@@ -49,7 +49,7 @@ torus_negative = 0.72 * torus joint_radius = (ribbon_width/2) + (minimum_wall_thickness) joint_negative_radius = (ribbon_width/2) + 0.05 joint_nudge = 0.87 # this is a percentage scaling of the vector defining the ideal joint location -joint_nudge_length = 0.12 +joint_nudge_length = 0.16 # coil_wire_diameter = 2.053 # mm this 12 gauge AWS coil_wire_diameter = 1.1 # mm test wire coil = Coil.new((torus_negative*2), coil_wire_diameter, torus_ring_size) @@ -179,7 +179,6 @@ if true #parts.include?("chassis") `#{mged} 'in torus_negative_outer#{index} rcc #{v.mged} #{(v.inverse.normal*(ribbon_width/2)).mged} #{torus_ring_size+(channel_thickness/2)} '` #the outside radious of the ribbon channel `#{mged} 'in torus_negative_inner#{index} rcc #{v.mged} #{(v.inverse.normal*(ribbon_width/2)).mged} #{torus_ring_size-(channel_thickness/2)}'` #the inside radious of the ribbon channel - `#{mged} 'in cooling_channel#{index} tor #{v.mged} #{v.mged} #{torus_ring_size} #{ribbon_width/4}'` #cooling channel `#{mged} 'comb torus_negative#{index}.c u torus_negative_outer#{index} - torus_negative_inner#{index} '` #this hollow center of the torus @@ -191,11 +190,8 @@ if true #parts.include?("chassis") a = a * joint_nudge # nudge the joint closer to the center b =cross_product(a,(edge[1]-edge[0])) # this is the vector of the half joint b = b.normal*scale_factor* joint_nudge_length # get the unit vector for this direction and scale - # [b,b.inverse].each_with_index do |bi,i| - `#{mged} 'in joint_#{index} rcc #{(a+b).mged} #{(b.inverse*2).mged} #{joint_radius}'` - `#{mged} 'in joint_negative_#{index} rcc #{(a+b).mged} #{(b.inverse*2).mged} #{joint_negative_radius}'` - # `#{mged} 'in junction_box#{i+1}_#{index} sph #{(a+(bi*1.20)).mged} 3'` - # end + `#{mged} 'in joint_#{index} rcc #{(a+b).mged} #{(b.inverse*2).mged} #{joint_radius}'` + `#{mged} 'in joint_negative_#{index} rcc #{(a+b).mged} #{(b.inverse*2).mged} #{joint_negative_radius}'` end `#{mged} 'comb solid.c u #{(0..Cube.edges.size).map{|index| " joint_#{index} "}.join(" u ")} u #{(0..5).map{|index| "torus#{index}"}.join(" u ")}'` #combine the pieces `#{mged} 'comb negative_form.c u #{(0..Cube.edges.size).map{|index| " joint_negative_#{index} "}.join(" u ")} u #{(0..11).map{|index| "torus_negative#{index}.c u lid_knockout#{index}"}.join(" u ") } '` #combine the pieces @@ -216,7 +212,7 @@ if parts.include?("lids") step = Vector[40,0,0] (0..0).map do |index| # originallty we needed many lids, but now we only need one index1 = index+1 - v = Dodecahedron.icosahedron.first + v = Cube.octahedron.first v = v*scale_factor `#{mged} 'in torus_negative_outer#{index} rcc #{v.mged} #{(v.inverse.normal*(ribbon_width/2)).mged} #{torus_ring_size+(channel_thickness/2)} '` #the outside radious of the ribbon channel mged_controller.rb c8077dfeea949003f5e90db60401f85217887b18 mark mark@criticalmetrics.com http://github.com/famulus/decawell/commit/1abd65fcfbaa98bccbeb9d1043454eb228d01144 1abd65fcfbaa98bccbeb9d1043454eb228d01144 2009-08-11T15:35:55-07:00 2009-08-11T15:35:55-07:00 decent shape bbbf230221a634649369345f22291f0b732d7543 mark mark@criticalmetrics.com