Functions
def	get_Xinetics_tiptilt ()

def	get_Slopes_tiptilt ()

def	calculate_SE_displacement (current_shape)

def	displace_SEs (finalX, finalY)

def	accountForKmirrorAngle (delX, delY)

Variables
	config = Application.config()

	se = SE.connect(config.node('ACQ.CFG.ENDPOINT.SE').String)

	wfcCtrl

	wfcCtrlCommon

	wfcFitsWriter

	drot = DROT.connect(config.node('CFG.DROT.ENDPOINT').String)

	filePrefix = time.strftime("%Y-%m-%d-%H-%M", time.localtime())

	log_file = config.node('CFG.LOGFILE').String

	file_m2c = config.node('CFG.IM.M2C_FILE').String

	m2c = pyfits.getdata(file_m2c)

	acquired_SEs = sys.argv[2]

	acquired_SE_list = acquired_SEs.split()

def	current_shape = get_Xinetics_tiptilt()

	delX

	delY

	finalX

	finalY

Function Documentation

◆ accountForKmirrorAngle()

def laospy.HWS_Offload_Tip-Tilt2SE.accountForKmirrorAngle	(	delX,
		delY
	)

Gets the current position of the K-mirror angle

◆ calculate_SE_displacement()

def laospy.HWS_Offload_Tip-Tilt2SE.calculate_SE_displacement ( current_shape )

Calcualtes the SE displacement for the current_shape (DM) passed. 
Returns the delX, delY values (displacement values for all the acquired SEs)
Note that this function make use of the already calibrated matrix.

◆ displace_SEs()

def laospy.HWS_Offload_Tip-Tilt2SE.displace_SEs	(	finalX,
		finalY
	)

Displaces all the acquired SEs by the same delX, delY amount in Focalplane coordinates (in microns)
Note that all the other SEs do not move from their already existing position.
And that since the relative displacements we make (delX,delY) are very small, <200um, the collision is not anticipated.

◆ get_Slopes_tiptilt()

def laospy.HWS_Offload_Tip-Tilt2SE.get_Slopes_tiptilt ( )

Function that will connect to ringbuffer, extract 1000 slopes in open lopop spread across some frames.
From the tip-tilt we translate to the DMcommands manually multiplying with the current recMat and a gain value.
The SE relative diplacements in X and Y (in focal Plane coordinates) are returned.

◆ get_Xinetics_tiptilt()

def laospy.HWS_Offload_Tip-Tilt2SE.get_Xinetics_tiptilt ( )

Function that will connect to ringbuffer, extract 1000 dmCommands spread across 1 min.
The average shape of the DM is returned.

Variable Documentation

◆ acquired_SE_list

laospy.HWS_Offload_Tip-Tilt2SE.acquired_SE_list = acquired_SEs.split()

◆ acquired_SEs

laospy.HWS_Offload_Tip-Tilt2SE.acquired_SEs = sys.argv[2]

◆ config

laospy.HWS_Offload_Tip-Tilt2SE.config = Application.config()

◆ current_shape

def laospy.HWS_Offload_Tip-Tilt2SE.current_shape = get_Xinetics_tiptilt()

◆ delX

laospy.HWS_Offload_Tip-Tilt2SE.delX

◆ delY

laospy.HWS_Offload_Tip-Tilt2SE.delY

◆ drot

laospy.HWS_Offload_Tip-Tilt2SE.drot = DROT.connect(config.node('CFG.DROT.ENDPOINT').String)

◆ file_m2c

laospy.HWS_Offload_Tip-Tilt2SE.file_m2c = config.node('CFG.IM.M2C_FILE').String

◆ filePrefix

laospy.HWS_Offload_Tip-Tilt2SE.filePrefix = time.strftime("%Y-%m-%d-%H-%M", time.localtime())

◆ finalX

laospy.HWS_Offload_Tip-Tilt2SE.finalX

◆ finalY

laospy.HWS_Offload_Tip-Tilt2SE.finalY

◆ log_file

laospy.HWS_Offload_Tip-Tilt2SE.log_file = config.node('CFG.LOGFILE').String

◆ m2c

laospy.HWS_Offload_Tip-Tilt2SE.m2c = pyfits.getdata(file_m2c)

◆ se

laospy.HWS_Offload_Tip-Tilt2SE.se = SE.connect(config.node('ACQ.CFG.ENDPOINT.SE').String)

◆ wfcCtrl

laospy.HWS_Offload_Tip-Tilt2SE.wfcCtrl

◆ wfcCtrlCommon

laospy.HWS_Offload_Tip-Tilt2SE.wfcCtrlCommon

◆ wfcFitsWriter

laospy.HWS_Offload_Tip-Tilt2SE.wfcFitsWriter

Functions

Variables