def write_silo_datfile(fname,mname,cycle=0, time=0, nodefields=[], edgefields=[]):
from pyvisfile.silo import SiloFile, IntVector, DB_ZONETYPE_BEAM,\
DB_NODECENT, DB_ZONECENT, DBOPT_CYCLE, DBOPT_DTIME, DBOPT_TIME, DB_CLOBBER
from pyvisfile.silo import DBObjectType as DBOBjectType
import numpy as np
silo = SiloFile(fname, mode=DB_CLOBBER)
silo.put_multimesh('foo', [(mname+":foo",DBOBjectType.DB_UCDMESH)])
def putvar(n,fo,LOC):
if len(f.shape)==1 or f.shape[1]==1:
silo.put_ucdvar1("node_"+n,"foo",
np.asarray(f.T,order="C",dtype=np.double),
LOC, {DBOPT_CYCLE:cycle,DBOPT_DTIME:float(time),DBOPT_TIME:float(time)})
elif f.shape[1]==2:
silo.put_ucdvar("node_"+n,"foo", [n+"x",n+"y"],
np.asarray(f.T,order="C",dtype=np.double),
LOC, {DBOPT_CYCLE:cycle,DBOPT_DTIME:float(time),DBOPT_TIME:float(time)})
else:
silo.put_ucdvar("node_"+n,"foo", [n+"x",n+"y",n+"z"],
np.asarray(f.T,order="C",dtype=np.double),
LOC, {DBOPT_CYCLE:cycle,DBOPT_DTIME:float(time),DBOPT_TIME:float(time)})
for n,f in nodefields:
putvar(n,f,DB_NODECENT)
for n,f in edgefields:
putvar(n,f,DB_ZONECENT)
silo.close()
def silo_write_datafile(fname,
mname,
cycle=0,
time=0,
nodefields={},
cellfields={}):
try:
from pyvisfile.silo import SiloFile, IntVector, DB_ZONETYPE_BEAM,\
DB_NODECENT, DB_ZONECENT, DBOPT_CYCLE, DBOPT_DTIME, DBOPT_TIME, DB_CLOBBER
from pyvisfile.silo import DBObjectType as DBOBjectType
except ImportError:
print("Need PyVisFile to write silo files. Use vtk for now.")
raise
import numpy as np
silo = SiloFile(fname, mode=DB_CLOBBER)
silo.put_multimesh('foo', [(mname + ":foo", DBOBjectType.DB_UCDMESH)])
def putvar(n, fo, LOC):
if len(f.shape) == 1 or f.shape[1] == 1:
silo.put_ucdvar1(
"node_" + n, "foo", np.asarray(f.T, order="C",
dtype=np.double), LOC, {
DBOPT_CYCLE: cycle,
DBOPT_DTIME: float(time),
DBOPT_TIME: float(time)
})
elif f.shape[1] == 2:
silo.put_ucdvar(
"node_" + n, "foo", [n + "x", n + "y"],
np.asarray(f.T, order="C", dtype=np.double), LOC, {
DBOPT_CYCLE: cycle,
DBOPT_DTIME: float(time),
DBOPT_TIME: float(time)
})
else:
silo.put_ucdvar(
"node_" + n, "foo", [n + "x", n + "y", n + "z"],
np.asarray(f.T, order="C", dtype=np.double), LOC, {
DBOPT_CYCLE: cycle,
DBOPT_DTIME: float(time),
DBOPT_TIME: float(time)
})
for n, f in nodefields.iteritems():
putvar(n, f, DB_NODECENT)
for n, f in cellfields.iteritems():
putvar(n, f, DB_ZONECENT)
silo.close()
print("Wrote file " + fname)
mesh_names.append((file_name + ':' + mesh_name, DB_COLLINEAR))
options = dict()
options[DBOPT_UNITS] = 'unit'
var_name = 'variable'
s.put_quadvar1(var_name,
mesh_name,
data,
data.shape,
centering=DB_NODECENT,
optlist=options)
var_names.append((file_name + ':' + var_name, DBObjectType.DB_QUADVAR))
options = dict()
options[DBOPT_CYCLE] = 99
options[DBOPT_DTIME] = 0.99
options[DBOPT_XLABEL] = 'xx'
options[DBOPT_YLABEL] = 'yy'
options[DBOPT_XUNITS] = 'a'
options[DBOPT_YUNITS] = 'b'
s = SiloFile('example.silo',
mode=DB_CLOBBER,
filetype=DB_HDF5,
target=DB_LOCAL,
fileinfo='Example Metadata.')
s.put_multimesh('mesh', mesh_names, optlist=options)
s.put_multivar('scalar', var_names, optlist=options)
options[DBOPT_HI_OFFSET] = hi_offset[i]
mesh_name = "mesh"
s.put_quadmesh(mesh_name, axes, coordtype=DB_COLLINEAR, optlist=options)
mesh_names.append((f"{file_name}:{mesh_name}", DB_COLLINEAR))
options = dict()
options[DBOPT_UNITS] = "unit"
var_name = "variable"
s.put_quadvar1(var_name, mesh_name, data, data.shape,
centering=DB_NODECENT, optlist=options)
var_names.append((f"{file_name}:{mesh_name}", DBObjectType.DB_QUADVAR))
options = dict()
options[DBOPT_CYCLE] = 99
options[DBOPT_DTIME] = 0.99
options[DBOPT_XLABEL] = "xx"
options[DBOPT_YLABEL] = "yy"
options[DBOPT_XUNITS] = "a"
options[DBOPT_YUNITS] = "b"
s = SiloFile("example.silo",
mode=DB_CLOBBER,
filetype=DB_HDF5,
target=DB_LOCAL,
fileinfo="Example Metadata.")
s.put_multimesh("mesh", mesh_names, optlist=options)
s.put_multivar("scalar", var_names, optlist=options)
options[DBOPT_DTIME] = 0.99
options[DBOPT_XLABEL] = 'X'
options[DBOPT_YLABEL] = 'Y'
options[DBOPT_XUNITS] = 'a'
options[DBOPT_YUNITS] = 'b'
options[DBOPT_HI_OFFSET] = hi_offset[i]
mesh_name = 'mesh'
s.put_quadmesh(mesh_name, axes, coordtype=DB_COLLINEAR, optlist=options)
mesh_names.append((file_name+':'+mesh_name, DB_COLLINEAR))
options = dict()
options[DBOPT_UNITS] = 'unit'
var_name = 'variable'
s.put_quadvar1(var_name, mesh_name, data, data.shape, centering=DB_NODECENT, optlist=options)
var_names.append((file_name+':'+var_name, DBObjectType.DB_QUADVAR))
options = dict()
options[DBOPT_CYCLE] = 99
options[DBOPT_DTIME] = 0.99
options[DBOPT_XLABEL] = 'xx'
options[DBOPT_YLABEL] = 'yy'
options[DBOPT_XUNITS] = 'a'
options[DBOPT_YUNITS] = 'b'
s = SiloFile('example.silo', mode=DB_CLOBBER, filetype=DB_HDF5, target=DB_LOCAL, fileinfo='Example Metadata.')
s.put_multimesh('mesh', mesh_names, optlist=options)
s.put_multivar('scalar', var_names, optlist=options)
