def _parse_line(self, line):
"""Gets the string line with data from input file,
creates and returns the geometry object for this string.
"""
keys = ['pname','pindex','oname','oindex','x0','y0','z0','rot_z','rot_y','rot_x','tilt_z','tilt_y','tilt_x']
f = line.split()
if len(f) != len(keys):
logger.debug('The list length for fields from file: %d is not equal to expected: %d' % (len(f), len(keys)))
return
vals = [str (f[0]),
int (f[1]),
str (f[2]),
int (f[3]),
float(f[4]),
float(f[5]),
float(f[6]),
float(f[7]),
float(f[8]),
float(f[9]),
float(f[10]),
float(f[11]),
float(f[12])
]
# catch positive Z for IP - in the image-matrix psana frame (z opposite to beam)
# detector Z relative to IP should always be negative.
if vals[0][:2]=='IP' and vals[6]>0: vals[6]=-vals[6]
d = dict(zip(keys, vals))
d['use_wide_pix_center'] = self.use_wide_pix_center
return GeometryObject(**d)
def _find_parent(self, geobj):
"""Finds and returns parent for geobj geometry object.
"""
for geo in self.list_of_geos:
if geo == geobj: continue
if geo.oindex == geobj.pindex \
and geo.oname == geobj.pname:
return geo
# The name of parent object is not found among geo names in the self.list_of_geos
# add top parent object to the list
if geobj.pname is not None:
top_parent = GeometryObject(pname=None, pindex=0, oname=geobj.pname, oindex=geobj.pindex,\
use_wide_pix_center=self.use_wide_pix_center)
self.list_of_geos.append(top_parent)
return top_parent
return None # for top parent itself
def _parse_line(self, line):
"""Gets the string line with data from input file,
creates and returns the geometry object for this string.
"""
keys = [
'pname', 'pindex', 'oname', 'oindex', 'x0', 'y0', 'z0', 'rot_z',
'rot_y', 'rot_x', 'tilt_z', 'tilt_y', 'tilt_x'
]
f = line.split()
if len(f) != len(keys):
print(
'The list length for fields from file: %d is not equal to expected: %d'
% (len(f), len(keys)))
return
vals = [
str(f[0]),
int(f[1]),
str(f[2]),
int(f[3]),
float(f[4]),
float(f[5]),
float(f[6]),
float(f[7]),
float(f[8]),
float(f[9]),
float(f[10]),
float(f[11]),
float(f[12])
]
#print('keys: ', keys)
#print('vals: ', vals)
d = dict(zip(keys, vals))
#print('d=', d)
#return d
return GeometryObject(**d)