ClikScad - create OpenSCAD models without all the typing
I've mentioned elsewhere on this Forum that I have been working on a simple
Python program that enables me to create OpenSCAD code without having to
type all the syntactical stuff.
I think the program has now advanced far enough to make it public for anyone
that might be interested. I do appreciate that it will probably be more
attractive for the occasional OpenSCAD user as compared to those who are a
great deal more expert with OpenSCAD than I am.
http://forum.openscad.org/file/t2631/GetStartedBoth.png
This short Youtube video should give you a flavour of how ClikScad is used.
The video is intended for illustration rather than education.
https://youtu.be/q1Sd0Fuppuw
The Python code and the documentation can be downloaded from Google Drive.
https://drive.google.com/drive/folders/1uBpil6TeYyaar_0l8Zm_17UvE-EOTza7?usp=sharing
...R
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Have you heard about https://graphscad.blogspot.com/ ?
On 10/12/19, Robin2 robin@nbleopard.com wrote:
I've mentioned elsewhere on this Forum that I have been working on a simple
Python program that enables me to create OpenSCAD code without having to
type all the syntactical stuff.
I think the program has now advanced far enough to make it public for
anyone
that might be interested. I do appreciate that it will probably be more
attractive for the occasional OpenSCAD user as compared to those who are a
great deal more expert with OpenSCAD than I am.
http://forum.openscad.org/file/t2631/GetStartedBoth.png
This short Youtube video should give you a flavour of how ClikScad is used.
The video is intended for illustration rather than education.
https://youtu.be/q1Sd0Fuppuw
The Python code and the documentation can be downloaded from Google Drive.
https://drive.google.com/drive/folders/1uBpil6TeYyaar_0l8Zm_17UvE-EOTza7?usp=sharing
...R
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tobject wrote
Have you heard about https://graphscad.blogspot.com/ ?
On 12.10.19 17:01, Robin2 wrote:
The Python code and the documentation can be downloaded from Google Drive.
Would you consider placing the code on Github or Gitlab (or something
along these lines)?
I'm interested in exploring this code further, but collaboration by way
of Google Drive is … painful.
--
-- Matthias Urlichs
I don't know if this is the proper place for it, but since it isn't on
github, I can't open an issue or ask questions there.
I ran clikscad.py, got the "listening" message, then opened OpenSCAD and
loaded GetStarted.scad, then in the ClikSCAD window on the browser, I loaded
GetStarted.clik
Nothing showed up in my OpenSCAD window. I tried rendering, and it showed
up, but when I made changes, nothing happened to anything in the OpenSCAD
window.
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I haven't used it but I presume it needs Auto-reload&Preview set.
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MichaelAtOz wrote
I haven't used it but I presume it needs Auto-reload&Preview set.
Yes - sorry - I had assumed that would be second nature for Openscad folks.
...R
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lar3ry wrote
I don't know if this is the proper place for it, but since it isn't on
github, I can't open an issue or ask questions there.
I have been assuming that people will comment here as it is essentially an
Openscad thing
You need to select Design/Auto-reload and preview - I have had that set for
so long I assumed it was the default.
...R
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I've been looking at this sort of thing for a while now.
-
https://graphscad.blogspot.com/ --- this was neat in that it was a
desktop app, but the OpenSCAD code was much modified and I found that
confusing and problematic -
https://github.com/studiotc/NodeGraphInterface --- I have an irrational
mislike of Java, and I found setting up variables in this clunky -
https://www.blockscad3d.com/editor/# --- I've been using this quite a
bit, and greatly like it
I'd like to use OpenJSCAD, but I keep running into instances where code
doesn't seem to work.
