def ferret_custom_axes(id):
"""
Custom axis information for stats_probplot_values Ferret PyEF
"""
size = 1
for axis in (pyferret.X_AXIS, pyferret.Y_AXIS, pyferret.Z_AXIS,
pyferret.T_AXIS, pyferret.E_AXIS, pyferret.F_AXIS):
axis_info = pyferret.get_axis_info(id, pyferret.ARG1, axis)
# Note: axes normal to the data have size = -1
num = axis_info.get("size", -1)
if num > 1:
size *= num
axis_defs = [None] * pyferret.MAX_FERRET_NDIM
axis_defs[0] = (
1,
size,
1,
"VALUE_NUM",
False,
)
axis_defs[1] = (
1,
3,
1,
"OSM,ORD,P",
False,
)
return axis_defs
def ferret_custom_axes(id):
"""
Define custom axis of the stats_ttest1 Ferret PyEF
"""
arglen = 1
for axis in ( pyferret.X_AXIS, pyferret.Y_AXIS, pyferret.Z_AXIS,
pyferret.T_AXIS, pyferret.E_AXIS, pyferret.F_AXIS ):
axis_info = pyferret.get_axis_info(id, pyferret.ARG2, axis)
num = axis_info.get("size", -1)
if num > 0:
arglen *= num
# if all axes have undefined lengths, assume it is a single value
axis_defs = [ None ] * pyferret.MAX_FERRET_NDIM
axis_defs[0] = ( 1, 2, 1, "T,P", False )
axis_defs[1] = (1, arglen, 1, "MEAN_INDEX", False)
return axis_defs
def ferret_result_limits(efid):
'''
Provides the bounds of the E abstract axis.
The maximum number of EOFs is the number of locations.
'''
maxeofs = pyferret.get_arg_one_val(efid, pyferret.ARG3)
if maxeofs > 0.95:
maxeofs = int(maxeofs + 0.1)
else:
maxeofs = 1
for axis in (pyferret.X_AXIS, pyferret.Y_AXIS, pyferret.Z_AXIS):
axis_info = pyferret.get_axis_info(efid, pyferret.ARG1, axis)
if axis_info:
npts = axis_info.get("size", -1)
if npts > 0:
maxeofs *= npts
result_limits = [None] * pyferret.MAX_FERRET_NDIM
result_limits[pyferret.E_AXIS] = (1, maxeofs + 1)
return result_limits