read_multiport Namespace Reference

Variables
	header_dt
int	frames = 1
int	parts = 2
int	frame_cols = 1024
int	frame_rows = 512
int	part_cols = 1024
int	part_rows = 256
	parts_data = np.zeros((frames,parts,part_rows,part_cols), dtype = np.uint16)
	data = np.zeros((frames,frame_rows,frame_cols), dtype = np.uint16)
	header = np.zeros((frames,parts), dtype = header_dt)
str	file_name = f'jungfrau_double_d{part}_f{frame}_{0}.raw'
	f
	dtype
	count
	uint16
	axis

Variable Documentation

axis

read_multiport.axis

count

read_multiport.count

data

read_multiport.data = np.zeros((frames,frame_rows,frame_cols), dtype = np.uint16)

dtype

read_multiport.dtype

f

read_multiport.f

file_name

str read_multiport.file_name = f'jungfrau_double_d{part}_f{frame}_{0}.raw'

frame_cols

int read_multiport.frame_cols = 1024

frame_rows

int read_multiport.frame_rows = 512

frames

int read_multiport.frames = 1

header

read_multiport.header = np.zeros((frames,parts), dtype = header_dt)

header_dt

read_multiport.header_dt

Initial value:

=  np.dtype(
    [
        ("Frame Number", "u8"),
        ("SubFrame Number/ExpLength", "u4"),
        ("Packet Number", "u4"),
        ("Bunch ID", "u8"),
        ("Timestamp", "u8"),
        ("Module Id", "u2"),
        ("Row", "u2"),
        ("Column", "u2"),
        ("Reserved", "u2"),
        ("Debug", "u4"),
        ("Round Robin Number", "u2"),
        ("Detector Type", "u1"),
        ("Header Version", "u1"),
        ("Packets caught mask", "8u8")
    ]
)

part_cols

int read_multiport.part_cols = 1024

part_rows

int read_multiport.part_rows = 256

parts

int read_multiport.parts = 2

parts_data

read_multiport.parts_data = np.zeros((frames,parts,part_rows,part_cols), dtype = np.uint16)

uint16

read_multiport.uint16