Trouble getting mold design into draft document
Moderators: remi77, jacs, Daniel
Trouble getting mold design into draft document
Greetings,
I am currently working on a tool that is 499,203KB and when I try to import the mold into the 2D draft mode, I either get a function failure, or the program crashes, or it just doesn't work, but doesn't kick me out.
I have tried both the Mold A/B side option and the basic Main view option to import, and neither have worked.
Any ideas on what may be the cause of this? And how to fix this?
Thanks
I am currently working on a tool that is 499,203KB and when I try to import the mold into the 2D draft mode, I either get a function failure, or the program crashes, or it just doesn't work, but doesn't kick me out.
I have tried both the Mold A/B side option and the basic Main view option to import, and neither have worked.
Any ideas on what may be the cause of this? And how to fix this?
Thanks
- RICHARD LALONDE
- Sergeant
- Posts: 68
- Joined: Fri Feb 23, 2007 2:07 pm
- Location: Montreal
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Hi,
You do not loose any informations, of course!! You do not break associativity, be quiet
The Purge remove all the saved informations in your design. If you check your tree, you would see some operations with a * symbol. It means that those operations are kept in the design "memory", to improve the next computation time. Or it allows you, by keeping those intermediate geometries to get a faster computation, if you have to modify an operation in the middle of the tree, for example. The system will go back to the first * operation, and will compute from this shape.
So if you understand correctly, the next modification of your file will take a long time, because the system will compute again the intermediate operations that no longer exist today in your file...
You do not loose any informations, of course!! You do not break associativity, be quiet
The Purge remove all the saved informations in your design. If you check your tree, you would see some operations with a * symbol. It means that those operations are kept in the design "memory", to improve the next computation time. Or it allows you, by keeping those intermediate geometries to get a faster computation, if you have to modify an operation in the middle of the tree, for example. The system will go back to the first * operation, and will compute from this shape.
So if you understand correctly, the next modification of your file will take a long time, because the system will compute again the intermediate operations that no longer exist today in your file...