Examples of my using BlockSCAD:
https://community.carbide3d.com/t/fitted-box-design-generator-underway/13437/12
https://community.carbide3d.com/t/design-into-3d-boxes-magazine-storage/16238/2
(there's some more on my GitHub)
I'd really like to see something which:
- had both a desktop and web version
- had robust support for the customizer (blockscad requires one finish up
coding it in OpenSCAD) - allowed one to put projects up on a site where others could access them
I have a URL I'd like to use for that --- designinto3d.com but I'm kind of
mystified by the whole web server hosting thing. Even better would be if the
server could run TeX/LaTeX and serve up files thusly generated.
William
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OpenSCAD mailing list-2 wrote
I'd really like to see something which:
- had both a desktop and web version,
Who is going to create it? I reckon the first thing that is needed is for
the OpenSCAD folks to acknowledge that a GUI front-end would be "a good
idea". At the moment there seems to be no "official" interest. (By the way I
don't mean that the OpenSCAD folks should write the program - just that they
would support it)
- had robust support for the customizer (blockscad requires one finish up
coding it in OpenSCAD)
I recently tried the customizer briefly and I was grossly under-whelmed - I
will not repeat the experience. It seems to me altogether the wrong solution
to simplification (or whatever it is trying to solve) - it certainly did not
simplify anything for me.
- allowed one to put projects up on a site where others could access them
William
People can do that now. There are lots of projects on Thingiverse and any
Cloud storage can make a file publicly available. There is nothing to
prevent someone creating a design with my ClikScad and posting that on the
Cloud somewhere.
...R
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IMHO, Openscad as it is works fine. Having used most major CAD systems for many years, for my own projects and for teaching, openscad is my preference.
My students learn a lot more by having to think about describing their geometries with “code” than pointing and clicking. It is also important for them for understanding the differences between a programming language and a descriptive language.
/mikael
University of Limerick, Ireland
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On 24 Oct 2019, at 21:28, "robin@nbleopard.com" robin@nbleopard.com wrote:
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OpenSCAD mailing list-2 wrote
I'd really like to see something which:
- had both a desktop and web version,
Who is going to create it? I reckon the first thing that is needed is for
the OpenSCAD folks to acknowledge that a GUI front-end would be "a good
idea". At the moment there seems to be no "official" interest. (By the way I
don't mean that the OpenSCAD folks should write the program - just that they
would support it)
- had robust support for the customizer (blockscad requires one finish up
coding it in OpenSCAD)
I recently tried the customizer briefly and I was grossly under-whelmed - I
will not repeat the experience. It seems to me altogether the wrong solution
to simplification (or whatever it is trying to solve) - it certainly did not
simplify anything for me.
- allowed one to put projects up on a site where others could access them
William
People can do that now. There are lots of projects on Thingiverse and any
Cloud storage can make a file publicly available. There is nothing to
prevent someone creating a design with my ClikScad and posting that on the
Cloud somewhere.
...R
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On 24.10.19 22:38, Robin2 wrote:
Who is going to create it? I reckon the first thing
that is needed is for the OpenSCAD folks to acknowledge
that a GUI front-end would be "a good idea". At the moment
there seems to be no "official" interest. (By the way I
don't mean that the OpenSCAD folks should write the
program - just that they would support it)
Who would that be ("the OpenSCAD folks")?
And what would "support it" mean?
ciao,
Torsten.
On 10/24/2019 1:38 PM, Robin2 wrote:
I recently tried the customizer briefly and I was grossly under-whelmed - I
will not repeat the experience. It seems to me altogether the wrong solution
to simplification (or whatever it is trying to solve) - it certainly did not
simplify anything for me.
Were you trying it as a model designer, or as a model consumer wanting
to customize somebody else's design?
It isn't intended to make things easier for the model designer. If
anything, it makes things more complex.
It's intended for a consumer who wants a box that somebody else
designed, but wants it in these dimensions, with these options.
This (hypothetical?) user doesn't want to see OpenSCAD or make
significant changes to the design, just pick options within the scope
laid out by the designer.
For instance: https://www.thingiverse.com/thing:421886
(Doesn't seem to work in Firefox, but seems to work in Edge.)
