author | Michael Krelin <hacker@klever.net> | 2016-01-07 20:55:22 (UTC) |
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committer | Michael Krelin <hacker@klever.net> | 2016-01-07 20:55:22 (UTC) |
commit | 40385e372ced49ce2bc4acc1eff2f058feaa9b57 (patch) (side-by-side diff) | |
tree | 28ed9f448429da7fb2b98f4c550d09f51ecced22 | |
parent | 38331f5dc2cb18d65baf24c5a181de1656c9b8c4 (diff) | |
download | redelta-40385e372ced49ce2bc4acc1eff2f058feaa9b57.zip redelta-40385e372ced49ce2bc4acc1eff2f058feaa9b57.tar.gz redelta-40385e372ced49ce2bc4acc1eff2f058feaa9b57.tar.bz2 |
column generation separated
-rw-r--r-- | delta.jscad | 14 |
1 files changed, 10 insertions, 4 deletions
diff --git a/delta.jscad b/delta.jscad index 7dedfab..2e6365c 100644 --- a/delta.jscad +++ b/delta.jscad @@ -550,38 +550,44 @@ function base_sides() { var e = E2020.extrusion({l:CONFIG.base.el}); e = e.connectTo(e.properties.c_midway, new CSG.Connector([0,-CD.base.mid_inscription_r,CONFIG.extrusion.w/2],[1,0,0],[0,0,1]), false, 0); return ( e.translate([0,0,CONFIG.foot.h+l*(CONFIG.extrusion.w+CONFIG.base.gap)]) .rotateZ(w) .setColor(CONFIG.color.extrusion) ); }); }); } function base_extrusions() { var rv = union( base_sides().map(function(x){return union(x)}) ); rv.properties.P = new CSG.Connector([0,0,0],[0,0,1],[1,0,0]); return rv; } +function columns() { + return THREEWINDS.map(function(w) { + return (E2020.extrusion({l:CONFIG.column.h}) + .translate([0,CD.base.column_r,CONFIG.foot.h]) + .rotateZ(w).setColor(CONFIG.color.extrusion) + ); + }); +} function column_extrusions() { - var rv = union( THREEWINDS.map(function(w) { - return E2020.extrusion({l:CONFIG.column.h}).translate([0,CD.base.column_r,0]).rotateZ(w); - }) ); + var rv = union( columns() ); rv.properties.P = new CSG.Connector([0,0,0],[0,0,1],[1,0,0]); - return rv.setColor(CONFIG.color.extrusion); + return rv; } function duet() { var C = CONFIG.duet; var pholes = new CSG.Properties(); var hx = C.hole_spacing.x/2; var hy = C.hole_spacing.y/2; var hh = { nw: [1,-1], ne: [1,1], se: [-1,1], sw: [-1,-1] }; var holes = []; for(w in hh) { var h = hh[w],_x=h[0]*hx,_y=h[1]*hy; holes.push(CSG.cylinder({start:[_x,_y,-1],end:[_x,_y,C.pcb_size.z+1],radius:3/2})); pholes['c_'+w] = new CSG.Connector([_x,_y,0],[0,0,1],[1,0,0]); } rv = CSG.cube({ corner1: [-C.pcb_size.x/2, -C.pcb_size.y/2, 0], |