curs
void curs(int, int);
curs(cx, cy + 2);
curs(cx, cy + 2);
curs(1, ROWNO + 4);
curs(1, LI);
curs(1, ROWNO + 4);
curs(1, ROWNO + 4);
curs(lth, curline);
curs(lth, curline);
curs(x, y);
curs(xmin, y + 2);
curs(1, ROWNO + 3);
curs(u.ux, u.uy + 2);
curs(i, ROWNO + 2);
curs(u.ux - 1, u.uy + 1);
curs(u.ux - 1, u.uy + 2);
curs(u.ux - 1, u.uy + 3);
curs(1, 8);
curs(x, y);
curs(cx, cy);
curs(1, 1); /* using UP ... */
curs(cx, cy);
curs(tlx, tly);
curs(tlx, tly);
int bsize, curs, curw, starts, startw, i, j;
curs = curw = starts = startw = 0; /* XXX gcc -Wuninitialized */
for (curw = startw, curs = starts;
curs < starts + bsize; curw++, curs++)
curscr->alines[curs]->hash)
if (curs != starts + bsize)
for (curw = startw, curs = starts;
curs < starts + bsize; curw++, curs++)
curscr->alines[curs]->line,
if (curs == starts + bsize) {
bsize, THRESH, starts, startw, curw, curs, top, bot);
if (bot < curs)
bot = curs - 1;
scrolln(starts, startw, curs, bot, top);
scrolln(int starts, int startw, int curs, int bot, int top)
struct prg_cursor *curs;
curs = (struct prg_cursor *) datap;
qdflags[unit].curs_acc = curs->acc_factor;
qdflags[unit].curs_thr = curs->threshold;
int curs;
curs = -1; /* ..note that.. */
curs = 0;
if (curs) { /* if cursor was enabled.. */
char *base, *vdac, *curs;
curs = base + MX_BT431_OFFSET;
SELECT431(curs, BT431_REG_COMMAND);
REGWRITE32(curs, bt_ctl, onoff);
SELECT431(curs, BT431_REG_CURSOR_X_LOW);
REGWRITE32(curs, bt_ctl, TWIN_LO(x));
REGWRITE32(curs, bt_ctl, TWIN_HI(x));
REGWRITE32(curs, bt_ctl, TWIN_LO(y));
REGWRITE32(curs, bt_ctl, TWIN_HI(y));
SELECT431(curs, BT431_REG_CRAM_BASE);
REGWRITE32(curs, bt_ram, 0);
REGWRITE32(curs, bt_ram, half);
REGWRITE32(curs, bt_ram, 0);
char *vdac, *curs;
curs = (char *)mfbbase + MX_BT431_OFFSET;
SELECT431(curs, BT431_REG_COMMAND);
REGWRITE32(curs, bt_ctl, 0x0404);
REGWRITE32(curs, bt_ctl, 0); /* XLO */
REGWRITE32(curs, bt_ctl, 0); /* XHI */
REGWRITE32(curs, bt_ctl, 0); /* YLO */
REGWRITE32(curs, bt_ctl, 0); /* YHI */
REGWRITE32(curs, bt_ctl, 0); /* XWLO */
REGWRITE32(curs, bt_ctl, 0); /* XWHI */
REGWRITE32(curs, bt_ctl, 0); /* WYLO */
REGWRITE32(curs, bt_ctl, 0); /* WYLO */
REGWRITE32(curs, bt_ctl, 0); /* WWLO */
REGWRITE32(curs, bt_ctl, 0); /* WWHI */
REGWRITE32(curs, bt_ctl, 0); /* WHLO */
REGWRITE32(curs, bt_ctl, 0); /* WHHI */
SELECT431(curs, BT431_REG_CRAM_BASE);
REGWRITE32(curs, bt_ram, 0);
char *base, *vdac, *curs;
curs = base + TX_BT431_OFFSET;
SELECT431(curs, BT431_REG_COMMAND);
REGWRITE32(curs, bt_ctl, onoff);
SELECT431(curs, BT431_REG_CURSOR_X_LOW);
REGWRITE32(curs, bt_ctl, TWIN_LO(x));
REGWRITE32(curs, bt_ctl, TWIN_HI(x));
REGWRITE32(curs, bt_ctl, TWIN_LO(y));
REGWRITE32(curs, bt_ctl, TWIN_HI(y));
SELECT431(curs, BT431_REG_CRAM_BASE);
REGWRITE32(curs, bt_ram, 0);
REGWRITE32(curs, bt_ram, half);
REGWRITE32(curs, bt_ram, 0);
char *vdac, *curs;
curs = (char *)tfbbase + TX_BT431_OFFSET;
SELECT431(curs, BT431_REG_COMMAND);
REGWRITE32(curs, bt_ctl, 0x0404);
REGWRITE32(curs, bt_ctl, 0); /* XLO */
REGWRITE32(curs, bt_ctl, 0); /* XHI */
REGWRITE32(curs, bt_ctl, 0); /* YLO */
REGWRITE32(curs, bt_ctl, 0); /* YHI */
REGWRITE32(curs, bt_ctl, 0); /* XWLO */
REGWRITE32(curs, bt_ctl, 0); /* XWHI */
REGWRITE32(curs, bt_ctl, 0); /* WYLO */
REGWRITE32(curs, bt_ctl, 0); /* WYLO */
REGWRITE32(curs, bt_ctl, 0); /* WWLO */
REGWRITE32(curs, bt_ctl, 0); /* WWHI */
REGWRITE32(curs, bt_ctl, 0); /* WHLO */
REGWRITE32(curs, bt_ctl, 0); /* WHHI */
SELECT431(curs, BT431_REG_CRAM_BASE);
REGWRITE32(curs, bt_ram, 0);