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src.rivoreo.one / emulators / simh / 60a0cf7468c081fd62266ef6e8824290f607cac9 / . / display / vttest.c
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/*
* $Id: vttest.c,v 1.15 2005/08/06 21:09:05 phil Exp $
* VT11 test
* Phil Budne <phil@ultimate.com>
* September 13, 2003
* Substantially revised by Douglas A. Gwyn, 05 Aug 2005
*
* XXX -- assumes ASCII host character set
*
* In addition to providing some display tests, this program serves as an
* example of how the VT11/VS60 display processor simulator can be used
* without a PDP-11 simulator. The vt11_cycle() function performs a single
* "instruction cycle" of the display processor, and display_sync() forces
* the graphics changes to appear in the window system; thus these must be
* iterated at a fairly rapid rate to provide reasonable interaction. This
* implies that "host" computation must be kept minimal per iteration, or
* else done in a separate thread. When using multiple threads, the display
* file should be declared with "volatile" qualification to ensure that
* modifications are picked up by the display-processor thread.
*
* Part of the fun of display-file programming is figuring out ways to
* safely modify the display without stopping the display processor, which
* is asynchronously interpreting the display file.
*/
#undef FRAME1STOP /* define to pause after first frame of a section */
#ifndef TEST_DIS
#define TEST_DIS DIS_VR48
#endif
#ifndef TEST_RES
#define TEST_RES RES_HALF
#endif
#include <math.h>
#include <stdio.h>
#include <stdlib.h>
#include "ws.h" /* for ws_beep() */
#include "xy.h"
#include "vt11.h"
#include "vtmacs.h"
#define USEC 3 /* simulated microseconds per cycle;
making this large causes flicker! */
#define JMPA 0160000 /* first word of DJMP_ABS */
#define SUPSCR 021 /* SUPERSCRIPT char */
#define SUBSCR 022 /* SUBSCRIPT char */
#define ENDSUP 023 /* END SUPERSCRIPT char */
#define ENDSUB 024 /* END SUBSCRIPT char */
/* The following display file (whose words might be larger than 16 bits) is
divided into sections, each ended by a display-stop-with-interrupt
instruction followed by an extra word. The display-stop interrupt handler
replaces these two words with a jump to the start of the section, causing
an endless refresh loop. To advance to the next section, activate the
"tip switch" (mouse button 1); this works even if simulating a VT11. */
#define ENDSECT LSRA(ST_STOP,SI_GENERATE,LI_SAME,IT_SAME,RF_UNSYNC,MN_SAME), 0,
#define ENDFILE LSRA(ST_STOP,SI_GENERATE,LI_SAME,IT_SAME,RF_UNSYNC,MN_SAME), 1,
/* FILE VT. Static displays that work for both VT11 and VS60. */
unsigned short VT[] = {
/* SECTION 1. Box just inside VR14 area using all four line types.
Suitable for VT11 and VS60. */
LSRA(ST_SAME, SI_SAME, LI_INTENSIFY, IT_NORMAL, RF_UNSYNC, MN_SAME),
SGM(GM_APOINT, IN_5, LP_ENA, BL_OFF, LT_SAME),
APOINT(I_OFF, 0, 0),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_LDASH),
LVECT(I_ON, 01777, 0),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SDASH),
LVECT(I_ON, 0, 01377),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_DDASH),
LVECT(I_ON, -01777, 0),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SOLID),
LVECT(I_ON, 0, -01377),
ENDSECT
/* SECTION 2. All text characters (both normal and italic).
Suitable for VT11 and VS60. */
LSRA(ST_SAME, SI_SAME, LI_INTENSIFY, IT_NORMAL, RF_UNSYNC, MN_SAME),
/* normal text */
SGM(GM_APOINT, IN_7, LP_ENA, BL_OFF, LT_SAME),
APOINT(I_OFF, 0, 736),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SOLID),
CHAR(' ',' '), CHAR('A','B'), CHAR('C','D'), CHAR('E','F'), CHAR('G','H'),
CHAR('I','J'), CHAR('K','L'), CHAR('M','N'), CHAR('O','P'), CHAR('Q','R'),
CHAR('S','T'), CHAR('U','V'), CHAR('W','X'), CHAR('Y','Z'), CHAR('\r','\n'),
CHAR(' ',' '), CHAR('a','b'), CHAR('c','d'), CHAR('e','f'), CHAR('g','h'),
CHAR('i','j'), CHAR('k','l'), CHAR('m','n'), CHAR('o','p'), CHAR('q','r'),
CHAR('s','t'), CHAR('u','v'), CHAR('w','x'), CHAR('y','z'), CHAR('\r','\n'),
CHAR(' ',' '), CHAR('0','1'), CHAR('2','3'), CHAR('4','5'), CHAR('6','7'),
CHAR('8','9'), CHAR(' ','!'), CHAR('"','#'), CHAR('$','%'), CHAR('&','\''),
CHAR('(',')'), CHAR('*','+'), CHAR(',','-'), CHAR('.','/'), CHAR('@',0),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR(':',';'), CHAR('<','='), CHAR('>','?'), CHAR('[','\\'),
CHAR(']','^'), CHAR('_','`'), CHAR('{','|'), CHAR('}','~'), CHAR(127,0),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR(14,0), CHAR(1,2), CHAR(3,4), CHAR(5,6), CHAR(7,8),
CHAR(9,10), CHAR(11,12), CHAR(13,14), CHAR(16,17), CHAR(18,19), CHAR(20,21),
CHAR(22,23), CHAR(24,25), CHAR(26,27), CHAR(28,29), CHAR(30,31),
CHAR(15,0), CHAR('\r','\n'),
/* italic text */
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_ITALIC, RF_UNSYNC, MN_SAME),
/* note no SGMhere */
CHAR(' ',' '), CHAR('A','B'), CHAR('C','D'), CHAR('E','F'), CHAR('G','H'),
CHAR('I','J'), CHAR('K','L'), CHAR('M','N'), CHAR('O','P'), CHAR('Q','R'),
CHAR('S','T'), CHAR('U','V'), CHAR('W','X'), CHAR('Y','Z'), CHAR('\r','\n'),
CHAR(' ',' '), CHAR('a','b'), CHAR('c','d'), CHAR('e','f'), CHAR('g','h'),
CHAR('i','j'), CHAR('k','l'), CHAR('m','n'), CHAR('o','p'), CHAR('q','r'),
CHAR('s','t'), CHAR('u','v'), CHAR('w','x'), CHAR('y','z'), CHAR('\r','\n'),
CHAR(' ',' '), CHAR('0','1'), CHAR('2','3'), CHAR('4','5'), CHAR('6','7'),
CHAR('8','9'), CHAR(' ','!'), CHAR('"','#'), CHAR('$','%'), CHAR('&','\''),
CHAR('(',')'), CHAR('*','+'), CHAR(',','-'), CHAR('.','/'), CHAR('@',0),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR(':',';'), CHAR('<','='), CHAR('>','?'), CHAR('[','\\'),
CHAR(']','^'), CHAR('_','`'), CHAR('{','|'), CHAR('}','~'), CHAR(127,0),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR(14,0), CHAR(1,2), CHAR(3,4), CHAR(5,6), CHAR(7,8),
CHAR(9,10), CHAR(11,12), CHAR(13,14), CHAR(16,17), CHAR(18,19), CHAR(20,21),
CHAR(22,23), CHAR(24,25), CHAR(26,27), CHAR(28,29), CHAR(30,31),
CHAR(15,0), CHAR('\r','\n'),
ENDSECT
/* SECTION 3. Fancy display involving all VT11 graphic modes.
