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RISCY BUSINESS»Episode Guide
USB Card Model
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OpenSCAD User Manual/​Transformations#rotate
[1]43:40[2]47:45
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Neo Ar
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Matt Mascarenhas
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0:02Welcome to another episode
🗩
0:02Welcome to another episode
🗩
0:02Welcome to another episode
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0:11Shout-out to our patron RiskyFive
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0:11Shout-out to our patron RiskyFive
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0:11Shout-out to our patron RiskyFive
🗩
0:47Determine to model our Graphics and USB cards, board before bracket
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0:47Determine to model our Graphics and USB cards, board before bracket
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0:47Determine to model our Graphics and USB cards, board before bracket
🗩
5:41Grab the ruler
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5:41Grab the ruler
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5:41Grab the ruler
🗹
6:33Return and plug the one-of-a-kind RISCY BUSINESS poster and the bookmarks that will be available at Handmade Seattle
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6:33Return and plug the one-of-a-kind RISCY BUSINESS poster and the bookmarks that will be available at Handmade Seattle
🗩
6:33Return and plug the one-of-a-kind RISCY BUSINESS poster and the bookmarks that will be available at Handmade Seattle
🗩
11:51Measure our USB card's board (85mm × 52mm)
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11:51Measure our USB card's board (85mm × 52mm)
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11:51Measure our USB card's board (85mm × 52mm)
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13:26Jot down our USB board dimensions
13:26Jot down our USB board dimensions
13:26Jot down our USB board dimensions
14:32Consider switching from square() and linear_extrude() to cube()
📖
14:32Consider switching from square() and linear_extrude() to cube()
📖
14:32Consider switching from square() and linear_extrude() to cube()
📖
18:20Model our USB card's board
18:20Model our USB card's board
18:20Model our USB card's board
20:43Measure the thickness of our USB card's board (1.75 mm)
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20:43Measure the thickness of our USB card's board (1.75 mm)
🗹
20:43Measure the thickness of our USB card's board (1.75 mm)
🗹
22:09Extrude our USB card's board by 1.75mm
22:09Extrude our USB card's board by 1.75mm
22:09Extrude our USB card's board by 1.75mm
24:22Measure the space required to fit all the board's components (9mm)
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24:22Measure the space required to fit all the board's components (9mm)
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24:22Measure the space required to fit all the board's components (9mm)
🗹
26:56Extrude our model to fit all the board's components
26:56Extrude our model to fit all the board's components
26:56Extrude our model to fit all the board's components
27:32Measure the dimensions and position of the USB card's PCI Express connector
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27:32Measure the dimensions and position of the USB card's PCI Express connector
🗹
27:32Measure the dimensions and position of the USB card's PCI Express connector
🗹
30:48Model our USB card's PCI Express connector
30:48Model our USB card's PCI Express connector
30:48Model our USB card's PCI Express connector
34:43Admire our USB card's board
34:43Admire our USB card's board
34:43Admire our USB card's board
36:13Introduce usb() module and roughly position our USB card relative to the Expansion Board
36:13Introduce usb() module and roughly position our USB card relative to the Expansion Board
36:13Introduce usb() module and roughly position our USB card relative to the Expansion Board
43:40Research the rotate() convention employed by OpenSCAD1
📖
43:40Research the rotate() convention employed by OpenSCAD1
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43:40Research the rotate() convention employed by OpenSCAD1
📖
47:45Get to grips with the rotation in code2
47:45Get to grips with the rotation in code2
47:45Get to grips with the rotation in code2
49:51Finish roughly positioning our USB card
49:51Finish roughly positioning our USB card
49:51Finish roughly positioning our USB card
50:36Measure the position of the Expansion Board's PCI Express slot
🗹
50:36Measure the position of the Expansion Board's PCI Express slot
🗹
50:36Measure the position of the Expansion Board's PCI Express slot
🗹
54:25Model the Expansion Board's PCI Express connector
54:25Model the Expansion Board's PCI Express connector
54:25Model the Expansion Board's PCI Express connector
1:03:10Measure the dimensions of the Expansion Board's PCI Express connector (25mm × 8.75mm)
🗹
1:03:10Measure the dimensions of the Expansion Board's PCI Express connector (25mm × 8.75mm)
🗹
1:03:10Measure the dimensions of the Expansion Board's PCI Express connector (25mm × 8.75mm)
🗹
1:05:44Size our Expansion Board's PCI Express connector
1:05:44Size our Expansion Board's PCI Express connector
1:05:44Size our Expansion Board's PCI Express connector
1:07:05Measure the height of our Expansion Board's PCI Express connector (7mm)
🗹
1:07:05Measure the height of our Expansion Board's PCI Express connector (7mm)
🗹
1:07:05Measure the height of our Expansion Board's PCI Express connector (7mm)
🗹
1:10:45Finish sizing our Expansion Board's PCI Express connector, and cut out a rough region to accommodate the USB card
1:10:45Finish sizing our Expansion Board's PCI Express connector, and cut out a rough region to accommodate the USB card
1:10:45Finish sizing our Expansion Board's PCI Express connector, and cut out a rough region to accommodate the USB card
1:16:51Position our USB card in its cutout region
1:16:51Position our USB card in its cutout region
1:16:51Position our USB card in its cutout region
1:18:13Measure the slot of our Expansion Board's PCI Express connector
🗹
1:18:13Measure the slot of our Expansion Board's PCI Express connector
🗹
1:18:13Measure the slot of our Expansion Board's PCI Express connector
🗹
1:21:14Model the slot of our Expansion Board's PCI Express connector
1:21:14Model the slot of our Expansion Board's PCI Express connector
1:21:14Model the slot of our Expansion Board's PCI Express connector
1:29:46Slot the USB card and Expansion Board together
1:29:46Slot the USB card and Expansion Board together
1:29:46Slot the USB card and Expansion Board together
1:35:23Slot our real life boards together, and compare our model with this reality
🗹
1:35:23Slot our real life boards together, and compare our model with this reality
🗹
1:35:23Slot our real life boards together, and compare our model with this reality
🗹
1:36:07Flip our USB card in X and reposition it
1:36:07Flip our USB card in X and reposition it
1:36:07Flip our USB card in X and reposition it
1:43:27Glimpse into the future
🗩
1:43:27Glimpse into the future
🗩
1:43:27Glimpse into the future
🗩