def test_findparts(self):
g=vdss.opendss(self.file1)
gx=vdss.findparts(g, a='EX1')
self.assertTrue(gx==None)
gx=vdss.findparts(g, a='VISTA-EX1')
self.assertTrue(len(gx)>0)
gx=vdss.findparts(g, a='EX1',exact=False)
self.assertTrue(len(gx)>0)
def get_bpart_list(group,cpart):
a = []
g = vdss.findparts(group,c=cpart)
for ref in g:
p = ref.pathname
a.append(p.getPart(p.B_PART))
return list(set(a))
def get_bpart_list(group,cpart):
a = []
g = vdss.findparts(group,c=cpart)
for ref in g:
p = ref.pathname
a.append(p.getPart(p.B_PART))
return list(set(a))
def get_ref_list(compare_mode,dss_group0,dss_group1,output_values):
if compare_mode=='1':
use_group = dss_group0
else:
use_group = dss_group1
new_output_values = []
for item in output_values:
if item[-1]=='*':
look4bpart = item[0:-2]
g = vdss.findparts(use_group,b=look4bpart)
for ref in g:
new_output_values.append(get_output_name_of_ref(ref).encode('ascii'))
elif item[0]=='*':
look4cpart = item[2:]
g = vdss.findparts(use_group,c=look4cpart)
for ref in g:
new_output_values.append(get_output_name_of_ref(ref).encode('ascii'))
else:
new_output_values.append(item)
return select_distinct_wt_sort(new_output_values)
def get_ref_list(compare_mode,dss_group0,dss_group1,output_values):
if compare_mode=='1':
use_group = dss_group0
else:
use_group = dss_group1
new_output_values = []
for item in output_values:
if item[-1]=='*':
look4bpart = item[0:-2]
g = vdss.findparts(use_group,b=look4bpart)
for ref in g:
new_output_values.append(get_output_name_of_ref(ref).encode('ascii'))
elif item[0]=='*':
look4cpart = item[2:]
g = vdss.findparts(use_group,c=look4cpart)
for ref in g:
new_output_values.append(get_output_name_of_ref(ref).encode('ascii'))
else:
new_output_values.append(item)
return select_distinct_wt_sort(new_output_values)
def net_dicu(dicufile,nodes):
dicu = opendss(dicufile)
sum=None
for n in nodes:
matches=findparts(dicu,b=str(n))
if matches==None:
print 'No matching B part of %s'%n
else:
for d in matches:
if sum==None:
sum=d
else:
cpart = d.getPathname().getPart(Pathname.C_PART)
if cpart == 'DRAIN-FLOW':
sum=sum - d
else:
sum=sum + d
return sum
def net_dicu(dicufile, nodes):
dicu = opendss(dicufile)
sum = None
for n in nodes:
matches = findparts(dicu, b=str(n))
if matches == None:
print 'No matching B part of %s' % n
else:
for d in matches:
if sum == None:
sum = d
else:
cpart = d.getPathname().getPart(Pathname.C_PART)
if cpart == 'DRAIN-FLOW':
sum = sum - d
else:
sum = sum + d
return sum
