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BlueSkyProjects
Приєднався 30 кві 2022
SolveSpace - Challenge 13C (outside calliper)
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.'
solvespace.com/index.pl
My workflow for challenge 13 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
This one is for the outside calliper
solvespace.com/index.pl
My workflow for challenge 13 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
This one is for the outside calliper
Переглядів: 1 878
Відео
SolveSpace - Challenge 13B
Переглядів 1,6 тис.2 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl My workflow for challenge 13 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
SolveSpace - Challenge 13A
Переглядів 1,6 тис.2 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl My workflow for challenge 13 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
SolveSpace - Challenge 12 (Fancy egg)
Переглядів 1,8 тис.2 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl My workflow for challenge 12 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
SolveSpace - Challenge 11
Переглядів 2 тис.2 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl My workflow for challenge 11 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
3D Printed Electronics - Part 3
Переглядів 2092 роки тому
Have you ever wanted to create a 3D printed electronic piano? No...I thought so. But, having said that, here's a video showing you how. Create an electronic piano with Solvespace and Vuo! Check out solvespace at: solvespace.com/index.pl Check out Vuo at: vuo.org/composition
3D Printed Electronics - Part 2
Переглядів 1152 роки тому
An introduction into creating 3D printed electroncis using Solvespace, a dual extruder 3D printer and conductive PLA.
3D Printed Electronics - Part 1
Переглядів 3172 роки тому
An introduction into creating 3D printed electroncis using Solvespace, a dual extruder 3D printer and conductive PLA.
SolveSpace - Challenge 10
Переглядів 6642 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl My workflow for challenge 10 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
SolveSpace - Challenge 9
Переглядів 2 тис.2 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl I selected the wrong circle centre when I constrained both ends to be 100mm apart. My workflow for challenge 9 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
SolveSpace - Challenge 8
Переглядів 7242 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl The Circle should be 1.00 form the top and 1.25 from the side.... I mixed these up in the video My workflow for challenge 8 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
SolveSpace - Challenge 7
Переглядів 2,1 тис.2 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl My workflow for challenge 7 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
SolveSpace - Challenge 6
Переглядів 2,2 тис.2 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl I forgot that the units in the tech drawing are in inches.... :( My workflow for challenge 6 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
SolveSpace - Challenge 5
Переглядів 2,6 тис.2 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl My workflow for challenge 5 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
SolveSpace - Challenge 4
Переглядів 2,5 тис.2 роки тому
'SOLVESPACE is a free (GPLv3) parametric 3d CAD tool.' solvespace.com/index.pl My workflow for challenge 4 based on the CAD challenges found here: github.com/gsegura96/CAD-Challenge
Length of the base line is 60-9
thank you
No probs. Have a great day!
There is missing part in minute 4:26. How to make from this two objects one single object?
When you create a point and face that are 'flushed' together (i.e., a union), the 'union' radio button in the properties panel (4.21) will be automatically selected. This is how the two become one.
I consistently repeated the sequence of actions after the author, at 4:24 I got 12 intersection points like the author. And then at 4:45 the author already has 16 intersection points on the drawing. It is not possible to continue modeling further
Pule pro final que já tem a conclusão do texto abaixo. Ele criou pontos de referência somente depois de criar novos planos (o que também é equivalente a uma camada de trabalho) separados mas nos mesmos planos trabalhados anteriormente, justamente para ser algo separado da extrusão já "terminada", interligou com a ferramenta 3D, a transformou em referência(aperte G) e criou outra camada para transformar em 3D. Resumindo, quando a linha fica marrom e você percebe que já tem um ponto a mais (4:28), quer dizer que um plano novo foi criado. Crie 1 plano a mais sobre a parte superior da peça e adicione 2 pontos em seus lugares respectivos.
@@leongelion6124 Дякую!
Why did you use another file?
Jok na łopen suors sowtłer do balhy to mje urwali bjederka ;]
Nice videos, thanks. Something I discovered by accident: if you need a hole through an extrusion as here, it's quicker to draw the circle straight after you've drawn the object outline and _then_ extrude, because the circle will then be correctly taken as a hole running straight through. IOW there's no need to extrude the hole separately, then size its depth etc, it all happens automagically.😊
Very Good tutoring Speaks Clear and a Good Volume
Thanks!
Thanks friend for sharing your knowledge, I'm learning from your videos but I don't speak your language, I only learn by watching what you do, so I ask you not to use shortcut keys because in this video I don't know how you aligned these two points in the center of the piece.
This video series is fantastic. I accidentally came across SolveSpace and have been using it to create 3D parts for printing. SolveSpace is so easy to use that I've switched from FreeCad.
Here is the problem that I am faced with, at 8:12 in the video, I go to the new work plane. I try to create a point in the middle of the object near the flanges. But, every time Solvespace packs the line above the object. The 3rd point is not near the flanges, but is floating in the air? When I am in a work space, and I have 2 or 3 lines that overlap each other, how can I select the correct line? It seems like Solvespace picks the highest line in a view and ignored the depth of the workspace? Thank you.
GOT IT! The setting "Anywhere in workplane" had to be selected.
