_X	   = 0.100
+#declare R_AB_Y	   = 0.100
+#declare R_AB_Z	   = 0.070
+#declare K_AB_X	   = 0.080
+#declare K_AB_Y	   = 0.030
+#declare K_AB_Z	   = 0.020
+#declare L_OS	   = 0.400
+#declare R_OS	   = 0.080
+#declare R_OK	   = 0.040
+#declare A_OS_X	   = 0
+#declare A_OS_Y	   = 0
+#declare A_OS_Z	   = 0
+#declare R_K_X	   = 0.020
+#declare R_K_Y	   = 0.040
+#declare R_K_Z	   = 0.020
+#declare L_US	   = 0.320
+#declare R_UK	   = 0.040
+#declare A_US_X	   = -0		// always use negative values!
+#declare A_US_Y	   = 0		// should be 0
+#declare A_US_Z	   = 0		// should be 0
+#declare L_FERSE   = 0.030
+#declare H_FERSE   = -0.050
+#declare R_FERSE   = 0.030
+#declare L_MFUSS   = 0.140
+#declare H_MFUSS   = -0.060
+#declare L_ZEHEN   = 0.070
+#declare A_FUSS_X  = 0
+#declare A_FUSS_Y  = 0
+#declare A_FUSS_Z  = 0		// should be about 0
+
+#declare K_WSU_Z   = 0.050
+#declare K_WSO_Z   = 0.080
+#declare K_WSO_Y   = 0.350
+
+#declare K_BU_Z   = 0.000
+#declare K_BO_Z   = 0.000
+#declare K_BO_Y   = 0.350
+#declare R_B_X    = 0.100
+#declare R_B_Z    = 0.070
+
+#declare K_RU_X   = 0.050
+#declare K_RU_Y   = 0.100
+#declare K_RU_Z   = 0.000
+#declare K_RO_X   = 0.130
+#declare K_RO_Y   = 0.450
+#declare K_RO_Z   = 0.050
+#declare R_R_X    = 0.080
+#declare R_R_Y    = 0.020
+#declare R_R_Z    = 0.060
+#declare A_R_X    = -5
+#declare A_R_Z    = 10
+
+#declare R_N_X    = 0.200
+#declare R_N_Y    = 0.040
+#declare R_N_Z    = 0.050
+#declare K_N_Y    = 0.430
+#declare K_N_Z    = 0.040
+
+#declare K_HU_X   = 0.000
+#declare K_HU_Y   = 0.450
+#declare K_HU_Z   = 0.050
+#declare K_HO_X   = 0.000
+#declare K_HO_Y   = 0.550
+#declare K_HO_Z   = 0.050
+#declare R_H_X    = 0.050
+#declare R_H_Y    = 0.050
+#declare R_H_Z    = 0.060
+#declare A_H_X    = 0
+#declare A_H_Z    = 0
+
+
+#declare mensch =
+    blob {
+	threshold BD
+
+
+	// linke seite
+	#declare LR = 1
+	#include "bein.inc"
+
+	// rechte seite
+	#declare LR = -1
+	#include "bein.inc"
+
+
+/*
+	// wirbelsäule
+	cylinder {
+	    <0, 0, K_WSU_Z>
+	    <0, K_WSO_Y, K_WSO_Z>
+	    0.02/BR
+	    BS
+	}
+*/
+
+
+	// bauch
+	cylinder {
+	    <0, 0, K_BU_Z>
+	    <0, K_BO_Y, K_BO_Z>
+	    R_B_Z/BR
+	    BS
+	    scale <R_B_X/R_B_Z, 1, 1>
+	}
+
+	// rücken
+	cylinder {
+	    <-0, K_RU_Y, 0>
+	    <-0, K_RO_Y, 0>
+	    R_R_Y/BR
+	    BS
+	    scale <R_R_X/R_R_Y, R_R_Y/R_R_Y, R_R_Z/R_R_Y>
+	    rotate <-A_R_X, 0>
+	    rotate <0, 0, -A_R_Z>
+	    translate <+K_RU_X, 0, K_RU_Z>
+	}
+	cylinder {
+	    <-0, K_RU_Y, 0>
+	    <-0, K_RO_Y, 0>
+	    R_R_Y/BR
+	    BS
+	    scale <R_R_X/R_R_Y, R_R_Y/R_R_Y, R_R_Z/R_R_Y>
+	    rotate <-A_R_X, 0>
+	    rotate <0, 0, A_R_Z>
+	    translate <-K_RU_X, 0, K_RU_Z>
+	}
+
+	#if (1)
+	// nacken
+	sphere {
+	    <0, 0, 0>
+	    1/BR
+	    BS
+	    scale <R_N_X, R_N_Y, R_N_Z>
+	    translate <0, K_N_Y, K_N_Z>
+	}
+	#end
+
+	// hals
+	cylinder {
+	    <-0, K_HU_Y, 0>
+	    <-0, K_HO_Y, 0>
+	    R_H_Y/BR
+	    BS
+	    scale <R_H_X/R_H_Y, R_H_Y/R_H_Y, R_H_Z/R_H_Y>
+	    rotate <-A_H_X, 0>
+	    rotate <0, 0, A_H_Z>
+	    translate <-K_HU_X, 0, K_HU_Z>
+	    texture { pigment { color  Red } }
+	}
+
+	texture { pigment { color  White } }
+	translate <0, H_BECKEN, 0>
+    }

