Plugin search help -- combining lines
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Conbobulator?
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Whut?
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Bored
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Darn! I was off searching for a new plugin.
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I think it's "weld", but I just can't find the thread for it. I found one weld thread here: http://forums.sketchucation.com/viewtopic.php?t=8784, but that welds lines that aren't combined, so I'm not sure that's it.
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Weld is hosted on Smustard.com
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Weld makes the selected edges into a bound set of edges in a 'curve' - they are still there with ends.
Thomthom's EdgeTools can heal colinear lines.........
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Hmm, that works, but I have to specifically select those edges (can't just select basic polys/edges in whole group, either) and then use "colinear from start to end"... (it also repositions the texture in some fashion.) Won't help with split edges that I didn't know existed.
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If this relates to the PM about a 'rectangle with 5 edges after a joined edge is deleted'... simply make sure nothing is selected, activate the Move Tool, hover over the rogue vertex location [use a Style showing EndPoints so its easier to spot them] then move the vertex [NOT the edge] so the short part is 'shrunk' to zero length - you might need Alt to get auto-fold to kick in in some cases... Now you have lost an unnecessary edge and vertex, and the rectangle has 4 sides as it ought.
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Thanks Builder Boy. That hit the spot.
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A problem with that script is that it does not seem to always dig inside groups/components correctly and misses some lines.
Edit: tried this.... doesn't work. I have a feeling I am missing something.
Edit 2: Used "if (e.class != Sketchup::Face)" instead of
"if (e.class == Sketchup::Group)"... why does one work and not the other? (the == group one doesn't seem to hit?) Also... any better solutions here? This is the best I could cobble up..require 'sketchup.rb' # (c) Carlo Roosen 2004 def repair_broken_lines (eparent) total = 0 trunk = Array.new ss = eparent.entities #search all edges in selection set for e in ss if (e.kind_of?(Sketchup;;Edge)) p=e.parent #take both vertices for v in e.vertices #take all edges connected to v (including e) es=v.edges #when two edges are connected if (es.length==2) vec1 = es[0].line[1] vec2 = es[1].line[1] #and both are in the same direction if (vec1.parallel?(vec2)) #then the two lines can be repaired #this is done by generating a new line from the vertex to a random point l = p.entities.add_line (v.position, Geom;;Point3d.new(3.45,6.78,9.12)) #and put that line in a trunk trunk.push(l) end end end else if (e.class != Sketchup;;Face) total += repair_broken_lines (e) end end end #erase all lines in trunk total += trunk.length for l in trunk l.erase! end return total end def repair_broken_lines_recurse total = 0; m = Sketchup.active_model; # Define everything as one undo operation. m.start_operation "Repair Broken Lines" total = repair_broken_lines (m) UI.messagebox ("#{total} lines repaired") m.commit_operation end selection=Sketchup.active_model.selection if( not file_loaded?("repair_broken_lines.rb") ) UI.add_context_menu_handler do |context_menu| if selection.count>1 context_menu.add_item("Repair Broken Lines") { repair_broken_lines_recurse } end end end UI.menu("Plugins").add_item("Repair Broken Lines") { repair_broken_lines_recurse } file_loaded ("repair_broken_lines.rb")
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Here's my working version...
### Original idea (c) Carlo Roosen 2004 ### Modified (c) TIG 2011 ### Now also repairs edges inside groups/instances in selection... ### require 'sketchup.rb' ### class Repair_broken_lines def initialize(ents=nil) model=Sketchup.active_model lines_to_go=[] if not ents $total_repair_broken_lines=0 ss=model.selection.to_a begin model.start_operation("Repair Broken Lines",true) rescue model.start_operation("Repair Broken Lines") end else ss=ents end#if #check all edges in selection set OR entities passed as argument ss.each{ |e| if e.kind_of?(Sketchup;;Edge) #take both vertices e.vertices.each{ |v| #take all edges connected to v (including e) es=v.edges #when two edges are connected if es.length==2 vec1=es[0].line[1] vec2=es[1].line[1] #and both are in the same direction if vec1.parallel?(vec2) #then the two lines can be repaired #make a new line from that vertex to a random point pt=Geom;;Point3d.new(1+rand, 1+rand, 1+rand) nline=e.parent.entities.add_line(v.position, pt) lines_to_go << nline if nline and nline.valid? end#if end#if }#end v elsif e.kind_of?(Sketchup;;Group) Repair_broken_lines.new(e.entities.to_a) elsif e.kind_of?(Sketchup;;ComponentInstance) Repair_broken_lines.new(e.definition.entities.to_a) end#if }#end e if not $total_repair_broken_lines $total_repair_broken_lines=lines_to_go.length else $total_repair_broken_lines=$total_repair_broken_lines + lines_to_go.length end#if lines_to_go.each{ |e| e.erase! if e.valid? }#erase all lines_to_go if not ents model.commit_operation UI.messagebox("#{$total_repair_broken_lines} Lines Repaired.") end#if end#def initialize end#class ### if not file_loaded?(File.basename(__FILE__)) if $submenu4 # TIG menus $submenu4.add_item("Repair Broken Lines [Selection]"){ Repair_broken_lines.new() } else UI.menu("Plugins").add_item("Repair Broken Lines [Selection]"){ Repair_broken_lines.new() } end end file_loaded(File.basename(__FILE__)) ###
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Thanks. Looks like you made total_repair_broken_lines a global. That makes more sense than to create a useless stack as I did. I didn't want to create a stack either but I didn't want to create a global, and I am not 100% familiar with Ruby/am a bit forgetful. I did some searching now though and I see that @@ is class scope, so how about @@ instead of $?
