Apply new formatting

scripts/create_prime_factors_database.py

@@ -364,9 +364,9 @@ def parse_factors_string(table: dict, rows: dict, row: dict, string: str, letter
             # A special composite. Verify that it divides the remaining value.
             label = prime_composite_label(table, row["n"], letter)
             key = (label, factor)
-            assert (
-                row["composite"] % table["composites"][key] == 0
-            ), f"{row['composite']} is not divisible by {table['composites'][key]}"
+            assert row["composite"] % table["composites"][key] == 0, (
+                f"{row['composite']} is not divisible by {table['composites'][key]}"
+            )
         else:
             # Must be a regular integer
             factor = int(factor)
@@ -499,9 +499,9 @@ def create_even_negative_offset_table(conn: sqlite3.Connection, cursor: sqlite3.
 
         row = select_two_factorizations_from_database(cursor, A_value, B_value)
         if row is None:
-            assert (
-                k == k_fail
-            ), f"The {base}^(2k) - 1 table generation failed at k = {k}, but should have failed at k = {k_fail}"
+            assert k == k_fail, (
+                f"The {base}^(2k) - 1 table generation failed at k = {k}, but should have failed at k = {k_fail}"
+            )
             break
 
         exponent = 2 * k

scripts/sparse_poly_performance_test.py

@@ -48,7 +48,7 @@ def get_coeffs(degree, N, field):
 N = 3  # Number of non-zero coefficients
 degree = 100
 while degree <= 1000:
-    print(f"Nonzero: {N} / {degree}, {N/degree*100} %")
+    print(f"Nonzero: {N} / {degree}, {N / degree * 100} %")
     p1 = galois.Poly.Degrees(*get_coeffs(degree, N, GF))
     p2 = galois.Poly.Degrees(*get_coeffs(degree, N, GF))