It's frustrating to me that OpenJSCAD does have both a desktop and web
version, but doesn't work for me.
The customizer affords at least a basic interface for parametric design, and
for naïve users to customize designs. Things which I wish were possible in
it:
- unit conversion of customizer values when changing units --- so a design
which has a thickness of 1" would have a thicknes of 25.4mm when switched
from inches to mm - selectively hide/show elements
- additional options for formatting the customizer window
The thing which is missing from Thingiverse and other project sharing sites
is integration --- I want folks to be able to customize a design in 3D using
OpenSCAD, then use Tool Path Language (tplang), or lualatex and metapost, or
some other tool to generate cut files.
Imagine if one could use: https://www.thingiverse.com/thing:3575705 and then
get the .c2d file from: http://chaunax.github.io/projects/twhl-box/twhl.html
without having to enter the values twice.
William
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tp3 wrote
Who would that be ("the OpenSCAD folks")?
And what would "support it" mean?
I don't know their names but I presume there are some people who act as the
"guardian" of the OpenSCAD project - for example in the way that Linus
Torvalds does for Linux. The people who decide what goes into the next
release and what doesn't.
All I mean by "support" is a statement of encouragement - "We believe XXX
would be a useful addition to OpenSCAD and we think it should have these
general features [or should not have these features]" And maybe "we will
bundle it with (or link to it from) OpenSCAD wen it is sufficiently
complete"
...R
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JordanBrown wrote
Were you trying it as a model designer, or as a model consumer wanting
to customize somebody else's design?
It isn't intended to make things easier for the model designer. If
anything, it makes things more complex.
It's intended for a consumer who wants a box that somebody else
designed, but wants it in these dimensions, with these options.
I was looking at it as a designer because IIRC someone referred me to it as
an alternative to my proposed GUI.
From what you say I can see how it can allow a designer to turn his
creations into a "consumer item" - and I have no quibble with that.
My interest is in creating a simpler interface for newbie designers.
...R
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Not sure how a graphical representation is any simpler than text. It is
exactly the same logical construction expressed in a different format. Do
people really struggle much with syntax? The hard part is how to decompose
and object into CSG operations and the trigonometry.
Using text is a major benefit of OpenSCAD because it can be pasted into
emails and checked into source control. It is also fairly concise. I
imagine the graphical representation of my typical designs would be an
enormous tree.
On Fri, 25 Oct 2019 at 09:27, Robin2 robin@nbleopard.com wrote:
JordanBrown wrote
Were you trying it as a model designer, or as a model consumer wanting
to customize somebody else's design?
It isn't intended to make things easier for the model designer. If
anything, it makes things more complex.
It's intended for a consumer who wants a box that somebody else
designed, but wants it in these dimensions, with these options.
I was looking at it as a designer because IIRC someone referred me to it as
an alternative to my proposed GUI.
From what you say I can see how it can allow a designer to turn his
creations into a "consumer item" - and I have no quibble with that.
My interest is in creating a simpler interface for newbie designers.
...R
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Using the customizer forces one to use variables, and think about the model in those terms, which I believe helps.
The added complexity is worth it, though it would be nicer if it were more hierarchical.
William
nophead wrote
Not sure how a graphical representation is any simpler than text. It is
exactly the same logical construction expressed in a different format.
I think you misunderstand what I have in mind. Have you had a look at my
very short video https://youtu.be/q1Sd0Fuppuw
https://youtu.be/q1Sd0Fuppuw
I have no plan to produce a graphical representation of a design - the
output of my program is regular OpenSCAD code.
What I do think would be a great value is a system that eliminates the need
to do all the typing that is currently an inherent part of OpenSCAD.
In fact yesterday and today I have been using my ClikScad to design a part
that I want to 3D print and (while I can see room for improvement in
ClikScad) there is no way that I will go back to typing OpenSCAD code by
hand.
