//Eagle3D 1.04 INC-File cap.inc //created by: INC SRC Compiler v1.05 //created on: 4.2.2006 17:31:15 //(c) 2002-2004 by M. Weisser //or the author of the macro #ifndef(__cap_inc) #declare __cap_inc = true; #ifndef(inc_testmode) #declare inc_testmode=true; #include "tools.inc" #undef inc_testmode #end /******************************************************************************************************************************************** // Auth: David Harris // // Disk syle capacitors // Macro Calling Arguments: // diam1 = diameter of the main circumference // value = Eagle "value" (capacitance etc.) - this is printed on the capacitors // leadspc = lead spacing // bcolour = body colour // tcolour = text colour ********************************************************************************************************************************************/ #macro CAP_DIS_CERAMIC_DISK_GRND(diam1,value,leadspc,bcolour,tcolour) #local diam = diam1/2; #local cap = object {superellipsoid{<1, 1>scalerotate <-90,-7.5,0>translate<0,diam*1.1,0>} } #local txt = text{ ttf besch_font ,value,40,0 scale translate<-diam/1.5,diam,-20>} #local leg = object{ cylinder { <0,diam*0.2,0>,<0,-10.0>,0.25 texture{col_silver}}} #local ls2 = leadspc/2 ; union{ object{ intersection{ object{txt} object{cap} } translate <0,0,-0.05> pigment{tcolour} } object {cap pigment{bcolour}} difference{ torus { leadspc/2, 0.25 rotate -90*x pigment{bcolour} } box { <-leadspc,0,0.5>, } translate <0,diam*0.2,0> } object{ leg translate<-ls2,0,0> } object{ leg translate< ls2,0,0> } translate <0,0,0> pigment{bcolour} } #end //6,4mm leadpsacing 5mm diameter #macro CAP_DIS_CERAMIC_DISK_64MM_50MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(5.0,value,6.35,Brown,Black)} #end //6,4mm leadpsacing 6,5mm diameter #macro CAP_DIS_CERAMIC_DISK_64MM_65MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(6.5,value,6.35,Red,Black)} #end //6,4mm leadpsacing 7,4mm diameter #macro CAP_DIS_CERAMIC_DISK_64MM_74MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(7.37,value,6.35,Orange,Black)} #end //6,4mm leadpsacing 10mm diameter #macro CAP_DIS_CERAMIC_DISK_64MM_100MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(10.01,value,6.35,Yellow,Black)} #end //6,4mm leadpsacing 12mm diameter #macro CAP_DIS_CERAMIC_DISK_64MM_120MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(11.99,value,6.35,Green,Black)} #end //5mm leadpsacing 6mm diameter #macro CAP_DIS_CERAMIC_DISK_05MM_06MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(6,value,5.08,Brown,Black)} #end //5mm leadpsacing 8mm diameter #macro CAP_DIS_CERAMIC_DISK_05MM_08MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(8,value,5.08,Red,Black)} #end //5mm leadpsacing 10mm diameter #macro CAP_DIS_CERAMIC_DISK_05MM_10MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(10,value,5.08,Orange,Black)} #end //5mm leadpsacing 13mm diameter #macro CAP_DIS_CERAMIC_DISK_05MM_13MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(13,value,5.08,Yellow,Black)} #end //10mm leadpsacing 13mm diameter #macro CAP_DIS_CERAMIC_DISK_10MM_13MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(13.5,value,10.16,Green,Black)} #end //10mm leadpsacing 18mm diameter #macro CAP_DIS_CERAMIC_DISK_10MM_18MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(18,value,10.16,Blue,Black)} #end //10mm leadpsacing 25mm diameter #macro CAP_DIS_CERAMIC_DISK_10MM_25MM(value) object{CAP_DIS_CERAMIC_DISK_GRND(25,value,10.16,Gray,Blue)} #end /******************************************************************************************************************************************** // Auth: David Harris // // Ceramic capacitors // Macro Calling Arguments: // diam1 = diameter of the main circumference // value = Eagle "value" (capacitance etc.) - this is printed on the capacitors // leadspc = lead spacing // bcolour = body colour // tcolour = text colour ********************************************************************************************************************************************/ #macro CAP_DIS_CERAMIC_GRND(diam1,value,leadspc,bcolour,tcolour) #local diam = diam1/2; #local cap = object {superellipsoid{<1, 1>scalerotate <-90,-7.5,0>translate<0,diam*1.1,0>} } #local txt = text{ ttf besch_font,value,40,0 scale translate<-diam/1.5,diam,-20>} #local leg = object{ cylinder { <0,diam*0.2,0>,<0,-10.0>,0.25 texture{col_silver}}} #local ls2 = leadspc/2 ; union{ object{ intersection{ object{txt} object{cap} } translate <0,0,-0.05> pigment{tcolour} } object {cap pigment{bcolour}} difference{ torus { leadspc/2, 0.25 rotate -90*x pigment{bcolour} } box { <-leadspc,0,0.5>, } translate <0,diam*0.2,0> } object{ leg translate<-ls2,0,0> } object{ leg translate< ls2,0,0> } pigment{bcolour} translate <0,0,0> } #end #macro CAP_DIS_CERAMIC_25MM_38MM(value) object{CAP_DIS_CERAMIC_GRND(3.81,value,2.54,Red,Black)} #end #macro CAP_DIS_CERAMIC_25MM_44MM(value) object{CAP_DIS_CERAMIC_GRND(4.4,value,2.54,Red,Black)} #end #macro CAP_DIS_CERAMIC_25MM_50MM(value) object{CAP_DIS_CERAMIC_GRND(5.08,value,2.54,Yellow,Black)} #end #macro CAP_DIS_CERAMIC_50MM_38MM(value) object{CAP_DIS_CERAMIC_GRND(3.81,value,5.08,Orange,Black)} #end #macro CAP_DIS_CERAMIC_50MM_44MM(value) object{CAP_DIS_CERAMIC_GRND(4.40,value,5.08,Red,Black)} #end #macro CAP_DIS_CERAMIC_50MM_50MM(value) object{CAP_DIS_CERAMIC_GRND(5.08,value,5.08,Blue,Black)} #end #macro CAP_DIS_CERAMIC_50MM_76MM(value) object{CAP_DIS_CERAMIC_GRND(7.62,value,5.08,Yellow,Black)} #end #macro CAP_DIS_CERAMIC_50MM_100MM(value) object{CAP_DIS_CERAMIC_GRND(10.16,value,5.08,Gray,Black) } #end #macro CAP_DIS_CERAMIC_75MM_100MM(value) object{CAP_DIS_CERAMIC_GRND(10.16,value,7.62,Gray,Black)} #end /******************************************************************************************************************************************** //Macros for axial CTS tantale capacitor //Designed by Philippe Boucheny //Rev. 1.0 du 06/01/06 // Macro Calling Arguments: // diam = diameter of the main circumference // Lg = length // value = Eagle "value" (capacitance etc.) - this is printed on the capacitors // r = Pitch / Pas // lw = pins length / Longeur des pattes // dw = pins width / Largeur des pattes ********************************************************************************************************************************************/ #macro CAP_DIS_CTS_GRND(diam,Lg,Lt,r,lw,dw,value) union{ #local rr=diam/2*0.7; #local rrr=0.8; difference{ //Body union{ //cylinder {<-Lg/2,0,0><+Lg/2,0,0> diam/2 texture{NBglass } } // set this line as comment to speed up render cylinder {<-Lg/2,0,0><+Lg/2,0,0> diam/2-0.1 } } //Plus side union{ torus{ rr rrr rotate <90,90,0> translate<-Lg/2,0,0> } cylinder{<-Lg/2-rrr,0,0><-Lg/2+rrr,0,0> rr} } texture{ col_silver } } //Plus pin cylinder {<-Lg/2-Lt+rrr,0,0><-Lg/2+1,0,0> dw*1.5 texture{ Aluminum }} //pins object{TOOLS_WIRE_LEADS(Lg,diam,lw*2,dw,r,global_res_bend_radius,0,"H")} //Text value intersection{ cylinder {<-Lg/2,0,0><+Lg/2,0,0> diam/2-0.1 } union{ text {ttf global_fontfile_arial "+" 2,0 scale(Lg/20.8)*3 rotate<-90,180,180> translate<-Lg/2.5,diam/2,-(diam/9.1)*1.5 > } text {ttf global_fontfile_arial value 2,0 scale diam/9.1*3 rotate<-90,180,180> translate<-Lg/3.5,diam/2,-(diam/9.1)*1.5> } } pigment{Black} translate +0.01*y } translate diam/2*y } #end //CTS13 case A 15mm #macro CAP_DIS_CTS_A_15MM(value) object{CAP_DIS_CTS_GRND(3.6,8.1,2.1,6*2.54,30,0.5,value)} #end //CTS13 case B 20mm #macro CAP_DIS_CTS_B_20MM(value) object{CAP_DIS_CTS_GRND(4.9,12.8,2.2,8*2.54,30,0.5,value)} #end //CTS13 case C 25mm #macro CAP_DIS_CTS_C_25MM(value) object{CAP_DIS_CTS_GRND(7.5,18.2,2.3,10*2.54,30,0.6,value)} #end //CTS13 case D 30mm #macro CAP_DIS_CTS_D_30MM(value) object{CAP_DIS_CTS_GRND(9.1,20.8,3.2,12*2.54,30,0.6,value)} #end /******************************************************************************************************************************************** //Axial-Elko Grundmakro ********************************************************************************************************************************************/ #macro CAP_DIS_ELKO_AXIAL_GRND(val_size,dis,dia,dia_b,value) union{ union{ difference{ union{ cylinder{<0,dis/2-3.5,0><0,-(dis/2-3.5),0>dia} //Elko Koerper torus{dia-0.5,0.5 translate<0,-(dis/2-3.5),0>} //Elko Rundung oben difference{ cylinder{<0,-(dis/2-3.5),0><0,-(dis/2-3.0),0>dia-0.5} cylinder{<0,-(dis/2-3.5),0><0,-(dis/2-2.9),0>dia*0.8*pow(dia/16,0.11)} } torus{dia-0.5,0.5 translate<0,dis/2-3.5,0>} //Elko Rundung unten difference{ cylinder{<0,dis/2-3.5,0><0,dis/2-3.0,0>dia-0.5} cylinder{<0,dis/2-3.5,0><0,dis/2-2.9,0>dia*0.8*pow(dia/16,0.11)} } } torus{dia+0.85,1 translate<0,dis/2-5,0>} //Ausspahrung unten pigment{ //Textur fuer Minusmarkierung image_map{png "tex_elko_axial.png" map_type 2 interpolate 4} scale } } cylinder{<0,-(dis/2-3.6),0><0,-(dis/2-3.1),0>dia*0.8*pow(dia/16,0.11) //Abdeckung oben texture{col_silver} } cylinder{<0,dis/2-3.2,0><0,dis/2-3.5,0>dia-0.5 pigment{Black}} //Abdeckung unten cylinder{<0,-(dis/2-3.2),0><0,-(dis/2-2),0> 1.5 texture{col_silver}} //Kontakt intersection{ cylinder{<0,dis/2,0><0,-dis/2,0>dia} //Beschriftung text {ttf besch_font value 0.2, 0 scale val_size rotate<0,0,-90> translate<0, dis/4,-dia>} // rotate<0,0,180> rotate<0,10,0> translate<0,-val_size,-0.001> pigment {rgb<0.4,0.6,1>} } intersection{ cylinder{<0,dis/2,0><0,-dis/2,0>dia } //Beschriftung text {ttf besch_font value 0.2, 0 scale val_size rotate<0,0,-90> translate<0, dis/4,-dia>} // rotate<0,0,180> rotate<0,100,0> translate<-0.001,-val_size,0> pigment {rgb<0.4,0.6,1>} } intersection{ cylinder{<0,dis/2,0><0,-dis/2,0>dia } //Beschriftung text {ttf besch_font value 0.2, 0 scale val_size rotate<0,0,-90> translate<0, dis/4,-dia>} // rotate<0,0,180> rotate<0,190,0> translate<0,-val_size,0.001> pigment {rgb<0.4,0.6,1>} } rotate<0,180,> rotate<0,0,90> } object{TOOLS_WIRE_LEADS (dis-7, dia, 35, dia_b, dis, global_res_bend_radius, 0, "H")} pigment{Red} finish{F_MetalE} // translate<0,0.2,0> translate<0,dia,0> } #end #macro CAP_DIS_ELKO_AXIAL_15MM_5MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(2,15.24,5/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_15MM_6MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(2,15.24,6/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_15MM_9MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(2,15.24,9/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_22MM_6MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(2,22.86,6/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_22MM_9MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(2,22.86,9/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_22MM_10MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(2,22.86,10/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_25MM_9MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(3,25.4,9/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_25MM_10MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(3,25.4,10/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_30MM_10MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(3,30.48,10/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_30MM_12MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(3,30.48,12/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_30MM_16MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(3,30.48,16/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_35MM_12MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(4,35.56,12/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_35MM_14MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(4,35.56,14/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_35MM_16MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(4,35.56,16/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_35MM_18MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(4,35.56,18/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_45MM_16MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(5,45.72,16/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_45MM_18MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(5,45.72,18/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_45MM_21MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(5,45.72,21/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_45MM_22MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(5,45.72,22/2,0.8/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_45MM_25MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(5,45.72,25/2,1/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_50MM_25MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(5,50,25/2,1/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_50MM_30MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(5,50,30/2,1/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_55MM_25MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(5,55.88,25/2,1/2,value)} #end #macro CAP_DIS_ELKO_AXIAL_55MM_30MM(value) object{CAP_DIS_ELKO_AXIAL_GRND(5,55.88,30/2,1/2,value)} #end /******************************************************************************************************************************************** //Elko Grundmakro //bearbeitet von Walter Muecke //tex_scale vector um die Textur zu strecken/stauchen //val_size Groesse der Beschriftung //dis Abstand der Pins //dia Radius des Elkos //hig Hoehe des Kondensator //dia_b Radius des Anschlussdrahtes //value Beschriftungstext ********************************************************************************************************************************************/ #macro CAP_DIS_ELKO_GRND(tex_scale,val_size,dis,dia,hig,dia_b,value) union{ difference{ union{ cylinder{<0,0.5,0><0,hig-0.5,0>dia} //Elko Koerper torus{dia-0.5,0.5 translate<0,hig-0.5,0>} //Elko Rundung oben difference{ cylinder{<0,hig-0.5,0><0,hig,0>dia-0.5} cylinder{<0,hig-0.5,0><0,hig+0.1,0>dia*0.8*pow(dia/16,0.11)} } torus{dia-0.5,0.5 translate<0,0.5,0>} //Elko Rundung unten } torus{dia+0.85,1 translate<0,2.5,0>} //Ausspahrung unten pigment{image_map{png "tex_elko.png"}scale tex_scale} //Textur fuer Minusmarkierung } difference{ cylinder{<0,hig-0.5,0><0,hig-0.1,0>dia*0.8*pow(dia/16,0.11)} //Abdeckung oben box{<0,hig-0.35,-0.1>} box{<0,hig-0.35,-0.1> rotate<0,120,0>} box{<0,hig-0.35,-0.1> rotate<0,240,0>} texture{col_silver} } cylinder{<0,0.2,0><0,0.5,0>dia-0.5 pigment{Black}} //Abdeckung unten #if(pin_short=off) cylinder{<0,0,0><0,-14.5,0>dia_b texture{col_silver} translate} //Beinchen rechts cylinder{<0,0,0><0,-17.5,0>dia_b texture{col_silver} translate<-dis/2,0,0>} //Beinchen links #else cylinder{<0,0,0><0,-1*(pcb_hight+pin_length)-0.2,0>dia_b texture{col_silver} translate} //Beinchen rechts cylinder{<0,0,0><0,-1*(pcb_hight+pin_length)-0.2,0>dia_b texture{col_silver} translate<-dis/2,0,0>} //Beinchen links #end intersection{ cylinder{<0,0,0><0,hig,0>dia} //Beschriftung text {ttf besch_font value 0.2, 0 scale val_size rotate<0,0,90> translate<0,0,-dia>} rotate<0,0,180> rotate<0,10,0> translate<0,hig-val_size,-0.001> pigment {rgb<0.4,0.6,1>} } intersection{ cylinder{<0,0,0><0,hig,0>dia } //Beschriftung text {ttf besch_font value 0.2, 0 scale val_size rotate<0,0,90> translate<0,0,-dia>} rotate<0,0,180> rotate<0,100,0> translate<-0.001,hig-val_size,0> pigment {rgb<0.4,0.6,1>} } intersection{ cylinder{<0,0,0><0,hig,0>dia } //Beschriftung text {ttf besch_font value 0.2, 0 scale val_size rotate<0,0,90> translate<0,0,-dia>} rotate<0,0,180> rotate<0,190,0> translate<0,hig-val_size,0.001> pigment {rgb<0.4,0.6,1>} } pigment{Red} finish{F_MetalE} translate<0,0.2,0> } #end #macro CAP_DIS_ELKO_2MM_5MM(value) object{CAP_DIS_ELKO_GRND(<6.39,20,6.39>,1,2,5/2,11,0.5/2,value)} #end #macro CAP_DIS_ELKO_2MM5_5MM(value) object{CAP_DIS_ELKO_GRND(<6.39,20,6.39>,1,2.5,5/2,11.2,0.5/2,value)} #end #macro CAP_DIS_ELKO_2MM5_6MM3(value) object{CAP_DIS_ELKO_GRND(<8.04,22,8.04>,1,2.5,6.3/2,11.2,0.5/2,value)} #end #macro CAP_DIS_ELKO_3MM5_8MM(value) object{CAP_DIS_ELKO_GRND(<10.225,22,10.225>,1.1,3.5,8/2,11.5,0.6/2,value)} #end #macro CAP_DIS_ELKO_5MM_10MM(value) object{CAP_DIS_ELKO_GRND(<12.77,25,12.77>,1.8,5,10/2,13,0.6/2,value)} #end #macro CAP_DIS_ELKO_5MM_10MM(value) object{CAP_DIS_ELKO_GRND(<12.77,25,12.77>,1.8,5,10/2,16,0.6/2,value)} #end #macro CAP_DIS_ELKO_5MM_10MM_2(value) object{CAP_DIS_ELKO_GRND(<12.77,25,12.77>,1.8,5,10/2,25.5,0.6/2,value)} #end #macro CAP_DIS_ELKO_5MM_12MM5_2(value) object{CAP_DIS_ELKO_GRND(<15.95,30,15.95>,2.8,5,12.5/2,16.5,0.6/2,value)} #end #macro CAP_DIS_ELKO_5MM_12MM5(value) object{CAP_DIS_ELKO_GRND(<15.95,30,15.95>,2.8,5,12.5/2,22.5,0.6/2,value)} #end #macro CAP_DIS_ELKO_5MM_12MM5_3(value) object{CAP_DIS_ELKO_GRND(<15.95,30,15.95>,2.8,5,12.5/2,25.5,0.6/2,value)} #end #macro CAP_DIS_ELKO_7MM5_16MM_2(value) object{CAP_DIS_ELKO_GRND(<20.45,38,20.45>,3,7.5,16/2,16.5,0.8/2,value)} #end #macro CAP_DIS_ELKO_7MM5_16MM_3(value) object{CAP_DIS_ELKO_GRND(<20.45,38,20.45>,3,7.5,16/2,25.5,0.8/2,value)} #end #macro CAP_DIS_ELKO_7MM5_16MM(value) object{CAP_DIS_ELKO_GRND(<20.45,38,20.45>,3,7.5,16/2,28,0.8/2,value)} #end #macro CAP_DIS_ELKO_7MM5_18MM(value) object{CAP_DIS_ELKO_GRND(<23,40,23>,4,7.5,18/2,35.5,0.8/2,value)} #end /******************************************************************************************************************************************** //Tantalkondensator Grundmakro 2,5mm Pitch ********************************************************************************************************************************************/ #macro CAP_DIS_TT_2MM5_GRND(obj_dia,obj_hgt,sca_txt) union{ sphere{<0,0,0>obj_dia/2 scale<1,obj_hgt/obj_dia,1> pigment{CoolCopper}} #if(pin_short=off) cylinder{<0,1,0><0,-16,0>0.25 texture{col_silver} translate<-1.25,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} cylinder{<0,1,0><0,-14,0>0.25 texture{col_silver} translate<1.25,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} #else cylinder{<0,1,0><0,-1*(pcb_hight+pin_length)-1.2,0>0.25 texture{col_silver} translate<-1.25,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} cylinder{<0,1,0><0,-1*(pcb_hight+pin_length)-1.2,0>0.25 texture{col_silver} translate<1.25,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} #end