def readItem(l1, db):
if '.' in l1[0]:
l2 = l1[0].split('.', 1)
if l2[0] in db:
if type(db[l2[0]]) == dict:
child = db[l2[0]]
else:
child = Properties()
else:
child = Properties()
l1[0] = l2[1]
ln = readItem(l1, child)
db[l2[0]] = child
return ln
else:
l2 = l1[1].split(';', 1)
if l2[0][0] == '[':
l3 = l2[0][1:-1].split(',')
storeValue(db, l1[0], l3)
else:
storeValue(db, l1[0], l2[0])
return l2[1]
def __init__(self, props, globdat):
self.prefix = globdat.prefix
self.extension = ".out"
self.onScreen = False
BaseModule.__init__(self, props)
if not hasattr(self, "filename"):
self.filename = self.prefix + self.extension
self.columndata = []
for i, col in enumerate(self.columns):
if hasattr(self, col):
colProps = getattr(self, col)
else:
colProps = Properties()
if not hasattr(colProps, "type"):
colProps.type = col
if not hasattr(colProps, "factor"):
colProps.factor = 1.0
if hasattr(colProps, "node"):
if type(colProps.node) == str:
colProps.node = globdat.nodes.groups[colProps.node]
self.columndata.append(colProps)
if self.onScreen and hasattr(globdat, "onScreen"):
self.onScreen = False
else:
globdat.onScreen = True
self.fig = gcf()
self.fig.show()
self.fig.canvas.draw()
self.outfile = open(self.filename, 'w')
if self.onScreen:
self.output = []
xlabel(self.columns[0])
ylabel(self.columns[1])
ion()
self.run(props, globdat)
def fileParser( fileName ):
db = Properties()
f = open(fileName)
f2 = ''
for line in f:
if not line.startswith('#'):
f2 = f2+line
ln = open(fileName).read().replace('\n','').replace('\t','').replace(' ','').replace('\r','')
ln = f2.replace('\n','').replace('\t','').replace(' ','').replace('\r','')
readBlock( ln , db )
return db
def readBlock(ln, db):
while True:
if ln[0:7] == 'include':
l1 = ln.split(';', 1)
deepFileParser(l1[0][8:-1], db)
ln = l1[1]
continue
l1 = ln.split('=', 1)
if len(l1) == 1:
return ln
if l1[0][0:2] == '};':
return ln[2:]
if l1[0][0:2] == '//':
ln = l1[1].split(';', 1)[1]
continue
#if l1[0][0:1] == '#':
# ln = l1[1].split(';',1)[1]
# continue
if l1[1][0] == '{':
child = Properties()
ln = l1[1][1:]
ln = readBlock(ln, child)
db.store(l1[0], child)
else:
ln = readItem(l1, db)
#External load increment
DF = 50 #N
#Solver parameters
N = 30
tol = 1e-6
iterMax = 5
##############################
# Store data in properties #
##############################
from pyfem.util.dataStructures import Properties
props = Properties()
props.TrussElem = Properties({'type': 'Truss', 'E': 5e6, 'Area': 1.0})
props.SpringElem = Properties({'type': 'Spring', 'k': 2000.})
#############################
# Defining finite element #
# data structures #
#############################
#NodeSet
from pyfem.fem.NodeSet import NodeSet
nodes = NodeSet()
nodes.add(1, [
0., 0.
#External load increment
DF = 50 #N
#Solver parameters
N = 30
tol = 1e-6
iterMax = 5
##############################
# Store data in properties #
##############################
from pyfem.util.dataStructures import Properties
props = Properties()
props.TrussElem = Properties( { 'type' : 'Truss' , 'E' : 5e6 , 'Area' : 1.0 } )
props.SpringElem = Properties( { 'type' : 'Spring' , 'k' : 2000. } )
#############################
# Defining finite element #
# data structures #
#############################
#NodeSet
from pyfem.fem.NodeSet import NodeSet
nodes = NodeSet()
nodes.add( 1, [ 0.,0. ] ) #Attachement point of spring (can be positioned anywhere along the y-axis)
nodes.add( 2, [-10.,0. ] ) #Left support
