- #1
boyboy400
- 9
- 0
Hello everyone,
So let's say we have a cuboid.
On the X axis, it's divided to 4 segments (i.e. by 3 lines parallel to z axis) (segx=4).
On the Y axis, it's divided to 3 segments (i.e. by 2 lines parallel to z axis) (segy=3).
On the Z axis, it's divided to 8 segments (i.e. by 7 lines parallel to x or y axes) (segz=8).
Each line between two grid points is called a segment. How many segments are there on the surface of this cube entirely? All the 6 sides are divided as I said (it looks like Rubik's cube!).
The numbers I said were just an example. I need a formula based on segx and segy and segz for the number of segments on this cuboid.
I'm working on an algorithm this is needed for. I appreciate any help.
Thank you so much
So let's say we have a cuboid.
On the X axis, it's divided to 4 segments (i.e. by 3 lines parallel to z axis) (segx=4).
On the Y axis, it's divided to 3 segments (i.e. by 2 lines parallel to z axis) (segy=3).
On the Z axis, it's divided to 8 segments (i.e. by 7 lines parallel to x or y axes) (segz=8).
Each line between two grid points is called a segment. How many segments are there on the surface of this cube entirely? All the 6 sides are divided as I said (it looks like Rubik's cube!).
The numbers I said were just an example. I need a formula based on segx and segy and segz for the number of segments on this cuboid.
I'm working on an algorithm this is needed for. I appreciate any help.
Thank you so much