intersection{ sphere{<0,0,0>obj_dia/2 scale<1,obj_hgt/obj_dia,1.001> translate<0,0,0>} text {ttf besch_font "+" obj_dia+0.4, 0 rotate<0,0,00> translate<-1.25,-((obj_hgt/obj_dia)*obj_dia)/2+1,-(obj_dia+0.4)/2>} } intersection{ sphere{<0,0,0>obj_dia/2 scale<1,obj_hgt/obj_dia,1.001> translate<0,0,0>} text {ttf besch_font value obj_dia+0.4,0 scale rotate<0,0,90> translate<0.25,-((obj_hgt/obj_dia)*obj_dia)/2+1.5,-(obj_dia+0.4)/2>} } pigment{Black} translate<0,((obj_hgt/obj_dia)*obj_dia)/2+0.2,0> } #end #macro CAP_DIS_TT_2MM5_4MM(value) object{CAP_DIS_TT_2MM5_GRND(4,8.5,1)} #end #macro CAP_DIS_TT_2MM5_4MM5(value) object{CAP_DIS_TT_2MM5_GRND(4.5,8.5,1)} #end #macro CAP_DIS_TT_2MM5_5MM(value) object{CAP_DIS_TT_2MM5_GRND(5,10,1.2)} #end #macro CAP_DIS_TT_2MM5_5MM5(value) object{CAP_DIS_TT_2MM5_GRND(5.5,10.5,1.3)} #end #macro CAP_DIS_TT_2MM5_6MM(value) object{CAP_DIS_TT_2MM5_GRND(6,11.5,1.4)} #end #macro CAP_DIS_TT_2MM5_6MM5(value) object{CAP_DIS_TT_2MM5_GRND(6.5,11.5,1.5)} #end #macro CAP_DIS_TT_2MM5_7MM(value) object{CAP_DIS_TT_2MM5_GRND(7,12,1.6)} #end #macro CAP_DIS_TT_2MM5_8MM(value) object{CAP_DIS_TT_2MM5_GRND(8,13,1.8)} #end #macro CAP_DIS_TT_2MM5_8MM5(value) object{CAP_DIS_TT_2MM5_GRND(8.5,14,1.8)} #end #macro CAP_DIS_TT_2MM5_9MM(value) object{CAP_DIS_TT_2MM5_GRND(9,15,2)} #end #macro CAP_DIS_TT_2MM5_10MM(value) object{CAP_DIS_TT_2MM5_GRND(10,18,2)} #end /******************************************************************************************************************************************** //Tantalkondensator Grundmakro 5mm Pitch ********************************************************************************************************************************************/ #macro CAP_DIS_TT_5MM_GRND(obj_dia,obj_hgt,sca_txt) union{ sphere{<0,0,0>obj_dia/2 scale<1,obj_hgt/obj_dia,1> pigment{CoolCopper}} cylinder{<0,1,0><0,-1,0>0.25 texture{col_silver} translate<-1.25,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} cylinder{<0,1,0><0,-1,0>0.25 texture{col_silver} translate<1.25,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} cylinder{<0,0,0><-1.25,-1,0>0.25 texture{col_silver} translate<-1.25,-((obj_hgt/obj_dia)*obj_dia)/2,0>} cylinder{<0,0,0><1.25,-1,0>0.25 texture{col_silver} translate<1.25,-((obj_hgt/obj_dia)*obj_dia)/2,0>} #if(pin_short=off) cylinder{<0,-14,0><0,-2,0>0.25 texture{col_silver} translate<-2.5,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} cylinder{<0,-12,0><0,-2,0>0.25 texture{col_silver} translate<2.5,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} #else cylinder{<0,-1*(pcb_hight+pin_length)-2.5,0><0,-2,0>0.25 texture{col_silver} translate<-2.5,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} cylinder{<0,-1*(pcb_hight+pin_length)-2.5,0><0,-2,0>0.25 texture{col_silver} translate<2.5,-((obj_hgt/obj_dia)*obj_dia)/2+1,0>} #end sphere{<0,0,0>0.25 texture{col_silver} translate<-2.5,-((obj_hgt/obj_dia)*obj_dia)/2-1,0>} sphere{<0,0,0>0.25 texture{col_silver} translate<2.5,-((obj_hgt/obj_dia)*obj_dia)/2-1,0>} sphere{<0,0,0>0.25 texture{col_silver} translate<-1.25,-((obj_hgt/obj_dia)*obj_dia)/2,0>} sphere{<0,0,0>0.25 texture{col_silver} translate<1.25,-((obj_hgt/obj_dia)*obj_dia)/2,0>} intersection{ sphere{<0,0,0>obj_dia/2 scale<1,obj_hgt/obj_dia,1.001> translate<0,0,0>} text {ttf besch_font "+" obj_dia+0.4, 0 rotate<0,0,00> translate<-1.25,-((obj_hgt/obj_dia)*obj_dia)/2+1,-(obj_dia+0.4)/2>} } intersection{ sphere{<0,0,0>obj_dia/2 scale<1,obj_hgt/obj_dia,1.001> translate<0,0,0>} text {ttf besch_font value obj_dia+0.4,0 scale rotate<0,0,90> translate<0.25,-((obj_hgt/obj_dia)*obj_dia)/2+1.5,-(obj_dia+0.4)/2>} } pigment{Black} translate<0,((obj_hgt/obj_dia)*obj_dia)/2+1.5,0> } #end #macro CAP_DIS_TT_5MM_4MM5(value) object{CAP_DIS_TT_5MM_GRND(4.5,8.5,1)} #end #macro CAP_DIS_TT_5MM_5MM(value) object{CAP_DIS_TT_5MM_GRND(5,10,1.2)} #end #macro CAP_DIS_TT_5MM_5MM5(value) object{CAP_DIS_TT_5MM_GRND(5.5,10.5,1.3)} #end #macro CAP_DIS_TT_5MM_6MM(value) object{CAP_DIS_TT_5MM_GRND(6,11.5,1.4)} #end #macro CAP_DIS_TT_5MM_6MM5(value) object{CAP_DIS_TT_5MM_GRND(6.5,11.5,1.5)} #end #macro CAP_DIS_TT_5MM_7MM(value) object{CAP_DIS_TT_5MM_GRND(7,12,1.6)} #end #macro CAP_DIS_TT_5MM_8MM(value) object{CAP_DIS_TT_5MM_GRND(8,13,1.8)} #end #macro CAP_DIS_TT_5MM_8MM5(value) object{CAP_DIS_TT_5MM_GRND(8.5,14,1.8)} #end #macro CAP_DIS_TT_5MM_9MM(value) object{CAP_DIS_TT_5MM_GRND(9,15,2)} #end #macro CAP_DIS_TT_5MM_10MM(value) object{CAP_DIS_TT_5MM_GRND(10,18,2)} #end #macro CAP_DIS_TT_5MM_11MM(value) object{CAP_DIS_TT_5MM_GRND(11,18,2)} #end /******************************************************************************************************************************************** //(Tiefe, Breite, Hoehe, Breite Loetflaechen, Abstand Pin zu Pin, Anzahl Kondensatoren,Farbe des Koerpers) ********************************************************************************************************************************************/ #macro CAP_SMD_CHIP_ARRAY_GRND(b,l,h,blf,pitch,n,color_sub) union{ //White body object{ Round_Box_Union(<0,0.05,0>, , min(b,l,h)/6) translate<-l/2,0,-b/2> pigment{color_sub} } //Pins #local i = 0; #local x_pos = -(n-1)/2*pitch; union{ #while(i translate} box{<-blf/2,0,-b/2-0.01> translate} #local i = i+1; #local x_pos = x_pos + pitch; #end texture{col_silver} } } #end #macro CAP_SMD_CHIP_ARRAY_4X0603_0612(color_sub) object{CAP_SMD_CHIP_ARRAY_GRND(1.60,3.20,0.8,0.4,0.8,4,color_sub)} #end /******************************************************************************************************************************************** //Grundmakro fuer SMD-Keramik-Chip-Kondensator (neu Parameter K = Anschlussbreite) //basiert auf Makro von Walter Muecke ********************************************************************************************************************************************/ #macro CAP_SMD_CHIP_GRND(L,W,T,K) union{ superellipsoid{<0.25-(L+W)/150, 0.25-(L+W)/150> pigment{color_sub} scale } //Grundkoerper braun superellipsoid{<0.25-(L+W)/200, 0.25-(L+W)/200> scale<(K+L/100)/2,W/2,T/2> translate <(L-K)/2,0,0> texture{col_silver}} //rechter Anschluss superellipsoid{<0.25-(L+W)/200, 0.25-(L+W)/200> scale<(K+L/100)/2,W/2,T/2> translate <-(L-K)/2,0,0> texture{col_silver}} //linker Anschluss rotate<90,0,0> translate<0,T/2,0> } #end //2220 #macro CAP_SMD_CHIP_2220(color_sub) object{CAP_SMD_CHIP_GRND(5.7,5.0,2.7,0.5)} #end //1825 #macro CAP_SMD_CHIP_1825(color_sub) object{CAP_SMD_CHIP_GRND(4.5,6.4,1.7,0.5)} #end //1812 #macro CAP_SMD_CHIP_1812(color_sub) object{CAP_SMD_CHIP_GRND(4.5,3.2,1.7,0.5)} #end //1210 #macro CAP_SMD_CHIP_1210(color_sub) object{CAP_SMD_CHIP_GRND(3.2,2.5,1.7,0.5)} #end #macro CAP_SMD_CHIP_1206(color_sub) object{CAP_SMD_CHIP_GRND(3.2,1.6,1.5,0.5)} #end #macro CAP_SMD_CHIP_0805(color_sub) object{CAP_SMD_CHIP_GRND(2.0,1.25,1.3,0.5)} #end #macro CAP_SMD_CHIP_0603(color_sub) object{CAP_SMD_CHIP_GRND(1.6,0.8,0.9,0.3)} #end #macro CAP_SMD_CHIP_0402(color_sub) object{CAP_SMD_CHIP_GRND(1.0,0.5,0.6,0.2)} #end /******************************************************************************************************************************************** //Grundmakro fuer SMD-Tantal-Chip-Kondensator //basiert auf Makro von Walter Muecke ********************************************************************************************************************************************/ #macro CAP_SMD_CHIP_TT_GRND(L,W,H,LT,WT,HT,P,value) union{ box{<0,0,0> pigment{rgb(<0.400, 0.320, 0.220>)*1.2} translate<-LT/2,(L-LT)/2,-W/2>} //Grundkoerper braun text{ttf besch_font value 0.1,0 scale L/8 rotate<90,0,0> translate<-LT/4,H+(L-LT)/2+0.01,0> pigment{DarkWood*0.7}} box{<0,0,0><(L-2*P)-0.3,(L-LT)/2,W> pigment{rgb(<0.400, 0.320, 0.220>)*1.2} translate<-((L-2*P)-0.3)/2,0,-W/2>} box{<0,0,0><0.4/exp(-LT/10),0.002,W> pigment{DarkWood*0.7} translate<-LT/2.1,H+(L-LT)/2,-W/2>} //Markierung //rechter Anschluss difference{ box{<0,0,0><-P,HT,WT>} box{<0,(L-LT)/2,-0.002><-P-0.002,HT-(L-LT)/2,WT+0.002> translate<-(L-LT)/2,0,0>} cylinder{<0,HT,-0.002><0,HT,WT+0.002>(L-LT)/2} cylinder{<0,0,-0.002><0,0,WT+0.002>(L-LT)/2} texture{col_silver} translate } //rechter Anschlus difference{ cylinder{<-(L-LT)/2,HT-(L-LT)/2,><-(L-LT)/2,HT-(L-LT)/2,WT>(L-LT)/2} cylinder{<-3*(L-LT)/4,HT-3*(L-LT)/4,-0.04><-3*(L-LT)/4,HT-3*(L-LT)/4,WT+0.002>(L-LT)/4} box{<-(L-LT)/2,HT-3*(L-LT)/4,-0.04><-(L-LT),HT-5,WT+0.002>} box{<-3*(L-LT)/4,HT-(L-LT)/2,-0.04><-(L-LT),HT-5,WT+0.002>} texture{col_silver} translate } //rechter Anschlus difference{ cylinder{<-(L-LT)/2,(L-LT)/2,0><-(L-LT)/2,(L-LT)/2,WT>(L-LT)/2} cylinder{<-3*(L-LT)/4,3*(L-LT)/4,-0.04><-3*(L-LT)/4,3*(L-LT)/4,WT+0.002>(L-LT)/4} box{<(-L-LT)/2,3*(L-LT)/4,-0.04><-(L-LT),5,WT+0.002>} box{<0,0,-0.04><(L-LT)/2,(L-LT)/2,WT+0.002> translate<-(L-LT),0.75*(L-LT),0>} box{<(L-LT)/2,(L-LT)/2,-0.04><(L-LT),L-LT,WT+0.002> translate<-1.75*(L-LT),0,0>} texture{col_silver} translate } //linker (positiver) Anschlus difference{ box{<0,0,0>} box{<(L-LT)/2,(L-LT)/2,-0.002>} cylinder{<0,HT,-0.002><0,HT,WT+0.002>(L-LT)/2} cylinder{<0,0,-0.002><0,0,WT+0.002>(L-LT)/2} box{<-0.002,HT/2,0> translate<0,0,WT*0.35>} texture{col_silver} translate<-L/2-0.02,0,-WT/2> } //linker (positiver) Anschlus difference{ cylinder{<(L-LT)/2,HT-(L-LT)/2,-0.002><(L-LT)/2,HT-(L-LT)/2,WT+0.002>(L-LT)/2} cylinder{<3*(L-LT)/4,HT-3*(L-LT)/4,-0.04><3*(L-LT)/4,HT-3*(L-LT)/4,WT+0.002>(L-LT)/4} box{<(L-LT)/2,HT-3*(L-LT)/4,-0.04>} box{<3*(L-LT)/4,HT-(L-LT)/2,-0.04>} box{<-0.002,HT/2,0> translate<0,0,WT*0.35>} texture{col_silver} translate<-L/2-0.02,0,-WT/2> } //linker (positiver) Anschlus difference{ cylinder{<(L-LT)/2,(L-LT)/2,-0.002><(L-LT)/2,(L-LT)/2,WT+0.002>(L-LT)/2} cylinder{<3*(L-LT)/4,3*(L-LT)/4,-0.04><3*(L-LT)/4,HT-3*(L-LT)/4,WT+0.002>(L-LT)/4} box{<(L-LT)/2,3*(L-LT)/4,-0.04>} box{<3*(L-LT)/4,(L-LT)/2,-0.04>} texture{col_silver} translate<-L/2-0.02,0,-WT/2> } rotate<0,180,0> } #end #macro CAP_SMD_CHIP_TT_SCT_A(value) object{CAP_SMD_CHIP_TT_GRND(3.2,1.6,1.6,3.0,1.2,1.0,0.8,value)} #end #macro CAP_SMD_CHIP_TT_SCT_B(value) object{CAP_SMD_CHIP_TT_GRND(3.5,2.8,1.9,3.3,2.2,1.2,0.8,value)} #end #macro CAP_SMD_CHIP_TT_SCT_C(value) object{CAP_SMD_CHIP_TT_GRND(6.0,3.2,2.5,5.8,2.2,1.5,1.3,value)} #end #macro CAP_SMD_CHIP_TT_SCT_D(value) object{CAP_SMD_CHIP_TT_GRND(7.3,4.3,2.8,7.1,2.4,1.6,1.3,value)} #end #macro CAP_SMD_CHIP_TT_SCT_E(value) object{CAP_SMD_CHIP_TT_GRND(7.3,4.3,4.1,7.1,2.4,1.6,1.3,value)} #end #macro CAP_SMD_CHIP_TT_SCT_R(value) object{CAP_SMD_CHIP_TT_GRND(2.0,1.6,1.0,1.9,1.2,0.6,0.5,value)} #end /******************************************************************************************************************************************** //Grundmakro SMD-Elko //L = Laenge //W = Breite //H = Hoehe //D = Durchmesser Elkokoerper //B = Breite Anschlusspin //S = Abstand Anschlusspins unten //C = Laenge Anschlusspins ********************************************************************************************************************************************/ #macro CAP_SMD_ELKO_GRND(L,W,H,D,B,S,C) union{ box{<-S/2,0,-B/2><-S/2-C,0.3,B/2>} box{} difference{ box{<-L/2,0.3,-W/2>} box{<0,0,0><6,3,-5> rotate<0,-45,0> translate} box{<0,0,0><6,3,5> rotate<0,45,0> translate} pigment{Gray30}} difference{ cylinder{<0,2,0><0,H-0.4,0>D/2} torus{D/2+0.2,0.4 translate<0,3,0>}} torus{D/2-0.4,0.4 translate<0,H-0.4,0>} cylinder{<0,H-0.4,0><0,H,0>D/2-0.4} difference{ cylinder{<0,H-0.4,0><0,H+0.01,0>D/2-0.4 pigment{Gray20}} box{<-D/6,H-0.5,-D/2> pigment{Gray20}}} text {ttf besch_font value 0.5,0 scale D/7 rotate<90,-90,0> translate pigment{Gray20}} rotate<0,180,0> texture{col_silver}} #end #macro CAP_SMD_ELKO_0405(value) object{CAP_SMD_ELKO_GRND(4.5,4.5,5.5,4.0,0.8,1.0,2.0)} #end #macro CAP_SMD_ELKO_0505(value) object{CAP_SMD_ELKO_GRND(5.5,5.5,5.5,5.0,0.8,1.4,2.3)} #end #macro CAP_SMD_ELKO_0605(value) object{CAP_SMD_ELKO_GRND(6.8,6.8,5.5,6.3,0.8,2.0,2.7)} #end #macro CAP_SMD_ELKO_0807(value) object{CAP_SMD_ELKO_GRND(8.6,8.6,6.8,8.0,0.8,2.3,3.4)} #end #macro CAP_SMD_ELKO_0808(value) object{CAP_SMD_ELKO_GRND(8.4,8.4,8.7,8,1,4.7,2.2)} #end #macro CAP_SMD_ELKO_0810(value) object{CAP_SMD_ELKO_GRND(8.6,8.6,10.5,8.0,1.1,3.1,3.0)} #end #macro CAP_SMD_ELKO_1010(value) object{CAP_SMD_ELKO_GRND(10.6,10.6,10.5,10.0,1.1,4.7,3.3)} #end #macro CAP_SMD_ELKO_1012(value) object{CAP_SMD_ELKO_GRND(10.6,10.6,12.3,10.0,1.2,4.5,3.9)} #end #macro CAP_SMD_ELKO_1014(value) object{CAP_SMD_ELKO_GRND(10.6,10.6,14.3,10.0,1.2,4.5,3.9)} #end #macro CAP_SMD_ELKO_1212(value) object{CAP_SMD_ELKO_GRND(12.8,12.8,12.5,12.5,1.2,4.7,4)} #end #macro CAP_SMD_ELKO_1214(value) object{CAP_SMD_ELKO_GRND(12.8,12.8,14.5,12.5,1.2,4.7,4)} #end /******************************************************************************************************************************************** //Macros for murata TZ03 type F capacitor trimmer //Designed by Philippe Boucheny //Rev. 1.0 du 23/12/05 ********************************************************************************************************************************************/ #macro CAP_TRIM_TZ03F_GRND(col,dot) union{ difference{ union{ difference{ union{ torus { 2.5, 0.5 translate 4.3*y} //top round cylinder{<0,0,0><0,4.3,0> 3} //main case cylinder{<0,0,0><0,4.8,0> 2.5} //top cover } union{ box{<0,-0.2,-3.2><+3.2,5.0,3.2>} //delete back side (flat side) } } cylinder{<2.5,0,+1.75><2.5,4.3,+1.75> 0.5} //back bottom to top edges cylinder{<2.5,0,-1.75><2.5,4.3,-1.75> 0.5} sphere {<2.5,4.3,-1.75>, 0.5} //back top corners sphere {<2.5,4.3,+1.75>, 0.5} cylinder{<2.5,4.3,+1.75><2.5,4.3,-1.75> 0.5} //back top corner to corner edge box{<-1.3,0,-0.25><+1.3,4.3,+0.25> rotate -16.7*y translate<1.3,0,-2.3709>} //flanks