Suitable for VT11 and VS60. */
LSRA(ST_SAME, SI_SAME, LI_INTENSIFY, IT_NORMAL, RF_UNSYNC, MN_SAME),
/* normal text */
SGM(GM_APOINT, IN_4, LP_ENA, BL_OFF, LT_SAME),
APOINT(I_OFF, 0, 01340),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SOLID),
CHAR(' ',' '), CHAR('A','B'), CHAR('C','D'), CHAR('E','F'), CHAR('G','H'),
CHAR('I','J'), CHAR('K','L'), CHAR('M','N'), CHAR('O','P'), CHAR('Q','R'),
CHAR('S','T'), CHAR('U','V'), CHAR('W','X'), CHAR('Y','Z'), CHAR('\r','\n'),
CHAR(' ',' '), CHAR('a','b'), CHAR('c','d'), CHAR('e','f'), CHAR('g','h'),
CHAR('i','j'), CHAR('k','l'), CHAR('m','n'), CHAR('o','p'), CHAR('q','r'),
CHAR('s','t'), CHAR('u','v'), CHAR('w','x'), CHAR('y','z'), CHAR('\r','\n'),
CHAR(' ',' '), CHAR('0','1'), CHAR('2','3'), CHAR('4','5'), CHAR('6','7'),
CHAR('8','9'), CHAR(' ','!'), CHAR('"','#'), CHAR('$','%'), CHAR('&','\''),
CHAR('(',')'), CHAR('*','+'), CHAR(',','-'), CHAR('.','/'), CHAR('@',0),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR(':',';'), CHAR('<','='), CHAR('>','?'), CHAR('[','\\'),
CHAR(']','^'), CHAR('_','`'), CHAR('{','|'), CHAR('}','~'), CHAR(127,0),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR(14,0), CHAR(1,2), CHAR(3,4), CHAR(5,6), CHAR(7,8),
CHAR(9,10), CHAR(11,12), CHAR(13,14), CHAR(16,17), CHAR(18,19), CHAR(20,21),
CHAR(22,23), CHAR(24,25), CHAR(26,27), CHAR(28,29), CHAR(30,31),
CHAR(15,0), CHAR('\r','\n'),
/* italic text */
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_ITALIC, RF_UNSYNC, MN_SAME),
/* note no SGMhere */
CHAR(' ',' '), CHAR('A','B'), CHAR('C','D'), CHAR('E','F'), CHAR('G','H'),
CHAR('I','J'), CHAR('K','L'), CHAR('M','N'), CHAR('O','P'), CHAR('Q','R'),
CHAR('S','T'), CHAR('U','V'), CHAR('W','X'), CHAR('Y','Z'), CHAR('\r','\n'),
CHAR(' ',' '), CHAR('a','b'), CHAR('c','d'), CHAR('e','f'), CHAR('g','h'),
CHAR('i','j'), CHAR('k','l'), CHAR('m','n'), CHAR('o','p'), CHAR('q','r'),
CHAR('s','t'), CHAR('u','v'), CHAR('w','x'), CHAR('y','z'), CHAR('\r','\n'),
CHAR(' ',' '), CHAR('0','1'), CHAR('2','3'), CHAR('4','5'), CHAR('6','7'),
CHAR('8','9'), CHAR(' ','!'), CHAR('"','#'), CHAR('$','%'), CHAR('&','\''),
CHAR('(',')'), CHAR('*','+'), CHAR(',','-'), CHAR('.','/'), CHAR('@',0),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR(':',';'), CHAR('<','='), CHAR('>','?'), CHAR('[','\\'),
CHAR(']','^'), CHAR('_','`'), CHAR('{','|'), CHAR('}','~'), CHAR(127,0),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR(14,0), CHAR(1,2), CHAR(3,4), CHAR(5,6), CHAR(7,8),
CHAR(9,10), CHAR(11,12), CHAR(13,14), CHAR(16,17), CHAR(18,19), CHAR(20,21),
CHAR(22,23), CHAR(24,25), CHAR(26,27), CHAR(28,29), CHAR(30,31),
CHAR(15,0), CHAR('\r','\n'),
/* labeled lines of all types, blinks, and intensities (LP intr disabled) */
LSRA(ST_SAME, SI_SAME, LI_INTENSIFY, IT_NORMAL, RF_UNSYNC, MN_SAME),
SGM(GM_APOINT, IN_SAME, LP_DIS, BL_SAME, LT_SAME),
APOINT(I_OFF, 020, 0740),
SGM(GM_CHAR, IN_0, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','N'), CHAR('T',' '), CHAR('0',0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_ON, 0140, 0740),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
APOINT(I_ON, 0150, 0740),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0160, 0740),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SOLID),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_LDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_DDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 020, 0700),
SGM(GM_CHAR, IN_1, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','N'), CHAR('T',' '), CHAR('1',0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_ON, 0140, 0700),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
APOINT(I_ON, 0150, 0700),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0160, 0700),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SOLID),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_LDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_DDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 020, 0640),
SGM(GM_CHAR, IN_2, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','N'), CHAR('T',' '), CHAR('2',0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_ON, 0140, 0640),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
APOINT(I_ON, 0150, 0640),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0160, 0640),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SOLID),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_LDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_DDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 020, 0600),
