Hi Martn, just wanted to say that i was a bit gutted and impressed when i saw this design youve used for scanning your models. haha! The reason being, that this is one of my future projects that i intend to tackle too this year! The glass table concept seems cool, but i dont fancy the idea of having to deal with refraction issues and im sure you found some. But a 2-axis spherical perspective scanning mechanism run on a arduino is also the direction ill be taking! But all the same, was good to see your methd working too! Good luck with your tinkering in the future.... 🙂
wow :) this description that says poor mans photogrammetry rig should be called. The deluxe photogrammetry rig this is near what i need... its a bit big stuff i need done is action figure armor and action figure acessories this is a great setup :) i need to know if a photogrammetry rig /photogrammetry can scan my heman 2 piece armor ( 3-4 inches in size with 2mm wall thickness and its 2mm pins and holes that clip into eachother)
Sorry, but this video is only about the scanning technology. Calculating the 3d object is just a few clicks of the mouse and with the 14MP images you usually get good results. The most important thing is always good light.
@@ondradupal9146 if the object rotates, a plain background is better. if the camera moves around the object, a plain background is not good because the software has problems recognizing the change in the object, in this case the changing background helps.
I Love this! Did you design it? Can i make one? Is there a blog or info on how to do it? I love the 3d printed circle. Very nice :) ps would love to see some results from it :)
@@seantaurog Thanks, one more question, I saw that in the video you only use the 3 support elements for the basic fixation, but in the 3D files there are 2 rail elements which are not included in the video. Is this an either-or assembly option?
Considering the image quality from cheaper cameras available these days, I think it'd be better to simply mount five cameras and then spin the model once. If we mount eight cameras, flood the studio with light to allow the fastest shutter speed, the model might not even need to stop spinning and it could be big enough to shoot a standing human. I predict no more than two years before clothes for sale presented on 3d models becomes commonplace rather than the exception. An affordable rig of this sort for small business owners (think Etsy) will be in demand. It's been tried before, but it's been expensive and cumbersome to implement. The pieces are finally coming together, and enough customers are familiar with manipulating 3d models now to make it work.
Can you tell me where to buy the PCB from? I have printed all the parts and ordered all the components but I dont know where to get the board. Great Work on your creation and thank you for sharing.
This is the nicest scanner I've seen so far and ideal for me as I use a Nikon DSLR. I've downloaded the OpenScan file you refer to but it's obviously a different design. Is it possible to get your "arc" design including the PCB design and parts list??
The arduino sketch can be adjusted, only the number of steps for the two axes change. Everything you need including PCB design can be found on openscan.eu. You can find the parts for printing here: www.thingiverse.com/thing:3984723/
Hi, thank you for this great project. I am printing it now but in the mean time I am creating the electronics. I am scanning through the code and noticed you are using multiCameraIrControl library. Looking in the cpp file it looks like this library is used to pulse an IR led to control the camera via IR. I have a canon and looking at the code for shutterNow I see the delay of 7330 us between the loops so I guess yes this is for IR pulsing. Please could you tell me if this library is necessary if I am only going to use a cable plugged into the camera remote port and using the optoisolator on the reference design to the shutter line to ground to take pictures. Sorry if this is a bit of a rookie or silly question, I just would like to be sure is all and it seems I can remove the IR library and just pull pin 3 (photopin1) low when I need to operate the shutter . Thanks again, Rick.
Unfortunately I am not the programmer and I only use the optocoupler because I think cable connections are better, with IR the sensor must point towards the receiver. This is often difficult with such structures. Please contact openscan.eu.
@@seantaurog Ok, thank you for taking the time to reply :) I have nearly finished printing the machine, I have redesigned the camera holder in fusion 360 as the one in thingiverse was not well suited to my canon 750d. I have further studied the code and it is clear that the IR lib is not needed, I will re-code to just use a pin to ground the remote wire with the optocoupler. I have used arduino for a long time and am a programmer by trade, Im planning to use a capacitive oled touch screen and so I will rewrite UI part of the arduino code for that. I think I'm going to write an android app for it too, and I will probably end up using a photon board to control it all instead of the arduino. Thanks again for making me aware of this great project.
@@MrRickPBush Please could you send me the camera holder you redeseigned in fusione360 cause I hade A CAnon 750D too, thanks a lot, Leone.Giorgio@yahoo.it
@@thecollezionista Hey Giorgio, let me dig it out and I will post a link for you, I diod a few different designs for the camera mount, the one i settled on is an extendable one that you can move the camera further out and is adjustable. Ill post here soon.
