Uses of Class
org.lsst.ccs.drivers.mcc.MccUsbException

Uses of MccUsbException in org.lsst.ccs.drivers.mcc

Methods in org.lsst.ccs.drivers.mcc that throw MccUsbException

float	MccUsb.adcIn(int chan, int units) Reads an ADC channel
int	MccUsb.adcScan(int start, int end, int units, float[] value) Scans ADC channels
void	MccUsb.blink() Blinks the LED
void	MccUsb.calConfig(int gain, int polarity, int path) Configures the calibration MUX
void	MccUsb.calibrate(int type) Calibrates the ADC channels
void	MccUsb.calSteps(int[] steps) Gets the number of calibration steps
void	MccUsb.close() Closes the connection to the device
void	MccUsb.cntrInit() Initializes the event counter (sets it to zero)
int	MccUsb.cntrRead() Reads the event counter
void	MccUsb.configAlarm(int alarm, int iOptns, int oOptns, float value1, float value2) Configures an alarm
void	MccUsb.dioConfig(int direction) Configures the DIO port
void	MccUsb.dioConfigBit(int bitno, int direction) Configures one DIO line
int	MccUsb.dioIn() Reads all the DIO lines
int	MccUsb.dioInBit(int bitno) Reads one DIO line
void	MccUsb.dioOut(int value) Writes all the DIO lines
void	MccUsb.dioOutBit(int bitno, int value) Writes one DIO line
void	MccUsb.getAlarmConfig(int alarm, int[] optns, float[] values) Gets an alarm configuration
int	MccUsb.getBurnout(int mask) Gets the burnout status and clears it under a mask
float	MccUsb.getCoefficient(int chan, int coeff) Gets a channel's coefficient
int	MccUsb.getExcitation(int chan) Gets a channel pair's current excitation
int	MccUsb.getFilterRate(int chan) Gets a channel pair's filter update rate
int	MccUsb.getGain(int chan) Gets a channel's gain
float	MccUsb.getItem(int item, int subItem) Gets a configuration item
float	MccUsb.getReferenceVoltage(int chan) Gets a channel pair's reference voltage
int	MccUsb.getSensorType(int chan) Gets a channel pair's sensor type
int	MccUsb.getStatus() Gets the calibration status
int	MccUsb.getTCType(int chan) Gets a channel's thermocouple type
int	MccUsb.getThermConnType(int chan) Gets a thermistor or RTD channel pair's connection type
int	MccUsb.getVoltageConnType(int chan) Gets a voltage channel's connection type
void	MccUsb.open(int did, String serial, boolean force) Opens a connection to the device
void	MccTc.open(String serial, boolean force) Opens device connection
void	MccTcAi.open(String serial, boolean force) Opens device connection
void	MccTemp.open(String serial, boolean force) Opens device connection
void	MccUsb.prepareDownload(int code, int micro) Prepares for a download
int	MccUsb.readCode(int addr, int count, byte[] data) Reads firmware code
int	MccUsb.readMemory(int addr, int type, int count, byte[] data) Reads device memory
void	MccUsb.reset() Resets the device
void	MccUsb.setCoefficient(int chan, int coeff, float value) Sets a channel's coefficient
void	MccUsb.setExcitation(int chan, int value) Sets a channel pair's current excitation
void	MccUsb.setGain(int chan, int gain) Sets a channel's gain
void	MccUsb.setItem(int item, int subItem, float value) Sets a configuration item
void	MccUsb.setSensorType(int chan, int type) Sets a channel pair's sensor type
void	MccUsb.setTCType(int chan, int type) Sets a channel's thermocouple type
void	MccUsb.setThermConnType(int chan, int type) Sets a thermistor or RTD channel pair's connection type
void	MccUsb.setVoltageConnType(int chan, int type) Sets a voltage channel's connection type
void	MccUsb.writeCode(int addr, int count, byte[] data) Writes firmware code
int	MccUsb.writeMemory(int addr, int type, int count, byte[] data) Writes device memory
void	MccUsb.writeSerial(String serial) Writes the serial number