#freecad — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #freecad, aggregated by home.social.
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Warum nicht gleich so, und out of the Box? Nach mehrstündigem, hartem Kampf endlich die #SpaceMouse von #3dconnexion unter #FreeCAD 1.1.1 zum Laufen bewegt. Neue Version aus den Quellen kompiliert, den #AppImageLauncher ebenfalls und die Benutzergruppe des konstruierenden Users angepasst.
Benutzerfreundlich ist was anderes.
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Warum nicht gleich so, und out of the Box? Nach mehrstündigem, hartem Kampf endlich die #SpaceMouse von #3dconnexion unter #FreeCAD 1.1.1 zum Laufen bewegt. Neue Version aus den Quellen kompiliert, den #AppImageLauncher ebenfalls und die Benutzergruppe des konstruierenden Users angepasst.
Benutzerfreundlich ist was anderes.
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Warum nicht gleich so, und out of the Box? Nach mehrstündigem, hartem Kampf endlich die #SpaceMouse von #3dconnexion unter #FreeCAD 1.1.1 zum Laufen bewegt. Neue Version aus den Quellen kompiliert, den #AppImageLauncher ebenfalls und die Benutzergruppe des konstruierenden Users angepasst.
Benutzerfreundlich ist was anderes.
-
Warum nicht gleich so, und out of the Box? Nach mehrstündigem, hartem Kampf endlich die #SpaceMouse von #3dconnexion unter #FreeCAD 1.1.1 zum Laufen bewegt. Neue Version aus den Quellen kompiliert, den #AppImageLauncher ebenfalls und die Benutzergruppe des konstruierenden Users angepasst.
Benutzerfreundlich ist was anderes.
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Finally done! Built myself a 2nd #chrumm diy #keyboard for the home office.
Added a #trackpoint module in the middle, which was both straightforward and a lot of work, but totally worth it 😀
1. tested if the model works connected directly to the #RaspberryPico using #QMK firmware
2. modified body STL in #FreeCAD to create space for the module and cables
3. Print once. Goto 2.
4. Print again
5. Assembly
6. Drillling
7. Hand-cured painted-on resin for a nice waterproof finish for the trackpoint -
Finally done! Built myself a 2nd #chrumm diy #keyboard for the home office.
Added a #trackpoint module in the middle, which was both straightforward and a lot of work, but totally worth it 😀
1. tested if the model works connected directly to the #RaspberryPico using #QMK firmware
2. modified body STL in #FreeCAD to create space for the module and cables
3. Print once. Goto 2.
4. Print again
5. Assembly
6. Drillling
7. Hand-cured painted-on resin for a nice waterproof finish for the trackpoint -
Finally done! Built myself a 2nd #chrumm diy #keyboard for the home office.
Added a #trackpoint module in the middle, which was both straightforward and a lot of work, but totally worth it 😀
1. tested if the model works connected directly to the #RaspberryPico using #QMK firmware
2. modified body STL in #FreeCAD to create space for the module and cables
3. Print once. Goto 2.
4. Print again
5. Assembly
6. Drillling
7. Hand-cured painted-on resin for a nice waterproof finish for the trackpoint -
Finally done! Built myself a 2nd #chrumm diy #keyboard for the home office.
Added a #trackpoint module in the middle, which was both straightforward and a lot of work, but totally worth it 😀
1. tested if the model works connected directly to the #RaspberryPico using #QMK firmware
2. modified body STL in #FreeCAD to create space for the module and cables
3. Print once. Goto 2.
4. Print again
5. Assembly
6. Drillling
7. Hand-cured painted-on resin for a nice waterproof finish for the trackpoint -
Finally done! Built myself a 2nd #chrumm diy #keyboard for the home office.
Added a #trackpoint module in the middle, which was both straightforward and a lot of work, but totally worth it 😀
1. tested if the model works connected directly to the #RaspberryPico using #QMK firmware
2. modified body STL in #FreeCAD to create space for the module and cables
3. Print once. Goto 2.
4. Print again
5. Assembly
6. Drillling
7. Hand-cured painted-on resin for a nice waterproof finish for the trackpoint