#=============================================================================
# This is a ruby script that loads SiP 3D model into Google SketchUp6.
#
#   design name: desc                  date: Thu Sep 11 12:27:29 JST 2008
#   generated by: GemView V1.00, Gem Design Technologies, Inc. <http://www.gemdt.com>
#   taget SketchUp unit: inch
#
# (usage)
# (1) start Google SketchUp
# (2) setup the template if you havent do so.
#     perform Window/Preference/Template, select a template file with the target unit (see above).
#     you can modify it depending on your preference and store it as your own template file.
# (3) open ruby-console by Window/Ruby console
#     close the Window/Outliner dialog if opened since it makes the script very slow.
# (4) run the script by typing like 'load "C:/xxxx/filename.rb"'
#     you can omit 'C:/xxx/' part by storing the script file under 'Plugins' folder
#     in your SketchUp install folder (typically C:/Program Files/Google/Google SketchUp 6).
# (5) patiently wait until the script completes. the progress is shown in the ruby console.
# (6) the model is shown in default setting, e.g. bwires are shown but patterns are not shown.
#     you can use Window/Layer dialog to see other contents. Selected nets on GemView
#     can be highlighted by layer dialog. To highlight arbitrary nets, see detailed info(*1).
# 
# (detailed info)
#  You can change view angle, move/rotate the model, measure distances, etc by usual operation.
# Color/transparency can be controled by Window/Material dialog in object bases, or in
# global way by Window/Style dialog.
#  The model is stored as a component with the design name, so you can
# create another instance by Window/Component dialog. The inside of the data is
# organized by group/component hierarchy, so you can find/modify the contents
# by Window/Outliner dialog. Especially, substrate patterns and bwires are organized by
# nettypes and nets, so you can highlight objects of specific nettype/net using Window/Outliner dialog,
# although not very much nicely though.(*1)
#  The script is designed so that simply reloading the reviced file will work conveniently, as follows.
# The existing component with the same design name will be replaced.
# The corresponding instances if any are replaced at the same position/angle.
# The material setting/layer visibility setting/sub-component definitions are re-used.
#  The running speed depends on the design size but we feel slow. The main reason we guess
# is in SketchUp's housekeeping procedure for topological consistency, which should be the work
# has to be done automatically upon insertion/deletion of the entities.
# Then, no good ideas for speed up so far. Advices are appreciated.
# For now, when making script file in GemView, select lighter setting for bigger designs, please.
#=============================================================================
#
# remove hole faces, provided that this group consists of one outer face and 1+ hole faces.
#
def remove_holes(grp1)
  dels = []
  grp1.entities.each do |e|
    next if (not e.is_a? Sketchup::Face)
    dels << e if (e.loops.length == 1)
  end
  grp1.entities.erase_entities(dels) if (not dels.empty?)
end
#
# adds new level to the top of a building.
#
def pull_ceiling(grp1, face1, height, elays, flays, emats, fmats)
  vfs = []
  grp1.entities.each do |e|
    if (e.is_a? Sketchup::Edge)
      e.vertices.each do |v|
        vfs << v if not vfs.include?(v)
      end
    elsif (e.is_a? Sketchup::Face)
      vfs << e if not vfs.include?(e) 
    end
  end
  face1.reverse! if (face1.normal.dot(Z_AXIS)<0)
  face1.pushpull(height,true)
  ceiling = nil
  grp1.entities.each do |e|
    if (e.is_a? Sketchup::Edge)
      oldvcnt = 0
      e.vertices.each { |v| oldvcnt = oldvcnt+1 if vfs.include?(v) }
      if (oldvcnt==1)
        e.layer = elays[0]
        e.material = emats[0]
      elsif (oldvcnt==0)
        e.layer = elays[1]
        e.material = emats[1]
      end
    elsif (e.is_a? Sketchup::Face)
      if (not vfs.include?(e))
        norm = e.normal.dot(Z_AXIS)
        if (norm.abs<0.1)
          e.layer = flays[0]
          e.material = e.back_material = fmats[0]
        else
          e.reverse! if (norm<0) 
          e.layer = flays[1]
          e.material = e.back_material = fmats[1]
          ceiling = e
        end
      end
    end
  end
  ceiling
end
#
# erases floor and ceiling of a building (walls are left)
#
def erase_hor_faces(grp)
  dels = []
  grp.entities.each do |e|
    if (e.is_a? Sketchup::Face)
      norm = e.normal.dot(Z_AXIS)
      dels << e if (norm<-0.99 || norm>0.99)
    end
  end
  grp.entities.erase_entities(dels)
end
#
# remove spikes (edge with degree 1 vertex) in the constructing chain
#
def remove_spikes(grp)
  # remove vertices with degree other than 2.
  while true do
    dels = []; deg3edge = nil
    grp.entities.each do |e|
      next if not e.is_a? Sketchup::Edge
      p1 = e.start.position; p2 = e.end.position
      deg1 = e.start.edges.length; deg2 = e.end.edges.length
      if (((p1 == @p0 && p2 == @p9)||(p1 == @p9 && p2 == @p0)) && ((deg1<2&&deg2>=2)||(deg2<2&&deg1>=2)))
        # last line breaks the first edge, making (p0,p9) spike 
        if (deg1<2)
          @p0 = @p9
        else
          @p9 = @p0
        end
        dels << e
      elsif ((p1 != @p0 && p1 != @p9 && deg1<2)||(p2 != @p0 && p2 != @p9 && deg2<2))
        # spike found at some middle point
        dels << e
      elsif (deg1>2 || deg2>2)
        deg3edge = e
      end
    end
    if (not dels.empty?)