For heads, I recommend Pi3dscan.com. The cheapest alternative is RPI Zero 1.3 with USB to Ethernet adapters and PiCam 5 MP. With the evaluation copy of Pi3dscan you can control 30 RPIs and also with projection mode. Attention, the Ethernet adapter must be capable of multicasting, not all of them, especially the cheap ones.
Hi Martn, just wanted to say that i was a bit gutted and impressed when i saw this design youve used for scanning your models. haha! The reason being, that this is one of my future projects that i intend to tackle too this year! The glass table concept seems cool, but i dont fancy the idea of having to deal with refraction issues and im sure you found some. But a 2-axis spherical perspective scanning mechanism run on a arduino is also the direction ill be taking! But all the same, was good to see your methd working too! Good luck with your tinkering in the future.... 🙂
Wow! Real engineering! Very nice rig.
I had a very similar idea to yours but the circular structure was stationary while the camera moves instead. Although your idea looks more refined
I think the scan would be much better if you used scanning spray or chalk spray.
With flashing?) It's not recommended to use it at all. More over, your object is shinning.
wow :) this description that says poor mans photogrammetry rig should be called. The deluxe photogrammetry rig this is near what i need... its a bit big stuff i need done is action figure armor and action figure acessories this is a great setup :) i need to know if a photogrammetry rig /photogrammetry can scan my heman 2 piece armor ( 3-4 inches in size with 2mm wall thickness and its 2mm pins and holes that clip into eachother)
lol this shit is WILD i love it. So annoying thought I'd def make a soundproof enclosure or upgrade motors. i love geniuses like you bahaha
Very cool. But...
No results?!?!?!
Sorry, but this video is only about the scanning technology. Calculating the 3d object is just a few clicks of the mouse and with the 14MP images you usually get good results. The most important thing is always good light.
@@seantaurog how do you deal with the constant background? Does it make any uncertainties of measurement or is it absolutely ok for the SW?
@@ondradupal9146 if the object rotates, a plain background is better. if the camera moves around the object, a plain background is not good because the software has problems recognizing the change in the object, in this case the changing background helps.
@@seantaurog not true actually.
@@seantaurog But not flash
Is this Large-scale SLR rig still supported or available via. OpenSCAN for support/development?
Thanks :-)
I Love this! Did you design it? Can i make one? Is there a blog or info on how to do it? I love the 3d printed circle. Very nice :) ps would love to see some results from it :)
you can find everything in the description above. the electronics and the arduino sketch at openscan. the printed parts at thingiverse.
@@seantaurog many thanks i thought i looked, obvs not :) cheers o/
Would have loved to see the result.
idk man looks pretty expensive to me
Yeah, was thinking the same thing.
yup
First thought, i was thinking. its built out of lego's. but man that rig is awesome.
where is the dslr holder file? the one which is visible on this video, looks different then the file enclosed in thingiverse files.
Hi! What kind of screws do you use to stick components together, and what kind of glue? Epoxy?
Phillips screws and superglue, sometimes also metric screws.
@@seantaurog Thanks, one more question, I saw that in the video you only use the 3 support elements for the basic fixation, but in the 3D files there are 2 rail elements which are not included in the video. Is this an either-or assembly option?
Considering the image quality from cheaper cameras available these days, I think it'd be better to simply mount five cameras and then spin the model once. If we mount eight cameras, flood the studio with light to allow the fastest shutter speed, the model might not even need to stop spinning and it could be big enough to shoot a standing human.
I predict no more than two years before clothes for sale presented on 3d models becomes commonplace rather than the exception. An affordable rig of this sort for small business owners (think Etsy) will be in demand. It's been tried before, but it's been expensive and cumbersome to implement. The pieces are finally coming together, and enough customers are familiar with manipulating 3d models now to make it work.
considering all the time consumption and cost of a 5 cameras system you should buy a 3D scanner instead bro
Look at this please th-cam.com/video/DeUjiGzmQWQ/w-d-xo.html the same openscan electronics with a glass turntable.
Genio! Muchas gracias🙏💕
Holy shit, my idea in real life! Thank you for this
That's right.
Thank you.
Hello very nice rig! Can you share how you built it and the parts? Thanks
Hallo, bin begeistert von dem Rig! Kann man Unterstützung bei der Elektronik und Steuerrung bekommen?
Hey Martin, what flash are you using? Is that the NEEWER RF-550 (or white-label equivalent)?
hi, l really good watching your video.
and I have a question.
Can i guess the name of the white rail that helps that camera?
l wait ur answer
Poor man's photogrammetry rig, search on thingiverse.
@@seantaurog thanks to answer !
have u make that camera mount from 3DX MAX ?
@@user-ml3nf2xn6o Blender.
May I know the script written on the arduino panel lcd?
