EAGLE 3D - zeigt eure Projekte

//Bohrungen(real)/Bauteile

cylinder{<39.030000,1,36.830000><39.030000,-5,36.830000>0.650000 texture{col_hls}}

cylinder{<11.008000,1,31.496000><11.008000,-5,31.496000>0.650000 texture{col_hls}}

cylinder{<11.008000,1,20.574000><11.008000,-5,20.574000>0.650000 texture{col_hls}}

cylinder{<4.000000,1,4.000000><4.000000,-5,4.000000>1.600000 texture{col_hls}}

cylinder{<46.000000,1,4.000000><46.000000,-5,4.000000>1.600000 texture{col_hls}}

cylinder{<46.000000,1,46.000000><46.000000,-5,46.000000>1.600000 texture{col_hls}}

cylinder{<4.000000,1,46.000000><4.000000,-5,46.000000>1.600000 texture{col_hls}}

//Bohrungen(real)/Platine

3,0-PAD:0:0:0:0:0:0:0:1:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:NOMACRO:Befestigungsfeld Rund 3,0mm:Mount Pad Round 3,0mm

#macro SIGGEN(mac_x_ver,mac_y_ver,mac_z_ver,mac_x_rot,mac_y_rot,mac_z_rot)

union{

#if(pcb_board = on)

object{

      TPA3132_4022_

      rotate<-90,-90,0>

      translate<-5.5,-4,57>

      scale<0.4,0.4,0.465>

      }

difference{

box{

    <0,0,0> <0,0,0> 

    texture{

        pigment{

            image_map{

                png "D:\test_copper_red.png"

                map_type 0

                interpolate 2

                //filter 255, 1.0

                once

                }

                scale <50,50,1>

               }

                    finish {

        ambient .1

        diffuse .3

        specular 0.01

        roughness .001

        reflection {

           0.2, 0.1

           metallic

        }}

        }

        rotate <90,0,0>

        translate<0,0,0>

        translate<-17.2,0,15.5>

}

### Module positions - created on 07/04/2015 23:43:23 ###

### Printed by Pcbnew version kicad (2015-01-16 BZR 5376)-product

## Unit = mm, Angle = deg.

## Side : F.Cu

# Ref    Val                  Package         PosX       PosY        Rot     Side

C1       22u/10V          1206_HD_CAP        47.5000    39.8800      90.0    F.Cu

C2       22u/10V          1206_HD_CAP        47.5000    35.3800      90.0    F.Cu

C3       22u/10V          1206_HD_CAP        47.5000    30.8800      90.0    F.Cu

C4       22u/10V          1206_HD_CAP        47.5000    26.3800      90.0    F.Cu

C5       2n2 COG          0603_HD_CAP        46.2000    20.0800     270.0    F.Cu

C6       2n2 COG          0603_HD_CAP        48.1000    20.5800     270.0    F.Cu

C7       2n2 COG          0603_HD_CAP        47.0000    22.5800       0.0    F.Cu

C8       2n2 COG          0603_HD_CAP        44.4000    23.8300     180.0    F.Cu

object {RES_SMD_CHIP_0603("2k2",)rotate<0,180,0> translate<-8.3,0,19.6> translate<0,0.035000,0>} //R7

object {RES_SMD_CHIP_0603("2k2",)rotate<0,0,0> translate<9.45,0,52.7> translate<0,0.035000,0>} //R8

object {RES_SMD_CHIP_0603("100k",)rotate<0,90,0> translate<2,0,56.9> translate<0,0.035000,0>} //R10

object {RES_SMD_CHIP_0603("100k",)rotate<0,270,0> translate<2,0,59.9> translate<0,0.035000,0>} //R12

object {RES_SMD_CHIP_0603("2k2",)rotate<0,180,0> translate<24,0,42.9> translate<0,0.035000,0>} //R14

object {CON_LINEJACK() rotate<0,90,0> translate<-7.9,0,67.6> translate<0,0.035000,0>} //P10

object {CON_DCPOWERCONNECTOR() rotate<0,90,0> translate<-10.15,0,28.55> translate<0,0.035000,0>} //P10                                      

object {IC_SMD_MLF_32_050MM("TPA3132D2")rotate<0,270,0> translate<9.7,0,34.95> translate<0,0.035000,0>} //U1

