hbr@elctr.UUCP (Hans B| Randgaard) (01/05/90)
Hello folks.
I have tried to generate a new figure(a rhomb) to work like the
other primitives(circle, box etc.) in pic, but I can't seem to
get it working properly. I can understand from the documentation
that it should be possible to do so by combining the "object block
definitions with "macro" definitions, but the combinations I have
tried didn't function.
Can any of you give me an example which I can hack ?
Thanx in advance
Hans
--
------ Hans Boe Randgaard - ElektronikCentralen - Denmark ------
E-mail: hbr@elctr.dk, Phone: +45 42 86 77 22, Fax: +45 42 86 58 98
Address: Venlighedsvej 4 ** |_| |) |) **
2970 Hoersholm - DENMARK ** | | |) |\ **foessmei@lan.informatik.tu-muenchen.dbp.de (Reinhard Foessmeier) (01/10/90)
In article <143@elctr.UUCP> hbr@elctr.UUCP (Hans B| Randgaard) writes: > ... >I have tried to generate a new figure(a rhomb) to work like the >other primitives(circle, box etc.) in pic, but I can't seem to >get it working properly. I can understand from the documentation >that it should be possible to do so by combining the "object block >definitions with "macro" definitions, but the combinations I have >tried didn't function. > >Can any of you give me an example which I can hack ? > ... Jen ekzemplo por elektronikaj Here's an example for electronic circuits cirkvitoj (komentoj germanaj, (comments in German, unfortunately; the bedawrinde; la ekzemplo estas example is from a book i'm preparing): el libro, kiun mi preparas): .PS define transistor ' [ KR: circle rad 0.4 # Kreis box width 0.02 height 0.5 at KR BA: KR - 0.7,0 # Basisanschlu\(ss EM: KR + 0.5,-0.5 # Emitteranschlu\(ss KO: KR + 0.5,0.5 # Kollektoranschlu\(ss arrow from KR \ to 0.4 between KR and EM line from KR to KO # Striche line from KR to EM # zu den line from KR to BA # Anschl\(u:ssen ] ' define widerstand ' [ W: box width 0.2 height 0.5 $1 # Kasten, Text $1 line from W.n up 0.2 # mit zwei line from W.s down 0.2 # Anschl\(u:ssen ] ' T1: transistor |# Transistor T1 T2: transistor with .BA at T1.KO |# T2, Basis an Kollektor widerstand("R") with .s at T1.KO |# Widerstand R .PE ---------------------------------------------- Reinhard F\"ossmeier, Technische Univ. M\"unchen | "Sendmail can safely be made foessmeier@infovax.informatik.tu-muenchen.dbp.de | setuid to root" (E. Allman: [ { relay.cs.net | unido.uucp } ] | SM Install&Operation Guide)