def ravelRZForFortran(self):
"""
This function is no longer in use
Ravels the RZ fields into a convenient format for working
with fortran.
Args:
self: Standard python object oriented notation.
Return value:
None --- but rewrites the field numpy arrays.
"""
for field_type, field in self.fields.iteritems():
fr = fzeros((self.number_of_steps["r"]+1,
self.number_of_steps["z"]+1) )
fz = fzeros((self.number_of_steps["r"]+1,
self.number_of_steps["z"]+1) )
ir = get_index_of_point(self.coordinates["r"],self.stepsize["r"])
iz = get_index_of_point(self.coordinates["z"],self.stepsize["z"])
ii = ir + int(self.number_of_steps["r"]+1)*iz
fr.ravel(order='F').put(ii,field["r"])
fz.ravel(order='F').put(ii,field["z"])
self.fields[field_type]["r"] = fr
self.fields[field_type]["z"] = fz
def ravelRZForFortran(self):
"""
This function is no longer in use
Ravels the RZ fields into a convenient format for working
with fortran.
Args:
self: Standard python object oriented notation.
Return value:
None --- but rewrites the field numpy arrays.
"""
for field_type, field in self.fields.iteritems():
fr = fzeros(
(self.number_of_steps["r"] + 1, self.number_of_steps["z"] + 1))
fz = fzeros(
(self.number_of_steps["r"] + 1, self.number_of_steps["z"] + 1))
ir = get_index_of_point(self.coordinates["r"], self.stepsize["r"])
iz = get_index_of_point(self.coordinates["z"], self.stepsize["z"])
ii = ir + int(self.number_of_steps["r"] + 1) * iz
fr.ravel(order='F').put(ii, field["r"])
fz.ravel(order='F').put(ii, field["z"])
self.fields[field_type]["r"] = fr
self.fields[field_type]["z"] = fz
def ravelXYZForFortran(self):
"""
Ravels the XYZ fields into a convenient format for working
with fortran.
Args:
self: Standard python object oriented notation.
Return value:
None --- but rewrites the field numpy arrays.
"""
for field_type, field in self.fields.iteritems():
fx = fzeros((self.number_of_steps["x"]+1,
self.number_of_steps["y"]+1,
self.number_of_steps["z"]+1) )
fy = fzeros((self.number_of_steps["x"]+1,
self.number_of_steps["y"]+1,
self.number_of_steps["z"]+1) )
fz = fzeros((self.number_of_steps["x"]+1,
self.number_of_steps["y"]+1,
self.number_of_steps["z"]+1) )
ix = get_index_of_point(self.coordinates["x"],self.stepsize["x"])
iy = get_index_of_point(self.coordinates["y"],self.stepsize["y"])
iz = get_index_of_point(self.coordinates["z"],self.stepsize["z"])
ii = ix + int(self.number_of_steps["x"]+1)*iy + \
int(self.number_of_steps["x"]+1)*int(self.number_of_steps["y"]+1)*iz
fx.ravel(order='F').put(ii,field["x"])
fy.ravel(order='F').put(ii,field["y"])
fz.ravel(order='F').put(ii,field["z"])
self.fields[field_type]["x"] = fx
self.fields[field_type]["y"] = fy
self.fields[field_type]["z"] = fz
def ravelXYZForFortran(self):
"""
Ravels the XYZ fields into a convenient format for working
with fortran.
Args:
self: Standard python object oriented notation.
Return value:
None --- but rewrites the field numpy arrays.
"""
for field_type, field in self.fields.iteritems():
fx = fzeros(
(self.number_of_steps["x"] + 1, self.number_of_steps["y"] + 1,
self.number_of_steps["z"] + 1))
fy = fzeros(
(self.number_of_steps["x"] + 1, self.number_of_steps["y"] + 1,
self.number_of_steps["z"] + 1))
fz = fzeros(
(self.number_of_steps["x"] + 1, self.number_of_steps["y"] + 1,
self.number_of_steps["z"] + 1))
ix = get_index_of_point(self.coordinates["x"], self.stepsize["x"])
iy = get_index_of_point(self.coordinates["y"], self.stepsize["y"])
iz = get_index_of_point(self.coordinates["z"], self.stepsize["z"])
ii = ix + int(self.number_of_steps["x"]+1)*iy + \
int(self.number_of_steps["x"]+1)*int(self.number_of_steps["y"]+1)*iz
fx.ravel(order='F').put(ii, field["x"])
fy.ravel(order='F').put(ii, field["y"])
fz.ravel(order='F').put(ii, field["z"])
self.fields[field_type]["x"] = fx
self.fields[field_type]["y"] = fy
self.fields[field_type]["z"] = fz