#include "colors.inc"
#include "stars.inc"

#macro _color( _r, _g, _b )
   rgb < _r, _g, _b > / 255
#end

#declare rings = union {
   torus {
      75, 2
      scale < 1, .005, 1 >
   }
   torus {
      78, .5
      scale < 1, .02, 1 >
   }
   torus {
      87, 5
      scale < 1, .002, 1 >
   }
   torus {
      95, .25
      scale < 1, .04, 1 >
   }
   torus {
      100, .5
      scale < 1, .02, 1 >
   }
}

#declare RingTexture = texture {
	pigment {
		bozo	
		turbulence 0.65
		octaves 6
		omega 0.7
		lambda 4
		color_map {
			[ 0.1	color rgb <1, 1, 1>     ]
			[ 0.6	color rgb <.8, .8, .8>  ]
			[ 0.85	color rgbt <1, 1, 1, 1> ]
			[ 1.0	color rgbt <1, 1, 1, 1> ]
		}
	}
	finish {
		reflection .2
		diffuse .4
	}
}

#declare r1 = seed( 0 );

#declare CloudBand1 = pigment {
	bozo	
	turbulence 1
	octaves 6
	omega 0.7
	lambda 3
	color_map {
		[ 0.33	color _color( 127, 070, 006 ) ]
		[ 0.67	color _color( 188, 118, 037 ) ]
		[ 1.0	color _color( 150, 108, 060 ) ]
	}
}
#declare CloudBand2 = pigment {
	bozo	
	turbulence 1
	octaves 6
	omega 0.7
	lambda 3
	color_map {
		[ 0.05	color _color( 219, 143, 013 ) ]
		[ 0.1	color _color( 242, 158, 014 ) ]
		[ 0.5	color _color( 153, 102, 015 ) ]
		[ 1.0	color _color( 242, 190, 101 ) ]
	}
}
#declare CloudBand3 = pigment {
	bozo	
	turbulence 1
	octaves 6
	omega 0.7
	lambda 3
	color_map {
		[ 0.25	color _color( 239, 133, 011 ) ]
		[ 0.50  color _color( 248, 176, 097 ) ]	
		[ 1.0	color _color( 249, 184, 109 ) ]
	}
}
#declare CloudBand4 = pigment {
	bozo
	turbulence 1
	octaves 6
	omega 0.7
	lambda 3
	color_map {
		[ 0.33	color _color( 181, 089, 019 ) ]
		[ 0.67	color _color( 226, 129, 054 ) ]
		[ 1.0	color _color( 132, 079, 038 ) ]
	}
}

#declare otherworldTexture = texture {
	pigment { color Copper }
	pigment {
		gradient y
		turbulence .33
		pigment_map {
			[ 0.15	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.16	CloudBand2 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.22	CloudBand2 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.23	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.29	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.3	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.4	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.41	CloudBand4 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.45	CloudBand4 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.46	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.54	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.55	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.7	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.71	CloudBand4 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.78	CloudBand4 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.79	CloudBand2 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.84	CloudBand2 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.85	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 1.0	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
		}				
		#declare _warper = 0;
		#while (_warper < 50 )
			#declare xzangle = rand(r1) * pi * 2;
			#declare yzangle = rand(r1) * pi * 2;
			#declare new_rad = cos( yzangle );
			#declare _y = sin( yzangle );
			#declare _x = cos( xzangle ) * new_rad;
			#declare _z = sin( xzangle ) * new_rad;
			warp {
				black_hole < _x, _y, _z >, rand( r1 ) * .1 + .1
			}
			#declare _warper = _warper + 1;
		#end
	}
}

#declare CloudBand1 = pigment {
	bozo	
	turbulence 1
	octaves 6
	omega 0.7
	lambda 3
	color_map {
		[ 0.33	color _color( 038, 132, 079 ) ]
		[ 0.67	color _color( 042, 191, 106 ) ]
		[ 1.0	color _color( 007, 145, 067 ) ]
	}
}
#declare CloudBand2 = pigment {
	bozo	
	turbulence 1
	octaves 6
	omega 0.7
	lambda 3
	color_map {
		[ 0.05	color _color( 079, 198, 145 ) ]
		[ 0.1	color _color( 013, 165, 097 ) ]
		[ 0.5	color _color( 070, 160, 120 ) ]
		[ 1.0	color _color( 034, 117, 079 ) ]
	}
}
#declare CloudBand3 = pigment {
	bozo	
	turbulence 1
	octaves 6
	omega 0.7
	lambda 3
	color_map {
		[ 0.33	color _color( 013, 170, 063 ) ]
		[ 0.67	color _color( 048, 147, 080 ) ]
		[ 1.0	color _color( 060, 216, 110 ) ]
	}
}
#declare CloudBand4 = pigment {
	bozo
	turbulence 1
	octaves 6
	omega 0.7
	lambda 3
	color_map {
		[ 0.33	color _color( 025, 181, 123 ) ]
		[ 0.67	color _color( 062, 132, 106 ) ]
		[ 1.0	color _color( 055, 178, 133 ) ]
	}
}

#declare thisworldTexture = texture {
	pigment { color Copper }
	pigment {
		gradient y
		turbulence .33
		pigment_map {
			[ 0.15	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.16	CloudBand2 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.22	CloudBand2 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.23	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.29	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.3	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.4	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.41	CloudBand4 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.45	CloudBand4 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.46	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.54	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.55	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.7	CloudBand1 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.71	CloudBand4 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.78	CloudBand4 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.79	CloudBand2 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.84	CloudBand2 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 0.85	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
			[ 1.0	CloudBand3 rotate < 1, .1, 1 > * rand(r1) * 360 ]
		}				
		#declare _warper = 0;
		#while (_warper < 50 )
			#declare xzangle = rand(r1) * pi * 2;
			#declare yzangle = rand(r1) * pi * 2;
			#declare new_rad = cos( yzangle );
			#declare _y = sin( yzangle );
			#declare _x = cos( xzangle ) * new_rad;
			#declare _z = sin( xzangle ) * new_rad;
			warp {
				black_hole < _x, _y, _z >, rand( r1 ) * .1 + .1
			}
			#declare _warper = _warper + 1;
		#end
	}
}

#declare otherworld = union {
   object { rings texture { RingTexture } }
   sphere { < 0, 0, 0 >, 60 texture { otherworldTexture scale 50 } }
   scale 10
}


#declare thisworld = sphere { < 0, 0, 0 >, 10 texture { thisworldTexture } }

camera {
   location < 0, .01, -230 >
   look_at < 0, 5, 0 >
}

light_source {
   < -1000, 1000, -1000 >
   White * 2
}

sphere {
	< 0, 0, 0 >, 10000
	hollow
	texture { Starfield3 scale 1000 finish { ambient 1.5 diffuse 0 } }
}

object { otherworld rotate x * -70 rotate y * 30 translate < 150, 250, 1900 > }
object { thisworld translate < 0, -10, -230 > }

#include "enterprise-e.inc"

object { enterprise_e rotate x * 270 rotate y * 80 rotate x * -60 scale .00005 translate < -.01, .009, -229.975 > }