Remove Token (#10)

* Add files via upload

* Removed - Open in Leap

* Update README.md

* Update README.md

README.md

@@ -1,7 +1,3 @@
-[![Open in Leap IDE](	
-	https://cdn-assets.cloud.dwavesys.com/shared/latest/badges/leapide.svg)](
-	https://ide.dwavesys.io/#https://github.com/dwave-training/number-partitioning)
-
 
 # The Number Partitioning Problem
 
@@ -13,19 +9,17 @@ In this exercise, you are given an Ocean program outline and must create
 the QUBO dictionary (Q) that is provided to the D-Wave QPU and choose
 appropriate values for `chainstrength` and `numruns`.
 
-To run your program type `python npp.py`.  You have successfully completed the
-exercise when you are able to see output showing S0 sum and S1 sum are both
+You have successfully completed the exercise when you are able to see an output showing S0 sum and S1 sum are both
 equal to 83.
 
-To complete the program, please complete the following:
+To complete the program, please do the following:
 
-- Add your token to the `get_token` function.
 - Fill in the entries in your QUBO dictionary in the `get_qubo` function. In your QUBO dictionary use 0-7 for the variable names.
 - Find good values for `chainstrength` and `numruns` in the `run_on_qpu`
    function.
 
 If you get stuck, you can first check that your QUBO is correct by setting
-`chainstrength = None` on line 47 in `npp.py`.  This will use the Ocean chain
+`chainstrength = None`.  This will use the Ocean chain
 strength tuning tool, and set the chain strength for you.
 
 ## License

npp.py

@@ -15,12 +15,6 @@
 ## ------- import packages -------
 from dwave.system import DWaveSampler, EmbeddingComposite
 
-def get_token():
-    '''Returns personal access token. Only required if submitting to autograder.'''
-
-    # TODO: Enter your token here
-    return 'YOUR-TOKEN-HERE'
-
 # TODO:  Add code here to define your QUBO dictionary
 def get_qubo(S):
     """Returns a dictionary representing a QUBO.