SGM(GM_CHAR, IN_3, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','N'), CHAR('T',' '), CHAR('3',0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_ON, 0140, 0600),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
APOINT(I_ON, 0150, 0600),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0160, 0600),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SOLID),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_LDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_DDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 020, 0540),
SGM(GM_CHAR, IN_4, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','N'), CHAR('T',' '), CHAR('4',0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_ON, 0140, 0540),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
APOINT(I_ON, 0150, 0540),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0160, 0540),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SOLID),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_LDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_DDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 020, 0500),
SGM(GM_CHAR, IN_5, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','N'), CHAR('T',' '), CHAR('5',0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_ON, 0140, 0500),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
APOINT(I_ON, 0150, 0500),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0160, 0500),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SOLID),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_LDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_DDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 020, 0440),
SGM(GM_CHAR, IN_6, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','N'), CHAR('T',' '), CHAR('6',0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_ON, 0140, 0440),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
APOINT(I_ON, 0150, 0440),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0160, 0440),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SOLID),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_LDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_DDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 020, 0400),
SGM(GM_CHAR, IN_7, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','N'), CHAR('T',' '), CHAR('7',0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_ON, 0140, 0400),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
APOINT(I_ON, 0150, 0400),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0160, 0400),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SOLID),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_LDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_DDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
/* similar, but LP intr enabled, official threshold intensities */
SGM(GM_APOINT, IN_SAME, LP_ENA, BL_SAME, LT_SAME),
APOINT(I_OFF, 020, 0340),
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_ITALIC, RF_UNSYNC, MN_SAME),
SGM(GM_CHAR, IN_6, LP_SAME, BL_ON, LT_SAME),
CHAR('I','N'), CHAR('T','R'),
SGM(GM_APOINT, IN_4, LP_SAME, BL_OFF, LT_SAME),
APOINT(I_ON, 0140, 0340),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
APOINT(I_ON, 0150, 0340),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0160, 0340),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SOLID),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_LDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_SDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_OFF, LT_DDASH),
SVECT(I_ON, 060, 0),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_ON, LT_SAME),
SVECT(I_ON, 060, 0),
/* graphplots */
SGM(GM_APOINT, IN_5, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_ON, 040, 0200),
LSRB(CL_SAME, SS_CHANGE, 040),
SGM(GM_GRAPHY, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
GRAPHY(I_ON, 0160),
GRAPHY(I_ON, 0140),
GRAPHY(I_ON, 0120),
GRAPHY(I_ON, 0100),
GRAPHY(I_ON, 0060),
GRAPHY(I_ON, 0040),
SGM(GM_RPOINT, IN_SAME, LP_SAME, BL_OFF, LT_SAME),
RPOINT(I_OFF, 0040, 0),
RPOINT(I_ON, 0040, 0),
LSRB(CL_SAME, SS_CHANGE, 020),
SGM(GM_GRAPHX, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
GRAPHX(I_ON, 0500),
GRAPHX(I_ON, 0540),
GRAPHX(I_ON, 0600),
GRAPHX(I_ON, 0640),
GRAPHX(I_ON, 0700),
GRAPHX(I_ON, 0740),
/* long vectors in all directions from a common origin */
