diff --git a/ARBTrajecExample.py b/ARBTrajecExample.py
deleted file mode 100644
index fbd1a16..0000000
--- a/ARBTrajecExample.py
+++ /dev/null
@@ -1,29 +0,0 @@
-from __future__ import division
-import numpy as np
-from ARBTools.ARBInterp import tricubic
-#from ARBTools.ARBTrajec 
-from A5_03032019 import trajectories
-
-############################### Skookum ###############################
-	
-if __name__ == '__main__':
-	mAr = 39.948		# Mass Ar
-	N = 100		# number of atoms
-	T = 0.01		# temperature in K
-
-	moment = 3	#	magnetic moment in Bohr magnetons - mJ x g-factor (neglecting nuclear spin, use mF if I!=0)
-	# testing with Ar in 3P2 state: mJ = 2, low-field-seeking
-	
-	tmax = 0.01	# end time of simulation
-	timestep = 1e-6 # acceptable timestep depends on shape of potential!
-
-	fieldname = "ExampleVectorField"
-	field = np.genfromtxt(fieldname+'.csv', delimiter=',') # field to be interpolated
-	
-	ArTest = trajectories(field) # creates class to iterate particle trajectories
-	ArSample = ArTest.atoms(T,N, mAr)	# creates random sample of Ar atoms
-	np.savetxt('Rand_In.csv', ArSample, delimiter=',')	# Save initial sample to file
-	
-	ArTest.Iterate(ArSample, tmax, timestep, mAr, moment)	# tracks motion of particles through field for some time
-
-	np.savetxt('Rand_Out.csv', ArSample, delimiter=',')	# Save final sample to file