openscad/own/hex-rackpanels/hexpanel.scad

@@ -36,10 +36,10 @@ module panel(){
             translate([0,0,-q])cylinder(d=magnet_dia,h=magnet_h);
         }
         if (magnet_count>1){
-            for (m=[0:360/magnet_count:360]){
+            for (m=[1:360/magnet_count:359]){
                 rotate([0,0,m]){
                     translate([panel_dia/4,0,-q]){
-                        #cylinder(d=magnet_dia,h=magnet_h);
+                        cylinder(d=magnet_dia,h=magnet_h);
                     }
                 }
             }

openscad/own/kitt-matrix/src/kitt-matrix.scad

@@ -1,106 +0,0 @@
-/* 
-Case for LED-Matrix of the KITT-Voice-Assistant
-by zeus - 2024-08-17 - CC-BY-SA-NC-4.0
-https://git.kostianix.de/zeus/3d-stuff/src/branch/main/openscad/own/kitt-matrix
-*/
-
-// ##########################################
-// VARS:
-$fn=25;         // overall render quality
-q=0.01;         // only used to get rid of visual glitches. can be set to 0 for productive exports.
-mt=9;           // material thickness, NOT overall thickness in case of a rim!
-pt=3;           // panel thickness
-mt_inner=2;     // constrained wall thickness for inside-walls between LEDs
-panel_w=67;     // overall width of led panel
-panel_h=66;     // same for height
-panel_t_pcb=1.5;    // height of PCB
-panel_t_led=1.5;    // height of the soldered LED modules
-panel_t=(panel_t_pcb+panel_t_led);    // overall thickness of the PCB+LEDs (~50:50)
-led_spacing_x=8.5;  // center-to-center spacing from LED to next LED, in width/x-axis-direction
-led_spacing_y=8;    // same for height/Y-axis
-led_w=4.5+1.5;
-led_h=5+1;
-led_num_x=8;
-led_num_y=8;
-offset_left=((panel_w-((led_num_x*led_w)+((led_num_x-1)*(led_spacing_x-led_w))))/2); // offset on one side (effectively "panel_w-e2e_x/2", but properly calculated)
-offset_top= ((panel_h-((led_num_y*led_h)+((led_num_y-1)*(led_spacing_y-led_h))))/2); // offset on one side (effectively "panel_h-e2e_y/2", but properly calculated)
-
-e2e_x=64;       // width/x-axis edge-to-edge-distance from beginning of first to end of last LED (LED-Case, not soldering-points). for reference only
-e2e_y=61.75;    // same for height/Y-axis
-
-conhole_d=4;    // connection hole between frame parts 
-conhole_taper_h=2;    // is this needed?
-conhole_i_d=2.75;   // should fit M3
-conhole_offset=3.5; //offset from outer perimeter
-cutout_w=10;
-//echo("offset left is ",offset_left);
-//echo("offset top is ",offset_top);
-
-
-// ##########################################
-
-// MODULES:
-
-module panel(){
-    // PCB:
-    cube([panel_w,panel_h,panel_t_pcb+q],center=true);
-    // overcomplicated "for" to determine the exact positions of the LEDs on the board.
-    // The LEDs themselves are not needed for rendering
-    // LEDs:
-/*
-        for (num_x=[0:led_spacing_x:led_spacing_x*(led_num_x-1)],num_y=[0:led_spacing_y:led_spacing_y*(led_num_y-1)])
-        translate([-(panel_w/2-led_w/2)+offset_left+num_x,-(panel_h/2-led_h/2)+offset_top+num_y,panel_t_led])color( "#ff0000" )cube([led_w,led_h,panel_t_led],center=true);
-*/
