I see. Clever solution, anyway. Save's some code.

@Rafael: The API UI module does not have a folderpicker, YET. We have filed Feature Requests for one, and fontpicker, and colorpicker, and etc., etc. For now users must pick a file within the target folder. (We are out of luck if the folder is empty.) @thomthom said: @dan rathbun said: @sound = filepath.gsub("\\",'/') Since / as path separator isn't hard coded I tend to use: @sound = File.expand_path(filepath) One could also do: @sound = filepath.gsub("\\", File::SEPARATOR) But I prefer the first. Your second one is safer. Yes I got lazy, but my purpose here is going from the OS to Ruby. I imagine that after tha statement the path will be used by Ruby's Dir and File methods. Later on... to go back to the OS I'd use filepath.gsub("\/", File::SEPARATOR) if it is even necessary. Be careful with expand_path() because it is DUMB! Your example will work only because the UI.openpanel method returns an absolute path. When the path is a relative path,... the method simply concatenates the current working directory path and the argument path, regardless if the result is really a valid path.

Thank you both for help I think I will not work on that plugin idea for the time being. Cheers!

THANXXXXXXXXX!!!! it works!!!!!!

I'll start answering my own question... plugs = Sketchup.find_support_file("Plugins")ditto "#{plugs}" ~/Desktop/!plugs`` this duplicates the entire contents folder structure in a new folder on the desktop... not an unknown path insight sooo.... now to write that dropbox plugin john

v1.0.1 download Moved to Plugins forum. Old v1.0.0 deleted. THIS thread retitled as "[Talk] Qpik::SimpleRays Overhaul"

@unknownuser said: I want to learn if instead of having a text inputbox you can also have a dropdown menu list with existing layers on it so you can select from there aswell. Yes I have done that.. it is one one my files (somewhere) just guessing it's similar to this: def choose_layer(active=false) model = Sketchup.active_model layset = model.layers deflay =( active ? model.active_layer.name ; layset.first.name ) laylist = layset.map(){|l| l.name }.join('|') results = inputbox(["Layer ;...... "], [deflay], [laylist], " Choose Layer") results ? layset[results.first] ; nil end #

hi have a look at linetool.rb and class CylTool < LineTool in the Example scripts folder in ../SketchUp/Plugins/examples/linetool.rb, or download it if it's not...... john

Thanks a lot!

@honkinberry said: I want to be able to place a component like a bench, and then immediately rotate it about the Z axis. So both the placement and the rotation should be linked very smoothly to accurate cursor position. OH.. well that is extremely EASY. Because that functionality is built-into the native component placement tool, which is accessible from the Ruby API. So.. for example the bench's name is "Bench Wood HighBack" def place_bench() mdl = Sketchup.active_model compdef = mdl.definitions["Bench Wood HighBack"] if compdef mdl.place_component(compdef,false) return true else return false end end The trick is the 2nd argument to Model#place_component() must be false, so that you can use the rotate handles (they appear as little red crosses,) just after you choose the insert point. Insert the bench.. then move the cursor to the top of the comp's boundingbox, and you should see 4 red crosses appear. Hover over one of the cross handles, and the cursor will change to a rotate cursor. Hold & Drag (or Click Move Click,) to rotate about the Z axis.

@dan rathbun said: ... the engine triggers MISSPELLED dan, I truly thought you had misspelt that and had to Google it... best explanation I could find was this... @unknownuser said: British English shows a preference for retaining strong verb forms (burnt, learnt, spelt, dreamt, spoilt etc). American English shows a preference for ignora... I'm mean simplification (burned, learned etc). john

@greenskp said: all this code is to work in MAC and PC? Yes it will work on both Mac and PC. BUT it is meant for you to copy it INSIDE your plugin sub-module.

SketchUp currently uses Ruby v1.8.6-p287 Ruby (v1.8.6-p287) Windows One-Click Installer Standard Ruby Library folders DO NOT belong in SketchUp's "Plugins" folder. They belong in the Standard Ruby Library folders. Once a user installs the full Ruby edition, SketchUp's Ruby can access it's library folders, by pushing library paths into SketchUp's **$LOAD_PATH** array. See: [ Code ] Ruby LOAD PATHs script (Win32)

@greenskp said: One more thing. Whit this code i can get camera target position? Dan Rathbun posted a ref link that have things like target, direction, ect example ptarget = @@model.active_view.camera.target ; @greenskp said: It´s possible that to each Scene created i have different coordinates? Not sure what you mean by this. If you click remember camera position in scene manager then yes you will change camera placement with scene. Cheers! Note: Thanks thomthom for explaining why that happened!

... because in a boolean expression nil (and false,) eval falsely. Everything else including true, [] (an empty array), and 0 (the integer zero,) evaluate truthfully.

Don't put spaces between method names and their argument lists when you surround the list with** ( )** Ruby generates a warning for every line that has the unneeded space.

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There appears to be a software defect in the SketchUp API. Loading the textures into TextureWriter and then attempting to access their filenames using TextureWriter.filename(index) returns only empty strings. However, if you call TextureWriter.write_all beforehand: # Display texture names def display_tex_names $tw = Sketchup.create_texture_writer load_textures(Sketchup.active_model.entities) $tw.write_all("D;", false) tex_index = 1 while (tex_index <= $tw.count) UI.messagebox($tw.filename(tex_index)) tex_index += 1 end Sketchup.active_model.commit_operation end then the filenames are returned properly. Confusing matters further, the TextureWriterindices are one-based rather than the expected zero-based array.

I have tried but seems I can't get it to work or understand correctly. Is there a sample code that can better illustrate this. Thanks!

Assuming f is the reference to the intersecting face object: a = f.area() See the API Face class.