@@stevenbeebe35 Hey Steven - glad you figured it out. It can be tricky selecting a workplane at first, but when you do adding a point will be in that selected workplane only. If the line above is selected then it sounds like you may need to reselect the correct workplane. I hope this helps.
Hi, I've just found your videos and extremely impressed with how well they are presented. I just wondered why you didn't add the circle for the hole to the original sketch - and then extruded to save extruding twice?
Hi, appreciate the feedback! You're right, your way would be more efficient and this was an oversight on my part. Thanks!
Just about to start with 3d moddeling. As a linux user I stumbled upon solvespace. Just did first tutorial from the website and made very slow progress. Im amazed about this video tuorial. Fast, easy to follow knowledge transfer. Thanks you!!!
Glad they're helpful! Thanks for the feedback. A couple of videos have corrections in the comment sections so keep an eye out for them. More videos coming soon (about Blender).
Thank you for this tutorial. Point A is not correctly located, however
It is correctly placed up till the time stamp approx. 7.29. Up till that point 'A' is correctly placed. The final few seconds show 'A' at a different position which can cause confusion. Thanks for reaching out.
I don't know what I am doing wrong. I cannot extrude the model. It says over and over select work plane. I select many times but it will not give me a 3d option. What am I doing wrong?
Hey David. The error message in the popup will give you a hint. Try selecting any two lines on the plane and then the connecting vertex (dot joining both lines together). Once you do that click on the 'new group in new workplane' button (bottom left - try hovering over some until you find it). Once you have selected the workplane the extrusion should work. It's hard helping without a pic etc on here but I hope this help. Also, don't get too frustrated with it. If you keep at it you will eventually get it.
Is SolveSpace a profesional tool?
Cool video, but you have a mistake. The hole must be in the center.
Great video, I like solvespace for recreating broken parts to 3d print. It's such a powerful program
Thanks!
Thanks a lot for these challenge videos. Solvespace has been my goto for 3d-printing for a few years now and it's nice to see how others work with it too. Is there a reason you opted to extrude and then place the circle instead of adding the circle to the first sketch?
Hello, iam here again. Thanks a lot for your videos. These are powerfull for me. We're trying to do a simple details with my 4 years daughter. She was happy when she had done her first cube. And for me it is the best worth like father.
Aw that's so precious thanks for sharing that. If she likes programming too then maybe take a look at 'Scratch'. There are other visual programming tools out there too that are better than typing to start with. Bless you!
Hi and thank you
No problem. I hope the vids are useful to you
Hello. Thank you
Hello, thanks. practice is the best way to learn something
You're welcome. Yes I agree - practice helps us consolidate what we learn. Best wishes for your future learning and projects.
Hello. thanks a lot for this tutorial
sir i have to ask.... how did you scale the UI up? my icons are very small.
Thanks a lot for these tutorials, they are great and very easy to follow. I really appreciate the time you take doing these projects. I would love to see how you would use the helix tool to draw a bolt; I know it's so cliche but I am an absolute beginner.
That's kind of you - thank you!
Wow this is a really good tutorial.. thank you.😊
Hey thank you! I hope the vids are useful.
Is there a mirror command when we are making 2D blueprints with SolveSpace?
I found a way: 1. copy objects 2. select paste transformed 3. a special menu opens 4. tick want you to want to: rotate 180 degrees and tick mirror object. 4. press to achieve a transformed paste. It works, please share this with other users too. :-)
@@Tommi_P_Laiho Hey - that's great and useful for simplifying a symmetric work-plane into smaller components. Here's another example; let's say your work-plane has C2 symmetry, you could draw half of it like you said, copy it, paste transformed but then click the 'flip' tickbox in the properties panel to paste the mirror image. I've not tried it for C3 or higher odd number symmetry though
Why the hell are these videos so good. Amazing stuff, project based learning makes so much sense
Hey thanks! Watch this space for more - will try to improve. 👍👍
Please keep making SolveSpace challenges. I really appreciate them.
Thanks Michel. I realise that I've left doing videos for some time now but I am planning some new ones and trying to get them structured. New videos will be coming some and I'm glad they're useful for you!
@@blueskyprojects3898 looking forward to it, you have a very good quality on your tutorials
very powerful cad , i felt like i lost my life with autocad 🤪Thanks for showing of its secrets 🙏
Thank you - I appreciate it.
Perfect tutorial. Really perfect!
Спасибо. Я надеюсь, что они полезны.
JSYK I watched all of these and learned a few things! Thanks for taking the time to make and share them :)
I'm glad they were helpful and you're welcome. Have a blessed day!
Bro! Best videos on UA-cam right now!
The hole size for 8-32 UNC is given on the chart in your video within the column labeled "tap drill size". It refers to the diameter of drill you should use to make the hole for that specific thread. For an 8-32 UNC you'd use a 3.5mm drill. A better chart would use the measurement system the thread is in - for your imperial thread the chart should tell you to use a #29 drill (0.1378in).
Cool video! But you missed two fillets if I'm not mistaken. The upright part has has also fillets on the longer sides to the baseplate. How would you do that in solvespace, a simple arc here would leave the corners open?