SGM(GM_APOINT, IN_4, LP_SAME, BL_SAME, LT_SOLID),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0400, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0400, 0100),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0400, 0200),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0400, 0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0300, 0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0200, 0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0100, 0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0, 0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0100, 0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0200, 0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0300, 0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0400, 0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0400, 0200),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0400, 0100),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0400, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0400, -0100),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0400, -0200),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0400, -0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0300, -0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0200, -0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, -0100, -0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0, -0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0100, -0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0200, -0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0300, -0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0400, -0300),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0400, -0200),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01400, 01100),
SGM(GM_LVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LVECT(I_ON, 0400, -0100),
/* nearby lines with varied spacing */
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01200, 0500),
SGM(GM_SVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
SVECT(I_ON, 077, 0),
SVECT(I_OFF, -077, -1),
SVECT(I_ON, 077, 0),
SVECT(I_OFF, -077, -2),
SVECT(I_ON, 077, 0),
SVECT(I_OFF, -077, -3),
SVECT(I_ON, 077, 0),
SVECT(I_OFF, -077, -4),
SVECT(I_ON, 077, 0),
SVECT(I_OFF, -077, -5),
SVECT(I_ON, 077, 0),
SVECT(I_OFF, -077, -6),
SVECT(I_ON, 077, 0),
SVECT(I_OFF, -077, -7),
SVECT(I_ON, 077, 0),
SVECT(I_OFF, -077, -010),
SVECT(I_ON, 077, 0),
SVECT(I_OFF, -077, 044),
SVECT(I_ON, 0, -077),
SVECT(I_OFF, 1, 077),
SVECT(I_ON, 0, -077),
SVECT(I_OFF, 2, 077),
SVECT(I_ON, 0, -077),
SVECT(I_OFF, 3, 077),
SVECT(I_ON, 0, -077),
SVECT(I_OFF, 4, 077),
SVECT(I_ON, 0, -077),
SVECT(I_OFF, 5, 077),
SVECT(I_ON, 0, -077),
SVECT(I_OFF, 6, 077),
SVECT(I_ON, 0, -077),
SVECT(I_OFF, 7, 077),
SVECT(I_ON, 0, -077),
SVECT(I_OFF, 010, 077),
SVECT(I_ON, 0, -077),
/* all four flavors of characters (lp intr enabled, but intensity 4) */
SGM(GM_APOINT, IN_4, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01040, 0240),
LSRA(ST_SAME, SI_SAME, LP_SAME, IT_NORMAL, RF_UNSYNC, MN_SAME),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_OFF, LT_SAME),
CHAR('N','o'), CHAR('r','m'), CHAR('a','l'),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_ON, LT_SAME),
CHAR(' ','B'), CHAR('l','i'), CHAR('n','k'),
SGM(GM_APOINT, IN_4, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01040, 0200),
LSRA(ST_SAME, SI_SAME, LP_SAME, IT_ITALIC, RF_UNSYNC, MN_SAME),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','t'), CHAR('a','l'), CHAR('i','c'),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_ON, LT_SAME),
CHAR(' ','B'), CHAR('l','i'), CHAR('n','k'),
/* all eight intensities of characters (lp intr enabled) */
LSRA(ST_SAME, SI_SAME, LP_SAME, IT_NORMAL, RF_UNSYNC, MN_SAME),
SGM(GM_APOINT, IN_5, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01040, 0100),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_OFF, LT_SAME),
CHAR('I','N'), CHAR('T',' '),
SGM(GM_CHAR, IN_0, LP_SAME, BL_SAME, LT_SAME),
CHAR('0',0),
SGM(GM_CHAR, IN_1, LP_SAME, BL_SAME, LT_SAME),
CHAR('1',0),
SGM(GM_CHAR, IN_2, LP_SAME, BL_SAME, LT_SAME),
CHAR('2',0),
SGM(GM_CHAR, IN_3, LP_SAME, BL_SAME, LT_SAME),
CHAR('3',0),
SGM(GM_CHAR, IN_4, LP_SAME, BL_SAME, LT_SAME),
CHAR('4',0),
SGM(GM_CHAR, IN_5, LP_SAME, BL_SAME, LT_SAME),
CHAR('5',0),
SGM(GM_CHAR, IN_6, LP_SAME, BL_SAME, LT_SAME),
CHAR('6',0),
SGM(GM_CHAR, IN_7, LP_SAME, BL_SAME, LT_SAME),
CHAR('7',0),
/* XXX -- more can be included in this pattern */
ENDSECT
/* SECTION 4. Clipping tests.
Suitable for VT11 and VS60. */
LSRA(ST_SAME, SI_SAME, LI_INTENSIFY, IT_NORMAL, RF_UNSYNC, MN_SAME),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01000, 01000),
SGM(GM_LVECT, IN_4, LP_ENA, BL_OFF, LT_SOLID),
LVECT(I_ON, 01100, 0),
LVECT(I_ON, -01100, 01100),
LVECT(I_ON, 0, -01100),
LVECT(I_OFF, 0, 01100),
LVECT(I_ON, -01100, -01100),
LVECT(I_ON, 01100, 0),
LVECT(I_ON, 0, -01100),
LVECT(I_ON, -01100, 01100),
LVECT(I_OFF, 01100, 0),
