Class InfoFace
In: infoface.rb
Parent: Object

Face object

Methods

checkchild   checkchild   checknewstatus   create   createexternref   createfaceface   deselect   find4l   getlinename   getopposingline   hide   mapl2points   new   recreate   reset   select   selectline   show   uncount   update  

Included Modules

CommonTasks Mesh

Attributes

adjust  [RW]  facefaces, futurerefs
celldef  [RW]  for all reference types
changed  [RW]  interaction attributes
csys  [RW] 
defaultprefix  [RW]  for the write2table method
diag  [RW]  attribute for connected 2l references
externref  [RW]  refs is replaced with ref
f  [RW]  faces
ff  [RW]  facefaces, futurerefs
ffcells  [RW]  facefaces, futurerefs
ffl0  [RW]  facefaces, futurerefs
ffl1  [RW]  facefaces, futurerefs
ffl2  [RW]  facefaces, futurerefs
ffl3  [RW]  facefaces, futurerefs
ffref  [RW]  facefaces, futurerefs
firstline  [RW]  info on first, second, third and fourth line belonging to a face
flipdir  [RW]  flip dir when cylindrical and spherical coordinate system is used
fourthline  [RW]  info on first, second, third and fourth line belonging to a face
futurerefs  [RW]  refs is replaced with ref
imax  [RW]  for cube creation, imax is meshx or l0.size-1, jmax is meshy or meshnum
info  [RW]  interaction attributes
jmax  [RW]  for cube creation, imax is meshx or l0.size-1, jmax is meshy or meshnum
l0  [RW]  lines
l1  [RW]  lines
l2  [RW]  lines
l2twist  [RW]  info on first, second, third and fourth line belonging to a face
l3  [RW]  lines
meshnum  [RW]  mesh attributes
meshx  [RW]  mesh attributes
meshy  [RW]  mesh attributes
normal  [RW]  interaction attributes
p0  [RW]  points
p0tmp  [RW]  points
p1  [RW]  points
p1tmp  [RW]  points
p2  [RW]  points
p2tmp  [RW]  points
p3  [RW]  points
p3tmp  [RW]  points
plane  [RW]  1p attributes
point0  [RW] 
point1  [RW] 
point2  [RW] 
point3  [RW] 
ref  [RW]  refs is replaced with ref
refattr  [RW]  refs is replaced with ref
reflist  [RW]  for the write2table method
reforder  [RW]  for the write2table method
reftype  [RW]  refs is replaced with ref
row  [RW]  interaction attributes
secondline  [RW]  info on first, second, third and fourth line belonging to a face
selected  [RW]  interaction attributes
thirdline  [RW]  info on first, second, third and fourth line belonging to a face
visible  [RW] 
x  [RW]  lines
xlength  [RW]  1p attributes
xrot  [RW]  1p attributes
xvec  [RW]  1l attributes
y  [RW]  lines
ylength  [RW]  1p attributes
yrot  [RW]  1p attributes
yvec  [RW]  1l attributes
z  [RW]  lines
zlength  [RW]  1p attributes
zrot  [RW]  1p attributes
zvec  [RW]  1l attributes

Public Class methods

new(reftype, csys, ref, parent, info, rownum, *args)

returns an InfoFace with all attributes no objects are created they are created with the create method also initialize with parent face (face in context) for 1l, 2l and 4l

[Source]

