Variables
	disturbance = pyfits.getdata('tipOnDM.fits')
	Stop sending commands to DM, make it flat agian and running 50 frames wfcCtrl.StopDisturbance() wfcCtrl.ResetShape() wfcCtrlCommon.startLoop(50) More...

	CONFIG

	SE

	P1 = se.getPosition()['SE06']

	P2 = se.getPosition()['SE06']

	delP = P1 - P2

float	scale = delP/30.0

	actuator = np.zeros((100,349))
	from LaosWfcCtrl import * import time wfcCtrl, wfcCtrlCommon, wfcFitsWriter = Wfc.connect("laos.sx.hws.wfc.loop-svr.WFC") More...

	idx = wfcCtrl.getLastBufferNum()

	current_shape = actuator.mean(axis=0)

	m2c_inverse = la.pinv(m2c,rcond=1e-15)

	current_modes = np.dot(m2c_inverse,current_shape)

	measured_tip

	measured_tilt

list	tip_tilt_measured = [measured_tip,measured_tilt]

list	tip_mult_vector = [1.28678/1009.14360579, -7.68663/1009.14360579]

list	tilt_mult_vector = [7.11891/1041.2522373 , 1.18884/1041.2522373]

list	tip_tilt_matrix = [tip_mult_vector, tilt_mult_vector]

	SE_relative_displacement = np.rint(np.dot(tip_tilt_matrix,tip_tilt_measured))

	gain = np.zeros(349)

	delX

	delY

	q = MapStringPoint()

Variable Documentation

◆ actuator

Kalyan_tipTiltOffload2SE.actuator = np.zeros((100,349))

from LaosWfcCtrl import * import time wfcCtrl, wfcCtrlCommon, wfcFitsWriter = Wfc.connect("laos.sx.hws.wfc.loop-svr.WFC")

◆ CONFIG

Kalyan_tipTiltOffload2SE.CONFIG

◆ current_modes

Kalyan_tipTiltOffload2SE.current_modes = np.dot(m2c_inverse,current_shape)

◆ current_shape

Kalyan_tipTiltOffload2SE.current_shape = actuator.mean(axis=0)

◆ delP

Kalyan_tipTiltOffload2SE.delP = P1 - P2

◆ delX

Kalyan_tipTiltOffload2SE.delX

◆ delY

Kalyan_tipTiltOffload2SE.delY

◆ disturbance

Kalyan_tipTiltOffload2SE.disturbance = pyfits.getdata('tipOnDM.fits')

Stop sending commands to DM, make it flat agian and running 50 frames wfcCtrl.StopDisturbance() wfcCtrl.ResetShape() wfcCtrlCommon.startLoop(50)

◆ gain

Kalyan_tipTiltOffload2SE.gain = np.zeros(349)

◆ idx

Kalyan_tipTiltOffload2SE.idx = wfcCtrl.getLastBufferNum()

◆ m2c_inverse

Kalyan_tipTiltOffload2SE.m2c_inverse = la.pinv(m2c,rcond=1e-15)

◆ measured_tilt

Kalyan_tipTiltOffload2SE.measured_tilt

◆ measured_tip

Kalyan_tipTiltOffload2SE.measured_tip

◆ P1

Kalyan_tipTiltOffload2SE.P1 = se.getPosition()['SE06']

◆ P2

Kalyan_tipTiltOffload2SE.P2 = se.getPosition()['SE06']

◆ q

Kalyan_tipTiltOffload2SE.q = MapStringPoint()

◆ scale

float Kalyan_tipTiltOffload2SE.scale = delP/30.0

◆ SE

Kalyan_tipTiltOffload2SE.SE

◆ SE_relative_displacement

Kalyan_tipTiltOffload2SE.SE_relative_displacement = np.rint(np.dot(tip_tilt_matrix,tip_tilt_measured))

◆ tilt_mult_vector

list Kalyan_tipTiltOffload2SE.tilt_mult_vector = [7.11891/1041.2522373 , 1.18884/1041.2522373]

◆ tip_mult_vector

list Kalyan_tipTiltOffload2SE.tip_mult_vector = [1.28678/1009.14360579, -7.68663/1009.14360579]

◆ tip_tilt_matrix

list Kalyan_tipTiltOffload2SE.tip_tilt_matrix = [tip_mult_vector, tilt_mult_vector]

◆ tip_tilt_measured

list Kalyan_tipTiltOffload2SE.tip_tilt_measured = [measured_tip,measured_tilt]

Variables