[video member=miotatsu stream_platform=twitch project=riscy medium=drawing title="Finishing The Case (2/2)" vod_platform=youtube id=JO3Gwc_MbYo annotator=Miblo]
[0:02][Return from reboot and continue looking into our misaligned bracket]
[1:48][Fix the position of our second bracket's cutout, and the width of both]
[5:26][Admire our bracket cutouts with the guts]
[7:17][Cut out an area of the top to accommodate the slanted upper part of the bracket]
[17:14][Admire the cutout without the guts]
[18:13][Plan to apply the upper cutout to the second bracket, and model our detailing, lugs and snaps]
[19:51][Apply the upper cutout to the second bracket]
[21:47][Admire our cutouts with the guts, and add the lip to our plan]
[24:40][Embark on modelling the lip for the brackets]
[36:15][Add 3mm screw holes to the lip]
[56:58][Model structural support for the bracket lip, introducing support() module]
[1:12:01][Admire the bracket area with the whole model]
[1:13:48][Apply a structural support to the right end of the bracket lip]
[1:15:23][Break][:admin]
[1:15:34][Return and apply a structural support to the left end of the bracket lip]
[1:20:15][Admire the finished bracket area with the whole model]
[1:22:48][Model the detailing around the lower half of the HiFive Unleashed access cutout]
[1:57:03][Admire the case bottom]
[1:59:45][Render the case bottom]
[2:01:20][Note our usual warning: "Object may not be a valid 2-manifold and may need repair!"]
[2:02:44][:Research exporting[ref
    site=WikiBooks
    page="OpenSCAD User Manual/Export"
    url=https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/Export][ref
        site=WikiBooks
        page="OpenSCAD User Manual/STL Export"
        url=https://en.wikibooks.org/wiki/OpenSCAD_User_Manual/STL_Export]]
[2:06:40][Export our case bottom model as .stl and get a costing ($340.92) from Craftcloud[ref
    site=Craftcloud
    url=https://www.craftcloud3d.com/][ref
    site=Autotiv
    page="Selective Laser Sintering (SLS)"
    url=https://autotiv.com/selective-laser-sintering]][:admin :research]
[2:18:23][Render our case top after refraining from marking it as transparent]
[2:20:44][Plan our technique for assembling the PC and case]
[2:24:07][Export our case bottom as .stl and get a costing ($339.09) from Craftcloud[ref
    site=Craftcloud
    url=https://www.craftcloud3d.com/]][:admin :research]
[2:27:42][Admire our model]
[2:29:03][Fix the tab recess of our Graphics card's bracket]
[2:35:40][Introduce case_top() module]
[2:38:46][Admire our whole case without the guts]
[2:39:35][Delete our stray square]
[2:41:27][Plan to model our detailing, rim, lugs and snaps]
[2:43:43][Begin to model the detailing around the upper half of the HiFive Unleashed access cutout]
[2:47:27][Break][:admin]
[2:47:39][Return and continue modelling the detailing around the upper half of the HiFive Unleashed access cutout]
[3:01:18][Admire our HiFive Unleashed access cutout]
[3:02:20][Model the detailing up the length of the bracket cutouts]
[3:13:21][Admire our brackets area]
[3:13:52][:Research the lugs part of the internal cantilever snap-to-fit detailing[ref
    site=formlabs
    page="How to Design 3D Printed Snap Fit Enclosures"
    url=https://formlabs.com/blog/designing-snap-fit-enclosures/]]
[3:18:07][Snap-to-fit detailing: Model the 3mm rim around the bottom of the case]
[3:40:27][Admire our case bottom]
[3:42:04][Admire our whole model]
[3:43:02][:Research the lugs part of the internal cantilever snap-to-fit detailing[ref
    site=formlabs
    page="How to Design 3D Printed Snap Fit Enclosures"
    url=https://formlabs.com/blog/designing-snap-fit-enclosures/]]
[3:47:45][Snap-to-fit detailing: Model the lugs at the corners of the top of the case, introducing lug() module]
[3:58:31][Admire our progress with the snap-to-fit detailing]
[4:01:30][Increase the length of the lugs, and reduce their depth by 0.5mm]
[4:03:49][Admire our progress with the snap-to-fit detailing in the context of the whole model]
[4:04:33][Spot a small mistake with the lugs]
[4:05:24][Fix the lugs]
[4:08:24][Admire our whole case]
[4:10:16][:Research the snaps part of the internal cantilever snap-to-fit detailing[ref
    site=formlabs
    page="How to Design 3D Printed Snap Fit Enclosures"
    url=https://formlabs.com/blog/designing-snap-fit-enclosures/]]
[4:15:08][Snap-to-fit detailing: Model the snap notches on the bottom of the case]
[4:45:11][Admire our snap-to-fit notches, and render the case bottom]
[4:46:18][Note our usual warning: "Object may not be a valid 2-manifold and may need repair!"]
[4:47:40][Admire our case bottom with the guts]
[4:50:58][:Research the locks part of the internal cantilever snap-to-fit detailing[ref
    site=formlabs
    page="How to Design 3D Printed Snap Fit Enclosures"
    url=https://formlabs.com/blog/designing-snap-fit-enclosures/]]
[4:55:32][Snap-to-fit detailing: Design the shape of our snap lock, introducing snap()[ref
    site=formlabs
    page="How to Design 3D Printed Snap Fit Enclosures"
    url=https://formlabs.com/blog/designing-snap-fit-enclosures/]]
[5:16:33][Snap-to-fit detailing: Apply our first snap lock to the case top]
[5:27:36][Snap-to-fit detailing: Reduce the length of our snap locks[ref
    site=formlabs
    page="How to Design 3D Printed Snap Fit Enclosures"
    url=https://formlabs.com/blog/designing-snap-fit-enclosures/]]
[5:31:35][Snap-to-fit detailing: Fine-tune the position of our snap lock]
[5:33:29][Snap-to-fit detailing: Apply the remaining snap locks to the case top]
[5:43:57][Toggle on the rest of the case top]
[5:47:29][Snap-to-fit detailing: Affix each snap lock to the case top with a 0.5mm thick pad, moving two locks closer to the case]
[6:28:13][Admire our whole case]
[6:30:23][Admire our whole model]
[6:31:38][Orient our models for exporting]
[6:37:15][Render and export RISC-V_PC_case_top.stl][:admin :drawing]
[6:38:28][Render and export RISC-V_PC_case_bottom.stl][:admin :drawing]
[6:40:24][Run through the Craftcloud 3D Printing order process[ref
    site=Craftcloud
    url=https://www.craftcloud3d.com/]][:research]
[6:49:36][Thank you, everyone, with thoughts and prayers for @Miblo]
[/video]