# File infoface.rb, line 69
   def initialize(reftype, csys, ref, parent, info, rownum,  *args)
      @changed = false
      @selected = false
      @visible = false
      @l2twist = false
      @flipdir = 0
      @x = Array.new
      @y = Array.new
      @z = Array.new
      @ff = Array.new
      @ffref = Array.new
      @adjust = Array.new
      @defaultprefix = "face"
      @futurerefed = false
      @futureref = nil
      @reftype = reftype
      @csys = csys
      @ref = ref
      @parent = parent
      @parent == nil ? @parent = self:nil
      info == nil ? @info = [ @parent, self, "f#{@@count}"]:@info = [ @parent, self, info ]
      @f = DefFace.new(@info[0], @info[1], "f#{@@count}")
      @row = rownum if rownum != nil
      case @reftype
         when "1p"
            @xlength, @ylength, @plane, @meshx, @meshy = args
            @reflist = { "xlength" => @xlength, "ylength" => @ylength, "plane" => @plane, "meshx" => @meshx, "meshy" => @meshy }
            @reforder = ["xlength", "ylength", "plane", "meshx", "meshy" ]
            @p0 = @ref
            @p1 = InfoPoint.new(@csys, 0.0, 0.0, 0.0, self,"p1")
            @p2 = InfoPoint.new(@csys, 0.0, 0.0, 0.0, self,"p2")
            @p3 = InfoPoint.new(@csys, 0.0, 0.0, 0.0, self,"p3")
            #
            #
            #
            @p0.pos[@csys.count] = invPositionInCsys(@csys, @p0.pos[0])
            case @plane
               when "xy"
                  # puts "xy plane"
                  @p1.pos[@csys.count] = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1],          @p0.pos[@csys.count][2] ]
                  @p2.pos[@csys.count] = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1]+@ylength, @p0.pos[@csys.count][2] ]
                  @p3.pos[@csys.count] = [ @p0.pos[@csys.count][0],          @p0.pos[@csys.count][1]+@ylength, @p0.pos[@csys.count][2] ]
               when "xz"
                  # puts "xz plane"
                  @p1.pos[@csys.count] = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1], @p0.pos[@csys.count][2] ]
                  @p2.pos[@csys.count] = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1], @p0.pos[@csys.count][2]+@ylength ]
                  @p3.pos[@csys.count] = [ @p0.pos[@csys.count][0],          @p0.pos[@csys.count][1], @p0.pos[@csys.count][2]+@ylength ]
               when "yz"
                  # puts "yz plane"
                  @p1.pos[@csys.count] = [ @p0.pos[@csys.count][0], @p0.pos[@csys.count][1]+@xlength, @p0.pos[@csys.count][2] ]
                  @p2.pos[@csys.count] = [ @p0.pos[@csys.count][0], @p0.pos[@csys.count][1]+@xlength, @p0.pos[@csys.count][2]+@ylength ]
                  @p3.pos[@csys.count] = [ @p0.pos[@csys.count][0], @p0.pos[@csys.count][1],          @p0.pos[@csys.count][2]+@ylength ]
            end
            @p1.pos[0] = positionInCsys(@csys, @p1.pos[@csys.count])
            @p2.pos[0] = positionInCsys(@csys, @p2.pos[@csys.count])
            @p3.pos[0] = positionInCsys(@csys, @p3.pos[@csys.count])
            #
            #
            #
            @l0 = DefLine.new(self, "l0")
            @l1 = DefLine.new(self, "l1")
            @l2 = DefLine.new(self, "l2")
            @l3 = DefLine.new(self, "l3")
            @firstline = @l0
            @secondline = @l1
            @thirdline = @l2
            @fourthline = @l3
            @l0.firstpoint = @p0
            @l0.lastpoint = @p1
            @l1.firstpoint = @p1
            @l1.lastpoint = @p2
            @l2.firstpoint = @p2
            @l2.lastpoint = @p3
            @l3.firstpoint = @p3
            @l3.lastpoint = @p0
            @point0, @point1, @point2, @point3 = @p0, @p1, @p2, @p3
         when "1l"
            @ref.child.push(self)
            @xvec, @yvec, @zvec, @meshnum = args
            @reflist = { "xvec" => @xvec, "yvec" => @yvec, "zvec" => @zvec, "meshnum" => @meshnum }
            @reforder = [ "xvec", "yvec", "zvec", "meshnum" ]
            @l0 = @ref
            @p0 = @ref.firstpoint
            @p1 = @ref.lastpoint
            @p2 = InfoPoint.new($defaultcsys, 0.0, 0.0, 0.0, self,"p2")
            @p3 = InfoPoint.new($defaultcsys, 1.0, 0.0, 0.0, self,"p3")
            @l1 = DefLine.new(self, "l1")
            @l2 = DefLine.new(self, "l2")
            @l3 = DefLine.new(self, "l3")
            @firstline = @l0
            @secondline = @l1
            @thirdline = @l2
            @fourthline = @l3
            @l1.firstpoint = @p1
            @l1.lastpoint = @p2
            @l2.firstpoint = @p2
            @l2.lastpoint = @p3
            @l3.firstpoint = @p3
            @l3.lastpoint = @p0
            @point0, @point1, @point2, @point3 = @p0, @p1, @p2, @p3
         when "2l"
            @ref[0].child.push(self)
            @ref[1].child.push(self)
            @meshnum, @flipdir = args
            @reflist = { "meshnum" => @meshnum, "flipdir" => @flipdir }
            @reforder = [ "meshnum", "flipdir" ]
            @l0 = @ref[0]
            @l2 = @ref[1]
            @l1 = DefLine.new(self, "l1")
            @l3 = DefLine.new(self, "l3")
            @firstline = @l0
            @secondline = @l1
            @thirdline = @l2
            @fourthline = @l3
            @p0 = @l0.firstpoint
            @p1 = @l0.lastpoint
            mapl2points
            @point0, @point1, @point2, @point3 = @p0, @p1, @p2, @p3
         when "2lconn"
         
         when "3l"
            @ref[0].child.push(self)
            @ref[1].child.push(self)
            @ref[2].child.push(self)
            @reforder = []
            # create missing line
            @l0, @l1, @l2, @p0, @p1, @p2, @p3  = findUnconnectedPoints(@ref)
            @l3 = InfoLine.new("2p", @csys, [p3, p0], self, "l3", @l2.x[0].size, 0)
            @l3.create
            #puts "l0 #{@l0}, l1 #{@l1}, l2 #{@l2}, l3 #{@l3}" 
            @firstline = @l0
            @secondline = @l1
            @thirdline = @l2
            @fourthline = @l3
            @point0, @point1, @point2, @point3 = @p0, @p1, @p2, @p3
         when "4l"
            @ref[0].child.push(self)
            @ref[1].child.push(self)
            @ref[2].child.push(self)
            @ref[3].child.push(self)
            @reforder = []
            # now we have to find p0..3 and l0..3 then the mesh creation will be easy
            # first we collect all the end points
            # maybe create a function like connectionmatrix = findStructure4l(@ref)
            # maybe we should have a new concept with internal lines and points for faces
            # il0..3, ip0..3 then the 4l face mesh could always be used, I have already begun to do this
            # with the first/second/third-line concept
            @l0, @l1, @l2, @l3, @p0, @p1, @p2, @p3 = findStructure4lalt(@ref)
            @firstline = @l0
            @secondline = @l1
            @thirdline = @l2
            @fourthline = @l3
            @point0, @point1, @point2, @point3 = @p0, @p1, @p2, @p3

      end
      @l0.child.push(self)
      @l1.child.push(self)
      @l2.child.push(self)
      @l3.child.push(self)
      @firstinit = true
      #create
      @oldcsyspos = @csys.getpos
      @facefacecurrentstatus = { "ref" => @ffref, "geom" => @ff, "adjust" => @adjust }
      @@count += 1
   end