mensch/test-kopf.pov

@@ -0,0 +1,35 @@
+#include "colors.inc"
+#include "shapes.inc"
+#include "textures.inc"
+#include "metals.inc"
+#include "stones.inc"
+
+global_settings {
+        assumed_gamma 1.0
+        ambient_light rgb<0.5, 0.5, 0.5>
+}
+light_source {
+    <-200, 200, -200>
+    color White
+}
+light_source {
+    <200, 200, -200>
+    color Red
+}
+light_source {
+    <200, 200, 200>
+    color Green
+}
+light_source {
+    <-200, 200, 200>
+    color Blue
+}
+camera {
+        location <-0.5, 0, 0.0>
+        look_at <-0, 0, 0>
+	rotate <0, 30*clock, 0>
+}
+
+#include "kopf.pov"
+
+object { kopf }

mensch/test-mensch.pov

@@ -0,0 +1,38 @@
+#include "colors.inc"
+#include "shapes.inc"
+#include "textures.inc"
+#include "metals.inc"
+#include "stones.inc"
+
+global_settings {
+        assumed_gamma 1.0
+        ambient_light rgb<0.5, 0.5, 0.5>
+}
+light_source {
+    <-200, 200, -200>
+    color White
+}
+
+camera {
+        location <-2, 1.7, 2>
+        look_at <-0, 0.9, 0>
+	rotate <0, 30*clock, 0>
+	angle 45
+}
+
+#include "mensch.pov"
+
+object { mensch }
+
+plane {
+    <0, 1, 0>
+    0
+    texture {
+	pigment {
+	    checker
+	    color <0.5, 0.5, 1>
+	    color White
+	}
+    }
+}
+

pr/ag-schacht/GNUmakefile

@@ -0,0 +1,25 @@
+# what's where?
+include GNUmakevars
+
+
+all: \
+	test-ag-schacht.png \
+
+
+%.ppm: %.pov
+	$(POVRAY) +W$(WIDTH) +H$(HEIGHT) +V -I$< +L$(POVINC) +L../../lib/ +D +FP
+
+%.png: %.pov
+	$(POVRAY) +V -I$< +L$(POVINC) +L../../lib/ +D +FN
+
+%.pov: make%
+	$< > $@
+
+
+
+test-ag-schacht.png: test-ag-schacht.pov \
+    ag-schacht.pov
+
+
+%.gif: %.ppm
+	ppmquant 256 $< | ppmtogif > $@

pr/ag-schacht/T_arkonstahl.pov

@@ -0,0 +1,26 @@
+/* 
+    $Id: T_arkonstahl.pov,v 1.1 2000/06/28 22:13:00 hjp Exp $
+
+    Textur für Arkonstahl. 
+    
+    Abgeleitet von Terkonit-Textur von 
+    Harald Ottacher
+    ottacher@iwf.tu-graz.ac.at
+    http://www.hjp.at/pr/3d/kr100/
+
+ */
+#declare T_arkonstahl =
+texture {
+  pigment { color red 0.4 green 0.4 blue 0.8}
+  finish {
+    metallic
+    ambient 0.0
+    diffuse 0.7
+    brilliance 1
+    reflection 0.1
+    specular 0.7
+    roughness 1/60
+  }
+} 
+
+