If the code stays here people won't be able to find it very easily. How about re-releasing this plugin, as well as that "default face" snippet you made earlier for me, in the plugins forum?
Also: another problem I noticed is that it tries to repair lines that aren't repairable, like curve endings and single lines. (attached)
### Original idea (c) Carlo Roosen 2004 ### Modified (c) TIG 2011 ### Now also repairs edges inside groups/instances in selection... ### require 'sketchup.rb' ### class Repair_broken_lines def initialize(ents=nil) model=Sketchup.active_model lines_to_go=[] if not ents @@total_repair_broken_lines=0 ss=model.selection.to_a begin model.start_operation("Repair Broken Lines",true) rescue model.start_operation("Repair Broken Lines") end else ss=ents end#if #check all edges in selection set OR entities passed as argument ss.each{ |e| if e.kind_of?(Sketchup;;Edge) #take both vertices e.vertices.each{ |v| #take all edges connected to v (including e) es=v.edges #when two edges are connected if es.length==2 vec1=es[0].line[1] vec2=es[1].line[1] #and both are in the same direction if vec1.parallel?(vec2) #then the two lines can be repaired #make a new line from that vertex to a random point pt=Geom;;Point3d.new(1+rand, 1+rand, 1+rand) nline=e.parent.entities.add_line(v.position, pt) lines_to_go << nline if nline and nline.valid? end#if end#if }#end v elsif e.kind_of?(Sketchup;;Group) Repair_broken_lines.new(e.entities.to_a) elsif e.kind_of?(Sketchup;;ComponentInstance) Repair_broken_lines.new(e.definition.entities.to_a) end#if }#end e if not @@total_repair_broken_lines @@total_repair_broken_lines=lines_to_go.length else @@total_repair_broken_lines=@@total_repair_broken_lines + lines_to_go.length end#if lines_to_go.each{ |e| e.erase! if e.valid? }#erase all lines_to_go if not ents model.commit_operation UI.messagebox("#{@@total_repair_broken_lines} Lines Repaired.") end#if end#def initialize end#class ### if not file_loaded?(File.basename(__FILE__)) if $submenu4 # TIG menus $submenu4.add_item("Repair Broken Lines [Selection]"){ Repair_broken_lines.new() } else UI.menu("Plugins").add_item("Repair Broken Lines [Selection]"){ Repair_broken_lines.new() } end end file_loaded(File.basename(__FILE__)) ###
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You are right about setting the variable to 'class' using @@ rather than 'global' with $ - it's much safer - I was churning that out rather too quickly...
The 'trick' to force broken edges into one only works on plain edges.
With an edge that's part of a curve it can't... for you next step why not see if you can find all edges that are co-linear [it already does that and if one is part of a curve then remember all of the curves edges in an array and then explode the curve, immediately remake the curve leaving out the one edge you want to heal. Then it will heal back into its co-linear mate... It just needs a test in the iterated loops...
When 'we' get it 'perfect' then 'we' could issue a joint 3-way update... -
You mean 4-way
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@unknownuser said:
You mean 4-way
Like "Additional semi-humorous material supplied by Rich O'Brien."
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If you mean that 'Disconbobulator' isn't a good name for a plugin then so be it. It may not be a impressive as 'Quadrilateralizer' but its close!
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@unknownuser said:
If you mean that 'Disconbobulator' isn't a good name for a plugin then so be it. It may not be a impressive as 'Quadrilateralizer' but its close!
I wanted something to explain what it did in the name. RickW's 'Windowizer' makes Windows, my 'Latticeizer' makes Lattices and 'DeBabelizer' translates text [Babelfish/TowerOfBabel etc]... When you make triangles out of a face you 'Triangulate' it BUT when you make a face into quadrilaterals you don't say you 'Quadrilateralate' it [that was an early alternative name!]; an '-izer' ending suggest 'doing' so 'Quadrilateralizer' it became... 'Quadrilateralizer' gets 635 hits on Google, 235 of them when it's combined with 'TIG' - strangely most are Chinese
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