Public Instance methods

checkchild()

[Source]

# File infoface.rb, line 867
   def checkchild
      puts "for #{@info[2]}"
      if @ref.class == Array
         @ref.each do |tmp|
            print "parent/ref #{tmp.info[0].info[2]}.#{tmp.info[2]} has "
            tmp.child.each do |child|
               print "child #{child.info[2]} "
            end
            print "\n"
         end
      elsif @ref.class == InfoLine || @ref.class == DefLine
         print "ref/parent #{@ref.info[0].info[2]}.#{@ref.info[2]} has " 
         @ref.child.each do |child|
            print "child #{child.info[2]} "
         end
         print "\n"
      end
   end
checkchild()

[Source]

# File infoface.rb, line 851
   def checkchild
   end
checknewstatus()

[Source]

# File infoface.rb, line 761
   def checknewstatus
      case @reftype
         when "1p"
??
            # set meshx
            imeshtmp = nil
            [@l0, @l2].each do |line|
               if line.imesh != nil
                  imeshtmp = line.imesh
               end
            end
            @meshx = imeshtmp if imeshtmp != nil
            # set meshy
            imeshtmp = nil
            [@l1, @l3].each do |line|
               if line.imesh != nil
                  imeshtmp = line.imesh
               end
            end
            @meshy = imeshtmp if imeshtmp != nil
            if @meshx < 2
               @meshx = 2
            end
            if @meshy < 2
               @meshy = 2
            end
            @newstatus = { "xlength" => @xlength, "ylength" => @ylength, "plane" => @plane, "meshx" => @meshx, "meshy" => @meshy, "externref" => @externref }
         when "1l"
??
            # set meshnum
            imeshtmp = nil
            [@l1, @l3].each do |line|
               if line.imesh != nil
                  imeshtmp = line.imesh
               end
            end
            @meshnum = imeshtmp if imeshtmp != nil
             if @meshnum < 2
                @meshnum = 2
             end
            @newstatus = { "xvec" => @xvec, "yvec" => @yvec, "zvec" => @zvec, "meshnum" => @meshnum, "externref" => @externref }
         when "2l"
??
            # set meshnum
            imeshtmp = nil
            [@l1, @l3].each do |line|
               if line.imesh != nil
                  imeshtmp = line.imesh
               end
            end
            @meshnum = imeshtmp if imeshtmp != nil
             if @meshnum < 2
                @meshnum = 2
             end
            @newstatus = { "meshnum" => @meshnum, "flipdir" => @flipdir, "externref" => @externref }
      end
      @facefacenewstatus = { "ref" => @ffref, "geom" => @ff, "adjust" => @adjust }
   end
create()

[Source]

# File infoface.rb, line 281
   def create
      case @reftype
         when "1p"
            # set meshx
??

            if @meshx < 2
               @meshx = 2
            end
            if @meshy < 2
               @meshy = 2
            end
            @imax = @meshx - 1
            @jmax = @meshy - 1
         
            # do the 1p referenced face
            # which will be upgraded a lot. Want to align it with a coordinate system instead of 
            # input the rotations direct in the face method.
            #@p0 = @refs[0]
            # if rotation is needed a csys might be added by this class?
            # in fact it will be created in the x-y (or r-fi) direction of the coordinate
            # system that the point is referenced to
            @p0.pos[@csys.count] = invPositionInCsys(@csys, @p0.pos[0])
            # puts "xlength #{@xlength}, ylength #{@ylength}" 

