def handleTRANSFORM(self, fh, line):
nset = None
for part in line.parts:
part = part.upper()
if part.startswith("NSET="):
_, nset = part.split("=")
elif part.startswith("TYPE="):
_, csys = part.split("=")
if csys != 'R':
raise ParserError(line, 'Only rectangular (R) system supported')
else:
raise ParserError(line, '*TRANSFORM definition malformed!')
if nset is None or nset not in self.nset:
raise FEError("NSET not valid or not defined")
# fetch next line
line = self.nextline(fh)
if line.keyword or line is EmptyLine:
raise ParserError(line, 'Expected *TRANSFORM definitions!')
ax, ay, az, bx, by, bz = map(float, line.parts)
csys = Transform.carthesian((ax, ay, az), (bx, by, bz))
for nid in self.nset[nset]:
node = self.nodemap[nid]
node.coordSys = csys
return line
def handleTRANSFORM(self, fh, line):
nset = None
for part in line.parts:
part = part.upper()
if part.startswith("NSET="):
_, nset = part.split("=")
elif part.startswith("TYPE="):
_, csys = part.split("=")
if csys != 'R':
raise ParserError(line,
'Only rectangular (R) system supported')
else:
raise ParserError(line, '*TRANSFORM definition malformed!')
if nset is None or nset not in self.nset:
raise FEError("NSET not valid or not defined")
# fetch next line
line = self.nextline(fh)
if line.keyword or line is EmptyLine:
raise ParserError(line, 'Expected *TRANSFORM definitions!')
ax, ay, az, bx, by, bz = map(float, line.parts)
csys = Transform.carthesian((ax, ay, az), (bx, by, bz))
for nid in self.nset[nset]:
node = self.nodemap[nid]
node.coordSys = csys
return line
def __init__(self): Transform.__init__(self)
def __init__(self):
Transform.__init__(self)
