Update import statement to avoid function misinterpretation

Author: PierreRaybaut

cdl/computation/image/__init__.py

@@ -21,7 +21,10 @@
 import scipy.signal as sps
 from numpy import ma
 from plotpy.mathutils.geometry import vector_rotation
-from plotpy.panels.csection.csitem import compute_line_section
+
+# Import as "csline" to avoid the function to be interpreted as a validation function
+# in the context of DataLab's validation process:
+from plotpy.panels.csection.csitem import compute_line_section as csline
 from skimage import filters
 
 import cdl.algorithms.image as alg
@@ -798,7 +801,7 @@ def compute_segment_profile(src: ImageObj, p: SegmentProfileParam) -> ImageObj:
     p.row2 = min(p.row2, data.shape[0] - 1)
     p.col2 = min(p.col2, data.shape[1] - 1)
     suffix = f"({p.row1}, {p.col1})-({p.row2}, {p.col2})"
-    x, y = compute_line_section(data, p.row1, p.col1, p.row2, p.col2)
+    x, y = csline(data, p.row1, p.col1, p.row2, p.col2)
     dst = dst_11_signal(src, "segment_profile", suffix)
     dst.set_xydata(np.array(x, dtype=float), np.array(y, dtype=float))
     return dst

doc/validation_statistics.csv

@@ -1,3 +1,3 @@
-Number of compute functions,50,94,144
+Number of compute functions,50,93,143
 Number of validated compute functions,29,24,53
-Percentage of validated compute functions,57%,25%,36%
+Percentage of validated compute functions,57%,25%,37%

doc/validation_status_image.csv

@@ -24,7 +24,6 @@
 :py:func:`ifft <cdl.computation.image.compute_ifft>`,Compute inverse FFT,``features/image/fft2d_unit_test.py``
 :py:func:`im <cdl.computation.image.compute_im>`,Compute imaginary part,``features/image/operation_unit_test.py``
 :py:func:`line_profile <cdl.computation.image.compute_line_profile>`,Compute horizontal or vertical profile,N/A
-:py:func:`line_section <cdl.computation.image.compute_line_section>`,Return intensity profile of data along a line,N/A
 :py:func:`log10 <cdl.computation.image.compute_log10>`,Compute log10,``features/image/operation_unit_test.py``
 :py:func:`logp1 <cdl.computation.image.compute_logp1>`,Compute log10(z+n),``features/image/operation_unit_test.py``
 :py:func:`magnitude_spectrum <cdl.computation.image.compute_magnitude_spectrum>`,Compute magnitude spectrum,``features/image/fft2d_unit_test.py``