test.squish/suite_FEATURE_EXTRUSION/tst_extrusion_004/verificationPoints/LINES

   1 <?xml version='1.0' encoding='UTF-8' standalone='no'?>
   2 <VerificationPoint version="4" type="Screenshot">
   3  <Description/>
   4  <Verification options="0" type="PNG" object=":SALOME*.3D View Operations_OCCViewer_ViewPort3d">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<Mask>
   5    <Rect width="29" x="365" y="157" height="30" type="negative"/>
   6    <Rect width="29" x="457" y="311" height="30" type="negative"/>
   7    <Rect width="49" x="15" y="434" height="55" type="negative"/>
   8   </Mask>
   9   <Algorithm description="Simple comparison (pixel by pixel)" name="simplecompare">
  10    <Parameter description="Threshold" name="threshold">0.0005</Parameter>
  11    <Parameter description="Tolerance" name="tolerance">0</Parameter>
  12   </Algorithm>
  13  </Verification>
  14 </VerificationPoint>