box{<-1.3,0,-0.25><+1.3,4.3,+0.25> rotate +16.7*y translate<1.3,0,+2.3709>} //flanks prism {0 4.8 4 <0, 2.5>, <2.5, 1.75>, <2.5, -1.75>, <0,-2.5>} //top cover box{<0,0,+1.75><3,4.3,-1.75>} //back cylinder{<-1.35,4.3,0><+1.3,4.3,0> 0.5 rotate -16.7*y translate<1.3,0,-2.11>} //back top corner to main case edges cylinder{<-1.35,4.3,0><+1.3,4.3,0> 0.5 rotate +16.7*y translate<1.3,0,+2.11>} cylinder{<0,0,+2.5><0,4.3,+2.5> 0.5} //back bottom to top edges cylinder{<0,0,-2.5><0,4.3,-2.5> 0.5} sphere {<0,4.3,-2.5>, 0.5} //main case junctions sphere {<0,4.3,+2.5>, 0.5} } union{ cylinder{<0,4,0><0,5,0> 1.25} //central hole box{<+0.1,-1,-0.55><-0.1,6,+0.55> translate -2.9*x } //front pin groove on round side box{<+0.1,-1,-0.6><-0.1,1.1,0.6> translate +2.91*x} //back pin groove on flat side } pigment{col} } difference{ cylinder{<0,4,0><0,4.5,0> 1.1} //metalic axe union{ box{<+1.1,4.1,-0.25><-1.1,4.51,+0.25>} //axe cross grooves box{<-0.25,4.11,-1.1><+0.25,4.51,+1.1>} } pigment{Silver} } box{<+0.1,0,-0.5><-0.1,4.2,+0.5> translate -2.9*x pigment{Silver}} //visible front pin allong the case difference{ cylinder{<+0.1,0,0><-0.1,0,0> 0.5 rotate -15*z translate <-2.9,4.2,0> pigment{Silver}} //top front pin box{<+0.1,0,-0.5><-0.1,4.2,+0.5> translate -3.1*x pigment{Silver}} } box{<+0.1,0,-0.5><-0.1,1,+0.5> translate +2.91*x pigment{Silver}} //visible back pin allong the case box{<+0.1,-3,-0.5><-0.1,4.3,+0.5> translate 2.54*x pigment{Silver}} //flat side pin box{<+0.125,-3,-0.5><-0.125,3.0,+0.5> translate -2.54*x pigment{Silver}} //round side pin box{<+0.1,-0.35355,-0.35355><-0.1,0.35355,+0.35355> rotate 45*x translate <2.54,-3,0> pigment{Silver}} //flat side pin box{<+0.125,-0.35355,-0.35355><-0.125,0.35355,+0.35355> rotate 45*x translate <-2.54,-3,0> pigment{Silver}} //round side pin #if(dot=1) cylinder{<2.2,0,0><2.2,4.81,0> 0.4 pigment{White}} //White dot on the top #end rotate 90*y } #end #macro CAP_TRIM_TZ03F_BLUE() object{CAP_TRIM_TZ03F_GRND(Blue,0)} #end #macro CAP_TRIM_TZ03F_PINK() object{CAP_TRIM_TZ03F_GRND(Pink,0)} #end #macro CAP_TRIM_TZ03F_WHITE() object{CAP_TRIM_TZ03F_GRND(White,0)} #end #macro CAP_TRIM_TZ03F_GREEN() object{CAP_TRIM_TZ03F_GRND(Green,0)} #end #macro CAP_TRIM_TZ03F_ORANGE() object{CAP_TRIM_TZ03F_GRND(Orange,0)} #end #macro CAP_TRIM_TZ03F_RED() object{CAP_TRIM_TZ03F_GRND(Red,0)} #end #macro CAP_TRIM_TZ03F_BROWN() object{CAP_TRIM_TZ03F_GRND(Brown,0)} #end #macro CAP_TRIM_TZ03F_YELLOW() object{CAP_TRIM_TZ03F_GRND(Yellow,0)} #end #macro CAP_TRIM_TZ03F_BLACK() object{CAP_TRIM_TZ03F_GRND(Gray15,0)} #end #macro CAP_TRIM_TZ03F_BLACKDOT() object{CAP_TRIM_TZ03F_GRND(Gray15,1)} #end //End of Macros /********************************************************************** Testing **********************************************************************/ #ifndef(inc_testmode) //Size of the Grid Plane (+/- span) #local XYZ_span=20; //Orientation axes cylinder{<-XYZ_span,0,0>0.1 pigment{Blue}} //X cylinder{<0,-XYZ_span,0><0,XYZ_span,0>0.1 pigment{Red}} //Y cylinder{<0,0,-XYZ_span><0,0,XYZ_span>0.1 pigment{Yellow}} //Z // Useful GRIDS: #local XYZ_step= 1 ; // axis increment #local XYZ_cnt = 0; // loop counter #local xyz_thick = 0.05; // grid line thickness // GRID PLANES: Remove comment begin/end to activate & select PLANES: #while (XYZ_cnt <= XYZ_span) cylinder{<-XYZ_span,0,XYZ_cnt>xyz_thick pigment{Blue}} // Positive Z-Lines cylinder{<-XYZ_span,0,-XYZ_cnt>xyz_thick pigment{Blue}} // Negative Z-Lines //cylinder{<0,XYZ_cnt,-XYZ_span><0,XYZ_cnt,XYZ_span>xyz_thick pigment{Red}} // Positive Y-Z Plane Lines //cylinder{<0,-XYZ_cnt,-XYZ_span><0,-XYZ_cnt,XYZ_span>xyz_thick pigment{Red}} // Negative Y-Z Plane Lines //cylinder{<-XYZ_span,XYZ_cnt,0>xyz_thick pigment{Red}} // Positive Y-X Plane Lines //cylinder{<-XYZ_span,-XYZ_cnt,0>xyz_thick pigment{Red}} // Negative Y-X Plane Lines cylinder{xyz_thick pigment{Yellow}} // Positive X-Lines cylinder{<-XYZ_cnt,0,-XYZ_span><-XYZ_cnt,0,XYZ_span>xyz_thick pigment{Yellow}} // Negative X-Lines #local XYZ_cnt = XYZ_cnt+XYZ_step; #end camera { #local tt = 40; //let's you change the distance easily location <-tt,tt,-tt> //location<0,5,-50> //alternate location look_at <0,0,0> //best to select the approximate centre of the object angle 30 } light_source { <100, 100, -100> White} light_source { <-100, 100, -100> White } light_source { <-100, 100, 100> White } light_source { <100, 100, 100> White } //light_source { <-tt,tt,-tt> White } //light_source { <-tt,tt,-tt> White } //light_source { <-tt,tt,-tt> White } background{Grey} #end #end