                  #@p0xz = [ @p0.pos[@csys.count][0]         , @p0.pos[@csys.count][2],          @p0.pos[@csys.count][1] ]
                  #@p1xz = [ @p0xz[0] + @xlength, @p0xz[1],                     @p0xz[2] ]
                  #@p2xz = [ @p0xz[0] + @xlength, @p0xz[1] + @ylength,          @p0xz[2] ]
                  #@p3xz = [ @p0xz[0]           , @p0xz[1] + @ylength,          @p0xz[2] ]
                  #@p0yz = [ @p0.pos[@csys.count][1]         , @p0.pos[@csys.count][2],          @p0.pos[@csys.count][0] ]
                  #@p1yz = [ @p0yz[0] + @xlength, @p0yz[1],                     @p0yz[2] ]
                  #@p2yz = [ @p0yz[0] + @xlength, @p0yz[1] + @ylength,          @p0yz[2] ]
                  #@p3yz = [ @p0yz[0]           , @p0yz[1] + @ylength,          @p0yz[2] ]
                  #@p1xy = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1],          @p0.pos[@csys.count][2] ]
                  #@p2xy = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1]+@ylength, @p0.pos[@csys.count][2] ]
                  #@p3xy = [ @p0.pos[@csys.count][0],          @p0.pos[@csys.count][1]+@ylength, @p0.pos[@csys.count][2] ]
                  #@p1xy = invPositionInCsys(@csys, p1xytmp)
                  #@p2xy = invPositionInCsys(@csys, p2xytmp)
                  #@p3xy = invPositionInCsys(@csys, p3xytmp)
            case @plane
               when "xy"
                  # puts "xy plane"
                  @p1.pos[@csys.count] = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1],          @p0.pos[@csys.count][2] ]
                  @p2.pos[@csys.count] = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1]+@ylength, @p0.pos[@csys.count][2] ]
                  @p3.pos[@csys.count] = [ @p0.pos[@csys.count][0],          @p0.pos[@csys.count][1]+@ylength, @p0.pos[@csys.count][2] ]
               when "xz"
                  # puts "xz plane"
                  @p1.pos[@csys.count] = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1], @p0.pos[@csys.count][2] ]
                  @p2.pos[@csys.count] = [ @p0.pos[@csys.count][0]+@xlength, @p0.pos[@csys.count][1], @p0.pos[@csys.count][2]+@ylength ]
                  @p3.pos[@csys.count] = [ @p0.pos[@csys.count][0],          @p0.pos[@csys.count][1], @p0.pos[@csys.count][2]+@ylength ]
               when "yz"
                  # puts "yz plane"
                  @p1.pos[@csys.count] = [ @p0.pos[@csys.count][0], @p0.pos[@csys.count][1]+@xlength, @p0.pos[@csys.count][2] ]
                  @p2.pos[@csys.count] = [ @p0.pos[@csys.count][0], @p0.pos[@csys.count][1]+@xlength, @p0.pos[@csys.count][2]+@ylength ]
                  @p3.pos[@csys.count] = [ @p0.pos[@csys.count][0], @p0.pos[@csys.count][1],          @p0.pos[@csys.count][2]+@ylength ]
            end
            @p1.pos[0] = positionInCsys(@csys, @p1.pos[@csys.count])
            @p2.pos[0] = positionInCsys(@csys, @p2.pos[@csys.count])
            @p3.pos[0] = positionInCsys(@csys, @p3.pos[@csys.count])
            # have to be able to replace the lines with 2p ref lines referenced to InfoFace.lX InfoFace.lX
            # the lineonline dialog will have attributes: xaxis and radius. Point refs are already given
            # maybe these attributes should be attr accessor of the infoface class
            # like: l0xaxis, l0radius .. if they are set they add future refs to the table
            # FutureRef:s will not hold an object it's just additional attributes to an already
            # defined piece of an object. It's @info will be set so it will be "*" selected i table
            #l0 = InfoLine.new(@p0,@p1,self,"l0") 4 arg reftype 2p
            # use the method:
            #    def meshline(p0,p1,radius,meshnum,xaxis,yaxis,zaxis,refattr,csys,parent,self1)
            #    or InfoLine.new
            #    these InfoLines is not created when it becomes a face with a faceface
            #    attached
            #    if @externref == true this is not going to happend
             @x[@csys.count], @y[@csys.count], @z[@csys.count] , @celldef, @l0def, @l1def, @l2def, @l3def = createfrom4points(
                             @p0.pos[@csys.count], @p1.pos[@csys.count], @p2.pos[@csys.count], @p3.pos[@csys.count], 
                             @meshx, @meshy  )
             @x[0], @y[0], @z[0] = spaceinreal(@csys, @x[@csys.count], @y[@csys.count], @z[@csys.count])
             if @externref
                createexternref
             end
             @f.create(@celldef, @x[0], @y[0], @z[0])
             @l0.create(@l0def, @x[0], @y[0], @z[0])
             @l0.meshnum = @meshx
             @l1.create(@l1def, @x[0], @y[0], @z[0])
             @l1.meshnum = @meshy
             @l2.create(@l2def, @x[0], @y[0], @z[0])
             @l2.meshnum = @meshx
             @l3.create(@l3def, @x[0], @y[0], @z[0])
             @l3.meshnum = @meshy
             # create a new mesh method that take l0 to l3 as input argument (InfoLines)
             # these lines could be curved (with a radius) and the meshpoints should be
             # adjusted in a clever way. Also there could be faces applied on the face
             # afterward and they should fit straigth in to the mesh faces.
             # So this mesh function has to treat this face-on-faces as hard points(/lines).
             # Also it would be nice to output the worst cell skewness and aspect ratio.
            @currentstatus = { "xlength" => @xlength, "ylength" => @ylength, "plane" => @plane, "meshx" => @meshx, "meshy" => @meshy, "externref" => @externref }
          when "1l"
??
             if @meshnum < 2
                @meshnum = 2
             end
             @imax = @l0.x[0].size - 1
             @jmax = @meshnum - 1
             # always do this before I have way telling if a coordinate system is changed
             ccount = @csys.count
             @l0.x[ccount], @l0.y[ccount], @l0.z[ccount] = spaceincsys(@csys, @l0.x[0], @l0.y[0], @l0.z[0])
             #test1 = Benchmark.realtime {
             @x[@csys.count], @y[@csys.count], @z[@csys.count] , @celldef, @l1def, @l2def, @l3def = extrudeincsys(
                                  @l0.x[@csys.count], @l0.y[@csys.count], @l0.z[@csys.count], 
