def get_traj(self):
'''
Function to compute the storm slinky profile using
the trajectory model.
self.slinky_traj - the list containing the position vector for the updraft
self.updraft_tilt - the updraft tilt (an angle) with respect to the horizon
Parameters
----------
None
Returns
-------
None
'''
parcel = self.mupcl
slinky = params.parcelTraj(self, parcel)
if slinky == None:
self.slinky_traj = ma.masked
self.updraft_tilt = ma.masked
else:
self.slinky_traj = slinky[0]
self.updraft_tilt = slinky[1]
def get_traj(self):
'''
Function to compute the storm slinky profile using
the trajectory model.
self.slinky_traj - the list containing the position vector for the updraft
self.updraft_tilt - the updraft tilt (an angle) with respect to the horizon
Parameters
----------
None
Returns
-------
None
'''
parcel = self.mupcl
slinky = params.parcelTraj(self, parcel)
if slinky == None:
self.slinky_traj = ma.masked
self.updraft_tilt = ma.masked
else:
self.slinky_traj = slinky[0]
self.updraft_tilt = slinky[1]
''' Create the Sounding (Profile) Object '''