imlab["au.tif"] = imlab.LoadImage{filename="\imlab\_samples\au.tif", index=-1}
imlab["au.tif"].FFT{}
imlab["Duplicate of au.tif"] = imlab.Duplicate{image="au.tif"}
imlab["Duplicate of au.tif"].ConvertDataType{datatype="float", cpx2real="Magnitude", gamma=0, abssolute=0, cast_mode="Scan MinMax"}
imlab["Duplicate of au.tif"].RenderWheel{in_radius=80, ex_radius=110}
imlab["Duplicate of au.tif"].GaussianConvolve{stddev=5}
imlab["au.tif"].ArithmeticOp{image="Duplicate of au.tif", op="a * b"}
imlab["au.tif"].IFFT{}
imlab["au.tif"].ConvertDataType{datatype="float", cpx2real="Magnitude", gamma=0, abssolute=0, cast_mode="Scan MinMax"}
imlab["au.tif"].ToneGamut{op="Brightness And Contrast", param={47.6913, 0}}

imlab["8255.tif"] = imlab.LoadImage{filename="\imlab\_samples\8255.tif", index=-1}
imlab["8255.tif"].Canny{stddev=2}
imlab["8255.tif"].Threshold{level=90, value=1, negative=0}
imlab["HoughLines of 8255.tif"] = imlab.HoughLines{image="8255.tif"}
imlab["HoughLines of 8255.tif"].LocalMaxThreshold{kernel_size=7, min_thres=60}
imlab["HoughLinesDraw of 8255.tif"] = imlab.HoughLinesDraw{image="8255.tif"}

imlab["blood.tif"] = imlab.LoadImage{filename="\imlab\_samples\blood.tif", index=-1}
imlab["blood.tif"].PercentThreshold{level=111, negative=0}
imlab["blood.tif"].FillHoles{}
imlab["blood.tif"].RemoveByArea{connect=4, start_size=0, end_size=50}
imlab["blood.tif"].FindRegions{connect=4, touch_border=0}