LVECT(I_OFF, 01100, 0),
LVECT(I_ON, -01100, -01100),
ENDSECT
/* END OF TEST SECTIONS. */
ENDFILE
};
/* FILE LP. Dynamic light pen tracking; works for both VT11 and VS60. */
unsigned short LP[] = {
/* SECTION 1. "rubber-band" dot-dash vector to tracking object. */
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01000, 01000), /* screen center */
SGM(GM_LVECT, IN_4, LP_DIS, BL_SAME, LT_DDASH),
/* following coordinates are updated by LP hit intr. handler: */
LVECT(I_ON, 0, 0), /* tracking object center */
SGM(GM_SVECT, IN_7, LP_ENA, BL_SAME, LT_SOLID),
SVECT(I_OFF, 0, 30),
SVECT(I_ON, 0, -60),
SVECT(I_OFF, 30, 30),
SVECT(I_ON, -60, 0),
SVECT(I_ON, 30, 30),
SVECT(I_ON, 30, -30),
SVECT(I_ON, -30, -30),
SVECT(I_ON, -30, 30),
SVECT(I_OFF, 10, 0),
SVECT(I_ON, 20, 20),
SVECT(I_ON, 20, -20),
SVECT(I_ON, -20, -20),
SVECT(I_ON, -20, 20),
SVECT(I_OFF, 10, 0),
SVECT(I_ON, 10, 10),
SVECT(I_ON, 10, -10),
SVECT(I_ON, -10, -10),
SVECT(I_ON, -10, 10),
#if 0 /* not needed for this app */
SVECT(I_OFF, 0, -10), /* "flyback" vector */
#endif
ENDSECT
/* END OF TEST SECTIONS. */
ENDFILE
};
/* FILE VS. Static displays that work only for VS60. */
unsigned short VS[] = {
/* SECTION 0. Warning that VS60 is required. */
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_NORMAL, RF_UNSYNC, MN_SAME),
SGM(GM_APOINT, IN_7, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0300, 01000),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_OFF, LT_SAME),
CHAR('F','o'), CHAR('l','l'), CHAR('o','w'), CHAR('i','n'), CHAR('g',' '),
CHAR('t','e'), CHAR('s','t'), CHAR('s',' '), CHAR('d','o'),
CHAR(' ','n'), CHAR('o','t'), CHAR(' ','w'), CHAR('o','r'),
CHAR('k',' '), CHAR('f','o'), CHAR('r',' '), CHAR('V','T'),
CHAR('1','1'), CHAR(';',0),
/* italic text */
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_ITALIC, RF_UNSYNC, MN_SAME),
SGM(GM_APOINT, IN_7, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0340, 00720),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_ON, LT_SAME),
CHAR('S','T'), CHAR('O','P'), CHAR(' ','P'), CHAR('R','O'), CHAR('G','R'),
CHAR('A','M'), CHAR(' ','i'), CHAR('f',' '), CHAR('n','o'), CHAR('t',' '),
CHAR('u','s'), CHAR('i','n'), CHAR('g',' '), CHAR('V','R'), CHAR('4','8'),
CHAR('!',0),
ENDSECT
/* SECTION 1. Variety of text characters. */
LSRA(ST_SAME, SI_SAME, LI_BRIGHTDOWN, IT_SAME, RF_UNSYNC, MN_MAIN),
/* horizontal text, 4 sizes */
SGM(GM_APOINT, IN_4, LP_ENA, BL_SAME, LT_SAME),
APOINT(I_OFF, 0, 01600),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LSRC(RO_SAME, CS_CHANGE, 0, VS_SAME, 0),
CHAR(' ',' '), CHAR('S','m'), CHAR('a','l'), CHAR('l',':'), CHAR(' ','1'),
CHAR('/','2'),
LSRC(RO_SAME, CS_CHANGE, 1, VS_SAME, 0),
CHAR(' ',' '), CHAR('N','o'), CHAR('r','m'), CHAR('a','l'), CHAR(':',' '),
CHAR('1',0),
LSRC(RO_SAME, CS_CHANGE, 2, VS_SAME, 0),
CHAR(' ',' '), CHAR('B','i'), CHAR('g',':'), CHAR(' ','1'), CHAR('-','1'),
CHAR('/','2'),
LSRC(RO_SAME, CS_CHANGE, 3, VS_SAME, 0),
CHAR(' ',' '), CHAR('L','a'), CHAR('r','g'), CHAR('e',':'), CHAR(' ','2'),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR('A',SUBSCR), CHAR('B',SUBSCR), CHAR('C',SUBSCR),
CHAR('D',ENDSUB), CHAR(ENDSUB,ENDSUB), CHAR('W',SUPSCR),
CHAR('X',SUPSCR), CHAR('Y',SUPSCR), CHAR('Z',ENDSUP),
CHAR(ENDSUP,ENDSUP), CHAR('!','!'),
/* vertical text, 4 sizes */
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0200, 0),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
LSRC(RO_VERTICAL, CS_CHANGE, 0, VS_SAME, 0),
CHAR(' ',' '), CHAR('S','m'), CHAR('a','l'), CHAR('l',':'), CHAR(' ','1'),
CHAR('/','2'),
LSRC(RO_SAME, CS_CHANGE, 1, VS_SAME, 0),
CHAR(' ',' '), CHAR('N','o'), CHAR('r','m'), CHAR('a','l'), CHAR(':',' '),
CHAR('1',0),
LSRC(RO_SAME, CS_CHANGE, 2, VS_SAME, 0),
CHAR(' ',' '), CHAR('B','i'), CHAR('g',':'), CHAR(' ','1'), CHAR('-','1'),
CHAR('/','2'),
LSRC(RO_SAME, CS_CHANGE, 3, VS_SAME, 0),
CHAR(' ',' '), CHAR('L','a'), CHAR('r','g'), CHAR('e',':'), CHAR(' ','2'),
CHAR('\r','\n'),
CHAR(' ',' '), CHAR('A',SUBSCR), CHAR('B',SUBSCR), CHAR('C',SUBSCR),
CHAR('D',ENDSUB), CHAR(ENDSUB,ENDSUB), CHAR('W',SUPSCR),
CHAR('X',SUPSCR), CHAR('Y',SUPSCR), CHAR('Z',ENDSUP),
CHAR(ENDSUP,ENDSUP), CHAR('!','!'),
/* horizontal text, sub/superscript examples from DECgraphic-11 manual */
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 0400, 01200),
LSRC(RO_HORIZONTAL, CS_CHANGE, 2, VS_SAME, 0),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
CHAR('C',SUBSCR), CHAR('2',ENDSUB), CHAR('H',SUBSCR), CHAR('5',ENDSUB),
CHAR('O','H'), CHAR(' ',' '),
CHAR(016,000), CHAR(017,'='), CHAR(016,003), CHAR(017,'('),
CHAR('x',SUBSCR), CHAR('i',ENDSUB), CHAR('-','q'), CHAR(SUBSCR,'i'),