...R
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Yes I have seen your video but what would the screen look like for the
design I am working on at the moment?
[image: image.png]
It is 350 lines of code and it has taken me a couple of days. I am the
worlds worst typist but that is not what takes the time. It is working out
how the parts are going to fit together without clashes.
On Fri, 25 Oct 2019 at 12:14, William F. Adams via Discuss <
discuss@lists.openscad.org> wrote:
Using the customizer forces one to use variables, and think about the
model in those terms, which I believe helps.
The added complexity is worth it, though it would be nicer if it were more
hierarchical.
William
OpenSCAD mailing list
Discuss@lists.openscad.org
http://lists.openscad.org/mailman/listinfo/discuss_lists.openscad.org
Good point, this is making OpenSCAD almost like Scratch Junior, which is a very cool thing to have done, and something I’ve wondered about and definitely appreciate. But for complex code it will be a lot of nested boxes!
One thing I would really like, which might actually exist, is a more powerful code editor which could do a running sense check because it knows Openscad code, and have options to zoom back to where variables are defined, etc. Things that would really speed up and help keeping your head around big Openscad projects.
Also… if just clicking on a section of code could highlight the parts of the model that depend on it…. That would be amazing. Not sure how feasible that is…?
I have a couple of designs that are 5000+ lines, and almost exclusively parametric. One was laid out in a basic form and is a total nightmare to maintain – not that I did it badly, it’s just too much scrolling! The other I broke out into separate .scad files a whole hierarchy of geometries, parts, subassemblies, major assemblies… it would be lovely to be able to navigate between them more intuitively.
Something this makes me want to do is make myself some keyboard macros to insert certain snippets of frequently used OpenSCAD code, like text and Minkowkski etc…
The thing is that when you are really in the middle of a project and the ideas are flowing, my brain is able to work ahead and typing the code is not really slowing me down. Then, going back over, is normally a text edit function.
Cheers,
Alex Gibson
admg consulting
edumaker limited
· Project management
· Operations & Process improvement
· 3D Printing
From: Discuss [mailto:discuss-bounces@lists.openscad.org] On Behalf Of nop head
Sent: 25 October 2019 12:31
To: OpenSCAD general discussion
Subject: Re: [OpenSCAD] ClikScad - create OpenSCAD models without all the typing
Yes I have seen your video but what would the screen look like for the design I am working on at the moment?
image.png
It is 350 lines of code and it has taken me a couple of days. I am the worlds worst typist but that is not what takes the time. It is working out how the parts are going to fit together without clashes.
On Fri, 25 Oct 2019 at 12:14, William F. Adams via Discuss discuss@lists.openscad.org wrote:
Using the customizer forces one to use variables, and think about the model in those terms, which I believe helps.
The added complexity is worth it, though it would be nicer if it were more hierarchical.
William
OpenSCAD mailing list
Discuss@lists.openscad.org
http://lists.openscad.org/mailman/listinfo/discuss_lists.openscad.org
@nophead: Using text is a major benefit of OpenSCAD because it can be pasted into emails and checked into source control. It is also fairly concise. I imagine the graphical representation of my typical designs would be an enormous tree.
All this is true; text is important.
@nophead: Do people really struggle much with syntax?
Yes, some people do really struggle with syntax. The Elm community calls this "the syntax cliff": "How many people fall off the syntax cliff and give up on a language or just quit programming entirely?". https://elm-lang.org/news/the-syntax-cliff
As a professional software engineer, I can memorize large amounts of programming language syntax. It's a skill not everyone has, just as a concert pianist can sight read music notation while playing the piano in real time with all 10 fingers (I can't do that).
I know that OpenSCAD is a "CAD" program, but I got into it in order to make art. In the 3D computer graphics business, the most popular interface for programming languages aimed at artists is "node and wire" syntax. For example, Blender has this.
