def element(self, elist, setname='default', daterange=None, seqlist=None):
''' create list of Conn instance and add to connlist
list -- connectivity information of the elements [[n11,n12,..1n],
[n21,n22,..2n]]
sequence will be automatically added based on the increment
from current max seq of elements
'''
# get current max seq
ne = self.connlist.get_seqmax()
tempelem = []
tempelemseqlist = []
ne_seq = -1
#t0 = time.time()
for item in elist:
ne += 1
ne_seq += 1
# try convert to desired numpy array
try:
if daterange == None:
item = np.array(item, dtype=int)
else:
item = np.array(item[daterange[0]:daterange[1]], dtype=int)
except:
raise ValueError, ('input element connectivity', item,
'can not convert to numpy int array')
if seqlist == None:
tempelem.append(conn(item, seq=ne))
else:
tempelem.append(conn(item, seq=seqlist[ne_seq]))
tempelemseqlist.append(ne)
#t1 = time.time() - t0
#print 'time to create elements %s ' % str(t1)
#t0 = time.time()
self.connlist.addbylist(tempelem)
#t1 = time.time() - t0
#print 'time to add elements %s ' % str(t1)
#t0 = time.time()
if setname not in self.setlist.keys():
self.elemset(setname, {'elemlist': tempelemseqlist})
else:
self.setlist[setname].addelem(tempelemseqlist)
#t1 = time.time() - t0
#print 'time to add elements to set%s ' % str(t1)
return tempelemseqlist
def element(self,elist,setname='default',daterange=None,seqlist=None):
''' create list of Conn instance and add to connlist
list -- connectivity information of the elements [[n11,n12,..1n],
[n21,n22,..2n]]
sequence will be automatically added based on the increment
from current max seq of elements
'''
# get current max seq
ne = self.connlist.get_seqmax()
tempelem = []
tempelemseqlist = []
ne_seq = -1
#t0 = time.time()
for item in elist:
ne += 1
ne_seq += 1
# try convert to desired numpy array
try:
if daterange == None:
item = np.array(item,dtype=int)
else:
item = np.array(item[daterange[0]:daterange[1]],dtype=int)
except:
raise ValueError,('input element connectivity',item,
'can not convert to numpy int array')
if seqlist == None:
tempelem.append(conn(item,seq=ne))
else:
tempelem.append(conn(item,seq=seqlist[ne_seq]))
tempelemseqlist.append(ne)
#t1 = time.time() - t0
#print 'time to create elements %s ' % str(t1)
#t0 = time.time()
self.connlist.addbylist(tempelem)
#t1 = time.time() - t0
#print 'time to add elements %s ' % str(t1)
#t0 = time.time()
if setname not in self.setlist.keys():
self.elemset(setname,{'elemlist':tempelemseqlist})
else:
self.setlist[setname].addelem(tempelemseqlist)
#t1 = time.time() - t0
#print 'time to add elements to set%s ' % str(t1)
return tempelemseqlist
def add_element(self, item, setname=None):
ne = self.connlist.get_seqmax()
# try convert to desired numpy array
try:
item = np.array(item, dtype=int)
except:
raise ValueError, ('input element connectivity', item,
'can not convert to numpy int array')
tempelem = conn(item, seq=ne + 1)
# add to connnlist
self.connlist.add(tempelem)
if setname != None:
self.add_to_set(setname, [ne + 1], settype='element')
return tempelem
def add_element(self,item,setname=None):
ne = self.connlist.get_seqmax()
# try convert to desired numpy array
try:
item = np.array(item,dtype=int)
except:
raise ValueError,('input element connectivity',item,
'can not convert to numpy int array')
tempelem = conn(item,seq=ne+1)
# add to connnlist
self.connlist.add(tempelem)
if setname != None:
self.add_to_set(setname,[ne+1],settype='element')
return tempelem
