from pygenie.init import _make_initialized
_make_initialized()
from pygenie.utils import extract_defines, hex_int
from pygenie.init import S560_PATH
pars = extract_defines(S560_PATH / 'CAMPDEF.H',
prefix="CAM_",
required_names=[],
value_mapper=hex_int)
print(len(pars))
import enum
import re
from pygenie.init import _make_initialized; _make_initialized()
from pygenie.init import S560_PATH
from pygenie.utils import extract_defines
DEFINE_REGEXP = r"\#define\s+(?P<symbol>[^\s]+)\s+(?P<value>[^\s]+)\s+"
# with rc.open() as f:
# for m in re.finditer(DEFINE_REGEXP, f.read()):
# print(m.group("symbol") + " " + m.group("value"))
import numpy as np
from pygenie import init
init._make_initialized()
from pygenie.lib import check_for_error
from pygenie.lib.params._par_type import PARAM_GENERATOR, Parameter, ParamAliasBase
class ParamAlias(ParamAliasBase):
NUMBER_OF_CHANNELS = "L_CHANNELS"
TIME_LIVE = "X_ELIVE"
TIME_REAL = "X_EREAL"
class SampleDescription(ParamAliasBase):
TITLE = "T_STITLE"
ID = "T_SIDENT"
DESCRIPTION = PARAM_GENERATOR.get_serial_parametr("T_SDESC{}")
MEASURE_START_TIME = "X_ASTIME"
class EnergyCalibration(ParamAliasBase):
TYPE = "T_ECALTYPE"
UNIT = "T_ECALUNITS"