I'm not claiming that node+wire is the "best" graphical syntax. However, here are the benefits:
- You don't have to memorize module names. You can select a module from
a hierarchical menu, or find a module using keyword search,
and then a node is created which calls the module. - You don't need to memorize module parameters.
The parameters are all laid out for you in the node. - You can continuously tweak numeric parameters using a slider.
You can use a colour picker to tweak a colour parameter.
For me, the ability to tweak module parameters using a slider and get real time feedback in the preview window is a game changer. It makes me much productive in certain tasks. For other people, not having to memorize syntax is the key feature.
There are ways to combine the benefits of text syntax with the benefits I listed of the node+wire syntax. A "projectional editor" represents the program in memory, not as a character string, but as a syntax tree. As you edit the program, the syntax tree is modified, and the syntax tree is "projected" onto the display, possibly as text, or possibly using a graphical syntax, such as node+wire, or like BlocksCad. There are lots of text-based IDEs for conventional programming languages, which use this approach to provide assistance to the user, such as tab-completion of identifiers, auto-fill-in of function argument lists, and even sliders for tweaking numeric parameters. The GlslEditor supports sliders for live editing of GLSL shader programs (GLSL has a C-like text syntax).
What I think would be really cool is a projectional editor that lets you switch back and forth between text syntax and graphical syntax. I'm looking around to see if someone has implemented this idea already.
The problem is it is too sparse because typically one line of code becomes
a box. So what happens to a design that is 350 lines?
OpenSCAD is a very small language, it can all be summarised on the one page
cheat sheet. I am surprised anybody would struggle to learn the syntax but
using it to create geometry is much more complex than the language. It
requires an ability to imagine a shape and then decompose it it cubes and
cylinders, etc, and be able to understand what manifold is and do high
school level trigonometry. I don't see how replacing the text with boxes
helps with any of that. Code completion if the editor achieves more or less
the same.
On Fri, 25 Oct 2019 at 14:35, Doug Moen doug@moens.org wrote:
@nophead: Using text is a major benefit of OpenSCAD because it can be
pasted into emails and checked into source control. It is also fairly
concise. I imagine the graphical representation of my typical designs would
be an enormous tree.
All this is true; text is important.
@nophead: Do people really struggle much with syntax?
Yes, some people do really struggle with syntax. The Elm community calls
this "the syntax cliff": "How many people fall off the syntax cliff and
give up on a language or just quit programming entirely?".
https://elm-lang.org/news/the-syntax-cliff
As a professional software engineer, I can memorize large amounts of
programming language syntax. It's a skill not everyone has, just as a
concert pianist can sight read music notation while playing the piano in
real time with all 10 fingers (I can't do that).
I know that OpenSCAD is a "CAD" program, but I got into it in order to
make art. In the 3D computer graphics business, the most popular interface
for programming languages aimed at artists is "node and wire" syntax. For
example, Blender has this.
I'm not claiming that node+wire is the "best" graphical syntax. However,
here are the benefits:
- You don't have to memorize module names. You can select a module from
a hierarchical menu, or find a module using keyword search,
and then a node is created which calls the module. - You don't need to memorize module parameters.
The parameters are all laid out for you in the node. - You can continuously tweak numeric parameters using a slider.
You can use a colour picker to tweak a colour parameter.
For me, the ability to tweak module parameters using a slider and get real
time feedback in the preview window is a game changer. It makes me much
productive in certain tasks. For other people, not having to memorize
syntax is the key feature.
There are ways to combine the benefits of text syntax with the benefits I
listed of the node+wire syntax. A "projectional editor" represents the
program in memory, not as a character string, but as a syntax tree. As you
edit the program, the syntax tree is modified, and the syntax tree is
"projected" onto the display, possibly as text, or possibly using a
graphical syntax, such as node+wire, or like BlocksCad. There are lots of
text-based IDEs for conventional programming languages, which use this
approach to provide assistance to the user, such as tab-completion of
identifiers, auto-fill-in of function argument lists, and even sliders for
tweaking numeric parameters. The GlslEditor supports sliders for live
editing of GLSL shader programs (GLSL has a C-like text syntax).
