Subject:     Re: DeltaCad vs. TurboCad
Sent:        24/3/00 12:08 am
To:          Richard Mallett, [EMAIL PROTECTED]
             [EMAIL PROTECTED]

Richard Mallet Contributed:
>
>>> Who would attempt roman numerals with curved serifs, graduated in size 
>and 'skew' between a pair of off-centre ellipses by hand and eye?  With 
>'Illustrator' it was a breeze.  I'm trying to think of something it can't
>do in 2D but without much success. <<
>
>So can you please give us a flavour of the work that you (or someone else
>?) need to do to get these roman numerals etc. off the 15" or 17" screen
>and onto the big piece of wood / pastic / stone / whatever ?  I'm still
>puzzled about that.

In Illustrator you can set a work area of up to 5.77 metres x 5.77 metres and, 
depending on chosen magnification, your 17" screen will show all or any part 
either full size or magnified up to 6400% for fine detail work.

As for turning it into resistant material, try one of the following:
>
Save to ZIPdrive or CD, take to your nearest graphic arts/pre-press agency and 
ask for a positive or negative 'emulsion down' on process film for 
photo-etching or a paper print in up to AO size to be laid on a wooden/MDF 
workpiece.  For small photoetching up to about A3 this is a 'pie-dish' process 
at home after which sizes I use a local specialist company.  The dial plate 
with curved roman numerals I mentioned is supposed to be ready tomorrow in time 
to have the dial together for the BSS Conference next week.

OR

Save as '1 bit Macintosh' or '1 bit IBM/PC' and take it to your nearest sign 
maker equipped with a CNC panel engraver.  He will engrave in brass, bronze or 
MDF up to 8ft x 8ft with an accuracy of 0.02mm anywhere on the panel.

OR

take the same file to any company equipped for water jet cutting if you would 
like the design cut out like a jigsaw puzzle in material up to 8" thick.  Wear 
ear protectors if you want to watch the operation!  Water at 60 000psi with a 
pinch of abrasive added passes through a 1mm dia. hole in a diamond and cuts 
with a burr-free edge and virtually no 'spread' in metal or stone.

I know little or nothing of stone working but I've read of photo/sandblast 
materials which might not be  durable enough to to give a full depth cut but 
may last to give marking out for hand work thereafter.

I understand stone is now laser engraved with great success so I would guess 
the same file mentioned above would work in a laser engraving setup??

Hope this is helpful Richard.

Best Wishes

Tony M.

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