pr/ag-schacht/ag-schacht.pov

@@ -0,0 +1,141 @@
+#include "T_arkonstahl.pov"
+#include "section.povinc"
+
+#declare RHA = 750;
+#declare RHI = 745;
+#declare RAG = 5;
+#declare DAG = 0.2;
+#declare D = 1;
+#declare Eps = 1E-6;
+
+#declare HLeucht = 3;
+#declare HLeuchtKap = 0.2;
+#declare RLeucht = 0.04;
+
+
+#declare ag_schacht =
+    union {
+	difference {
+	    sphere {
+		<0, 0, 0>, RHA
+	    }
+	    sphere {
+		<0, 0, 0>, RHI
+	    }
+	    texture { T_arkonstahl }
+	}
+
+	#local A = 0;
+	#while (A < 360)
+	    object {
+		section (
+		    difference {
+			cylinder {
+			    <0, -RHA, 0>,
+			    <0, RHA, 0>,
+			    RAG + DAG
+			}
+			cylinder {
+			    <0, -(RHA+Eps), 0>,
+			    <0, RHA+Eps, 0>,
+			    RAG
+			}
+		    }
+		    A-10, A+10
+		)
+		texture { T_arkonstahl }
+	    }
+	    #local A = A + 60;
+	#end
+	#local H = 700;
+
+	#while (H < RHA) 
+	    #local R = sqrt(RHA*RHA - H * H);
+	    union {
+		difference {
+		    cylinder {
+			<0, H - D/2, 0>,
+			<0, H + D/2, 0>,
+			R
+		    }
+		    cylinder {
+			<0, H - D/2 - Eps, 0>,
+			<0, H + D/2 + Eps, 0>,
+			RAG
+		    }
+		    texture { T_arkonstahl }
+
+		}
+		#local A = 0;
+		#while (A < 360)
+		    union {
+			union {
+			    cylinder {
+				<0, H - HLeucht/2, RAG - RLeucht * 1.5>,
+				<0, H - HLeucht/2 - (HLeuchtKap - RLeucht/2) , RAG - RLeucht * 1.5>,
+				RLeucht
+			    }
+			    cylinder {
+				<0, H - HLeucht/2, RAG - RLeucht * 1.5>,
+				<0, H - HLeucht/2 - HLeuchtKap , RAG - RLeucht * 1.5>,
+				RLeucht/2
+			    }
+			    torus {
+				RLeucht/2, RLeucht/2
+				translate <0, H - HLeucht/2 - (HLeuchtKap - RLeucht/2) , RAG - RLeucht * 1.5>
+			    }
+			    cylinder {
+				<0, HLeucht/2 - HLeuchtKap/2, RAG - RLeucht * 1.5>,
+				<0, HLeucht/2 - HLeuchtKap/2, RAG>,
+				RLeucht
+
+			    }
+			    texture { T_arkonstahl }
+			}
+			union {
+			    cylinder {
+				<0, H + HLeucht/2, RAG - RLeucht * 1.5>,
+				<0, H + HLeucht/2 + (HLeuchtKap - RLeucht/2) , RAG - RLeucht * 1.5>,
+				RLeucht
+			    }
+			    cylinder {
+				<0, H + HLeucht/2, RAG - RLeucht * 1.5>,
+				<0, H + HLeucht/2 + HLeuchtKap , RAG - RLeucht * 1.5>,
+				RLeucht/2
+			    }
+			    torus {
+				RLeucht/2, RLeucht/2
+				translate <0, H + HLeucht/2 + (HLeuchtKap - RLeucht/2) , RAG - RLeucht * 1.5>
+			    }
+			    cylinder {
+				<0, HLeucht/2 + HLeuchtKap/2, RAG - RLeucht * 1.5>,
+				<0, HLeucht/2 + HLeuchtKap/2, RAG>,
+				RLeucht
+
+			    }
+			    texture { T_arkonstahl }
+			}
+			cylinder {
+			    <0, H - HLeucht/2, RAG - RLeucht * 1.5>,
+			    <0, H + HLeucht/2, RAG - RLeucht * 1.5>,
+			    RLeucht
+			    texture {
+				pigment {
+				    color <1-sin(radians(A))*0.2,
+				           1-sin(radians(A+120))*0.2,
+					   1-sin(radians(A+240))*0.2>
+				}
+				finish {
+				    ambient 16
+				}
+			    } 
+			}
+			rotate <0, A, 0>
+		    }
+		    #local A = A + 60;
+		#end
+	    }
+	    #local H = H + 5;
+	#end
+    }
+