      grp.entities.erase_entities(dels)
    elsif (deg3edge)
      grp.entities.erase_entities(deg3edge)
    else
      break
    end
  end
end
#
# add a line segment to the chain
#
def add_line_to_chain(grp, p1, p2, lay4fail)
  first = (grp.entities.length == 0)
  edge = grp.entities.add_line(p1,p2)
  edge.layer = lay4fail
  if (first)
    @p0 = edge.start.position
    @p9 = edge.end.position
  else
    if (edge.start.edges.length<2)
      line = grp.entities.add_line(@p9,edge.start.position)
      line.layer = lay4fail
    end
    @p9 = edge.end.position
    remove_spikes(grp)
  end
end
#
# add an arc (series of edges in su) to the chain
#
def add_arc_to_chain(grp, cen, xaxis, normal, radius, startang, endang, p1, p2 ,lay4fail)
  first = (grp.entities.length == 0)
  arc = grp.entities.add_arc(cen,xaxis,normal,radius,startang,endang)
  if (not arc)
    # small ang, large radius arc sometimes fails.
    add_line_to_chain(grp,p1,p2,lay4fail)
  else
    arc.each {|e| e.layer = lay4fail}
    p0 = arc[0].start.position; p9 = arc[arc.length-1].end.position
    if (first)
      @p0 = p0
      @p9 = p9
    else
      if (arc[0].start.edges.length<2)
        line = grp.entities.add_line(@p9,p0)
        line.layer = lay4fail
      end
      @p9 = p9
      remove_spikes(grp)
    end
  end
end
#
# close the chain to form a ring topology.
#
def close_chain(grp, lay4fail)
  # close the gap, if any, between the end point and the start point of the chain
  if (@p0 != @p9)
    line = grp.entities.add_line(@p9,@p0)
    line.layer = lay4fail
  end
  @p0 = nil; @p9 = nil
  remove_spikes(grp)
  # collect edges
  edges = []
  grp.entities.each do |e|
    edges << e if (e.is_a? Sketchup::Edge)
  end
  edges
end
#
# sets layers and materials to edges and faces
#
def set_lay_and_mat(grp, elay, flay, emat, fmat)
  grp.entities.each do |e|
    if (e.is_a? Sketchup::Edge)
      e.layer = elay
      e.material = emat
    elsif (e.is_a? Sketchup::Face)
      e.layer = flay
      e.material = fmat
      e.back_material = fmat
    end
  end
end
#
# softens (invisualizes) the edges
#
def soften_edges(grp)
  grp.entities.each do |e|
    e.soft = true if (e.is_a? Sketchup::Edge)
  end
end
#=============================================================================
# making SiP (System-in-Package) 3D model.
#=============================================================================
def make_sip_model
require "sketchup.rb"
model = Sketchup.active_model
# replace existing instances if any (remove here, and replace later)
inss = []; dels = []
model.active_entities.each do |e|
  next if not e.is_a? Sketchup::ComponentInstance
  next if not e.definition.name == "desc"
  inss << e.name
  inss << e.transformation
  dels << e
end
# replace existing models if any (remove here, and replace later)
if ((not dels.empty?) || model.definitions["desc"])
  print "replacing existing data (removing now, and will replace later)..\n"
  model.active_entities.erase_entities(dels) if (not dels.empty?)
  model.definitions.purge_unused
end
# make sip model in group gpdb0
layer = model.layers["00 desc"]
if (not layer)
  layer = model.layers.add("00 desc")
  rc = layer.visible = true
end
gpdb0 = model.entities.add_group
gpdb0.name = "desc"
gpdb0.layer = "00 desc"
# subst shape (z range = from bottom of bottom conductor layer to top of top conductor layer)
subst = gpdb0.entities.add_group
subst.name = "subst and mold"
subst.layer = model.layers[0]
layer = model.layers["60 subst (wireframe)"]
if (not layer)
  layer = model.layers.add("60 subst (wireframe)")
  rc = layer.visible = true
end
layer = model.layers["61 subst (surface)"]
if (not layer)
  layer = model.layers.add("61 subst (surface)")
  rc = layer.visible = false
end
material = model.materials["solidedge"]
if (not material)
  material = model.materials.add("solidedge")
  material.alpha = 1.0
  material.color = 0x000000
end
material = model.materials["subst"]
if (not material)
  material = model.materials.add("subst")
  material.alpha = 0.4
  material.color = 0x3f3f3f
end
outhorwk = subst.entities.add_group
outhorwk.name = "outhorwk"
outhorwk.layer = model.layers[0]
add_line_to_chain(outhorwk,[-2500.0.inch,-2500.0.inch,0.0.inch],[2500.0.inch,-2500.0.inch,0.0.inch],"60 subst (wireframe)")
add_line_to_chain(outhorwk,[2500.0.inch,-2500.0.inch,0.0.inch],[2500.0.inch,2500.0.inch,0.0.inch],"60 subst (wireframe)")
add_line_to_chain(outhorwk,[2500.0.inch,2500.0.inch,0.0.inch],[-2500.0.inch,2500.0.inch,0.0.inch],"60 subst (wireframe)")
add_line_to_chain(outhorwk,[-2500.0.inch,2500.0.inch,0.0.inch],[-2500.0.inch,-2500.0.inch,0.0.inch],"60 subst (wireframe)")
edges = close_chain(outhorwk,"60 subst (wireframe)")
face = outhorwk.entities.add_face(edges)
set_lay_and_mat(outhorwk,"60 subst (wireframe)","61 subst (surface)","solidedge","subst")
outhorwk.explode
face = pull_ceiling(subst,face,240.0.inch,["60 subst (wireframe)","60 subst (wireframe)"],["61 subst (surface)","61 subst (surface)"],["solidedge","solidedge"],["subst","subst"])
# package mold
layer = model.layers["10 pkg mold (wireframe)"]
if (not layer)
  layer = model.layers.add("10 pkg mold (wireframe)")
  rc = layer.visible = false
end
layer = model.layers["11 pkg mold (surface)"]
if (not layer)