                                  @xvec, @yvec, @zvec, @meshnum)
             #}
             # create a l0def for creation of facefaces, could be moved to extrudeincsys function
             # maybe I should throw away the original line and recreate it from l0def
             # then lines has be connected to the DefLine instead
             @l0def = Array.new
             (0..@l2def.size-1).each do |tmp|
                @l0def.push(tmp)
             end
             #test2 = Benchmark.realtime {
             @x[0], @y[0], @z[0] = spaceinreal(@csys, @x[@csys.count], @y[@csys.count], @z[@csys.count])
             #}
             if @externref
                createexternref
             end
             #test3 = Benchmark.realtime {
             @f.create(@celldef, @x[0], @y[0], @z[0])
             #}
             # the lines are made from the line definition and stored in the DefLine objects (l1..3)
             # I also want to have DefFace?
             #test4 = Benchmark.realtime {
             @l1.create(@l1def, @x[0], @y[0], @z[0])
             @l1.meshnum = @meshnum
             @l2.create(@l2def, @x[0], @y[0], @z[0])
             @l2.meshnum = @l0.meshnum
             @l3.create(@l3def, @x[0], @y[0], @z[0])
             @l3.meshnum = @meshnum
             #}
             p2num = @meshnum*@l0.meshnum-1
             p3num = (@meshnum-1)*@l0.meshnum
             @p2.xpos = @x[0][p2num]
             @p2.ypos = @y[0][p2num]
             @p2.zpos = @z[0][p2num]
             @p3.xpos = @x[0][p3num]
             @p3.ypos = @y[0][p3num]
             @p3.zpos = @z[0][p3num]
             @p2.update
             @p3.update
             # @vertex,@celldef,@f, @l0extra, @l1, @l2, @l3 = extrude(@ref,@csys,[@xvec, @yvec, @zvec], @meshnum, self)
             #puts "extrudeincsys #{test1}, spaceinreal #{test2}, f.create #{test3}, lX.create #{test4}"
             @currentstatus = { "xvec" => @xvec, "yvec" => @yvec, "zvec" => @zvec, "meshnum" => @meshnum, "externref" => @externref }
          when "2l"
??
             if @meshnum < 2
                @meshnum = 2
             end
             @imax = @l0.x[0].size - 1
             @jmax = @meshnum - 1
             # do the 2l referenced face
             # if meshnum doesn't match, abort. Later on meshnum will be altered on one of the lines
             # I' going to do a function like x,y,z,celldef = realcsys2l(@l0.x[0], @l0.y[0], @l0.z[0], 
             #                                                           @l2.x[0], @l2.y[1], @l2.z[0])
             # if meshNoFromRow is set that line is choosen
             ccount = @csys.count
             # procedure to take flip dir into account
             if @flipdir == 1 && ( @csys.csystype == 1 || @csys.csystype == 2 )
                @l0.x[ccount], @l0.y[ccount], @l0.z[ccount] = spaceincsys(@csys, @l0.x[0], @l0.y[0], @l0.z[0])
                @l2.x[ccount], @l2.y[ccount], @l2.z[ccount] = spaceincsys(@csys, @l2.x[0], @l2.y[0], @l2.z[0])
                # 
                l0ytmp = Array.new
                l2ytmp = Array.new
                if @l0.y[ccount][0].abs > @l2.y[ccount][0].abs
                   (0..(@l0.y[ccount].size-1) ).each do |idx|
                      l0ytmp[idx] = @l0.y[ccount][idx] - 360.0
                   end
                   l2ytmp = @l2.y[ccount]
                else
                   (0..(@l2.y[ccount].size-1) ).each do |idx|
                      l2ytmp[idx] = @l2.y[ccount][idx] - 360.0
                   end
                   l0ytmp = @l0.y[ccount]
                end
                # use l2twist instead of calculate if it is twisted in realcsys2l
                @x[ccount],@y[ccount],@z[ccount],@celldef, @l1def, @l3def = realcsys2lmod(@l0.x[ccount], l0ytmp, @l0.z[ccount],  @l2.x[ccount], l2ytmp, @l2.z[ccount], @meshnum, @l2twist)
                @x[0], @y[0], @z[0] = spaceinreal(@csys, @x[ccount], @y[ccount], @z[ccount])
             else
                # cartesian coordinate system or no flip dir.
                @l0.x[ccount], @l0.y[ccount], @l0.z[ccount] = spaceincsys(@csys, @l0.x[0], @l0.y[0], @l0.z[0])
                @l2.x[ccount], @l2.y[ccount], @l2.z[ccount] = spaceincsys(@csys, @l2.x[0], @l2.y[0], @l2.z[0])
                @x[ccount],@y[ccount],@z[ccount],@celldef, @l1def, @l3def = realcsys2lmod(@l0.x[ccount], @l0.y[ccount], @l0.z[ccount],  @l2.x[ccount], @l2.y[ccount], @l2.z[ccount], @meshnum, @l2twist)
                @x[0], @y[0], @z[0] = spaceinreal(@csys, @x[ccount], @y[ccount], @z[ccount])
             end
             @l0def, @l1def, @l2def, @l3def = findAllLdef(@celldef)
             if @externref
                createexternref
             end
             @f.create(@celldef, @x[0], @y[0], @z[0])
             @l1.create(@l1def, @x[0], @y[0], @z[0])
             @l1.meshnum = @meshnum
             @l3.create(@l3def, @x[0], @y[0], @z[0])
             @l3.meshnum = @meshnum
             # just map points when initialize
             #mapl2points
             @currentstatus = { "meshnum" => @meshnum, "flipdir" => @flipdir, "externref" => @externref }
             @point0, @point1, @point2, @point3 = @p0, @p1, @p2, @p3
          when "2lconn"
             # do the 2lconn referenced face
          when "3l"
             # do the 3l referenced face
             #puts "l0 #{@l0}, l1 #{@l1}, l2 #{@l2}, l3 #{@l3}" 
             #puts @l1.reftype
             @imax = @l0.x[0].size - 1
             @jmax = @l1.x[0].size - 1
             @x[0],@y[0],@z[0],@celldef = realcsys4l(@l0.x[0], @l0.y[0], @l0.z[0],  
                                                                   @l1.x[0], @l1.y[0], @l1.z[0], 
                                                                   @l2.x[0], @l2.y[0], @l2.z[0], 
                                                                   @l3.x[0], @l3.y[0], @l3.z[0] )
             if @externref
                createexternref
             end
             @f.create(@celldef, @x[0], @y[0], @z[0])
          when "4l"
             # do the 4l referenced face
             #@meshnum = [@l1.x[0].size, @l3.x[0].size].max