CHAR(ENDSUB,')'), CHAR(SUPSCR,'2'), CHAR(ENDSUP,'e'), CHAR(SUPSCR,'-'),
CHAR('i',SUPSCR), CHAR('2',ENDSUP), CHAR(ENDSUP,0),
LSRC(RO_SAME, CS_CHANGE, 1, VS_SAME, 0),
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_SAME, RF_SAME, MN_MENU),
SGM(GM_APOINT, IN_7, LP_ENA, BL_SAME, LT_SAME),
APOINT(I_OFF, 0, 1000),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
CHAR('U','n'), CHAR('s','y'), CHAR('n','c'),
ENDSECT
/* SECTION 2. Basic vectors (long and short). */
LSRA(ST_SAME, SI_SAME, LI_BRIGHTDOWN, IT_SAME, RF_40, MN_MAIN),
SGM(GM_APOINT, IN_4, LP_ENA, BL_OFF, LT_SDASH),
APOINT(I_OFF, 01000, 01000),
SGM(GM_GRAPHX, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
BLVECT(I_OFF, 2, 0600),
BLVECT(I_ON, 0, 0200),
BLVECT(I_ON, 7, 0400),
BLVECT(I_ON, 6, 0400),
BLVECT(I_ON, 5, 0400),
BLVECT(I_ON, 4, 0400),
SGM(GM_GRAPHY, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
BLVECT(I_ON, 3, 0400),
BLVECT(I_ON, 2, 0400),
BLVECT(I_ON, 1, 0400),
BLVECT(I_ON, 0, 0200),
BLVECT(I_OFF, 6, 0600),
SGM(GM_BSVECT, IN_SAME, LP_SAME, BL_ON, LT_SOLID),
BSVECT(I_OFF, 2, 007, 2, 016),
BSVECT(I_ON, 0, 007, 7, 016),
BSVECT(I_ON, 6, 016, 5, 016),
BSVECT(I_ON, 4, 016, 3, 016),
BSVECT(I_ON, 2, 016, 1, 016),
BSVECT(I_ON, 0, 007, 0, 000),
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_SAME, RF_SAME, MN_MENU),
SGM(GM_APOINT, IN_7, LP_ENA, BL_OFF, LT_SAME),
APOINT(I_OFF, 0, 1000),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
CHAR('4','0'), CHAR('H','z'), CHAR(' ','S'), CHAR('y','n'), CHAR('c',0),
ENDSECT
/* SECTION 3. 3D data, but depth cueing disabled. */
LSRBB(ZD_YES, ED_ENA, DQ_OFF, ES_YES), /* but term char not used */
LSRA(ST_SAME, SI_SAME, LI_BRIGHTDOWN, IT_SAME, RF_30, MN_MAIN),
SGM(GM_APOINT, IN_4, LP_ENA, BL_OFF, LT_LDASH),
APOINT3(I_OFF, 0200, 0200, 0400),
SGM(GM_AVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
AVECT3(I_ON, 01200, 00200, 0400),
AVECT3(I_ON, 01200, 01200, 0400),
AVECT3(I_ON, 00200, 01200, 0400),
AVECT3(I_ON, 00200, 00200, 0400),
AVECT3(I_OFF, 00600, 00600, -0400),
AVECT3(I_ON, 01600, 00600, -0400),
AVECT3(I_ON, 01600, 01600, -0400),
AVECT3(I_ON, 00600, 01600, -0400),
AVECT3(I_ON, 00600, 00600, -0400),
SGM(GM_AVECT, IN_SAME, LP_SAME, BL_SAME, LT_SOLID),
AVECT3(I_ON, 00200, 00200, 0400),
AVECT3(I_OFF, 01200, 00200, 0400),
AVECT3(I_ON, 01600, 00600, -0400),
AVECT3(I_OFF, 01600, 01600, -0400),
AVECT3(I_ON, 01200, 01200, 0400),
AVECT3(I_OFF, 00200, 01200, 0400),
AVECT3(I_ON, 00600, 01600, -0400),
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_SAME, RF_SAME, MN_MENU),
SGM(GM_APOINT, IN_7, LP_ENA, BL_OFF, LT_SAME),
APOINT3(I_OFF, 0, 1000, 0200),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
CHAR('3','0'), CHAR('H','z'), CHAR(' ','S'), CHAR('y','n'), CHAR('c',0),
ENDSECT
/* SECTION 4. 3D data, with depth cueing enabled. */
LSRBB(ZD_YES, ED_ENA, DQ_ON, ES_YES), /* but term char not used */
LSRA(ST_SAME, SI_SAME, LI_BRIGHTDOWN, IT_SAME, RF_EXT, MN_MAIN),
SGM(GM_APOINT, IN_4, LP_ENA, BL_OFF, LT_DDASH),
APOINT3(I_OFF, 0200, 0200, 0400),
SGM(GM_AVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
AVECT3(I_ON, 01200, 00200, 0400),
AVECT3(I_ON, 01200, 01200, 0400),
AVECT3(I_ON, 00200, 01200, 0400),
AVECT3(I_ON, 00200, 00200, 0400),
AVECT3(I_OFF, 00600, 00600, -0400),
AVECT3(I_ON, 01600, 00600, -0400),
AVECT3(I_ON, 01600, 01600, -0400),
AVECT3(I_ON, 00600, 01600, -0400),
AVECT3(I_ON, 00600, 00600, -0400),
SGM(GM_AVECT, IN_SAME, LP_SAME, BL_SAME, LT_SOLID),
AVECT3(I_ON, 00200, 00200, 0400),
AVECT3(I_OFF, 01200, 00200, 0400),
AVECT3(I_ON, 01600, 00600, -0400),
AVECT3(I_OFF, 01600, 01600, -0400),
AVECT3(I_ON, 01200, 01200, 0400),
AVECT3(I_OFF, 00200, 01200, 0400),
AVECT3(I_ON, 00600, 01600, -0400),
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_SAME, RF_SAME, MN_MENU),
SGM(GM_APOINT, IN_7, LP_ENA, BL_OFF, LT_SAME),
APOINT3(I_OFF, 0, 1000, 0200),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
CHAR('E','x'), CHAR('t','.'), CHAR(' ','S'), CHAR('y','n'), CHAR('c',0),
ENDSECT
/* SECTION 5. Circles and arcs. */
SGM(GM_APOINT, IN_4, LP_ENA, BL_ON, LT_SOLID),
APOINT(I_OFF, 0500, 01400),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
ARC(I_ON, -0100, 0, 0, 0),
SGM(GM_APOINT, IN_5, LP_SAME, BL_OFF, LT_SDASH),
APOINT(I_OFF, 0532, 01532),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
ARC(I_ON, -0132, -0132, 0, -0264),
SGM(GM_APOINT, IN_6, LP_SAME, BL_SAME, LT_LDASH),
APOINT(I_OFF, 0400, 01700),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
ARC(I_ON, 0, -0300, 0, -0600),
SGM(GM_APOINT, IN_7, LP_SAME, BL_SAME, LT_DDASH),