  layer = model.layers.add("11 pkg mold (surface)")
  rc = layer.visible = false
end
material = model.materials["mold"]
if (not material)
  material = model.materials.add("mold")
  material.alpha = 0.4
  material.color = 0x404040
end
face = pull_ceiling(subst,face,560.0.inch,["10 pkg mold (wireframe)","10 pkg mold (wireframe)"],["11 pkg mold (surface)","11 pkg mold (surface)"],["mold","mold"],["mold","mold"])
# dielectric layers
diele = gpdb0.entities.add_group
diele.name = "dielectric layers"
diele.layer = model.layers[0]
# dielectric layer 1-2
layer = model.layers["50 dielectric layer 1-2"]
if (not layer)
  layer = model.layers.add("50 dielectric layer 1-2")
  rc = layer.visible = false
end
material = model.materials["diele"]
if (not material)
  material = model.materials.add("diele")
  material.alpha = 0.4
  material.color = 0x104060
end
tmp = diele.entities.add_group
tmp.name = "tmp"
tmp.layer = model.layers[0]
outhorwk = tmp.entities.add_group
outhorwk.name = "outhorwk"
outhorwk.layer = model.layers[0]
add_line_to_chain(outhorwk,[-2500.0.inch,-2500.0.inch,20.0.inch],[2500.0.inch,-2500.0.inch,20.0.inch],"50 dielectric layer 1-2")
add_line_to_chain(outhorwk,[2500.0.inch,-2500.0.inch,20.0.inch],[2500.0.inch,2500.0.inch,20.0.inch],"50 dielectric layer 1-2")
add_line_to_chain(outhorwk,[2500.0.inch,2500.0.inch,20.0.inch],[-2500.0.inch,2500.0.inch,20.0.inch],"50 dielectric layer 1-2")
add_line_to_chain(outhorwk,[-2500.0.inch,2500.0.inch,20.0.inch],[-2500.0.inch,-2500.0.inch,20.0.inch],"50 dielectric layer 1-2")
edges = close_chain(outhorwk,"50 dielectric layer 1-2")
face = outhorwk.entities.add_face(edges)
set_lay_and_mat(outhorwk,"50 dielectric layer 1-2","50 dielectric layer 1-2","diele","diele")
outhorwk.explode
face = pull_ceiling(tmp,face,200.0.inch,["50 dielectric layer 1-2","50 dielectric layer 1-2"],["50 dielectric layer 1-2","50 dielectric layer 1-2"],["diele","diele"],["diele","diele"])
tmp.explode
layer = model.layers["02 die1"]
if (not layer)
  layer = model.layers.add("02 die1")
  rc = layer.visible = true
end
die = gpdb0.entities.add_group
die.name = "die1"
die.layer = "02 die1"
print "loading die1 ..\n"
bulk = die.entities.add_group
bulk.name = "bulk"
bulk.layer = model.layers[0]
layer = model.layers["20 die bulk (wireframe)"]
if (not layer)
  layer = model.layers.add("20 die bulk (wireframe)")
  rc = layer.visible = true
end
layer = model.layers["21 die bulk (surface)"]
if (not layer)
  layer = model.layers.add("21 die bulk (surface)")
  rc = layer.visible = true
end
material = model.materials["die"]
if (not material)
  material = model.materials.add("die")
  material.alpha = 0.5
  material.color = 0x7f7f7f
end
# die bulk
outhorwk = bulk.entities.add_group
outhorwk.name = "outhorwk"
outhorwk.layer = model.layers[0]
add_line_to_chain(outhorwk,[-1000.0.inch,-1250.0.inch,280.0.inch],[1000.0.inch,-1250.0.inch,280.0.inch],"20 die bulk (wireframe)")
add_line_to_chain(outhorwk,[1000.0.inch,-1250.0.inch,280.0.inch],[1000.0.inch,1250.0.inch,280.0.inch],"20 die bulk (wireframe)")
add_line_to_chain(outhorwk,[1000.0.inch,1250.0.inch,280.0.inch],[-1000.0.inch,1250.0.inch,280.0.inch],"20 die bulk (wireframe)")
add_line_to_chain(outhorwk,[-1000.0.inch,1250.0.inch,280.0.inch],[-1000.0.inch,-1250.0.inch,280.0.inch],"20 die bulk (wireframe)")
edges = close_chain(outhorwk,"20 die bulk (wireframe)")
face = outhorwk.entities.add_face(edges)
set_lay_and_mat(outhorwk,"20 die bulk (wireframe)","21 die bulk (surface)","solidedge","die")
outhorwk.explode
face = pull_ceiling(bulk,face,200.0.inch,["20 die bulk (wireframe)","20 die bulk (wireframe)"],["21 die bulk (surface)","21 die bulk (surface)"],["solidedge","solidedge"],["die","die"])
diepads = die.entities.add_group
diepads.name = "diepads"
diepads.layer = model.layers[0]
# diepads
# d:die1/1
material = model.materials["sig"]
if (not material)
  material = model.materials.add("sig")
  material.alpha = 0.8
  material.color = [191,145,59]
end
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
if (not comp)
tmp = diepads.entities.add_group
tmp.name = "tmp"
tmp.layer = model.layers[0]
face = tmp.entities.add_face([-150.0.inch,-100.0.inch,0],[150.0.inch,-100.0.inch,0],[150.0.inch,100.0.inch,0],[-150.0.inch,100.0.inch,0])
tmp.entities.each do |e|
  if (e.is_a? Sketchup::Face)
    e.layer = "20 die bulk (wireframe)"
    e.material = "sig"
    e.back_material = "sig"
  elsif (e.is_a? Sketchup::Edge)
    e.layer = "20 die bulk (wireframe)"
    e.material = "solidedge"
  end
end
ins = tmp.to_component
comp = ins.definition
comp.name = "dp_sig_rect_w300h200t0r0"
diepads.entities.erase_entities(ins)
end # if (not comp)
ins = diepads.entities.add_instance(comp,Geom::Transformation.translation([700.0.inch,-400.0.inch,480.0.inch]))
ins.name = "d:die1/1"
# d:die1/10
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
ins = diepads.entities.add_instance(comp,Geom::Transformation.rotation([0,0,0],Z_AXIS,4.71238898038469))
ins.transform!(Geom::Transformation.translation([200.0.inch,-950.0.inch,480.0.inch]))
ins.name = "d:die1/10"
# d:die1/2
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
ins = diepads.entities.add_instance(comp,Geom::Transformation.translation([700.0.inch,0.0.inch,480.0.inch]))
ins.name = "d:die1/2"
