i didn't understand very well why you used GET (NSP) inside PRISM_ command... Since NSP returns THE NUMBER of stored itens (and not the itens itself) saved in the memory, like you said at 4'42", in my understanding the GET (NSP) would return the ammount of coordinates (not the coordinates) stored in each desktop_type.... Example... if i have x1,x2,x3,x4,x5, GET (NSP) would return 5, and not x1,x2,x3,x4,x5... and if so, if NSP do return 5, how come the prism was created? That is what it is bugging me At the beggining I tought you would use GET 3 (DTYPE_CHAMFERED), for exemple,
GET(x) or USE(x) will return x number of expressions currently is stored in the buffer. GET(1) will return the first expression stored (e.g. x1). GET(3) will return the first 3 expressions stored (e.g. x1, x2, x3). NSP is the total number of individual expressions currently stored. In your example above, NSP will return '5'. So GET(NSP) will be the same as GET(5).
I would like to express my sincere gratitude to you for creating such amazing video tutorials. They are truly invaluable.
So far, this is the best channel about GDL. It's a very straightforward video, yet packed with knowledge. I'm looking forward to seeing more.
Eu consegui fazer a representação em 2D de todos os tipos de mesa, fiquei muito feliz!
здравствуйте, как отверстие сделать на призме? покажите пожалуйста
i didn't understand very well why you used GET (NSP) inside PRISM_ command... Since NSP returns THE NUMBER of stored itens (and not the itens itself) saved in the memory, like you said at 4'42", in my understanding the GET (NSP) would return the ammount of coordinates (not the coordinates) stored in each desktop_type.... Example... if i have x1,x2,x3,x4,x5, GET (NSP) would return 5, and not x1,x2,x3,x4,x5... and if so, if NSP do return 5, how come the prism was created? That is what it is bugging me
At the beggining I tought you would use GET 3 (DTYPE_CHAMFERED), for exemple,
GET(x) or USE(x) will return x number of expressions currently is stored in the buffer. GET(1) will return the first expression stored (e.g. x1). GET(3) will return the first 3 expressions stored (e.g. x1, x2, x3). NSP is the total number of individual expressions currently stored. In your example above, NSP will return '5'. So GET(NSP) will be the same as GET(5).
@@BarkingDogBIM ah ok! Thanks Bruce!