//Header Start

// POVRay-Datei erstellt mit 3d50.ulp v###VERSIONDUMMY###

// 07.04.2015

// Anpassungen ChristianW. 2015

// http://www.mikrocontroller.net/topic/114555#3031915

// Render Parameter für Command Line Options

// Command line +UA +J1.5 +AM2 +A0.3 +Q9 +R3 +FN12

#version 3.7;

//Set to on if the file should be used as .inc

#local use_file_as_inc = off;

#if(use_file_as_inc=off)

//#include "e3d_tools.inc"

//#include "e3d_user.inc"

#default{texture{finish{ambient 0.0 diffuse 0.75 conserve_energy}}}

//changes the apperance of resistors (1 Blob / 0 real)

#declare global_res_shape = 1;

//oomize color of resistors 1=random 0=same color

#declare global_res_colselect = 1;

//Number of the color for the resistors

//0=Green, 1="normal color" 2=Blue 3=Brown

#declare global_res_col = 2;

//Set to on if you want to render the PCB upside-down

#declare pcb_upsidedown = off;

//Set to x or z to rotate around the corresponding axis (referring to pcb_upsidedown)

#declare pcb_rotdir = x;

//Set the length off short pins over the PCB

#declare pin_length = 1.5;

#declare global_diode_bend_radius = 1;

#declare global_res_bend_radius = 1;

#declare global_solder = on;

#declare global_show_screws = on;

#declare global_show_washers = on;

#declare global_show_nuts = on;

#declare global_ambient_mul = 1;

#declare global_ambient_mul_emit = 0;

#declare e3d_HDRI_On = 1; // HDR-Beleuchtung über Lightprobe - 1 = ein | 0 = aus

#declare e3d_Radiosity_On  = 1; // Radiosity 0=aus, 1=ein

#declare e3d_focal_blur = on; // Tiefenschärfe von Kamera

// PCB Farbsetting 1-10

//  1 = Thin Green

//  2 = Grey

//  3 = 1980s green

//  4 = Homemade ohne Loetstop

//  5 = Homemade mit HAL

//  6 = PCB Real alternative

//  7 = Team Executer (white)

//  8 = iteadstudio (green)

//  9 = Illustration - render with Q0

// 10 = OSH PARK (Purple)

// 11 = MME PCB

// 12 = Elecroy Black PCB

#declare col_preset = 11;

// FINISH Preset

// 1 = ENIG

// 2 = FLASH GOLD

// 3 = HASL

#declare finish_preset = 1;

// SILKSCREEN Preset

// 1 = WHITE

// 2 = BLACK

#declare silkscreen_preset = 1;

#declare HDR_Map = 9; //HDR-Map - Auswahl siehe unten

#declare camera_position = 1;

#switch (camera_position)

    #case (1)

        // Gedreht

        #local cam_x = -50; // Position links rechts vom Zentrum

        #local cam_y = 220; //400 default //Hoehe ueber Boden

        #local cam_z = -100; //-228 // Entfernung nach vorne

        #local cam_a = 31; // Kamera Brennweite

    #break

    #case (2)    

        //Frontal

        #local cam_x = 0;

        #local cam_y = 115;

        #local cam_z = -114;

        #local cam_a = 40; //20

    #break

#end

//Fokuspunkt der Kamera    Original

#local cam_focus_x = -0; //links rechts

#local cam_focus_y = 1.2; // Höhe über Boden

#local cam_focus_z = 15; //vorn hinten

#local cam_show_focal_point = off; // Fokuspunkt als roten Punkt anzeigen

#local cam_aperture = 14; //15 Higher Aperture means less area in focus

#local cam_blur_samples = 128;        // Blur-Samples für Verzeichnung DOF 4-32

#local cam_variance = 1/20000;

