| -rw-r--r-- | multiswitch.scad | 7 |
1 files changed, 5 insertions, 2 deletions
diff --git a/multiswitch.scad b/multiswitch.scad index 75d95e4..ae85ee3 100644 --- a/multiswitch.scad +++ b/multiswitch.scad @@ -1,20 +1,23 @@ layer_height=.2; extrusion_width=.5; epsilon=.01; +draft = true; use <pushfittery.scad>; include <pushfit_data.scad>; module multiswitch( liner_od = 4, liner_id = 2, angle = 15, // to the vertical (output) axis inputs = 4, minshell = 2*extrusion_width, shell = 5*extrusion_width, pf = pushfit_embeddest, + debug = 0, // how many inputs -1 the debug cutout spans + draft = draft, print = true, liner_d_tolerance=.2 ) { fnd = 4*PI; fnr = 2*fnd; @@ -72,22 +75,22 @@ module multiswitch( foroutput() translate([0,0,l_output+pushfit_h]) { cylinder(d=pushfit_d+shell*2,h=epsilon,$fn=pushfit_d*fnd); } } forinputs() { - translate([0,0,l_input]) pushfit(pf); + translate([0,0,l_input]) pushfit(pf,draft=draft); translate([0,0,l_narrow]) { cylinder(d=lod,h=l_input+1-l_narrow,$fn=lod*fnd); mirror([0,0,1]) translate([0,0,-epsilon]) cylinder(d1=(liner_id+lod)/2,d2=liner_id,h=liner_id,$fn=lod*fnd); } cylinder(d=liner_id,h=l_input+epsilon,$fn=liner_id*fnd); } foroutput() { - translate([0,0,l_output]) pushfit(pf); + translate([0,0,l_output]) pushfit(pf,draft=draft); cylinder(d=lod,h=l_output+1,$fn=lod*fnd); } hull() { forinputs() translate([0,0,l_fork]) cylinder(d=liner_id,h=epsilon,$fn=liner_id*fnd); foroutput() |