# d:die1/3
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
ins = diepads.entities.add_instance(comp,Geom::Transformation.translation([700.0.inch,400.0.inch,480.0.inch]))
ins.name = "d:die1/3"
# d:die1/4
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
ins = diepads.entities.add_instance(comp,Geom::Transformation.rotation([0,0,0],Z_AXIS,1.5707963267948966))
ins.transform!(Geom::Transformation.translation([200.0.inch,950.0.inch,480.0.inch]))
ins.name = "d:die1/4"
# d:die1/5
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
ins = diepads.entities.add_instance(comp,Geom::Transformation.rotation([0,0,0],Z_AXIS,1.5707963267948966))
ins.transform!(Geom::Transformation.translation([-200.0.inch,950.0.inch,480.0.inch]))
ins.name = "d:die1/5"
# d:die1/6
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
ins = diepads.entities.add_instance(comp,Geom::Transformation.rotation([0,0,0],Z_AXIS,3.141592653589793))
ins.transform!(Geom::Transformation.translation([-700.0.inch,400.0.inch,480.0.inch]))
ins.name = "d:die1/6"
# d:die1/7
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
ins = diepads.entities.add_instance(comp,Geom::Transformation.rotation([0,0,0],Z_AXIS,3.141592653589793))
ins.transform!(Geom::Transformation.translation([-700.0.inch,0.0.inch,480.0.inch]))
ins.name = "d:die1/7"
# d:die1/8
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
ins = diepads.entities.add_instance(comp,Geom::Transformation.rotation([0,0,0],Z_AXIS,3.141592653589793))
ins.transform!(Geom::Transformation.translation([-700.0.inch,-400.0.inch,480.0.inch]))
ins.name = "d:die1/8"
# d:die1/9
comp = model.definitions["dp_sig_rect_w300h200t0r0"]
ins = diepads.entities.add_instance(comp,Geom::Transformation.rotation([0,0,0],Z_AXIS,4.71238898038469))
ins.transform!(Geom::Transformation.translation([-200.0.inch,-950.0.inch,480.0.inch]))
ins.name = "d:die1/9"
nets = gpdb0.entities.add_group
nets.name = "pattern and bwires"
nets.layer = model.layers[0]
print "loading sig ..\n"
nettype = nets.entities.add_group
nettype.name = "sig"
nettype.layer = model.layers[0]
print "loading sig1 (1/10) .. \n"
net = nettype.entities.add_group
net.name = "sig1"
net.layer = model.layers[0]
# p:die1/_9 (land)
layer = model.layers["40 conductor layer 1"]
if (not layer)
  layer = model.layers.add("40 conductor layer 1")
  rc = layer.visible = false
end
land = net.entities.add_group
land.name = "p:die1/_9 land"
land.layer = model.layers[0]
ringwk = land.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[1500.0.inch,-1300.0.inch,220.0.inch],[2400.0.inch,-1300.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[2400.0.inch,-1300.0.inch,220.0.inch],[2400.0.inch,-600.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[2400.0.inch,-600.0.inch,220.0.inch],[1800.0.inch,-600.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[1800.0.inch,-600.0.inch,220.0.inch],[1500.0.inch,-900.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[1500.0.inch,-900.0.inch,220.0.inch],[1500.0.inch,-1300.0.inch,220.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(land,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(land,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
layer = model.layers["31 bonding plate"]
if (not layer)
  layer = model.layers.add("31 bonding plate")
  rc = layer.visible = false
end
material = model.materials["btplate"]
if (not material)
  material = model.materials.add("btplate")
  material.alpha = 1.0
  material.color = 0x60d0d0
end
face = pull_ceiling(land,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
# bwire (d:die1/1,p:die1/_9)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/1,p:die1/_9)"
bwire.layer = model.layers[0]
layer = model.layers["30 bwire stk1,stg0"]
if (not layer)
  layer = model.layers.add("30 bwire stk1,stg0")
  rc = layer.visible = true
end
material = model.materials["sig(bwire)"]
if (not material)
  material = model.materials.add("sig(bwire)")
  material.alpha = 0.8
  material.color = [191,145,59]
end
edges = []
edge = bwire.entities.add_line([700.0.inch,-400.0.inch,480.0.inch],[704.6.inch,-402.6.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([704.6.inch,-402.6.inch,559.5.inch],[1049.4.inch,-594.1.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([1049.4.inch,-594.1.inch,626.4.inch],[1448.0.inch,-815.5.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([1448.0.inch,-815.5.inch,528.8.inch],[1588.9.inch,-893.8.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([1588.9.inch,-893.8.inch,458.9.inch],[1782.8.inch,-1001.5.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([1782.8.inch,-1001.5.inch,324.5.inch],[1902.0.inch,-1067.7.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading VSS1 (2/10) .. \n"
net = nettype.entities.add_group
net.name = "VSS1"
net.layer = model.layers[0]
# p:die1/_4 (land)
land = net.entities.add_group
land.name = "p:die1/_4 land"
land.layer = model.layers[0]