             #@meshnum = @ref[1].x[0].size
             #@l1 = @ref[1]
             #@l3 = @ref[3]
             # the externref is made in csys, and 4l is made in realcsys...
             #@x[0],@y[0],@z[0],@celldef, @l1def, @l3def = realcsys2l(@l0.x[0], @l0.y[0], @l0.z[0],  @l2.x[0], @l2.y[0], @l2.z[0], @meshnum)
             @imax = @l0.x[0].size - 1
             @jmax = @l1.x[0].size - 1
             ccount = @csys.count
             @l0.x[ccount], @l0.y[ccount], @l0.z[ccount] = spaceincsys(@csys, @l0.x[0], @l0.y[0], @l0.z[0])
             @l1.x[ccount], @l1.y[ccount], @l1.z[ccount] = spaceincsys(@csys, @l1.x[0], @l1.y[0], @l1.z[0])
             @l2.x[ccount], @l2.y[ccount], @l2.z[ccount] = spaceincsys(@csys, @l2.x[0], @l2.y[0], @l2.z[0])
             @l3.x[ccount], @l3.y[ccount], @l3.z[ccount] = spaceincsys(@csys, @l3.x[0], @l3.y[0], @l3.z[0])
             #@x[ccount],@y[ccount],@z[ccount],@celldef, @l1def, @l3def = realcsys2l(@l0.x[ccount], @l0.y[ccount], @l0.z[ccount],  @l2.x[ccount], @l2.y[ccount], @l2.z[ccount], @meshnum)
             @x[ccount],@y[ccount],@z[ccount],@celldef = realcsys4l(@l0.x[ccount], @l0.y[ccount], @l0.z[ccount],  
                                                                   @l1.x[ccount], @l1.y[ccount], @l1.z[ccount], 
                                                                   @l2.x[ccount], @l2.y[ccount], @l2.z[ccount], 
                                                                   @l3.x[ccount], @l3.y[ccount], @l3.z[ccount] )
             @x[0], @y[0], @z[0] = spaceinreal(@csys, @x[ccount], @y[ccount], @z[ccount])
             #@l0def, @l1def, @l2def, @l3def = findAllLdef(@celldef)
             if @externref
                createexternref
             end
             @f.create(@celldef, @x[0], @y[0], @z[0])
          end
          # create the face: face.new(@p0, @p1, @p2, @p3)
          # set imax and jmax
          case @reftype
             when "1p"
                @imax = @meshx - 1
                @jmax = @meshy - 1
             when "1l"
                @imax = @l0.x[0].size - 1
                @jmax = @meshnum - 1
             when "2l"
                @imax = @l0.x[0].size - 1
                @jmax = @meshnum - 1
             when "3l"
                @imax = @l0.x[0].size - 1
                @jmax = @l1.x[0].size - 1
             when "4l"
                @imax = @l0.x[0].size - 1
                @jmax = @l1.x[0].size - 1
          end
             @point0, @point1, @point2, @point3 = @p0, @p1, @p2, @p3
       end
createexternref()

