dectris.albula.DImageModule Class Reference

class DImageModule provides information of an image module e.g. More...

Public Member Functions
def	DImageModule (geometry, chips, moduleNumber=- 1)
	Construct DImageModule given the absolute geometry of the module within the image and the geometry of the chips and the module number. More...
def	DImageModule (module)
	Copy constructor. More...
def	geometry ()
def	move (dx, dy)
	move the module by dx, dy holding the module size and the relative location for the chips constant. More...
def	setModuleNumber (n)
	sets the module number More...
def	setVrf (vrf)
	sets Vrf More...
def	numberOfChips ()
def	moduleNumber ()
def	numberOfDACs ()
def	vrf ()
def	dacValue (iDac)
def	dacName (iDac)
def	load_countrate_correction_lookup_table ()
	loads the countrate lut from the optionalData More...
def	absoluteChipGeometry (chipNumber)
	Absolute (i.e. with respect to image coordinates) size and position of a chip. More...
def	chip (chipNumber)
	Relative (i.e. with respect to module coordinates) size and position of a chip. More...

Detailed Description

class DImageModule provides information of an image module e.g.

dimensions and coordinates.

Constructor & Destructor Documentation

DImageModule() [1/2]

def dectris.albula.DImageModule.DImageModule	(		geometry,
			chips,
			moduleNumber = - 1
	)

Construct DImageModule given the absolute geometry of the module within the image and the geometry of the chips and the module number.

Throws an DOutOfRangeException if length of chips is larger than MAX_NUMBER_OF_CHIPS.

Parameters

geometry	DRect holding the absolute geometry of the module within the image
chips	List of DRects holding the geometries of the chips relative to the module
moduleNumber	Optional number identifying the module

DImageModule() [2/2]

def dectris.albula.DImageModule.DImageModule

(

module

)

Copy constructor.

Parameters

module

Construct DImageModule from existing DImageModule module

Member Function Documentation

absoluteChipGeometry()

def dectris.albula.DImageModule.absoluteChipGeometry

(

chipNumber

)

Absolute (i.e. with respect to image coordinates) size and position of a chip.

Eventually throws an DOutOfRangeException. See also chip(int chipNumber).

Parameters

chipNumber

number of the chip

Returns

DRect containing the geometry

chip()

def dectris.albula.DImageModule.chip

(

chipNumber

)

Relative (i.e. with respect to module coordinates) size and position of a chip.

Eventually throws an DOutOfRangeException. See also absoluteChipGeometry(int chipNumber);

Parameters

chipNumber

number of the chip

Returns

DRect containing the geometry

dacName()

def dectris.albula.DImageModule.dacName

(

iDac

)

Returns

the DAC name

dacValue()

def dectris.albula.DImageModule.dacValue

(

iDac

)

Returns

the DAC value

geometry()

def dectris.albula.DImageModule.geometry

(

)

Returns

DRect that contains the size and position of the module with respect to image coordinates

load_countrate_correction_lookup_table()

def dectris.albula.DImageModule.load_countrate_correction_lookup_table

(

)

loads the countrate lut from the optionalData

moduleNumber()

def dectris.albula.DImageModule.moduleNumber

(

)

Returns

return module number

move()

def dectris.albula.DImageModule.move	(		dx,
			dy
	)

move the module by dx, dy holding the module size and the relative location for the chips constant.

Parameters

dx	move in x direction by dx
dy	move in y direction by dy

numberOfChips()

def dectris.albula.DImageModule.numberOfChips

(

)

Returns

return number of chips

numberOfDACs()

def dectris.albula.DImageModule.numberOfDACs

(

)

Returns

return number of DACs

setModuleNumber()

def dectris.albula.DImageModule.setModuleNumber

(

n

)

sets the module number

setVrf()

def dectris.albula.DImageModule.setVrf

(

vrf

)

sets Vrf

vrf()

def dectris.albula.DImageModule.vrf

(

)

Returns

the vrf value