What I think would be really cool is a projectional editor that lets you
switch back and forth between text syntax and graphical syntax. I'm looking
around to see if someone has implemented this idea already.
OpenSCAD mailing list
Discuss@lists.openscad.org
http://lists.openscad.org/mailman/listinfo/discuss_lists.openscad.org
I watched the ClikScad video, and ClikScad is cute, but I cannot imagine
doing actual work with that UI. Has anyone designed a real part (not a
simple part, a REAL part) using technology like that? I would love to
see that.
Also, I find changing the parameter values and pressing F5 is no slower
than what was shown in the video.
I agree that ClikScad is simpler for a novice, but the down side is that
it could seduce them into thinking that they can get real work done,
only to hit the wall and have to go back and do it in the old fashioned
way, and then give up for the usual reasons
On 10/25/2019 9:50 AM, nop head wrote:
The problem is it is too sparse because typically one line of code
becomes a box. So what happens to a design that is 350 lines?
OpenSCAD is a very small language, it can all be summarised on the one
page cheat sheet. I am surprised anybody would struggle to learn the
syntax but using it to create geometry is much more complex than the
language. It requires an ability to imagine a shape and then decompose
it it cubes and cylinders, etc, and be able to understand what
manifold is and do high school level trigonometry. I don't see how
replacing the text with boxes helps with any of that. Code completion
if the editor achieves more or less the same.
@nophead: The problem is it is too sparse because typically one line of code becomes a box. So what happens to a design that is 350 lines?
If you have text and graphics and direct manipulation, then you can build a better user interface than what you can build using text and a keyboard alone. So it becomes a matter of user interface design.
2D layout can pack more information onto the screen then 1 dimensional text layout. A zooming user interface, plus hierarchical structure, can allow you to manage programs containing thousands of nodes.
Nuke (by Foundry) has an overview pane that shows the entire program zoomed out, and an edit pane where you are zoomed in to part of the program. A zooming user interface can display fewer details of a node when you are zoomed out (eg, only the module name) and more details when you are zoomed in (eg, the module name and the parameters).
Here's one way to represent hierarchy using node+wire. It would be better if each supernode had an optional title that is visible when zoomed out:
Not sure what your definition of "real" part is, but I've worked up some
projects using BlockSCAD:
https://community.carbide3d.com/t/design-into-3d-games-chinese-checkers/16056
https://community.carbide3d.com/t/design-into-3d-boxes-magazine-storage/16238
For the latter, I actually worked through posting screengrabs of bits of the
code as I worked, so maybe proves the concept?
Two features which help in BlockSCAD are the ability to collapse blocks and
their contents, and to create modules. If it just had robust support for the
customizer I'd be goodl.
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nophead wrote
Yes I have seen your video but what would the screen look like for the
design I am working on at the moment?
It is 350 lines of code and it has taken me a couple of days.
I suspect that you are not the type of user I have in mind for ClikScad.
Indeed as far as I can see none of the recent Threads in this Fourm have
been posted by newbies looking for assistance.
My mind is very firmly focused on the person who would like to design the
occasional part for their 3D printer without needing to take the trouble and
the time to learn a 3D drawing product. I think OpenSCAD provides an
excellent platform for that.
/And I have to confess that I don't understand the purpose of a model as
complex as yours - though it looks very impressive. In my mind I would model
each of the parts separately so I could print them one at a time and I see
no problem doing that with ClikScad./
...R
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On 25.10.19 10:30, Robin2 wrote:
I don't know their names but I presume there are some
people who act as the "guardian" of the OpenSCAD project.
I guess that would then be something like 90% Marius and
10% myself ;-).