faceface is created

[Source]

# File infoface.rb, line 251
   def createexternref
      @celldef, @facefacecelldef, @facefaceldef = createfacefacemesh3(@ff, @x[@csys.count], @y[@csys.count], @z[@csys.count], 
                                                                      @celldef, @l0def, @l1def, @l2def, @l3def, @adjust)
      @x[0], @y[0], @z[0] = spaceinreal(@csys, @x[@csys.count], @y[@csys.count], @z[@csys.count])
      # update mesh count
      @ffcells = Array.new
      (0..@facefacecelldef.size-1).each do |idx|
         # DefFace.new(parent, viewerobj, text)
         #@ffcells[idx] = DefFace.new(self, self, "ff#{idx}")
         @ffcells[idx] = DefFace.new(self, @ffref[idx], "ff#{idx}")
         @ffcells[idx].create(@facefacecelldef[idx], @x[0], @y[0], @z[0])
      end
      @ffl0 = Array.new
      @ffl1 = Array.new
      @ffl2 = Array.new
      @ffl3 = Array.new
      (0..@facefaceldef.size-1).each do |idx|
         if @facefacecelldef[idx].size > 0
            @ffl0[idx] = DefLine.new(@ffref[idx], "ff#{idx}l0" )
            @ffl0[idx].create(@facefaceldef[idx][0], @x[0], @y[0], @z[0] )
            @ffl1[idx] = DefLine.new(self, "ff#{idx}l1" )
            @ffl1[idx].create(@facefaceldef[idx][1], @x[0], @y[0], @z[0] )
            @ffl2[idx] = DefLine.new(self, "ff#{idx}l2" )
            @ffl2[idx].create(@facefaceldef[idx][2], @x[0], @y[0], @z[0] )
            @ffl3[idx] = DefLine.new(self, "ff#{idx}l3" )
            @ffl3[idx].create(@facefaceldef[idx][3], @x[0], @y[0], @z[0] )
         end
      end
   end
createfaceface(futureref, xmin, xmax, ymin, ymax, adjust)

The create method position the points according to the initialized attributes. Then the lines and the face mesh are created tmp.createfaceface(xlength,ylength,refattr,xpos,ypos)

[Source]

# File infoface.rb, line 238
   def createfaceface(futureref, xmin, xmax, ymin, ymax, adjust)
      # @ff has to be able to store more info. Maybe it has to be treated as a buffer? Also the future ref
      # has to keep track on face cells belonging to facefaces.
      @ffref.push(futureref)
      @ff.push([xmin,xmax,ymin,ymax])
      @adjust.push(adjust)
      @externref = true
      # maybe the InfoFace class has to keep track on FutureRefs? Of course it has. Only how?
      @facefacecurrentstatus = { "ref" => @ffref, "geom" => @ff, "adjust" => @adjust }
      return @ff.size - 1
   end
deselect()

deselect all the individual parts of the InfoFace

[Source]

# File infoface.rb, line 713
    def deselect
       @selected = false
      case @reftype
         when "1l"
            @l0.refdeselect
            @l1.deselect
            @l2.deselect
            @l3.deselect
         when "2l"
            @l0.refdeselect
            @l1.deselect
            @l2.refdeselect
            @l3.deselect
         when "1p"
            [@l0,@l1,@l2,@l3].each do |ltmp|
               if ltmp.class != Array
                  ltmp.deselect
               else
                  ltmp.each do |lseg|
                     lseg.deselect
                  end
               end
            end
         when "3l"
            @l0.refdeselect
            @l1.refdeselect
            @l2.refdeselect
            @l3.refdeselect
         when "4l"
            @l0.refdeselect
            @l1.refdeselect
            @l2.refdeselect
            @l3.refdeselect
      end

       if @f.class == Array
          @f.each do |tmp|
             tmp.deselect
          end
       else
          @f.deselect
       end
    end
find4l()

[Source]

# File infoface.rb, line 967
   def find4l
      @l0, @l1, @l2, @l3, @p0, @p1, @p2, @p3 = findStructure4lalt(@ref)
      @firstline = @l0
      @secondline = @l1
      @thirdline = @l2
      @fourthline = @l3
   end
getlinename(input)

[Source]

# File infoface.rb, line 853
   def getlinename(input)
      if input == @l0
         return "l0"
      end
      if input == @l1
         return "l1"
      end
      if input == @l2
         return "l2"
      end
      if input == @l3
         return "l3"
      end
   end
getopposingline(input)

[Source]

# File infoface.rb, line 836
   def getopposingline(input)
      #puts "getopposing input #{input.info[0].info[2]}.#{ input.info[2]}"
      if input == @l0
         return @l2
      end
      if input == @l1
         return @l3
      end
      if input == @l2
         return @l0
      end
      if input == @l3
         return @l1
      end
   end
hide()

hide the InfoFace in the specified $globalscene

[Source]

# File infoface.rb, line 622
    def hide
       @visible = false
       @f.hide 
       case @reftype
          when "1p"
             @p0.hide
             @p1.hide
             @p2.hide
             @p3.hide
             @l0.hide
             @l1.hide
             @l2.hide
             @l3.hide
          when "1l"
             @p2.hide
             @p3.hide
             @l1.hide
             @l2.hide
             @l3.hide
          when "2l"
             @l1.hide
             @l3.hide
          when "3l"
             @l3.hide
       end
       if @ffcells != nil
          @ffcells.each do |tmp|
             tmp.hide
          end
       end
       if @ffl0 != nil
          @ffl0.each do |tmp|
             tmp.hide
          end
          @ffl1.each do |tmp|
             tmp.hide
          end
          @ffl2.each do |tmp|
             tmp.hide
          end
          @ffl3.each do |tmp|
             tmp.hide
          end
       end
    end
mapl2points()

[Source]