#local cam_confidence = 0.9;

//Kamerablickpunkt

#local cam_look_x = 10;

#local cam_look_y = -5; //-5

#local cam_look_z = 20;

#declare e3d_textured_floor = off; // Floortextur an aus

//#declare e3d_floor_texture = "iron.jpg" // Floortextur

//Animation

#declare global_anim = off;

#local global_anim_showcampath = no;

#declare global_fast_mode = off;

#declare pin_short = on; // Pins kürzen

#declare e3d_environment = off;

// PCB Position im Raum

#local pcb_pos_x = -5;

#local pcb_pos_y = 0;

#local pcb_pos_z = -52;

// PCB Rotation im Raum

#local pcb_rotate_x = 0; //vorne hinten

#local pcb_rotate_y = 60; // um sich selbst auf Platte -15 standart

//#local pcb_rotate_y = 0;

#local pcb_rotate_z = 0; // links rechts

// LCD Variablen für LCD 16x2

#declare USER_LCD_MESSAGE_1 = "ADX:504  ADY:174";

#declare USER_LCD_MESSAGE_2 = "OTx:99%  OTY:31%";

// Spannungsfestigkeit SMD Elkos Marking Code

#declare USER_CAP_RATING = "25";

// Elko Textur 0=Fine Gold, 1=Panasonic FR, 2=Lila Std.

#declare ELEC_CAP_TEXTURE = 1;

// Binder Series 620 Farben für Stecker

// 0 = schwarz, 1 = blau, 2 = rot, 3 = grün

#declare USER_BIND_COLOR = 0;

#local pcb_board = on;

#local pcb_parts = on;

#local pcb_wire_bridges = off;

#if(global_fast_mode=off)

  #local pcb_polygons = on;

  #local pcb_silkscreen = on;

  #local pcb_wires = on;

  #local pcb_pads_smds = on;

#else

  #local pcb_polygons = off;

  #local pcb_silkscreen = off;

  #local pcb_wires = off;

  #local pcb_pads_smds = off;

#end

//Do not change these values

#declare pcb_height = 1.500000;

#declare pcb_cuheight = 0.03500;

#declare pcb_x_size = 21.895000; // obsolete

#declare pcb_y_size = 53.012500; // obsolete

#declare pcb_layer1_used = 1;

#declare pcb_layer16_used = 1;

#declare inc_testmode = off;

#declare global_seed=seed(1723);

#declare global_pcb_layer_dis = array[16]

{

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  0.000000,

  1.535000,

}

#declare global_pcb_real_hole = 0.03; 

#include "e3d_tools.inc"

#include "e3d_user.inc"   

#include "COINS.INC"

global_settings{charset utf8}

global_settings { adc_bailout 0.2 }    //affects maximum reflection levels

// Radiosity Control

#if (e3d_Radiosity_On > 0)

global_settings {

 #ifndef ( e3d_Rad_Quality )

 #declare e3d_Rad_Quality = 1;  // 1=fast; 2=medium quality; 3=high qual.; 4= medium qual.+ recursion_limit 2

 #declare rad_brightness=0.6; // Radiosity-Beleuchtungsstärke - increase if needed

 assumed_gamma 0.8 // Bildbelichtung über alles - mehr ist dunkler

#end

//--------- radiosity settings -------------------------------- ///

radiosity {

    #local p_start    =  64/image_width;

    #local p_end      =  8/image_width;

}

    #switch (e3d_Rad_Quality)

