cbass.roach Class Reference

Classes
class	Coefficients
class	status

Public Member Functions
def	updatePower
def	updatePolarisation
def	readIntegration64bit
def	readIntegration64bitSigned
def	instantiateRoach
def	readCoefficientsFromDisk
def	saveCoefficientstoDisk
def	writeCoefficients
def	readCoefficients
def	rotateByVector
def	initialiseCoefficients
def	diodeOn
def	diodeOff
def	bramr
def	bramw

Static Public Attributes
tuple	Ch1 = self.readIntegration64bit('Subsystem1_ch1','Subsystem1_ch2')
tuple	Ch2 = self.readIntegration64bit('Subsystem1_ch3','Subsystem1_ch4')
tuple	Ch3 = self.readIntegration64bit('Subsystem1_ch5','Subsystem1_ch6')
tuple	Ch4 = self.readIntegration64bit('Subsystem1_ch7','Subsystem1_ch8')
tuple	RR = self.readIntegration64bit('Subsystem1_ch1','Subsystem1_ch2')
tuple	Rload = self.readIntegration64bit('Subsystem1_ch9','Subsystem1_ch10')
tuple	LL = self.readIntegration64bit('Subsystem1_ch3','Subsystem1_ch4')
tuple	Lload = self.readIntegration64bit('Subsystem1_ch11','Subsystem1_ch12')
tuple	Q = self.readIntegration64bitSigned('Subsystem1_ch5','Subsystem1_ch6')
tuple	U = self.readIntegration64bitSigned('Subsystem1_ch7','Subsystem1_ch8')
tuple	a = scale*numpy.ones(32)
int	b = 1
tuple	bramvals = self.fpga.read(bname,samples*4,0)
string	string = '>'
tuple	b_0 = struct.unpack(string,bramvals)
tuple	data = numpy.array(b_0)

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The documentation for this class was generated from the following file:

• gcpCbass/antenna/control/cbass/roachserver/roachCal/cbass.py