void AGOSEngine_PN::pcf(uint8 ch) {
int ct = 0;
if (ch == '[')
ch = '\n';
if (ch == 0)
return; /* Trap any C EOS chrs */
if (ch == 255) {
_bp = 0;
_xofs = 0;
return; /* pcf(255) initialises the routine */
} /* pcf(254) flushes its working _buffer */
if (ch != 254) {
if ((ch != 32) || (_bp + _xofs != 50))
_buffer[_bp++] = ch;
}
if ((ch != 254) && (!isspace(ch)) && (_bp < 60))
return;
/* We know have a case of needing to print the text */
if (_bp + _xofs > 50) {
pcl("\n");
if (_buffer[0] == ' ')
ct = 1; /* Skip initial space */
/* Note ' ' will give a single start of line space */
_xofs = 0;
}
_buffer[_bp] = 0;
pcl(_buffer + ct);
_xofs += _bp;
_bp = 0;
if (ch == '\n')
_xofs = 0; /* At Newline! */
}
void description(void) {
cout << '\n';
printboxtop();
pcl("2dpos: by Craig Stuart Sapp <*****@*****.**> 22 Nov 1998");
printintermediateline();
psl(" NIDAQ device initially on channel 0. Initial sensor range will ");
psl(" adapt as sensor moves. So go through whole range of sensor");
psl(" to fix the software range.");
psl(" Commands:");
psl(" \"0\"-\"9\" = select NIDAQ analog input channel");
psl(" type \"k\" before number to select key channel");
psl(" type \"v\" before number to select velocity channel");
psl(" \"-\", \"=\" = change instruments, \" \" = sustain pedal");
psl(" \"z\" = reset key sensor range, \"x\" = reset vel sensor range");
psl(" \"a\" = switch key sensor range, \"s\" = switch vel sensor range");
psl(" \"d\" = toggle sensor display.");
printboxbottom();
}