        #case (1)

            radiosity {             // --- Settings 1 (fast) ---

                pretrace_start p_start

                pretrace_end   p_end

                count 25

                error_bound 0.8

                recursion_limit 1

                brightness rad_brightness

                gray_threshold 0.5

                normal 1.0

            }

        #break

        #case (2)

            radiosity {             // --- Settings 2 (medium quality) ---

                //pretrace_start 0.08

                //pretrace_end   0.02

                pretrace_start p_start

                pretrace_end   p_end  

                //count 200

                count 150

                error_bound 0.3

                nearest_count 20

                recursion_limit 1

                brightness rad_brightness

                gray_threshold 0.5

                normal 1.0

                minimum_reuse 0.005

            } 

        #break

        #case (3)

            radiosity {             // --- Settings 3 (high quality) ---

                //pretrace_start 0.08

                //pretrace_end   0.001

                pretrace_start p_start

                pretrace_end   p_end

                count 500 //500

                error_bound 0.1

                low_error_factor 0.01

                nearest_count 20

                recursion_limit 1

                brightness rad_brightness

                gray_threshold 0.5

                minimum_reuse 0.005

            }

        #break

        #case (4)

            radiosity {             // --- Settings 4 (medium quality, recursion_limit 2) ---

                //pretrace_start 0.08

                //pretrace_end   0.005

                pretrace_start p_start

                pretrace_end   p_end

                count 200

                error_bound 0.5

                nearest_count 20

                recursion_limit 2

                brightness rad_brightness

                gray_threshold 0.5

                minimum_reuse 0.005

            }     

        #break     

    #end  // end of switch

} // end of global settings !!!!    

#default{  finish { ambient 0.1 diffuse 0.6 conserve_energy specular 0.8 roughness 0.04}} // Mit Radiosity kein Ambient

//--------------------------------------------------------------------------

#else // no Radiosity

#default{ finish{ ambient 0.1 diffuse 0.9 specular 0.6 roughness 0.04}}

global_settings { assumed_gamma 0.9 // Bildbelichtung über alles 

}

//#end

 // for intel computers

#end // Radiosity_On > 0

//--------------------------------------------------------------------------

//HDR-Map

#if (e3d_HDRI_On) // --------------------------------------------------- HDR

#switch(HDR_Map)

#case (1)

sky_sphere{ 

            pigment{ image_map{ hdr "outside.hdr" // Light-Probe im include

                                gamma 0.7           // Helligkeit der Map

                                map_type 1 interpolate 4 } //Map-Type passend zur Abwicklung 0 = planar, 1 = Abwicklung planar auf Kugel , 2 = cylinder, 7 Angular

                   }

            rotate <0,0,2>  // 310 adapt it to your direction

            translate<0,0,0>

          } // end sky_sphere

#break

#case (2)

sky_sphere{pigment{ image_map{ hdr "averis003.hdr" gamma 0.5 map_type 1 interpolate 2 }} rotate < 10,0,0>}

#break

#case (3)

sky_sphere{pigment{ image_map{ hdr "beach_probe.hdr" gamma 1.0 map_type 1 interpolate 2 }} rotate < 10,0,0>}

#break

#case (4)

sky_sphere{pigment{ image_map{ hdr "building_probe.hdr" gamma 0.4 map_type 1 interpolate 2 }} rotate < 10,0,0>}

#break

#case (5)

sky_sphere{pigment{ image_map{ hdr "castle.hdr" gamma 2.2 map_type 1 interpolate 2 }} rotate < 0,0,0>}

#break

#case (6)

sky_sphere{pigment{ image_map{ hdr "crane.hdr" gamma 1.8 map_type 1 interpolate 2 }} rotate < 0,0,0>}

#break

#case (7)

sky_sphere{pigment{ image_map{ hdr "garage_lp.hdr" gamma 1.3 map_type 0 interpolate 2 }} rotate < 5,-5,0>}

#break

#case (8)

sphere{ 0,500 texture{pigment{ image_map{ hdr "kitchen_probe.hdr" gamma 1.1 map_type 1 interpolate 2 }}  rotate < -10,50,0> }}

#break

#case (9)

sky_sphere{pigment{ image_map{ hdr "overcast_day.hdr" gamma 1.4 map_type 1 interpolate 2 }} rotate < -10,50,0>}

#break

#case (10)

sky_sphere{pigment{ image_map{ hdr "overcast_hard.hdr" gamma 1.3 map_type 0 interpolate 2 }} rotate < -20,50,0>}

#break

#case (11)

sky_sphere{pigment{ image_map{ hdr "overcast_tech.hdr" gamma 0.2 map_type 0 interpolate 2 }} rotate < -10,40,0>}

