[Plugin] Slicer v4.3 20110619

xrok1

wtf
we need a smiley of someone tapping there watch.

[edit] guess this will have to do

TIG

I do the impossible immediately, but miracles take a little longer...

princedragoncok

@tig said:

I do the impossible immediately, but miracles take a little longer...

Lol, a slicing miracle... I can't wait

mariocha

@tig said:

If you made a curve along the front edge then the ribs could be angled to match the angle-bisector to each pair of edges at a node, or square at the ends ?

I just encountered a situation where I am asked for ribs that follow the curve, staying perpendicular to it (like radial).

TIG

Noted...

xrok1

@tig said:

@xrok1 said:

@unknownuser said:

I have a [privately written and hopefully paid for] 'Slicer v4' that has such lines added etc for CNC work - watch this space.

hey, are you finally going to make your own and bust that slicemodeler @&&hole

I have written a paid commercial version [private] - Slicer_v4 - for someone for CNC use etc... it [or some of its ideas] might leak out to you too...

any news?

TIG

The news is, no news... I am bogged down with other 'paid stuff' at the moment... BUT it is around 2nd on the list [after some big stuff]

TIG

Here is v3.0 of Slicer.rb.

You can now choose / make its Layer on the fly and select any 'Colour'...

Enjoy...

(see v. 3.1 here instead)

orangutanlibrarian

I am working on a 3D printer so i was thrilled when i found you program. I just wonder if there is a way to save each slice individually?
thanks foe a great program.

TIG

@orangutanlibrarian said:

I am working on a 3D printer so i was thrilled when i found you program. I just wonder if there is a way to save each slice individually?
thanks foe a great program.

I've a new version of Slicer on the back-burner that actually makes the slices as components.
Meanwhile this code snippet will do something for you.
First it converts the slice-groups to component-instances and then it saves them separately as SKPs in a folder called 'Slices' with the Model, each named after "model-name_slice-name.skp"...

def slicerexporter()
  mod=Sketchup.active_model
  pat=mod.path
  (UI.messagebox("Save Model First!");return nil) if pat==''
  sel=mod.selection ### process selection
  gps=[]; sel.each{|e|gps << e if e.class==Sketchup;;Group}
  (UI.messagebox("No Groups Selected!");return nil) if not gps[0]
  fol=File.dirname(pat)
  mna=mod.title
  sfo=File.join(fol,"Slices")
  Dir.mkdir(sfo) if not File.exist?(sfo)
  mod.start_operation("slicerexporter")
  puts "Saving SKPs...\n" 
  gps.each{|grp|
    sleep(1.0)
    nam=grp.name
    ins=grp.to_component
    dfn=ins.definition
    dfn.name=nam
    pat=File.join(sfo, mna+"_"+nam+".skp")
    dfn.save_as(pat)
    puts pat.tr("\\","/")
  }
  sleep(1.0)
  mod.commit_operation ### one step undo group >> compo = 'groups' reverted
  puts "\nDone."
  UI.openURL("file;///"+sfo)
  ### NOTE; Sometimes these SKPs CAN be corruped on save_as ;(
end

Copy+Pase into a file called slicerexporter.rb in Plugins - it should auto-load...
select Slices then in Ruby Console type slicerexporter and watch messages...

Sir

the plugin works great, but the end step is really buggy on my current file, rarely does it give the option to flatten slices for me.

its a large terrain model, 23923 edges, 9696 faces.

its offered to flatten once of ten times or so, and id entered the settings wrong!

any tips on making it work?

thanks TIG!

-edit-
only trying to cut it into 66 slices

infact, it doesnt offer any of the final 3 steps, the xray, hide or flatten options

TIG

Sir

That's still a lot of slices, with complex geometry !
It should always do the steps... BUT obviously it takes ages to process that many slices, and then offer to flatten them.
There are no shortcuts, except waiting....

EDIT: Run it with the Ruby Console open and see if there are any error messages - especially when it gets to the latter stages........

Sir

Error; #<TypeError; reference to deleted Face>
C;/PROGRA~2/Google/GOOGLE~1/Plugins/Slicer31.rb;454;in `pushpull'
C;/PROGRA~2/Google/GOOGLE~1/Plugins/Slicer31.rb;454;in `calculate'
C;/PROGRA~2/Google/GOOGLE~1/Plugins/Slicer31.rb;453;in `each'
C;/PROGRA~2/Google/GOOGLE~1/Plugins/Slicer31.rb;453;in `calculate'
C;/PROGRA~2/Google/GOOGLE~1/Plugins/Slicer31.rb;363;in `each'
C;/PROGRA~2/Google/GOOGLE~1/Plugins/Slicer31.rb;363;in `calculate'
C;/PROGRA~2/Google/GOOGLE~1/Plugins/Slicer31.rb;804
C;/PROGRA~2/Google/GOOGLE~1/Plugins/Slicer31.rb;454;in `call'
C;/PROGRA~2/Google/GOOGLE~1/Plugins/Slicer31.rb;454

this was the response

no geom on hidden layers

TIG

OK... sounds like the resulting slices are failing to pushpull because a face isn't 'enduring'...
It's easy enough to trap for that BUT it begs the question - what is the actual problem?