ringwk = land.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[-2400.0.inch,600.0.inch,220.0.inch],[-1900.0.inch,600.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1900.0.inch,600.0.inch,220.0.inch],[-1800.0.inch,700.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1800.0.inch,700.0.inch,220.0.inch],[-1500.0.inch,700.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1500.0.inch,700.0.inch,220.0.inch],[-1500.0.inch,1200.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1500.0.inch,1200.0.inch,220.0.inch],[-1700.0.inch,1200.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1700.0.inch,1200.0.inch,220.0.inch],[-1900.0.inch,1400.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1900.0.inch,1400.0.inch,220.0.inch],[-2400.0.inch,1400.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-2400.0.inch,1400.0.inch,220.0.inch],[-2400.0.inch,600.0.inch,220.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(land,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(land,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
face = pull_ceiling(land,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
# bwire (d:die1/6,p:die1/_4)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/6,p:die1/_4)"
bwire.layer = model.layers[0]
edges = []
edge = bwire.entities.add_line([-700.0.inch,400.0.inch,480.0.inch],[-704.7.inch,402.1.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([-704.7.inch,402.1.inch,559.5.inch],[-1052.2.inch,555.9.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([-1052.2.inch,555.9.inch,626.4.inch],[-1473.0.inch,742.2.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([-1473.0.inch,742.2.inch,528.8.inch],[-1621.8.inch,808.0.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([-1621.8.inch,808.0.inch,458.9.inch],[-1826.5.inch,898.6.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([-1826.5.inch,898.6.inch,324.5.inch],[-1952.3.inch,954.3.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading sig2 (3/10) .. \n"
net = nettype.entities.add_group
net.name = "sig2"
net.layer = model.layers[0]
# p:die1/_10 (land)
comp = model.definitions["sig_lay1_btplate20_tes_rectline_a500t20len400"]
if (not comp)
compwk = net.entities.add_group
compwk.name = "compwk"
compwk.layer = model.layers[0]
ringwk = compwk.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[-450.0.inch,250.0.inch,0.0.inch],[-450.0.inch,-250.0.inch,0.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-450.0.inch,-250.0.inch,0.0.inch],[450.0.inch,-250.0.inch,0.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[450.0.inch,-250.0.inch,0.0.inch],[450.0.inch,250.0.inch,0.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[450.0.inch,250.0.inch,0.0.inch],[-450.0.inch,250.0.inch,0.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(compwk,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(compwk,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
face = pull_ceiling(compwk,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
ins = compwk.to_component
comp = ins.definition
comp.name = "sig_lay1_btplate20_tes_rectline_a500t20len400"
net.entities.erase_entities(ins)
end # if (not comp)
ins = net.entities.add_instance(comp,Geom::Transformation.rotation([0,0,0],Z_AXIS,3.141592653589793))
ins.transform!(Geom::Transformation.translation([1950.0.inch,50.0.inch,220.0.inch]))
ins.name = "p:die1/_10 land"
# bwire (d:die1/2,p:die1/_10)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/2,p:die1/_10)"
bwire.layer = model.layers[0]
edges = []
edge = bwire.entities.add_line([700.0.inch,0.0.inch,480.0.inch],[704.6.inch,0.0.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([704.6.inch,0.0.inch,559.5.inch],[1049.4.inch,-3.7.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([1049.4.inch,-3.7.inch,626.4.inch],[1448.0.inch,-7.8.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([1448.0.inch,-7.8.inch,528.8.inch],[1588.9.inch,-9.3.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([1588.9.inch,-9.3.inch,458.9.inch],[1782.8.inch,-11.4.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([1782.8.inch,-11.4.inch,324.5.inch],[1902.0.inch,-12.6.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading sig3 (4/10) .. \n"
net = nettype.entities.add_group
net.name = "sig3"
net.layer = model.layers[0]
# p:die1/_2 (land)
land = net.entities.add_group
land.name = "p:die1/_2 land"
land.layer = model.layers[0]
ringwk = land.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[1500.0.inch,800.0.inch,220.0.inch],[2400.0.inch,800.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[2400.0.inch,800.0.inch,220.0.inch],[2400.0.inch,1700.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[2400.0.inch,1700.0.inch,220.0.inch],[1700.0.inch,1700.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[1700.0.inch,1700.0.inch,220.0.inch],[1500.0.inch,1500.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[1500.0.inch,1500.0.inch,220.0.inch],[1500.0.inch,800.0.inch,220.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(land,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(land,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
face = pull_ceiling(land,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
# bwire (d:die1/3,p:die1/_2)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/3,p:die1/_2)"
bwire.layer = model.layers[0]
edges = []