Can you tell me where to buy the PCB from?
I have printed all the parts and ordered all the components but I dont know where to get the board. Great Work on your creation and thank you for sharing.
At openscan.eu
This is the nicest scanner I've seen so far and ideal for me as I use a Nikon DSLR. I've downloaded the OpenScan file you refer to but it's obviously a different design. Is it possible to get your "arc" design including the PCB design and parts list??
The arduino sketch can be adjusted, only the number of steps for the two axes change. Everything you need including PCB design can be found on openscan.eu. You can find the parts for printing here: www.thingiverse.com/thing:3984723/
I'm watching your video
i have a question
I wonder how many degrees the camera was turned
30 degrees as i remember.
Yo that is not a poor man set up man. XD May I get more details?
Ikr.
Very cool
What's the result!?
it sounds like ca CT scanner :)
A question, what is the arduino code to do this project?
Get the sketch here: drive.google.com/drive/folders/1HvSOB2VEg-s1xDzMar10pRFFcg8bUeEp it´s called Radscanner, means Wheelscanner.
What do the results look like ? Do you have a video of how the scan turns out in the program ?
not yet but i'm working on it.
GREAT, where do you process those 96 pics?
Preferably with meta shape (agisoft). The standard version can do everything and is not expensive.
Hi, thank you for this great project. I am printing it now but in the mean time I am creating the electronics. I am scanning through the code and noticed you are using multiCameraIrControl library. Looking in the cpp file it looks like this library is used to pulse an IR led to control the camera via IR. I have a canon and looking at the code for shutterNow I see the delay of 7330 us between the loops so I guess yes this is for IR pulsing. Please could you tell me if this library is necessary if I am only going to use a cable plugged into the camera remote port and using the optoisolator on the reference design to the shutter line to ground to take pictures. Sorry if this is a bit of a rookie or silly question, I just would like to be sure is all and it seems I can remove the IR library and just pull pin 3 (photopin1) low when I need to operate the shutter . Thanks again, Rick.
Unfortunately I am not the programmer and I only use the optocoupler because I think cable connections are better, with IR the sensor must point towards the receiver. This is often difficult with such structures. Please contact openscan.eu.
@@seantaurog Ok, thank you for taking the time to reply :) I have nearly finished printing the machine, I have redesigned the camera holder in fusion 360 as the one in thingiverse was not well suited to my canon 750d. I have further studied the code and it is clear that the IR lib is not needed, I will re-code to just use a pin to ground the remote wire with the optocoupler. I have used arduino for a long time and am a programmer by trade, Im planning to use a capacitive oled touch screen and so I will rewrite UI part of the arduino code for that. I think I'm going to write an android app for it too, and I will probably end up using a photon board to control it all instead of the arduino. Thanks again for making me aware of this great project.
@@MrRickPBush Please could you send me the camera holder you redeseigned in fusione360 cause I hade A CAnon 750D too, thanks a lot, Leone.Giorgio@yahoo.it
@@thecollezionista Hey Giorgio, let me dig it out and I will post a link for you, I diod a few different designs for the camera mount, the one i settled on is an extendable one that you can move the camera further out and is adjustable. Ill post here soon.
@@thecollezionista here you go we.tl/t-y3GNGYsbFC
How did How did you do thatHow did you do thatyou do that
AMAZING!!!!!!
Oh nvm just read the description
Very Nice Sir
the final result?
Impressive
What Ring Flash are you using?
How did you do that
Gibs die Verstärkte version auch ?
Ich arbeite im Moment daran und werde sie dann nach thingiverse hochladen.
Hier sind die verstärkten Teile: www.thingiverse.com/thing:3984723/
perfect
Very nice. The question is, what are you gonna do with the pictures?
with it i make a 3d figure to print out or for virtual worlds.
@@seantaurog hell yea! I like creative people.
@@diegeeleel Thank you.
How did you make it more stable ? Did you redesign the parts or just infill change ?
I will upload the stable redesign in the next days.
Here are the new stable parts: www.thingiverse.com/thing:3984723/
you are awesome
thank you, but the basic structure is not mine, I only strengthened and improved it, I hope.
cool...
I wish I could make this for human heads
For heads, I recommend Pi3dscan.com. The cheapest alternative is RPI Zero 1.3 with USB to Ethernet adapters and PiCam 5 MP. With the evaluation copy of Pi3dscan you can control 30 RPIs and also with projection mode. Attention, the Ethernet adapter must be capable of multicasting, not all of them, especially the cheap ones.
:)
"Poor Man's photogrammetry rig" for more, than edelkrone v1/v2? 🤣🤣🤣🤣🤣
Typisch Deutsch . high end