All I mean by "support" is a statement of encouragement
I can speak only for myself, but in my opinion it would
be nice to have some additional GUI support. There's
a lot of opportunities to do that, Customizer and the
latest auto-completion changes are a small step into
that direction. I personally prefer some integrated
solution though.
For example I'd love to have a GUI editable polygon
where you can do something like right click it and
edit via some 2D editor.
All that is supposed to be optional features that can
be ignored by people who don't need them.
ciao,
Torsten.
On 25.10.19 15:50, nop head wrote:
The problem is it is too sparse because typically one
line of code becomes a box. So what happens to a design
that is 350 lines?
Not necessarily. Maybe a more sensible comparison would
be ICEStudio https://github.com/FPGAwars/icestudio which
can create blocks for whole Verilog modules.
ciao,
Torsten.
I always create full assembled models because a) I have to fit the plastic
parts around other off the shelf parts and b) my framework creates a full
bill of materials and assembly instructions. This is totally necessary
because a lot of my designs have hundreds of parts. and dozens of sub
assemblies. I often spend more time modelling the vitamins than I do the
printed parts.
This design is a case for an Enviro+ environmental sensors board that plugs
into an RPI Zero at right angles. There is also a particle counter module
and a tiny fan. Getting all the parts into a small space was a challenge
and the only way to do it is to model it as an assembly. I use the
customiser to switch different bits on an off in the view so I can see
inside.
The case is is a library item that is fully parametric. I can specify
arbitrary additions and subtractions as children. I added the optional
waves to see if it reduces the tendency to warp but I also like the
aesthetic. It does make it more difficult to have holes in the sides
because you can't have wavy bridges, so all apertures have 45 degree
chamfered surrounds that build out to a straight edge that can be bridged.
This is the BOM it produced.
Parts list
MainTOTALS
Vitamins
1 1 Enviro+
1 1 Fan 17mm x 8mm
4 4 Heatfit insert M2
1 1 Micro SD card
4 4 Nut M2.5 x 2.2mm nyloc
1 1 PMS5003 particle detector
1 1 Pin header 20 x 2 right_angle
1 1 Raspberry Pi Zero
4 4 Screw M2 cap x 6mm
2 2 Screw M2.5 pan x 6.4mm
4 4 Screw M2.5 pan x 8mm
3 3 Screw M3 pan x 6mm
4 4 Washer M2 x 5mm x 0.3mm
4 4 Washer M2.5 x 5.9mm x 0.5mm
3 3 Washer M3 x 7mm x 0.5mm
38 38 Total vitamins count
3D printed parts
1 1 bulkhead.stl
1 1 enviro_plus_case.stl
1 1 enviro_plus_case_base.stl
1 1 fan_jacket.stl
3 3 foot.stl
7 7 Total 3D printed parts count
And here are the printed parts that I designed:
[image: bulkhead.png]
[image: enviro_plus_case.png]
[image: enviro_plus_case_base.png]
[image: fan_jacket.png]
[image: foot.png]
The is quite small for my projects. The last one has 637 vitamins, 62
printed parts and 12 routed parts in 28 assemblies.
On Fri, 25 Oct 2019 at 20:20, Robin2 robin@nbleopard.com wrote:
nophead wrote
Yes I have seen your video but what would the screen look like for the
design I am working on at the moment?
It is 350 lines of code and it has taken me a couple of days.
I suspect that you are not the type of user I have in mind for ClikScad.
Indeed as far as I can see none of the recent Threads in this Fourm have
been posted by newbies looking for assistance.
My mind is very firmly focused on the person who would like to design the
occasional part for their 3D printer without needing to take the trouble
and
the time to learn a 3D drawing product. I think OpenSCAD provides an
excellent platform for that.
/And I have to confess that I don't understand the purpose of a model as
complex as yours - though it looks very impressive. In my mind I would
model
each of the parts separately so I could print them one at a time and I see
no problem doing that with ClikScad./
...R
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