int DTFUN::CleanUp( void )
{
int i, bcount, status;
status= olDaFlushBuffers( lphDass );
bcount= BUFNUM;
for (i=0; i<bcount; i++)
{
status+= olDaGetBuffer( lphDass, &hbuf[i] );
status+= olDmFreeBuffer( hbuf[i] );
}
if (outputclockonusercounter)
status+= olDaReleaseDASS( lphDassCT );
status+= olDaReleaseDASS( lphDass );
return( status );
}
COctopusAOTF::~COctopusAOTF()
{
B.AOTF_loaded = false;
HBUF hBuf = NULL;
olDaAbort( hdass_9834 );
olDaFlushBuffers( hdass_9834 );
do {
olDaGetBuffer( hdass_9834, &hBuf ); // get the buffer from the done queue
if( hBuf != NULL ) olDmFreeBuffer( hBuf ); // and free it
} while( hBuf != NULL ); // until the done queue is empty
olDaReleaseDASS( hdass_9834 ); // release the subsystem and the board
olDaTerminate( hdrvr_9834 );
}
float AdInput(UINT channel)
{
float volts;
long adcvalue;
long value;
CHECKERROR(olDaGetSingleValue(board.hdass, &adcvalue, channel, gain));
if (encoding != OL_ENC_BINARY) {
value ^= 1L << (resolution - 1);
value &= (1L << resolution) - 1;
}
volts = ((float)max - (float)min) / (1L << resolution) * adcvalue;// + (float)min;
olDaReleaseDASS(board.hdass);
return volts;
}
int DaOutput(DBL dacvalue, UINT channel)
{
float volts;
long value;
volts = (float)dacvalue;
value = (long)((1L << resolution) / ((float)max - (float)min) * (volts - (float)min));
value = min((1L << resolution) - 1, value);
if (encoding != OL_ENC_BINARY) {
long sign = 1L << (resolution - 1);
value ^= sign;
if (value & sign) value |= 0xffffffffL << resolution;
}
olDaPutSingleValue(board.hdass, value, channel, gain);
olDaReleaseDASS(board.hdass);
return 0;
}
OctopusLaser::~OctopusLaser()
{
olDaReleaseDASS( hdass_9812_DAC );
olDaTerminate( hdrvr_9812 );
TRACE("Ending OctopusLaser\n");
}