appease new ruff formatting

ValkyrieSystems · Jan 9, 2025 · 6716d72 · 6716d72
1 parent 151e165
commit 6716d72
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Showing 5 changed files with 8 additions and 9 deletions.
diff --git a/sarkit/standards/general/nitf_elements/image.py b/sarkit/standards/general/nitf_elements/image.py
@@ -71,8 +71,7 @@ class ImageBand(NITFElement):
         True,
         3,
         default_value="",
-        docstring="Standard Image Filter Code. This field is reserved "
-        "for future use.",
+        docstring="Standard Image Filter Code. This field is reserved for future use.",
     )  # type: str
 
     def __init__(self, **kwargs):

diff --git a/sarkit/standards/sidd/io.py b/sarkit/standards/sidd/io.py
@@ -924,7 +924,7 @@ def segmentation_algorithm(
                     idlvl=z,
                     ialvl=0,
                     iloc="0000000000",
-                    iid1=f"SIDD{k+1:03d}001",  # Document says 'm', but there is no m variable
+                    iid1=f"SIDD{k + 1:03d}001",  # Document says 'm', but there is no m variable
                     nrows=num_rows_k,
                     ncols=num_cols_k,
                 )
@@ -939,7 +939,7 @@ def segmentation_algorithm(
                     idlvl=z,
                     ialvl=0,
                     iloc="0000000000",
-                    iid1=f"SIDD{k+1:03d}001",  # Document says 'm', but there is no m variable
+                    iid1=f"SIDD{k + 1:03d}001",  # Document says 'm', but there is no m variable
                     nrows=num_rows_limit_k,
                     ncols=num_cols_k,
                 )
@@ -952,7 +952,7 @@ def segmentation_algorithm(
                         idlvl=z,
                         ialvl=z - 1,
                         iloc=f"{num_rows_limit_k:05d}00000",
-                        iid1=f"SIDD{k+1:03d}{n+1:03d}",
+                        iid1=f"SIDD{k + 1:03d}{n + 1:03d}",
                         nrows=num_rows_limit_k,
                         ncols=num_cols_k,
                     )
@@ -965,7 +965,7 @@ def segmentation_algorithm(
                     idlvl=z,
                     ialvl=z - 1,
                     iloc=f"{num_rows_limit_k:05d}00000",  # Document says "lastSegRows", but we need the number of rows in the previous IS
-                    iid1=f"SIDD{k+1:03d}{num_seg_per_image_k:03d}",
+                    iid1=f"SIDD{k + 1:03d}{num_seg_per_image_k:03d}",
                     nrows=last_seg_rows,
                     ncols=num_cols_k,
                 )

diff --git a/sarkit/standards/xml.py b/sarkit/standards/xml.py
@@ -193,7 +193,7 @@ def set_elem(self, elem: lxml.etree.Element, val: npt.ArrayLike) -> None:
         elem_ns = self.child_ns if self.child_ns else lxml.etree.QName(elem).namespace
         ns = f"{{{elem_ns}}}" if elem_ns else ""
         for dim, ncoef in enumerate(coefs.shape):
-            elem.set(f"order{dim+1}", str(ncoef - 1))
+            elem.set(f"order{dim + 1}", str(ncoef - 1))
         for coord, coef in np.ndenumerate(coefs):
             attribs = {f"exponent{d + 1}": str(c) for d, c in enumerate(coord)}
             lxml.etree.SubElement(elem, ns + "Coef", attrib=attribs).text = str(coef)

diff --git a/sarkit/verification/cphd_consistency.py b/sarkit/verification/cphd_consistency.py
@@ -1317,7 +1317,7 @@ def check_pad_after_xml(self):
                 bytes_after_xml = fp.read(num_bytes_after_xml)
                 terminator = bytes_after_xml[:2]
                 pad = np.array(
-                    struct.unpack(f"{num_bytes_after_xml-2}B", bytes_after_xml[2:])
+                    struct.unpack(f"{num_bytes_after_xml - 2}B", bytes_after_xml[2:])
                 )
 
             with self.need("Section terminator exists"):

diff --git a/sarkit/verification/sicd_consistency.py b/sarkit/verification/sicd_consistency.py
@@ -381,7 +381,7 @@ def check_nitf_imseg(self) -> None:
                     assert imsegs[0].IID1.rstrip() == "SICD000"
                 else:
                     expected_iid1s = [
-                        f"SICD{idx+1:03d}   " for idx in range(len(imsegs))
+                        f"SICD{idx + 1:03d}   " for idx in range(len(imsegs))
                     ]
                     actual_iid1s = [imseg.IID1 for imseg in imsegs]
                     assert actual_iid1s == expected_iid1s