#break

#case (12)

sky_sphere{pigment{ image_map{ hdr "studio005.hdr" gamma 0.8 map_type 1 interpolate 2 }} rotate < 5,-60,45>}

#break

#case (13)

sky_sphere{pigment{ image_map{ hdr "studio008.hdr" gamma 1.0 map_type 1 interpolate 2 }} rotate < -20,0,0>}

#break

#end       

#else

// no HDRI - Lichtbox als Flächenstrahler

light_source {

  <50, 340, 50>

  color rgb<1,1,1>*0.5

  area_light

  <256, 0, 0> <0, 0, 256>

  5, 5

  adaptive 2

  jitter circular orient

}

#end // of "#if (HDRI_On) "

// Weißes Licht mit weichem Schatten

//----------------------------------

light_source {

  <120, 340, 50>

  color rgb<1,1,1>*0.28 // Helligkeit Schatten als Zusatz für HDR + RS

  area_light

  <256, 0, 0> <0, 0, 256>

  5, 5

  adaptive 2

  jitter circular orient

}  

//--------------------------------------------------------------------------

#if(e3d_textured_floor=on)

// Unterlage als unendliches Plane

  plane{y,-0 // Höhe über Boden

   texture{

    pigment{image_map{jpeg "iron.jpg"}} // use any jpg of your choice as big as possible

    finish{reflection{0.04,.02} phong 3 ambient 0.3 diffuse 1 }

    translate -.5 rotate <45,45,0> scale <10,10,10>*68

   }

  }

#else

  plane{y,-2 texture{pigment { rgb<1,1,1>} finish{reflection{0.01,.05} phong 3 ambient 0.3 diffuse 0.8 }}}

#end

//Animationsdaten

#if(global_anim=on)

#declare global_anim_showcampath = no;

#end

#if((global_anim=on)|(global_anim_showcampath=yes))

#declare global_anim_npoints_cam_flight=0;

#warning "Keine/zu wenig Animationsdaten vorhanden (mind. 3 Punkte) (Flugpfad)"

#end

#if((global_anim=on)|(global_anim_showcampath=yes))

#declare global_anim_npoints_cam_view=0;

#warning "Keine/zu wenig Animationsdaten vorhanden (mind. 3 Punkte) (Blickpunktpfad)"

#end

#if((global_anim=on)|(global_anim_showcampath=yes))

#end

#if((global_anim_showcampath=yes)&(global_anim=off))

#end

#if(global_anim=on)

camera

{

  location global_anim_spline_cam_flight(clock)

  #if(global_anim_npoints_cam_view>2)

    look_at global_anim_spline_cam_view(clock)

  #else

    look_at global_anim_spline_cam_flight(clock+0.01)-<0,-0.01,0>

  #end

  angle 45

  perspective

}

light_source

{

  global_anim_spline_cam_flight(clock)

  color rgb <1,1,1>

  spotlight point_at 

  #if(global_anim_npoints_cam_view>2)

    global_anim_spline_cam_view(clock)

  #else

    global_anim_spline_cam_flight(clock+0.01)-<0,-0.01,0>

  #end

  radius 35 falloff  40

}

#else

camera

{

  location <cam_x,cam_y,cam_z>

  look_at <cam_look_x,cam_look_y,cam_look_z>

  #if(e3d_focal_blur = on)

    focal_point <cam_focus_x,cam_focus_y,cam_focus_z>

    aperture cam_aperture

    blur_samples cam_blur_samples

    variance cam_variance 

    confidence cam_confidence

  #end

  right x*image_width/image_height

  angle cam_a

  bokeh {

      pigment {rgb <0.5,0.4,0.0>}

  }

  up y

    //perspective  

  //versetzt die Kamera, sodass <0,0,0> über dem Eagle-Nullpunkt ist

  //translate<-10.947500,0,-26.506250>

} 

#end

background{col_bgr}

#end

#include "TPA3132_4022_POV_geom.inc" //Geometry

//Eagle3d Custom Codeblock Ende

#macro PLATINE(mac_x_ver,mac_y_ver,mac_z_ver,mac_x_rot,mac_y_rot,mac_z_rot)