edge = bwire.entities.add_line([700.0.inch,400.0.inch,480.0.inch],[704.6.inch,403.9.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([704.6.inch,403.9.inch,559.5.inch],[1049.4.inch,693.0.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([1049.4.inch,693.0.inch,626.4.inch],[1448.0.inch,1027.2.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([1448.0.inch,1027.2.inch,528.8.inch],[1588.9.inch,1145.3.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([1588.9.inch,1145.3.inch,458.9.inch],[1782.8.inch,1307.9.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([1782.8.inch,1307.9.inch,324.5.inch],[1902.0.inch,1407.8.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading sig4 (5/10) .. \n"
net = nettype.entities.add_group
net.name = "sig4"
net.layer = model.layers[0]
# p:die1/_3 (land)
land = net.entities.add_group
land.name = "p:die1/_3 land"
land.layer = model.layers[0]
ringwk = land.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[-1400.0.inch,2400.0.inch,220.0.inch],[-1400.0.inch,1500.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1400.0.inch,1500.0.inch,220.0.inch],[-1000.0.inch,1500.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1000.0.inch,1500.0.inch,220.0.inch],[-700.0.inch,1800.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-700.0.inch,1800.0.inch,220.0.inch],[-700.0.inch,2400.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-700.0.inch,2400.0.inch,220.0.inch],[-1400.0.inch,2400.0.inch,220.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(land,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(land,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
face = pull_ceiling(land,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
# bwire (d:die1/5,p:die1/_3)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/5,p:die1/_3)"
bwire.layer = model.layers[0]
edges = []
edge = bwire.entities.add_line([-200.0.inch,950.0.inch,480.0.inch],[-204.0.inch,954.6.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([-204.0.inch,954.6.inch,559.5.inch],[-495.1.inch,1293.9.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([-495.1.inch,1293.9.inch,626.4.inch],[-798.8.inch,1647.9.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([-798.8.inch,1647.9.inch,528.8.inch],[-906.2.inch,1773.0.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([-906.2.inch,1773.0.inch,458.9.inch],[-1054.0.inch,1945.3.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([-1054.0.inch,1945.3.inch,324.5.inch],[-1144.8.inch,2051.1.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading sig5 (6/10) .. \n"
net = nettype.entities.add_group
net.name = "sig5"
net.layer = model.layers[0]
# p:die1/_5 (land)
comp = model.definitions["sig_lay1_btplate20_tes_rectline_a500t20len200"]
if (not comp)
compwk = net.entities.add_group
compwk.name = "compwk"
compwk.layer = model.layers[0]
ringwk = compwk.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[-350.0.inch,250.0.inch,0.0.inch],[-350.0.inch,-250.0.inch,0.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-350.0.inch,-250.0.inch,0.0.inch],[350.0.inch,-250.0.inch,0.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[350.0.inch,-250.0.inch,0.0.inch],[350.0.inch,250.0.inch,0.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[350.0.inch,250.0.inch,0.0.inch],[-350.0.inch,250.0.inch,0.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(compwk,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(compwk,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
face = pull_ceiling(compwk,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
ins = compwk.to_component
comp = ins.definition
comp.name = "sig_lay1_btplate20_tes_rectline_a500t20len200"
net.entities.erase_entities(ins)
end # if (not comp)
ins = net.entities.add_instance(comp,Geom::Transformation.rotation([0,0,0],Z_AXIS,3.141592653589793))
ins.transform!(Geom::Transformation.translation([-2050.0.inch,50.0.inch,220.0.inch]))
ins.name = "p:die1/_5 land"
# bwire (d:die1/7,p:die1/_5)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/7,p:die1/_5)"
bwire.layer = model.layers[0]
edges = []
edge = bwire.entities.add_line([-700.0.inch,0.0.inch,480.0.inch],[-704.6.inch,0.0.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([-704.6.inch,0.0.inch,559.5.inch],[-1052.2.inch,3.5.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([-1052.2.inch,3.5.inch,626.4.inch],[-1473.0.inch,7.8.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([-1473.0.inch,7.8.inch,528.8.inch],[-1621.8.inch,9.3.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([-1621.8.inch,9.3.inch,458.9.inch],[-1826.5.inch,11.3.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([-1826.5.inch,11.3.inch,324.5.inch],[-1952.3.inch,12.6.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading sig6 (7/10) .. \n"
net = nettype.entities.add_group
net.name = "sig6"
net.layer = model.layers[0]
# p:die1/_6 (land)
land = net.entities.add_group
land.name = "p:die1/_6 land"
land.layer = model.layers[0]
ringwk = land.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[-2400.0.inch,-1700.0.inch,220.0.inch],[-1800.0.inch,-1700.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1800.0.inch,-1700.0.inch,220.0.inch],[-1500.0.inch,-1400.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1500.0.inch,-1400.0.inch,220.0.inch],[-1500.0.inch,-600.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1500.0.inch,-600.0.inch,220.0.inch],[-2200.0.inch,-600.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-2200.0.inch,-600.0.inch,220.0.inch],[-2400.0.inch,-800.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-2400.0.inch,-800.0.inch,220.0.inch],[-2400.0.inch,-1700.0.inch,220.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(land,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(land,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