Ah I see what you mean. I've not tried this but I guess extending the arcs of the side fillets outwards by 45 degrees and carry on from there with the correction process might work. Well spotted!
Two of your videos have given me the confidence I was looking for a personal project. Take my money!
Thanks so much! Makes me happy to hear they have a positive impact. Best wishes for your project. Thanks for making my day!
This is THE best tutorial for solvespace i have encountered than you for being so detailed and explanatory!
Thanks so much for your encouraging feedback. I'm so glad that they have a positive impact. I'm planning on making more videos soon.
After trying a few CAD apps, Solvspace was the ONLY app I could use right away and get something done on my 3d printer. Your tutorials are a great help...Looking forward to more!
I had the same experience when I wanted to just get started. Thanks so much for your kind feedback.
how do you get the property browser in the same window? I have as a separate window and it's a pain. Im using win11.
Hi - the docs state that it's a floating window but I show/hide the property browser using the 'Tab' key to make better use of the screen space (useful on a laptop). In the video it looks embedded due to the screen recording software I use.
@@blueskyprojects3898 I've used the powertoys FancyZones of windows to achieve something like that but I think it would look better if it were integrated, although using 2 monitor I've tried to put the panel in the other window and it's not that bad. Anyways, thanks for sharing this awesome video. I'm using Blender Cad Sketeher which implements this library and it's awesome.
@@SRG-Learn Thanks! Blender is definitely worth learning. Found some of the CAD plugins a bit glitchy though but that's awesome!
@@blueskyprojects3898 Cad Sketecher it's literally the solvespace library inside blender, in fact last release they added bevels! (it seems like they automated arc, tangent, trim in one step) and I know it's not that much, but seems enoguh for most basic projects. Solvespace it's very clever and flexible.
Thank you so much for explaining your process through these challenges. I'm new to precision drawing in CAD and have just downloaded SolveSpace. I did do technical drawing in high-school (Brisbane, Queensland, Australia) between 1975 to 1979 - so yes I'm in my sixties, but you're never too old to learn - but I couldn't transfer my old knowledge to the "new medium". You've helped me understand what was overwhelming, so again, thank you.
It's encouraging to know the videos help. I'm currently learning to do the same using Blender and might make videos on this soon. Thanks!
Thanks for the video, i really wanted to learn to use a cad program, you made it very easy to inderstand
Thanks so much! I hope the videos are helpful. I also found it helpful investing time in learning Blender. Both are useful tools.
you are the best
Thanks so much - there's room for improvement but I hope the videos help in some way
Thank you for these excellent tutorials. They very much help with finding the controls for the relevant concepts! For this solution, it appears that A isn't quite in the right place, because the intersection of the cutaway near A isn't a triangle, but is four sided. Nevertheless, the important topics are covered, and I'm now feeling more confident in being able to create the solids I am trying to design. Thanks again!
It clearly is four sided at 7:27 and in the original sketch, if there is a difference I don't see it.
thanks!
Please create a basic tutorial for absolute beginners. So that, we can better understand the tools and the concept. This is very small yet very powerful tool in entire Category.
I think the problem with your hole in the last step is that the diagram is in imperial decimal inches (ie: SAE). The main through hole is 1/4" and the recess in the face of the part is 1/8" (.125"). Unfortunately, the only indication I see to that effect is the specification of that last hole as '8-32 UNC'.
Thank you - that's very helpful.
Watching the playlist and I've learned some things. Thank you. I'm wondering though....you use H and V constraints often. Is there a reason you do not use Parallel and Perpendicular constraints instead?
Hey, thanks for reaching out. I could half the number of clicks by using the perpendicular constraint instead of H and V. I guess I prefer using H and V as it makes it more apparent for me when I look at the sketch, but at the expense of efficiency. I'm still learning to use it but I guess being more efficient is always higher level.
@@blueskyprojects3898 OK, cool. I was just wondering because I was thinking that H and V would be more 'universally constraining' - that that line would always be constrained to be vertical or horizontal, regardless of how the part was manipulated in the future. but in later videos I see the part imported and rotated so I was wrong about that. Thanks again.
@@uberintj Ah I see your point. So by using perpendicular constraints it makes the sketch more 'intelligent' (if you know what I mean)? Appreciate your feedback and you've given really good ones too. I'll apply it in the next video.
This video is a great tutorial. Really clear and well explained. Your use of the icons rather than keyboard shortcuts helps reduce confusion for newbies too. As a new user, I was able to recreate this part in Solvespace without any problems. I like that in some of your videos you explain how you decide which face to start from and demonstrate where the degrees of freedom are (e.g. around 2:05), thank you.
It makes it worth while to hear that the videos are useful and clear. I'm happy that you've started using SolveSpace. Thanks so much I appreciate your feedback. There are more videos to follow.
Will it have the topological naming problem as in FreeCAD? Will it break if you make changes to your first sketch?
Hi - I've not had this problem. However, I've never tried to deliberately recreate it. I'll give it a go. Can you refer to an example model?