How is this object made??

[JGoode]

I found and object in an old library. How on earth is this made??
All the code that is in the object is:

MULX	A/1.096012
MULY	B/0.640000
MULZ	ZZYZX/0.91
Binary 1
DEL top

No calls, nothing geometric. How does this work?

[Erwin Edel]

BINARY calls inline binary object. You cannot edit this part of object.

[JGoode]

Erwin wrote:
BINARY calls inline binary object. You cannot edit this part of object.

How is it made to begin with?

[Erwin Edel]

When you save object (which does need a 3D part), you can Save As... binary.

[JGoode]

Erwin wrote:
When you save object (which does need a 3D part), you can Save As... binary.

Oh okay, thanks. It seems like a strange thing to do really.

[David Maudlin]

JGoode wrote:

Erwin wrote:
When you save object (which does need a 3D part), you can Save As... binary.

Oh okay, thanks. It seems like a strange thing to do really.

This was done to speed up the 3D appearance of the Object back when processing power was much less. The Binary code could be processed faster than the GDL code for more complicated forms.

David

[JGoode]

David wrote:

JGoode wrote:

Erwin wrote:
When you save object (which does need a 3D part), you can Save As... binary.

Oh okay, thanks. It seems like a strange thing to do really.

This was done to speed up the 3D appearance of the Object back when processing power was much less. The Binary code could be processed faster than the GDL code for more complicated forms.

David

That makes a lot of sense! Thanks for the information.

[Anonymous]

There is nothing good in these binaries.
You can only parameterize the pen. In case of a problem, nothing can be fixed there.

[JGoode]

SL_GDL wrote:
There is nothing good in these binaries.
You can only parameterize the pen. In case of a problem, nothing can be fixed there.

Yeah, I wasn't really looking to do anything to the object. I was just very curious as to how it worked. Thanks!