APOINT(I_OFF, 0114, 01664),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
ARC(I_ON, 0264, -0264, 0, -0550),
SGM(GM_APOINT, IN_4, LP_SAME, BL_SAME, LT_SOLID),
APOINT(I_OFF, 01400, 01400),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
ARC(I_ON, 0, 0, 0400, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SDASH),
APOINT(I_OFF, 0500, 0400),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
ARC(I_ON, -0100, 0, 0200, 0),
SGM(GM_APOINT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
APOINT(I_OFF, 01600, 0400),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_SOLID),
ARC(I_ON, -0200, 0, -0200, 0300),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_SDASH),
ARC(I_ON, 0, -0300, -0200, -0300),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_LDASH),
ARC(I_ON, 0200, 0, 0200, -0300),
SGM(GM_ARC, IN_SAME, LP_SAME, BL_SAME, LT_DDASH),
ARC(I_ON, 0, 0300, 0200, 0300),
ENDSECT
/* SECTION 6. Display subroutines, with and without parameter restore. */
/* XXX need test for subroutines */
/* SECTION 7. Offset, vector scale, and clipping. */
LSRA(ST_SAME, SI_SAME, LI_BRIGHTDOWN, IT_NORMAL, RF_UNSYNC, MN_MAIN),
LSRC(RO_HORIZONTAL, CS_CHANGE, 1, VS_CHANGE, 4),
SGM(GM_APOINT, IN_3, LP_ENA, BL_OFF, LT_SOLID),
OFFSET(0, 0),
APOINT(I_ON, 01040, 01040),
APOINT(I_ON, 01040, 0740),
APOINT(I_ON, 0740, 01040),
APOINT(I_ON, 0740, 0740),
SGM(GM_APOINT, IN_5, LP_SAME, BL_ON, LT_SAME),
OFFSET(06, 010),
APOINT(I_ON, 01040, 01040),
APOINT(I_ON, 01040, 0740),
APOINT(I_ON, 0740, 01040),
APOINT(I_ON, 0740, 0740),
OFFSET(014, 020),
LSRC(RO_HORIZONTAL, CS_SAME, 0, VS_CHANGE, 8),
SGM(GM_APOINT, IN_7, LP_ENA, BL_SAME, LT_SAME),
APOINT(I_ON, 0420, 0420),
SGM(GM_RPOINT, IN_7, LP_SAME, BL_SAME, LT_SAME),
RPOINT(I_ON, 0, -040),
RPOINT(I_ON, -040, 040),
RPOINT(I_ON, 0, -040),
/* XXX need test for clipping */
ENDSECT
/* END OF TEST SECTIONS. */
ENDFILE
};
/* FILE WF. Rotating wire-frame display that works only for VS60. */
unsigned short WF[] = {
/* SECTION 1. 3D data, with depth cueing enabled. */
LSRBB(ZD_YES, ED_ENA, DQ_ON, ES_NO),
LSRA(ST_SAME, SI_SAME, LI_BRIGHTDOWN, IT_SAME, RF_40, MN_MAIN),
SGM(GM_APOINT, IN_4, LP_ENA, BL_OFF, LT_DDASH),
APOINT3(I_OFF, 0, 0, 0), /* cube coords filled in by wf_update() */
SGM(GM_AVECT, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_OFF, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
SGM(GM_AVECT, IN_SAME, LP_SAME, BL_SAME, LT_SOLID),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_OFF, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_OFF, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
AVECT3(I_OFF, 0, 0, 0),
AVECT3(I_ON, 0, 0, 0),
LSRA(ST_SAME, SI_SAME, LI_SAME, IT_SAME, RF_SAME, MN_MENU),
SGM(GM_APOINT, IN_7, LP_ENA, BL_OFF, LT_SAME),
APOINT3(I_OFF, 0, 1000, 0200),
SGM(GM_CHAR, IN_SAME, LP_SAME, BL_SAME, LT_SAME),
CHAR('4','0'), CHAR('H','z'), CHAR(' ','S'), CHAR('y','n'), CHAR('c',0),
ENDSECT
/* END OF TEST SECTIONS. */
ENDFILE
};
static unsigned short *df; /* -> start of current display file */
static uint16 start; /* initial DPC for section of d.file */
static int more; /* set until end of d.file seen */
static void
wf_update(int first_time) {
double c, s; /* cosine, sine of rotation angle */
int x, y, z; /* rotated coordinates */
static int xc = 01000, yc = 01000, zc = 0; /* cube center coords */
static int vp = 010000; /* distance to vanishing point */
static struct {
int offset; /* WF[] offset (words) of vector data */
int i; /* I_ON or I_OFF */
int x, y, z; /* coords of cube corner point */
} *dp, data[] = {
3, I_OFF, 00400, 00400, 0400,
7, I_ON, 01400, 00400, 0400,
10, I_ON, 01400, 01400, 0400,
13, I_ON, 00400, 01400, 0400,
16, I_ON, 00400, 00400, 0400,
19, I_OFF, 00400, 00400, -0400,
22, I_ON, 01400, 00400, -0400,
25, I_ON, 01400, 01400, -0400,
28, I_ON, 00400, 01400, -0400,
31, I_ON, 00400, 00400, -0400,
35, I_ON, 00400, 00400, 0400,
38, I_OFF, 01400, 00400, 0400,
41, I_ON, 01400, 00400, -0400,
44, I_OFF, 01400, 01400, -0400,
47, I_ON, 01400, 01400, 0400,
50, I_OFF, 00400, 01400, 0400,
53, I_ON, 00400, 01400, -0400,
-1 /* end-of-data marker */
};
static double rot = 0.0; /* total amount of rotation, degrees */
if (first_time) {
/* tilt cube toward viewer */
c = cos(30.0 * 3.14159/180.0);
s = sin(30.0 * 3.14159/180.0);
for (dp = data; dp->offset >= 0; ++dp) {
z = zc + ((dp->z - zc) * c + (dp->y - yc) * s);
y = yc + ((dp->y - yc) * c - (dp->z - zc) * s);
WF[dp->offset ] = dp->i | (SGN_(dp->x) << 13) | MAG_(dp->x);
WF[dp->offset + 1] = (SGN_(y) << 13) | MAG_(y);
WF[dp->offset + 2] = (SGN_(z) << 13) | (MAG_(z) << 2);
/* X coord. unchanged because rotation is parallel to X axis */
dp->y = y;