pr/ag-schacht/povray.ini

@@ -0,0 +1,6 @@
++MB5
++QR
+-A
++HTN
++fp +w640 +h480 +d1 
+display_gamma = 2.2

pr/ag-schacht/test-ag-schacht.pov

@@ -0,0 +1,39 @@
+#version unofficial MegaPov 0.5;
+#include "colors.inc"
+#include "shapes.inc"
+#include "textures.inc"
+#include "metals.inc"
+#include "stones.inc"
+
+#include "ag-schacht.pov"
+
+
+#default {finish {ambient 0.1 diffuse 0.3 brilliance 0}}
+
+global_settings {
+        assumed_gamma 1.0
+        ambient_light rgb<0.1, 0.1, 0.1>
+	radiosity {
+	    pretrace_start 0.04
+	    pretrace_end 0.005
+	    count 300
+	    recursion_limit 3
+	    nearest_count 10
+	    error_bound 0.3
+	    low_error_factor 1
+	    //adc_bailout 1
+	}
+}
+
+#local CP = <0, 740+D+1.7, RAG*0.8>;
+camera {
+        location CP
+        look_at <-0, 0, 0>
+	angle 32
+}
+
+object {
+    ag_schacht
+}
+
+

pr/einparken/GNUmakefile

@@ -0,0 +1,18 @@
+# what's where?
+include GNUmakevars
+
+
+all: \
+	einparken.png \
+
+%.jpg: %.png
+	cjpeg $< > $@
+
+%.png: %.pov
+	$(POVRAY) +L$(POVINC) +V -I$< +FN
+
+%.pov: make%
+	$< > $@
+
+einparken.png: einparken.pov ../sol/sz.pov
+

pr/einparken/einparken.pov

@@ -0,0 +1,69 @@
+#include "colors.inc"
+#include "shapes.inc"
+#include "textures.inc"
+#include "metals.inc"
+#include "stones.inc"
+
+global_settings {
+        assumed_gamma 1.0
+        ambient_light rgb<0.5, 0.5, 0.5>
+}
+background { color rgb<0.2, 0.4, 0.8>  }
+light_source {
+    <200000, 200000, 200000>
+    color White
+}
+
+#declare Camera_Totale = 1;
+
+#ifdef (Camera_Triebwerk)
+camera {
+        location <1650, 1700, 0>
+        look_at <1250, 1300, 0>
+}
+#end
+
+#ifdef (Camera_Totale)
+camera {
+	angle 40
+        location <15000, 5000, 5000>
+        look_at <0, 1300, 0>
+}
+#end
+
+#declare Landestuetzen_ausgefahren = 1;
+
+#include "sz.pov"
+
+object {
+    SZ
+    rotate <180, 0, 0>
+    translate <0, 1250, 0>
+}
+
+#local X = -5;
+#while (X <= 5) 
+    #local Z = -5;
+    #while (Z <= 5)
+
+	#if (X != 0 | Z != 0) 
+	    object {
+		SZ
+		translate <X*4000, 1280, Z*4000>
+	    }
+	#end
+
+	#local Z = Z + 1;
+    #end
+
+    #local X = X + 1;
+#end
+
+
+plane {
+    <0, 1, 0>, 0.3
+    pigment {
+	checker color White*0.7, color White*0.5
+    }
+}
+

pr/einparken/povray.ini

@@ -0,0 +1,9 @@
++HTP
++fp +w800 +h600 
+display_gamma = 2.2
++L../roboter
++L../../blbman40
++L../../galaxy
++L../sol
++D
++QR

pr/entdecker/.cvsignore

@@ -0,0 +1,2 @@
+*.ppm
+*.jpg

pr/entdecker/.vimrc

@@ -0,0 +1,32 @@
+version 5.0
+set nocompatible
+let cpo_save=&cpo
+set cpo=B
+map! <xHome> <Home>
+map! <xEnd> <End>
+map! <S-xF4> <S-F4>
+map! <S-xF3> <S-F3>
+map! <S-xF2> <S-F2>
+map! <S-xF1> <S-F1>
+map! <xF4> <F4>
+map! <xF3> <F3>
+map! <xF2> <F2>
+map! <xF1> <F1>
+map <xHome> <Home>
+map <xEnd> <End>
+map <S-xF4> <S-F4>
+map <S-xF3> <S-F3>
+map <S-xF2> <S-F2>
+map <S-xF1> <S-F1>
+map <xF4> <F4>
+map <xF3> <F3>
+map <xF2> <F2>
+map <xF1> <F1>
+let &cpo=cpo_save
+unlet cpo_save
+set autoindent
+set exrc
+set number
+set shiftwidth=4
+set showmatch
+set nowrap