- Bongo 2 is not showing up in rhion software#
- Bongo 2 is not showing up in rhion plus#
Perform more boolean differences and cut out the remaining indents on each side. Notice how the dots are spaced on the die, and position the cutter to emulate this on your version.
Side one is nearly done! Now rotate the box 90 degrees on any axis so we can get to another side, do this with the "Rotate" command. The intersecting area of the cutter and die is removed from the die and both objects remain. Bongo 2 is not showing up in rhion plus#
Type in "BooleanDifference" and select the die and press enter, then select the circle and type in "d" plus a space to toggle DeleteInput to NO, then press enter.
Now that the "cutter" is positioned, it is a simple process of moving it and performing boolean operations to create the dents. Duplicate this, then turn Snap back on and Ortho off. Notice the demo circle intersects the surface of the die by approximately two units in cross-section. Turn Snap off and Ortho on, this will help us place the circle with more precision. Position the squished circle close to the surface of the die (but not touching) and center it on that side using all viewports. You may have to temporarily disable snap to do this. This is necessary because the indentations in the die are not exactly circular, they are more flat. Type in "Scale2D" and squish your round circle along one axis to make it look like the demonstration. The example circle is hidden, to see it type in "Show". You can reposition objects wherever you want by highlighting them and left-click-and-drag. Make this roughly 33% the size of the box. To change the default radius from 1.0 to 0.5, type in. Type in "FilletEdge" and select all 12 edges of the box. You can use "Shade" and "RenderPreview" at any time to see how the design is coming along, try it now. Create a polysurface box (command "box") that is 10x10x10 units in size. 
Turn on snap by highlighting "snap" on the bottom toolbar. For All-Thread studs, the stud diameter cylinder must remain smaller than the thread profile/cutting surface.- Tom Rhino Newsgroup The thread pitch helix curves can be joined to make a longer threads. thread length.īolt diameter cylinder can not be Booleaned if bolt cylinder end extends beyond the thread profile/cutting surface. Using the "Solid - Differnece" command, subtract the thread profile/cutting surface from the bolt diameter cylinder. Move the rotated bolt diameter circle in the X axis -1/4 inch and create a 1" long cylinder using the "Solid - Extrude Planar Curve" command in the X axis. Using your bolt profile you created in Step 1, rotate your bolt diameter circle 90 degrees on the Y axis. You now have your thread profile/cutting surface. Taking the surfaces created in Steps 8 through 11, explode and then rejoin them into 1 surface. Repeat the same process as used in Steps 8 & 9 to create the disappearing thread surfaces. Once completed, you can join all 3 surfaces together into 1 (this will close off the edges, assuring your thread surface won't have any bad edges to deal with). When promted, choose the "Follow Curve" preview and select "OK". Taking the last thread curve, again use the "Sweep 1 Rail" command using the connecting minor diameter curve of the thread surface you just created in Step 8. When prompted, choose the "Right Side" preview and select OK. Taking two of the thread curves (shown in cyan), use the "Sweep 1 Rail" command using the helix as the path. Do not join the thread curves or helixes. You now have the thread curves required to sweep your thread profile curves. Trim back the helix to the cutting plane. Then create a cutting plane and place it approximately 1/2 turn into the scaled helix curve. Take the copied helix and scale it up (in all three axes) by 1.25. 
Copy your thread helix from end to end (this is so that you can create your disappearing thread curve). Create the thread helix to match your TPI (threads per inch) specifications. Move the thread profile so that the middle of the minor diameter lines up with the start of your bolt profile. 
Make sure that your thread profile extends beyond the bolt diameter line.
Insert a line to establish the pitch length and draw your thread profile. Layout bolt cylinder diameter and profile. A Rhino plugin is a Dynamic Link Library, or DLL. Bongo 2 is not showing up in rhion software#
A Rhino plugin is a software module that extends the functionality of Rhino or Grasshopper by adding commands, features, or capabilities.
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