perm filename SYNSUB.FAI[PIX,HPM]2 blob
sn#297836 filedate 1977-08-05 generic text, type C, neo UTF8
COMMENT ⊗ VALID 00014 PAGES
C REC PAGE DESCRIPTION
C00001 00001
C00002 00002 TITLE SYNSUB
C00003 00003 HELPER: OUTSTR [ASCIZ \
C00007 00004 TYPEQ: OUTSTR [ASCIZ \
C00008 00005 NOCHAN:
C00009 00006 FILNM:
C00011 00007 FONTNO: POP P,RETAD
C00013 00008 FEWCHN:
C00014 00009 CRLF: OUTSTR [ASCIZ \
C00015 00010 FIRST: SKIPN FIRF
C00016 00011 FIRST1: SKIPN FIRF1
C00017 00012 FIRST2: SKIPN FIRF2
C00018 00013 FIRST3: SKIPN FIRF3
C00019 00014 END
C00020 ENDMK
C⊗;
TITLE SYNSUB
ENTRY HELPER,TYPEQ,NOCHAN,FEWCHN,FIRST1,FIRST2,FIRST3,FIRST,CRLF
ENTRY FILNM,FONTNO
P←17 ↔ A←1 ↔ B←2 C←3 ↔ D←4
RETAD: 0
RETAD1: 0
ESS: 0
SING: [ASCIZ \is\]
PLUR: [ASCIZ \s are\]
NUMOUT: POP P,RETAD1
POP P,A
MOVE C,[POINT 7,D]
SETZ D
MOVE 0,SING
CAIE A,1
MOVE 0,PLUR
MOVEM 0,ESS
DLOO: IDIVI A,=10
ADDI B,60
IDPB B,C
JUMPG A,DLOO
OUTSTR D
JRST @RETAD1
HELPER: OUTSTR [ASCIZ \
XGPSYN displays files on the video synthesizer, imitating the XGP. It can
fill the screen with 1/2, 1 or 2 pages at time.
Tell it which file you want to look at, and any spooler style switches,
such as /FONT=BASL30 (.XGP files already contain all necessary switches).
The page number questions can be answered with the page you want to view,
any additional spooler switches, or one of the following commands:
H Half density. Next display will be 1/2 page/screen.
F Full density. 1 page/screen.
D Double density. 2 pages/screen.
V view. Redraw the last display.
K kill. Erase the synthesizer.
Q quit. Exit program and load line editor with XS command.
O output the last display as a hand/eye picture file.
B Bitwise density. Next display will be suitable for XGPing.
T Transposed bitwise density. Sideways B.
E Enormous density. Next display can be sent expanded to XGP.
X XGP output the last B,T or E display.
L list file in B dens. Slower and more tolerant than XSPOOL.
Notes: Page 1 in .XGP files contains the font descriptions, and is not
viewable. The video synthesizer is a video rate D/A driven by data disc
channels 30 through 37. H density requires 3 of these channels, F needs 4
and D wants 5. These are rarely available during heavy system load. About
7 CPU seconds are required to compose a single page.
\]
POPJ P,
TYPEQ: OUTSTR [ASCIZ \
Type ?<cr> for help
\]
POPJ P,
NOCHAN:
OUTSTR [ASCIZ \No synthesizer channels are available.
Perhaps you should give up.
\]
POPJ P,
FILNM:
OUTSTR [ASCIZ \FILE NAME\]
POPJ P,
FONTNO: POP P,RETAD
OUTSTR [ASCIZ \FONT#\]
PUSHJ P,NUMOUT
OUTSTR [ASCIZ \=\]
JRST @RETAD
FEWCHN:
POP P,RETAD
OUTSTR [ASCIZ \
Only \]
PUSHJ P,NUMOUT
OUTSTR [ASCIZ \ synthesizer channel\]
OUTSTR ESS
OUTSTR [ASCIZ \ available, display will be ugly.
\]
JRST @RETAD
CRLF: OUTSTR [ASCIZ \
\]
POPJ P,
FIRST: SKIPN FIRF
OUTSTR [ASCIZ \
(or <cr> for next window,
H,F,D to change density,
V to redraw, K to erase, Q to quit,
B,T,E,X,L or spooler switches)\]
AOS FIRF
POPJ P,
FIRF: 0
FIRST1: SKIPN FIRF1
OUTSTR [ASCIZ \
(eg. 3.5 for p3 bottom [or 2-1.5 if no formfeeds])\]
AOS FIRF1
POPJ P,
FIRF1: 0
FIRST2: SKIPN FIRF2
OUTSTR [ASCIZ \ <esc>47S to view\]
AOS FIRF2
POPJ P,
FIRF2: 0
FIRST3: SKIPN FIRF3
OUTSTR [ASCIZ \(and any switches)\]
AOS FIRF3
POPJ P,
FIRF3: 0
END