# File infoface.rb, line 939
   def mapl2points
      if @l2.class == DefLine || @l2.class == InfoLine
         pfirst = @l2.firstpoint.pos[0]
         psecond = @l2.lastpoint.pos[0]
         pthird = @p0.pos[0]
         pfourth = @p1.pos[0]
         v1 = [ psecond[0] - pfirst[0], psecond[1] - pfirst[1], psecond[2] - pfirst[2] ]
         v2 = [ pfourth[0] - pthird[0], pfourth[1] - pthird[1], pfourth[2] - pthird[2] ]
         begin
         angle = angleBetween(v1, v2)
         rescue
            @angle = 0.0
         end
         if angle < 90.0
            @p3 = @l2.firstpoint
            @p2 = @l2.lastpoint
            @l2twist = true
         else
            @p3 = @l2.lastpoint
            @p2 = @l2.firstpoint
            @l2twist = false
         end
      end
      @l1.firstpoint = @p1
      @l1.lastpoint = @p2
      @l3.firstpoint = @p3
      @l3.lastpoint = @p0
   end
recreate()

[Source]

# File infoface.rb, line 756
   def recreate
      hide
      create
      show
   end
reset()

[Source]

# File infoface.rb, line 936
   def reset
      @@count = 0
   end
select()

[Source]

# File infoface.rb, line 675
    def select
       @selected = true
      case @reftype
         when "1l"
            @l0.refselect
            @l1.select
            @l2.select
            @l3.select
         when "2l"
            @l0.refselect
            @l1.select
            @l2.refselect
            @l3.select
         when "1p"
            [@l0,@l1,@l2,@l3].each do |ltmp|
               if ltmp.class != Array
                  ltmp.select
               else
                  ltmp.each do |lseg|
                     lseg.select
                  end
               end
            end
         when "3l"
            @l0.refselect
            @l1.refselect
            @l2.refselect
            @l3.select
         when "4l"
            @l0.refselect
            @l1.refselect
            @l2.refselect
            @l3.refselect
      end

       @f.select
    end
selectline(line)

select all the individual parts of the InfoFace if input of type "l1" is present. only select that line (all segments).

[Source]

# File infoface.rb, line 669
    def selectline(line)
       @selected = true
       @l1.each do |tmp|
          tmp.select
       end
    end
show()

show the InfoFace in $globalscene

[Source]

# File infoface.rb, line 566
    def show
       @visible = true
       if $pointvisibility 
          @p0.show
          @p1.show
          @p2.show
          @p3.show
       else
          @p0.hide
          @p1.hide
          @p2.hide
          @p3.hide
       end

       if $linevisibility 
          case @reftype
             when "1p"
                @l0.show
                @l1.show
                @l2.show
                @l3.show
             when "1l"
                @l1.show
                @l2.show
                @l3.show
             when "2l"
                @l1.show
                @l3.show
             when "3l"
                @l3.show
          end
          if @ffl0.class != NilClass
             @ffl0.each do |tmp|
                tmp.show
             end
             @ffl1.each do |tmp|
                tmp.show
             end
             @ffl2.each do |tmp|
                tmp.show
             end
             @ffl3.each do |tmp|
                tmp.show
             end
          end
       end
       if $facevisibility
          @f.show
          if @ffcells != nil
             @ffcells.each do |tmp|
                tmp.show
             end
          end
       end
    end
uncount()

[Source]

# File infoface.rb, line 930
   def uncount
      uncountno = 1
      if @@count >= uncountno
         @@count -= uncountno
      end
   end
update()

[Source]

# File infoface.rb, line 885
   def update
      #checkchild
      # also used for 2l
      case @reftype
         when "1p"
            @reflist = { "xlength" => @xlength, "ylength" => @ylength, "plane" => @plane, "meshx" => @meshx, "meshy" => @meshy }
            checknewstatus
            if @newstatus != @currentstatus || @p0.changed || @oldcsyspos != @csys.getpos || @facefacenewstatus != @facefacecurrentstatus
               hide
               create
               show
               @changed = true
            end
         when "1l"
            @reflist = { "xvec" => @xvec, "yvec" => @yvec, "zvec" => @zvec, "meshnum" => @meshnum }
            checknewstatus
            if @newstatus != @currentstatus || @l0.info[0].changed || @oldcsyspos != @csys.getpos || @facefacenewstatus != @facefacecurrentstatus
               hide
               create
               show
               @changed = true
            end
         when "2l"
            @reflist = { "meshnum" => @meshnum, "flipdir" => @flipdir }
            checknewstatus
            if @newstatus != @currentstatus || (@l0.info[0].changed || @l2.info[0].changed) || @oldcsyspos != @csys.getpos || @facefacenewstatus != @facefacecurrentstatus
               hide
               create
               show
               @changed = true
            end
         when "4l"
            if @l0.info[0].changed || @l1.info[0].changed || @l2.info[0].changed || @l3.info[0].changed || @oldcsyspos != @csys.getpos || @facefacenewstatus != @facefacecurrentstatus || true
               hide
               create
               show
               @changed = true
            end
      end
      #unless ( @oldreflist == @reflist && ( @csys.count == 0 || @oldcsyspos == @csys.getpos ) && @oldimax == @imax && @oldjmax == @jmax ) && test4l && !@externref
         if @csys.count != 0
            @oldcsyspos = @csys.getpos
         end
      #end
   end

[Validate]