Skip to content
This repository was archived by the owner on Dec 4, 2024. It is now read-only.

Commit e873ee7

Browse files
committed
Address feedback
1 parent b8e12d2 commit e873ee7

File tree

1 file changed

+8
-8
lines changed

1 file changed

+8
-8
lines changed

Exploring_Pegasus/README.md

Lines changed: 8 additions & 8 deletions
Original file line numberDiff line numberDiff line change
@@ -9,12 +9,12 @@ the Pegasus topology, see [our whitepaper](https://dwavesys.com/sites/default/fi
99

1010
Here we describe each program in this directory. Note that although these
1111
programs are not running any problems on the QPU, they will require a token
12-
that has access to an Advantage solver.
12+
that has access to an Advantage solver since the query the properties of the
13+
online solvers.
1314

1415
#### `get_props.py`
1516

16-
Prints to the command-line the properties of the online system that uses the
17-
Pegasus topology.
17+
Prints the properties of the online system that uses the Pegasus topology.
1818

1919
#### `get_available_qubits.py`
2020

@@ -25,7 +25,7 @@ online Advantage system.
2525

2626
Each time a chip is calibrated, a small number of qubits may not perform within
2727
our required specifications. These qubits become inactive, and cannot be used
28-
in your calculations. This program will show details on the inactive qubits in
28+
in your calculations. This program will show the number of inactive qubits in
2929
the online Advantage system.
3030

3131
#### `clique_embedding.py`
@@ -34,8 +34,8 @@ Look at how cliques (or complete graphs) can be embedded on the Pegasus
3434
topology.
3535

3636
To run this program, type `python clique_embedding.py N`, where N is a positive
37-
integer, will attempt to embed a clique of size N onto a full P16 (the Pegasus
38-
topology at the scale of the Advantage chip).
37+
integer. The program will attempt to embed a clique of size N onto a full P16
38+
(the Pegasus topology at the scale of the Advantage chip).
3939

4040
For example, running `python clique_embedding.py 10` will produce the image
4141
shown below.
@@ -48,8 +48,8 @@ Look at how bicliques (or complete bipartite graphs) can be embedded on the
4848
Pegasus topology.
4949

5050
To run this program, type `python biclique_embedding.py N`, where N is a
51-
positive integer, will attempt to embed a biclique of size N by N onto a full
52-
P16 (the Pegasus topology at the scale of the Advantage chip).
51+
positive integer. The program will attempt to embed a biclique of size N by N
52+
onto a full P16 (the Pegasus topology at the scale of the Advantage chip).
5353

5454
For example, running `python biclique_embedding.py 15` will produce the image
5555
shown below.

0 commit comments

Comments
 (0)