dp->z = z;
}
} else
if ((rot += 1.0) >= 360.0) /* rotation increment */
rot -= 360.0;
c = cos(rot * 3.14159/180.0);
s = sin(rot * 3.14159/180.0);
for (dp = data; dp->offset >= 0; ++dp) {
x = xc + ((dp->x - xc) * c + (dp->z - zc) * s);
z = zc + ((dp->z - zc) * c - (dp->x - xc) * s);
/* apply (approximate) perspective */
x = x * (1.0 + (double)z / vp );
y = dp->y * (1.0 + (double)z / vp );
WF[dp->offset ] = dp->i | (SGN_(x) << 13) | MAG_(x);
WF[dp->offset + 1] = (SGN_(y) << 13) | MAG_(y);
WF[dp->offset + 2] = (SGN_(z) << 13) | (MAG_(z) << 2);
}
}
int
main(void) {
int c;
vt11_display = TEST_DIS;
vt11_scale = TEST_RES;
/* VT11/VS60 tests */
puts("initial tests work for both VT11 and VS60");
for (df = VT, start = 0, more = 1; more; ) {
vt11_reset(); /* reset everything */
vt11_set_dpc(start); /* start section */
c = 0;
while (vt11_cycle(USEC, 1)) {
display_sync(); /* XXX push down? */
if (display_lp_sw) /* tip switch activated */
c = 1; /* flag: break requested */
if (c && !display_lp_sw) /* wait for switch release */
break;
}
/* end of section */
}
/* end of display file */
/* light pen tracking */
ws_beep();
puts("move the light pen through the tracking object");
fflush(stdout);
for (df = LP, start = 0, more = 1; more; ) {
vt11_reset(); /* reset everything */
vt11_set_dpc(start); /* start section */
c = 0;
while (vt11_cycle(USEC, 1)) {
display_sync(); /* XXX push down? */
if (display_lp_sw) /* tip switch activated */
c = 1; /* flag: break requested */
if (c && !display_lp_sw) /* wait for switch release */
break;
/* [dynamic modifications to the display file can be done here] */
}
/* end of section */
}
/* end of display file */
/* VS60 tests */
ws_beep();
puts("following tests require VS60");
for (df = VS, start = 0, more = 1; more; ) {
vt11_reset(); /* reset everything */
vt11_set_str((uint16)(0200 | '~')); /* set terminating char. */
vt11_set_anr((uint16)(040000 | (2<<12) | 04000 | 01234));
/* set associative name 0123x */
vt11_set_dpc(start); /* start section */
c = 0;
while (vt11_cycle(USEC, 1)) {
display_sync(); /* XXX push down? */
if (display_lp_sw) /* tip switch activated */
c = 1; /* flag: break requested */
if (c && !display_lp_sw) /* wait for switch release */
break;
}
/* end of section */
}
/* end of display file */
/* VS60 rotating wire-frame display */
puts("press and release tip switch (button 1) for next display");
fflush(stdout);
wf_update(1); /* do first-time init */
for (df = WF, start = 0, more = 1; more; ) {
vt11_reset(); /* reset everything */
vt11_set_dpc(start); /* start section */
c = 0;
while (vt11_cycle(USEC, 1)) {
display_sync(); /* XXX push down? */
if (display_lp_sw) /* tip switch activated */
c = 1; /* flag: break requested */
if (c && !display_lp_sw) /* wait for switch release */
break;
}
/* end of section */
}
/* end of display file */
/* XXX would be nice to have an example of animation */
return 0;
}
/*
* callbacks from display.c
*/
unsigned long
cpu_get_switches(void) {
return 0;
}
void
cpu_set_switches(unsigned long bits) {
}
/*
* callbacks from vt11.c
*/
int
vt_fetch(uint32 addr, vt11word *w) {
*w = df[addr/2];
return 0;
}
void
vt_stop_intr(void) {
uint16 dpc = vt11_get_dpc(); /* -> just after DSTOP instruction */
if (df[dpc/2] == 0) { /* ENDSECT */
#ifdef FRAME1STOP
int c;
puts("end of pass through this test pattern; display frozen");
puts("enter newline to refresh this section or EOF to quit");
fflush(stdout);
while ((c = getchar()) != '\n')
if (c == EOF)
exit(0); /* user aborted test */
#endif
if (df == WF) {
wf_update(0);
vt11_set_dpc(0); /* restart modified display */
start = dpc + 2; /* save start of next section */
} else {
df[dpc/2 - 1] = JMPA;
df[dpc/2] = start;
start = dpc + 2; /* save start of next section */
vt11_set_dpc(dpc - 2); /* reset; then JMPA to old start */
puts("press and release tip switch (button 1) for next display");
fflush(stdout);
}
} else /* ENDFILE */
more = 0;
}
void
vt_lpen_intr(void) {
if (df == LP) {
int dx = (int)(vt11_get_xpr() & 01777) - 01000;
int dy = (int)(vt11_get_ypr() & 01777) - 01000;
if (dx < 0)
dx = (-dx) | 020000; /* negative */
if (dy < 0)
dy = (-dy) | 020000; /* negative */
df[4] = dx | I_ON; /* visible */
df[5] = dy;
} else {
printf("VT11 lightpen interrupt (0%o,0%o)\n",
(unsigned)vt11_get_xpr() & 01777,
(unsigned)vt11_get_ypr() & 01777);
fflush(stdout);
}
vt11_set_dpc((uint16)1); /* resume */
}
void
vt_char_intr(void) {
puts("VT11 illegal character/timeout interrupt");
fflush(stdout);
vt11_set_dpc((uint16)1); /* resume */
}
void
vt_name_intr(void) {
puts("VS60 name-match interrupt");
fflush(stdout);
vt11_set_dpc((uint16)1); /* resume */
}