face = pull_ceiling(land,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
# bwire (d:die1/8,p:die1/_6)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/8,p:die1/_6)"
bwire.layer = model.layers[0]
edges = []
edge = bwire.entities.add_line([-700.0.inch,-400.0.inch,480.0.inch],[-704.6.inch,-402.6.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([-704.6.inch,-402.6.inch,559.5.inch],[-1052.2.inch,-598.4.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([-1052.2.inch,-598.4.inch,626.4.inch],[-1473.0.inch,-835.5.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([-1473.0.inch,-835.5.inch,528.8.inch],[-1621.8.inch,-919.3.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([-1621.8.inch,-919.3.inch,458.9.inch],[-1826.5.inch,-1034.6.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([-1826.5.inch,-1034.6.inch,324.5.inch],[-1952.3.inch,-1105.5.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading sig7 (8/10) .. \n"
net = nettype.entities.add_group
net.name = "sig7"
net.layer = model.layers[0]
# p:die1/_7 (land)
land = net.entities.add_group
land.name = "p:die1/_7 land"
land.layer = model.layers[0]
ringwk = land.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[-1700.0.inch,-2400.0.inch,220.0.inch],[-400.0.inch,-2400.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-400.0.inch,-2400.0.inch,220.0.inch],[-400.0.inch,-1700.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-400.0.inch,-1700.0.inch,220.0.inch],[-1200.0.inch,-1700.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1200.0.inch,-1700.0.inch,220.0.inch],[-1700.0.inch,-2200.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[-1700.0.inch,-2200.0.inch,220.0.inch],[-1700.0.inch,-2400.0.inch,220.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(land,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(land,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
face = pull_ceiling(land,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
# bwire (d:die1/9,p:die1/_7)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/9,p:die1/_7)"
bwire.layer = model.layers[0]
edges = []
edge = bwire.entities.add_line([-200.0.inch,-950.0.inch,480.0.inch],[-203.6.inch,-954.7.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([-203.6.inch,-954.7.inch,559.5.inch],[-466.9.inch,-1297.4.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([-466.9.inch,-1297.4.inch,626.4.inch],[-760.3.inch,-1679.2.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([-760.3.inch,-1679.2.inch,528.8.inch],[-864.0.inch,-1814.2.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([-864.0.inch,-1814.2.inch,458.9.inch],[-1006.7.inch,-2000.0.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([-1006.7.inch,-2000.0.inch,324.5.inch],[-1094.4.inch,-2114.1.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading sig8 (9/10) .. \n"
net = nettype.entities.add_group
net.name = "sig8"
net.layer = model.layers[0]
# p:die1/_8 (land)
land = net.entities.add_group
land.name = "p:die1/_8 land"
land.layer = model.layers[0]
ringwk = land.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[900.0.inch,-2400.0.inch,220.0.inch],[2400.0.inch,-2400.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[2400.0.inch,-2400.0.inch,220.0.inch],[2400.0.inch,-1500.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[2400.0.inch,-1500.0.inch,220.0.inch],[1100.0.inch,-1500.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[1100.0.inch,-1500.0.inch,220.0.inch],[800.0.inch,-1800.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[800.0.inch,-1800.0.inch,220.0.inch],[800.0.inch,-2300.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[800.0.inch,-2300.0.inch,220.0.inch],[900.0.inch,-2400.0.inch,220.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(land,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(land,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
face = pull_ceiling(land,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
# bwire (d:die1/10,p:die1/_8)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/10,p:die1/_8)"
bwire.layer = model.layers[0]
edges = []
edge = bwire.entities.add_line([200.0.inch,-950.0.inch,480.0.inch],[204.7.inch,-954.7.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([204.7.inch,-954.7.inch,559.5.inch],[553.4.inch,-1297.4.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([553.4.inch,-1297.4.inch,626.4.inch],[941.8.inch,-1679.2.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([941.8.inch,-1679.2.inch,528.8.inch],[1079.1.inch,-1814.2.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([1079.1.inch,-1814.2.inch,458.9.inch],[1268.1.inch,-2000.0.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([1268.1.inch,-2000.0.inch,324.5.inch],[1384.2.inch,-2114.1.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading VDD1 (10/10) .. \n"
net = nettype.entities.add_group
net.name = "VDD1"
net.layer = model.layers[0]