-    // "lightpipes":
-    // left column (span 2 wide each)
-    for (num_x=[0:led_spacing_x:led_spacing_x*(led_num_x-1)],num_y=[0:led_spacing_y])
-        translate([-(panel_w/2-led_w/2)+offset_left+num_x,-(panel_h/2-led_h/2)+offset_top+num_y,panel_t_pcb+panel_t_led*1.5])color( "#00ff00" )cube([led_w,led_h,panel_t_led*4+q],center=true);      
-    // center column (span 2 wide each)
-    for (num_x=[0:led_spacing_x:led_spacing_x*(led_num_x-1)],num_y=[led_spacing_y*3:led_spacing_y*4])
-        translate([-(panel_w/2-led_w/2)+offset_left+num_x,-(panel_h/2-led_h/2)+offset_top+num_y,panel_t_pcb+panel_t_led*1.5])color( "#00ff00" )cube([led_w,led_h,panel_t_led*4+q],center=true);  
-    // right column (span 2 wide each)
-    for (num_x=[0:led_spacing_x:led_spacing_x*(led_num_x-1)],num_y=[led_spacing_y*6:led_spacing_y*7])
-        translate([-(panel_w/2-led_w/2)+offset_left+num_x,-(panel_h/2-led_h/2)+offset_top+num_y,panel_t_pcb+panel_t_led*1.5])color( "#00ff00" )cube([led_w,led_h,panel_t_led*4+q],center=true);
-    // smaller inbetween columns (span 1 wide each)
-    for (num_x=[0:led_spacing_x:led_spacing_x*(led_num_x-1)],num_y=[led_spacing_y*2,led_spacing_y*5])
-        translate([-(panel_w/2-led_w/2)+offset_left+num_x,-(panel_h/2-led_h/2)+offset_top+num_y,panel_t_pcb+panel_t_led*1.5])color( "#00ff00" )cube([led_w,led_h,panel_t_led*4+q],center=true);
-
-}
-module panelholder(){
-    translate([0,0,panel_t_pcb])difference(){
-        cube([panel_w+mt,panel_h+mt,(panel_t+(panel_t_pcb+panel_t_led*2))],center=true);
-        translate([0,0,-(panel_t_pcb+panel_t_led)])
-            panel();
-        //translate([0,0,-panel_t_led*3])cube([panel_w,panel_h,(panel_t+(panel_t_led*3))],center=true);
-        // screwholes for M3
-        for (
-            pos_x=[-(panel_w+mt)/2+conhole_offset,
-                    (panel_w+mt)/2-conhole_offset],
-            pos_y=[-(panel_h+mt)/2+conhole_offset,
-                    (panel_h+mt)/2-conhole_offset]
-        )
-            translate([pos_x,pos_y,-1])
-                #cylinder(d=conhole_i_d,h=(panel_t+(panel_t_led*3)+q),center=true);
-    }
-}
-
-module panelframe(){
-    translate([0,0,panel_t_pcb])difference(){
-        cube([panel_w+mt,panel_h+mt,(panel_t+(panel_t_led*8))],center=true);
-        translate([cutout_w/2,0,pt])cube([panel_w-(offset_left*2)+cutout_w,panel_h-(offset_top*2),(panel_t+(panel_t_led*8))+q],center=true);
-        for (
-            pos_x=[-(panel_w+mt)/2+conhole_offset,
-                    (panel_w+mt)/2-conhole_offset],
-            pos_y=[-(panel_h+mt)/2+conhole_offset,
-                    (panel_h+mt)/2-conhole_offset])
-            {
-            translate([pos_x,pos_y,0])cylinder(d=conhole_d,h=(panel_t+(panel_t_led*8))+q,center=true);
-            translate([pos_x,pos_y,-(panel_t+(panel_t_led*8))/2+conhole_taper_h/2])cylinder(d2=conhole_d,d1=conhole_d*1.5,h=conhole_taper_h+q,center=true);
-            }
-    }
-}
-// ##########################################
-
-// DRAW MODEL:
-panelholder();
-translate([0,0,-(panel_t+(panel_t_led*3))-50])panelframe();