def transLinks(filename, L, P, C):
LH = []
for l in L:
LN = asHDFname(l[1], C)
if (l[0] == ''):
FA = l[1]
else:
FA = "%s/%s" % (l[0], l[1])
if (C.verbose):
print(' ' * C.depth, '->', FA)
FH = asHDFname(FA, C)
if (convertInPlace(FA, FH, C)):
LH.append([l[0], LN, l[2], l[3]])
(t, l, p) = CGM.load(filename)
CGM.save(filename, t, links=LH)
return LH
def parseTree(filename):
flags = CGM.S2P_DEFAULT
(tree, l) = CGM.load(filename, flags, 0, None, [], None)
typepath = [CGK.CGNSTree_ts, CGK.CGNSBase_ts, CGK.Zone_ts, CGK.Elements_ts]
elist = CGU.getAllNodesByTypeList(tree, typepath)
sn = 0
sl = []
sp = ARU.SectionParse()
mr = 1
for e in elist:
print('Parse ', e)
sn += 1
ne = CGU.getNodeByPath(tree, e)[1]
et = ne[0]
eb = ne[1]
ea = CGU.getNodeByPath(tree, e + '/' + CGK.ElementConnectivity_s)[1]
if (et in sp.QUAD_SURFACE):
sl.append(sp.extQuadFacesPoints(ea, et, sn, mr, eb))
if (et in sp.TRI_SURFACE):
sl.append(sp.extTriFacesPoints(ea, et, sn, mr, eb))
mr = sl[-1][-1]
@asQuery
def nodeTokenSearch(C):
"""
Search by
Node token
Search all nodes with NAME as a token in the PATH
The argument name need not to be a tuple or to have quotes,
all the following values are ok and would match the NAME <i>ZoneBC</i>:
ZoneBC
'ZoneBC'
('ZoneBC',)
"""
if C.ARGS[0] in C.PATH:
return C.PATH
FILE = 'HYB/vbv-part32_comp_period_links_dom_32_SUB.hdf'
ARGS = ['GridLocation']
# -----------------------------------------------------------------
import CGNS.MAP as CGM
(t, l, p) = CGM.load(FILE)
print(runQuery(t, l, p, nodeNameSearch, ['GridLocation']))
print(runQuery(t, l, p, nodeTokenSearch, ['Zone']))
def openFile(filename):
flags = CGM.S2P_DEFAULTS | CGM.S2P_NODATA
(t, l, p) = CGM.load(filename, flags=flags, maxdata=33, lksearch=['.'])
return (t, l, p, filename)
def fileLinkZGC(*files):
l = []
for f in files:
l += [CGM.load(f)[0]]