# p:die1/_1 (land)
land = net.entities.add_group
land.name = "p:die1/_1 land"
land.layer = model.layers[0]
ringwk = land.entities.add_group
ringwk.name = "ringwk"
ringwk.layer = model.layers[0]
add_line_to_chain(ringwk,[100.0.inch,1500.0.inch,220.0.inch],[1100.0.inch,1500.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[1100.0.inch,1500.0.inch,220.0.inch],[1500.0.inch,1900.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[1500.0.inch,1900.0.inch,220.0.inch],[2400.0.inch,1900.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[2400.0.inch,1900.0.inch,220.0.inch],[2400.0.inch,2400.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[2400.0.inch,2400.0.inch,220.0.inch],[100.0.inch,2400.0.inch,220.0.inch],"40 conductor layer 1")
add_line_to_chain(ringwk,[100.0.inch,2400.0.inch,220.0.inch],[100.0.inch,1500.0.inch,220.0.inch],"40 conductor layer 1")
edges = close_chain(ringwk,"40 conductor layer 1")
face = ringwk.entities.add_face(edges)
ringwk.explode
if (face)
set_lay_and_mat(land,"40 conductor layer 1","40 conductor layer 1","sig","sig")
end # if (face)
face = pull_ceiling(land,face,20.0.inch,["40 conductor layer 1","60 subst (wireframe)"],["40 conductor layer 1","40 conductor layer 1"],["sig","solidedge"],["sig","sig"])
face = pull_ceiling(land,face,20.0.inch,["31 bonding plate","31 bonding plate"],["31 bonding plate","31 bonding plate"],["btplate","btplate"],["btplate","btplate"])
# bwire (d:die1/4,p:die1/_1)
bwire = net.entities.add_group
bwire.name = "bw (d:die1/4,p:die1/_1)"
bwire.layer = model.layers[0]
edges = []
edge = bwire.entities.add_line([200.0.inch,950.0.inch,480.0.inch],[203.0.inch,954.7.inch,559.5.inch])
edges << edge
edge = bwire.entities.add_line([203.0.inch,954.7.inch,559.5.inch],[420.3.inch,1293.9.inch,626.4.inch])
edges << edge
edge = bwire.entities.add_line([420.3.inch,1293.9.inch,626.4.inch],[647.1.inch,1647.9.inch,528.8.inch])
edges << edge
edge = bwire.entities.add_line([647.1.inch,1647.9.inch,528.8.inch],[727.3.inch,1773.0.inch,458.9.inch])
edges << edge
edge = bwire.entities.add_line([727.3.inch,1773.0.inch,458.9.inch],[837.6.inch,1945.3.inch,324.5.inch])
edges << edge
edge = bwire.entities.add_line([837.6.inch,1945.3.inch,324.5.inch],[905.4.inch,2051.1.inch,260.0.inch])
edges << edge
normal = edges[0].vertices[1].position - edges[0].vertices[0].position
circle = bwire.entities.add_circle(edges[0].vertices[0].position,normal,15.0.inch)
face = bwire.entities.add_face(circle)
face.followme(edges)
bwire.entities.erase_entities(edges)
set_lay_and_mat(bwire,"30 bwire stk1,stg0","30 bwire stk1,stg0","sig(bwire)","sig(bwire)")
print "loading isolated objects..\n"
isolated = nets.entities.add_group
isolated.name = "isolated"
isolated.layer = model.layers[0]
fid = isolated.entities.add_group
fid.name = "fid"
fid.layer = model.layers[0]
fid.explode if (fid.entities.count==0)
plane = isolated.entities.add_group
plane.name = "plane"
plane.layer = model.layers[0]
plane.explode if (plane.entities.count==0)
ring = isolated.entities.add_group
ring.name = "ring"
ring.layer = model.layers[0]
ring.explode if (ring.entities.count==0)
bpad = isolated.entities.add_group
bpad.name = "bpad"
bpad.layer = model.layers[0]
bpad.explode if (bpad.entities.count==0)
ball = isolated.entities.add_group
ball.name = "ball"
ball.layer = model.layers[0]
ball.explode if (ball.entities.count==0)
via = isolated.entities.add_group
via.name = "via"
via.layer = model.layers[0]
via.explode if (via.entities.count==0)
pterm = isolated.entities.add_group
pterm.name = "pterm"
pterm.layer = model.layers[0]
pterm.explode if (pterm.entities.count==0)
rjump = isolated.entities.add_group
rjump.name = "rjump"
rjump.layer = model.layers[0]
rjump.explode if (rjump.entities.count==0)
eterm = isolated.entities.add_group
eterm.name = "eterm"
eterm.layer = model.layers[0]
eterm.explode if (eterm.entities.count==0)
etchbackline = isolated.entities.add_group
etchbackline.name = "etchbackline"
etchbackline.layer = model.layers[0]
etchbackline.explode if (etchbackline.entities.count==0)
etchbackring = isolated.entities.add_group
etchbackring.name = "etchbackring"
etchbackring.layer = model.layers[0]
etchbackring.explode if (etchbackring.entities.count==0)
isolated.explode if (isolated.entities.count==0)
# sip model is made in group gpdb0 here. register it as a component
ins = gpdb0.to_component
comp = ins.definition
comp.name = "desc"
ins.name = "desc"
# replace the existing instances if any
if (not inss.empty?)
  print "replacing existing data..\n"
  model.entities.erase_entities(ins)
  until (inss.empty?) do
    name = inss.shift
    trans = inss.shift
    ins = model.entities.add_instance(comp,trans)
    ins.name = name
  end
end
rc = model.active_layer = model.layers[0]
model.commit_operation
end # make_sip_model
#=============================================================================
# the script starts here, when it is invoked by 'load' command, in ruby console.
#=============================================================================
if Sketchup.active_model.entities == Sketchup.active_model.active_entities
  make_sip_model
  print "load completed.\n"
else
  print "close the group/component, pls.\n"
  UI.messagebox "close the group/component, pls."
end