If you're ever working with a cube and its faces (like the project at 1:11:00) in SketchUp, make things easy on yourself by finding the center of the cube. When the center is known, from that point all of the cube's components (edges, faces, vertices) can be rotate/copy'd after constructing whatever it is which will be following the form of the cube. Let the unit length = 1 For the cube... Intersphere radius = 1 side length = √2 the intersphere is a sphere contained by the cube, who touches the center of each of the cube faces. side length is, of course, any given edge of the cube..
when I want to draw a circle but don't want to work out the maths for radius, I draw a circle any size and then scale it from a side holding down ctrl+shift (PC) so it resizes about the centre point, and then type in the diameter which is effectively the width
Here is another trick to drawing circles to a diameter. For a 19.2mm diameter, just multiply by 10/10 (or 100/100 for two decimals). So type in 192/20.
If you're ever working with a cube and its faces (like the project at 1:11:00) in SketchUp, make things easy on yourself by finding the center of the cube. When the center is known, from that point all of the cube's components (edges, faces, vertices) can be rotate/copy'd after constructing whatever it is which will be following the form of the cube.
Let the unit length = 1
For the cube...
Intersphere radius = 1
side length = √2
the intersphere is a sphere contained by the cube, who touches the center of each of the cube faces.
side length is, of course, any given edge of the cube..
The video was very informative. But the voice of the man behind the camera was so less loud that I
could not understand him.
when I want to draw a circle but don't want to work out the maths for radius, I draw a circle any size and then scale it from a side holding down ctrl+shift (PC) so it resizes about the centre point, and then type in the diameter which is effectively the width
Forgot to mention. Make sure you type in the unit of measurement you use, otherwise it will be scaled to a huge size!
Here is another trick to drawing circles to a diameter. For a 19.2mm diameter, just multiply by 10/10 (or 100/100 for two decimals). So type in 192/20.
On the robot face, I don't think those drill holes went all the way through?
Good tips guys,thank you so much=D
we need to have access to that plans to pratice too. we need link please!
Link to the forum post in the description
Attention, sketchup makes addictive 🎲
What kind of jog controller are you using. Seems very helpful.
Aaron sempre mostrando o poder do SketchUp. Cara, quando vai rolar uns tutoriais de desenvolvimento de extensões nesse canal?
you never use guides ! they can help so much...
Hi, Greetings from Cologne 🌙
where wecan get those pdf iles ?
Check the forum link in the description!