HexaCone/elements.inc

/*
 *   nouveau projet Thu Dec  5 11:37:05 AM UTC 2024
 */

#declare HexaCone_shape = object
{
#local RA = 0.125;
#local RB = 0.001;
union	{
	cone { 0, RA, <-1,  0,  0>, RB }
	cone { 0, RA, < 1,  0,  0>, RB }
	cone { 0, RA, < 0,  0,  1>, RB }
	cone { 0, RA, < 0,  0, -1>, RB }
	cone { 0, RA, < 0,  1,  0>, RB }
	cone { 0, RA, < 0, -1,  0>, RB }
	}
}

#declare HexaCone_body = object
{
union	{
	difference {
		object { HexaCone_shape }
		object { HexaCone_shape scale 0.99 }
		sphere {0, 0.24 }
		cylinder { <-1, 0, 0.55>, <1, 0, 0.55>,
					RA*0.40 }
		}
	difference {
		sphere {0, 0.20 }
		sphere {0, 0.18 }
		cylinder {-x, x, 0.10 }
		cylinder {-y, y, 0.10 }
		cylinder {-z, z, 0.10 }
		}
	light_source { 0, rgb <0.99, 0.05, 0.05>
		fade_distance	0.99
		fade_power	1.58
		}
	}
texture { New_Penny }
}

/*
 *
 */
#local Branche_radar = object
{
#local D1 = 0.08;
#local D2 = 0.0035;
merge	{
	cone { 0, D2, 0.04*y, 0.00007 }
	sphere { 0, D2*2.2 scale <1, 1.77, 1> }
	intersection {
		torus { D1, D2 }
		box { <2, -2, 2>, <0, 2, 0> }
		rotate x*90
		translate -D1*x
		}
	}
}
#declare HexaCone_radar = object
{
union	{
#for (foo, 0, 360, 60)
	#local RR = 0.12;
	#local PX = RR * sin(radians(foo));
	#local PZ = RR * cos(radians(foo));
	object { Branche_radar
		rotate y*(foo-90)
		translate <PX, 0, PZ>
		}
	#local R2  = 0.08;
#end
	torus { R2, 0.0034 translate -0.08*y }
	}
texture { Soft_Silver scale 6.0 }
}

/*
 * new Mon Dec 16 12:44:44 PM UTC 2024
 */
#local Une_derive = object
{
difference {
	merge	{
		sphere { 0, 0.009 scale <1, 1, 4.70>
				translate <0, 0.26, -0.17> }
		cone { <0, -0.1, 0>, 0.09, <0, 0.26, -0.17>, 0.0096
				scale <0.14, 1, 1> }
		}
	box { <-1, -1, -1>, <1, 0, 1> }
	}
texture { Soft_Silver scale 6.0 }
}
#declare HexaCone_derives = object
{
union	{
	object { Une_derive }
	object { Une_derive rotate  120*z }
	object { Une_derive rotate -120*z }
	}
}

#declare HexaCone_head = object
{
#local DTa = 0.278;
#local DTb = 0.030;

merge	{
	difference {
		torus { DTa, DTb }
		#local TB = 0.50;
		box { <-TB, -TB, TB>, <TB, TB, 0> }
		}
	sphere { 0, DTb*1.55 translate -DTa*x }
	sphere { 0, DTb*1.55 translate  DTa*x }
	}
texture { Orange_Glass }
}

/*
 *
 */
#local Rtuy = 0.06;
#local Ltuy = 0.09;
#local Etuy = 0.01;		// epaisseur des parois
#declare Tuyere = object
{
#local dX = Ltuy;
merge	{
	#local R2 = Rtuy - (Etuy/2.0);
	intersection {
		torus { R2, Etuy/2 scale <1, 18, 1> }
		box { <-1, 0, -1>, <1, 1, 1> }
		rotate 90*z translate  -dX*x 
		}
	torus { R2, Etuy/2 scale <1, 0.75, 1> rotate 90*z translate dX*x }

#if (1)
	#difference {
		cylinder { <-dX, 0, 0>, <dX, 0, 0>, Rtuy }
		cylinder { <-(dX+1), 0, 0>, <dX+2, 0, 0>, Rtuy-Etuy }
		}
#end

	cylinder { y*Rtuy, y*(Rtuy+0.08), 0.010 scale <2.95, 1, 1> }
	}
texture { T_Brass_1C }
}

#declare Les_Tuyeres = object
{
union	{
	#local E = 0.59;
	object { Tuyere     translate -E*z }
	object { Tuyere     translate  E*z }
	}
rotate -y*90
}

#declare HexaCone = object
{
union	{
	object { HexaCone_body }
	#local T = 0.55;
	object { HexaCone_head    translate <0, 0, T+DTa>	}
	object { HexaCone_radar   translate <0, T+0.18, 0>	}
	object { HexaCone_derives translate <0, 0, -0.67>	}
	object { Les_Tuyeres      translate -0.18*y 		}
	}
rotate <-7, 0, -4>
}