Can you post/PM a zipped version of the surface/volume you want to slice, with some notes about what you want to achieve... and I'll look at it... and report back...

TIG

Here's a new version http://forums.sketchucation.com/viewtopic.php?p=16689#p16689
Please read the notes - particularly about removing earlier version[s]...
It should now make all slices, even if your 3d form is non-solid and so complex that a meaningful slice cannot be made/faced/extruded; it will no longer stall even if some slices are not made as you might hope... To ensure good results ensure that the form you are slicing is 'solid' or at least simple enough the slice if it's not...
[Sir's recent problem was from an overly complex form... BUT this update does mean that even that doesn't stall part way through the slicing...]

Sir

thanks for updating this fantastic plugin, will give it a whirl now!

TIG

Here's an updated version
http://forums.sketchucation.com/viewtopic.php?p=16689#p16689

An Image export option has been added.
Usage:
Run the main Slicer tool and make your flatten slices set.
Then preselect the 'Flat-Slice-nnnnnnnn' group and type into Ruby Console: Slicer::images
It then makes .png image files of 0.9 quality, with no anti-aliasing, each named after the slice; all within a folder with the model, named 'ModelName-Slice-Images-nnnnnnnn'. All images are made the same size [based on the screen] with the relative size of each slice maintained in the 'pixel sizes', so subsequent auto-cropping of the white-space leaves images that are all 'relatively sized'...
Tip: use a Style with a white '[back]ground', no profiles, no extensions, no endpoints etc so the images are as sharp as possible.

Gschwartz9

Despite studying and testing essentially everything in this thread, I'm unable to accomplish what I need.

I'm laying out laminated flooring in my home. Each laminate plank measures ~ 4"x30"x3/8". I've made a group of the plank.

I need to "saw" the planks to varying lengths, and save the pieces sawed off, minus 1/8" saw kerf. The saved pieces will be used where short pieces are needed on the opposite end of the room.

I'm prepared to give myself a dope slap if I've failed to recognize the solution in this thread.

SU8 Pro, Win7

Gary

TIG

Gschwartz9

I think that Slicer really isn't the tool you want...
You are using groups rather than components which will make editing just one easier...
You simply lay out the first line of planks as you would in real life.
Using Move+Ctrl then Nx to make enough copies off to the right.
The last one will need to be 'cut'.
Copy the last group to the side of itself [Move+Ctrl with snap-points as appropriate].
Now edit that copy and pushpull the end of the copied plank that's inside the room until it is level with the wall/skirting face [or door=threshold etc as appropriate to its location], now you could pushpull it another 1/8" to account for the saw cut [but this level of accuracy is probably unnecessary - I suspect you won't have modeled the rooms skirting trims and left a 1/2" movement gap around the perimeter etc...].
You can also repeat on the last piece in the first line, editing it so the cut of end is no longer there...
Take the 'off-cut' and place it at the left-hand start again, next to the initial piece.
Now place a whole plank to the right of that and repeat the Move+Ctrl then Nx to make enough copies off to the right.
Again the last one will need to be 'cut'.
Repeat the copying it and pushpull the end of the copied plank that's inside the room etc as before.
Keep repeating this until all of the floor is covered.

Note that if you want to have regularly spaced butt-joints, rather than whatever the off-cut gives you [e.g. the planks are 'tile-like' rather than 'wooden-planks'] then you need to mark the tiling repeat as a line in the initial group and slide the off-cut at the restart until it aligns with the mark - if it can't then it's has to be discarded and you use a new plank - if you are trying to stagger the plank ends in alternate rows slide the next start plank to align with a mark - leave the part you'd actually need to cut off sticking into the wall for now... make the run of planks until the last one that needs cutting to fit - if it'd be smaller than the off-cut you would have from the first plank in the lien then you can make the copy of the plank and edit/pushpull that plank and its copy in opposite directions so you have the two pieces... then take the piece current stuck in the wall [I recommend you do this using a 2d copy of the floor plane without the walls to get in your way, or use layers to hide most stuff]... and use that at the right-hand end, again cutting it as needed to fit [this time the final off-cut will be useless because it'll not have a start or end slot to connect to another plank!]...

It's easier to do it than write it...

Gschwartz9

Thanks TIG for the clever workaround. This will get me thru my current project.

Your procedure is easy to follow and gets the job done. I have a couple of issues with the routine that may be unreasonable expectations. One: I've applied textures to the sides and ends to discern between tongue & groove ends & sides. When I shorten via PP, the texture remains, telling me it's a tongue or a groove when it's actually neither. Second: Compared to AutoCad's Slice command, it's more time consuming. With the ACAD Slice command, a plane is defined by two intersecting lines. Any object intersected by this plane can be sliced, with the option of retaining either or both resulting pieces. This capability is what I'm looking for.

This has value in construction, carpentry & plumbing where materials are purchased in finite lengths that need to be cut to fit, and the remainder retained for use.

You indicated that I may be looking in the wrong place. Can you point me in the right direction?

Gary