// -*- C -*-
include <nutbox.scad>
+include <utils.scad>
psu_sz = psu_sz_nom + [ 0.11, 0.44 ] + [ 0.25, 0.25 ];
psu_clamp_gap = 0.4;
psu_board_clamp_ovlp = 4.5;
-psu_board_support_wall = 2;
psu_board_nutbox = nutbox_data_M3;
+psu_board_gap = 0.5;
+psu_board_support_wall = 2;
+psu_board_support_ovlp = 4.5;
+psu_board_support_ovlp_ceil = 2;
+psu_board_support_z = 2;
+
+psu_baffle_gap = 1.0 + 0.5;
+
psu_y = +psu_sz[1]/2 + psu_usb_protr;
// ----- calculated -----
children();
}
-module PsuMountCornerExtrude(mx,my, plus_z=board_support_z){
+module PsuMountCornerExtrude(mx,my, plus_z=psu_board_support_z){
AtPsuMountCorner(mx,my){
linear_extrude(height= psu_z_down + plus_z, convexity=10) {
children();
for (my=[0,1]) {
PsuMountCornerExtrude(mx,my){
rectfromto(-[1,1]*psu_board_support_wall,
- +[1,1]*board_support_ovlp);
+ +[1,1]*psu_board_support_ovlp);
}
}
// mount above at plug end
PsuMountCornerExtrude(mx,0, psu_th + psu_board_support_wall){
rectfromto(-[1,1]*psu_board_support_wall,
- [board_support_ovlp,
- board_support_ovlp_ceil]);
+ [psu_board_support_ovlp,
+ psu_board_support_ovlp_ceil]);
}
}
translate([0,0, -psu_z_down])
axis = [0, -psu_sz[1]/2, psu_th];
PsuRepresentation();
translate(axis)
- rotate([atan(2 * board_support_z / psu_sz[1]),
+ rotate([atan(2 * psu_board_support_z / psu_sz[1]),
0,0])
translate(-axis)
PsuBoardRepresentation();
PsuMountCornerExtrude(mx,1){
translate([psu_sz[0]/2 - psu_hole_pos[1],
psu_hole_pos[0]]
- + board_gap * [1,1] )
+ + psu_board_gap * [1,1] )
circle(r= psu_hole_dia/2);
}
}