union{

#if(pcb_board = on)

object{

      TPA3132_4022_

      rotate<-90,-90,0>

      translate<-5.5,-4,57>

      scale<0.4,0.4,0.465>

      }

difference{

box{

    <0,0,0> <0,0,0> 

    texture{

        pigment{

            image_map{

                png "D:\test_copper_red.png"

                map_type 0

                interpolate 2

                //filter 255, 1.0

                once

                }

                scale <50,50,1>

               }

                    finish {

        ambient .1

        diffuse .3

        specular 0.01

        roughness .001

        reflection {

           0.2, 0.1

           metallic

        }}

        }

        rotate <90,0,0>

        translate<0,0,0>

        translate<-17.2,0,15.5>

}

}//End difference(reale Bohrungen/Durchbrüche)

#end

#if(pcb_parts=on)//Bauteile

union{

object {CAP_SMD_ELKO_1010("560",)rotate<0,270,0> translate<-3.6,0,39.4> translate<0,0.035000,0>} //C6

//resistors front

object {RES_SMD_CHIP_0402("82k",)translate<10.2,0,43.3> translate<0,0.035000,0>} //R1

object {RES_SMD_CHIP_0805("10",)rotate<0,90,0> translate<4.95,0,29.6> translate<0,0.035000,0>} //R3                 

object {RES_SMD_CHIP_0603("2k2",)rotate<0,180,0> translate<-8.3,0,19.6> translate<0,0.035000,0>} //R7

object {CON_LINEJACK() rotate<0,90,0> translate<-7.9,0,67.6> translate<0,0.035000,0>} //P10

object {CON_DCPOWERCONNECTOR() rotate<0,90,0> translate<-10.15,0,28.55> translate<0,0.035000,0>} //P10                                      

object {IC_SMD_MLF_32_050MM("TPA3132D2")rotate<0,270,0> translate<9.7,0,34.95> translate<0,0.035000,0>} //U1  

object {CON_MOLEX_PSL4G() rotate<0,0,0> translate<16.6,0,42.9> translate<0,0.035000,0>} //P12

object {CON_PHOENIX_508_MSTBA_4() rotate<0,0,0> translate<9.746,0,15.554> translate<0,0.035000,0>} //P5                                      

object {CAP_SMD_CHIP_0402()rotate<0,0,0> translate<3.3,0,24.9> translate<0,0.035000,0>} //C7

object {CAP_SMD_CHIP_0603()rotate<0,270,0> translate<10.65,0,39.5> translate<0,0.035000,0>} //C1

object {CAP_SMD_CHIP_0805()rotate<0,270,0> translate<5.9,0,43.8> translate<0,0.035000,0>} //C2

object {CAP_SMD_FKP_CHIP_1206()rotate<0,270,0> translate<1.1,0,26.7> translate<0,0.035000,0>} //L1

object {DIODE_SMD_LED_CHIP_0603(Orange,0.8) rotate<0,180,0> translate<-5.7,0,19.6> translate<0,0.035000,0>} //D1

object {DIODE_SMD_LED_CHIP_0603(Blue,0.8) rotate<0,0,0> translate<24,0,44.3> translate<0,0.035000,0>} //D3

}//End union

#end

translate<mac_x_ver,mac_y_ver,mac_z_ver>

rotate<mac_x_rot,mac_y_rot,mac_z_rot>

}//End union

#end

#if(use_file_as_inc=off)

object{  PLATINE(-25.000000,0,-25.000000,pcb_rotate_x,pcb_rotate_y,pcb_rotate_z)

#if(pcb_upsidedown=on)

rotate pcb_rotdir*180

#end

}

#end

NOEAGLEPAC:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:SCREW_ROUND_3MM(:3.0mm Screw:

> NOEAGLEPAC:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:0:SCREW_ROUND_3MM(:3.0mm 

> Screw:

>