def __repr__(self):
"""
.. todo:: support double precision
"""
msg = '\n$' + '-' * 80
msg += '\n$ %s Matrix %s\n' % (self.type, self.name)
list_fields = [
self.type, self.name, 0, self.ifo, self.tin, self.tout, self.polar,
None, self.ncol
]
msg += print_card(list_fields)
if self.isComplex():
for (GCi, GCj, reali, imagi) in zip(self.GCi, self.GCj, self.Real,
self.Complex):
list_fields = [
self.type, self.name, GCj[0], GCj[1], None, GCi[0], GCi[1],
reali, imagi
]
msg += print_card(list_fields)
else:
for (GCi, GCj, reali) in zip(self.GCi, self.GCj, self.Real):
list_fields = [
self.type, self.name, GCj[0], GCj[1], None, GCi[0], GCi[1],
reali, None
]
msg += print_card(list_fields)
return msg
def write_bdf(self, size, card_writer):
"""
.. todo:: support double precision
"""
msg = '\n$' + '-' * 80
msg += '\n$ %s Matrix %s\n' % (self.type, self.name)
list_fields = [self.type, self.name, 0, self.ifo, self.tin,
self.tout, self.polar, None, self.ncol]
msg += print_card(list_fields)
if self.is_complex():
if self.is_polar():
for (GCi, GCj, reali, imagi) in zip(self.GCi, self.GCj, self.Real, self.Complex):
magi = sqrt(reali**2 + complexi**2)
if reali == 0.0:
phasei = 0.0
else:
phasei = degrees(atan2(complexi, reali))
list_fields = [self.type, self.name, GCj[0], GCj[1],
None, GCi[0], GCi[1], magi, phasei]
msg += print_card(list_fields)
else:
for (GCi, GCj, reali, imagi) in zip(self.GCi, self.GCj, self.Real, self.Complex):
list_fields = [self.type, self.name, GCj[0], GCj[1],
None, GCi[0], GCi[1], reali, imagi]
msg += print_card(list_fields)
else:
for (GCi, GCj, reali) in zip(self.GCi, self.GCj, self.Real):
list_fields = [self.type, self.name, GCj[0], GCj[1],
None, GCi[0], GCi[1], reali, None]
msg += print_card(list_fields)
return msg
def write_bdf(self, size, card_writer):
msg = '\n$' + '-' * 80
msg += '\n$ %s Matrix %s\n' % ('DMI', self.name)
list_fields = ['DMI', self.name, 0, self.form, self.tin,
self.tout, None, self.nRows, self.nCols]
msg += print_card(list_fields)
#msg += self.print_card(list_fields,size=16,isD=False)
if self.is_complex():
for (GCi, GCj, reali, imagi) in zip(self.GCi, self.GCj, self.Real, self.Complex):
list_fields = ['DMI', self.name, GCj, GCi, reali, imagi]
msg += print_card(list_fields)
else:
for (GCi, GCj, reali) in zip(self.GCi, self.GCj, self.Real):
list_fields = ['DMI', self.name, GCj, GCi, reali]
msg += print_card(list_fields)
return msg
def write_bdf(self, size, card_writer):
"""
.. todo:: support double precision
"""
msg = '\n$' + '-' * 80
msg += '\n$ %s Matrix %s\n' % (self.type, self.name)
list_fields = [
self.type, self.name, 0, self.ifo, self.tin, self.tout, self.polar,
None, self.ncol
]
msg += print_card(list_fields)
if self.isComplex():
if self.isPolar():
for (GCi, GCj, reali, imagi) in izip(self.GCi, self.GCj,
self.Real, self.Complex):
magi = sqrt(reali**2 + complexi**2)
if reali == 0.0:
phasei = 0.0
else:
phasei = degrees(atan2(complexi, reali))
list_fields = [
self.type, self.name, GCj[0], GCj[1], None, GCi[0],
GCi[1], magi, phasei
]
msg += print_card(list_fields)
else:
for (GCi, GCj, reali, imagi) in izip(self.GCi, self.GCj,
self.Real, self.Complex):
list_fields = [
self.type, self.name, GCj[0], GCj[1], None, GCi[0],
GCi[1], reali, imagi
]
msg += print_card(list_fields)
else:
for (GCi, GCj, reali) in izip(self.GCi, self.GCj, self.Real):
list_fields = [
self.type, self.name, GCj[0], GCj[1], None, GCi[0], GCi[1],
reali, None
]
msg += print_card(list_fields)
return msg
def write_bdf(self, size, card_writer):
msg = '\n$' + '-' * 80
msg += '\n$ %s Matrix %s\n' % ('DMI', self.name)
list_fields = [
'DMI', self.name, 0, self.form, self.tin, self.tout, None,
self.nRows, self.nCols
]
msg += print_card(list_fields)
#msg += self.print_card(list_fields,size=16,isD=False)
if self.isComplex():
for (GCi, GCj, reali, imagi) in izip(self.GCi, self.GCj, self.Real,
self.Complex):
list_fields = ['DMI', self.name, GCj, GCi, reali, imagi]
msg += print_card(list_fields)
else:
for (GCi, GCj, reali) in izip(self.GCi, self.GCj, self.Real):
list_fields = ['DMI', self.name, GCj, GCi, reali]
msg += print_card(list_fields)
return msg
def __repr__(self):
"""
.. todo:: support double precision
"""
msg = '\n$' + '-' * 80
msg += '\n$ %s Matrix %s\n' % (self.type, self.name)
list_fields = [self.type, self.name, 0, self.ifo, self.tin,
self.tout, self.polar, None, self.ncol]
msg += print_card(list_fields)
if self.isComplex():
for (GCi, GCj, reali, imagi) in zip(self.GCi, self.GCj, self.Real, self.Complex):
list_fields = [self.type, self.name, GCj[0], GCj[1],
None, GCi[0], GCi[1], reali, imagi]
msg += print_card(list_fields)
else:
for (GCi, GCj, reali) in zip(self.GCi, self.GCj, self.Real):
list_fields = [self.type, self.name, GCj[0], GCj[1],
None, GCi[0], GCi[1], reali, None]
msg += print_card(list_fields)
return msg