button layout, help texts

napari_pyclesperanto_assistant/_categories.py

@@ -106,7 +106,7 @@ class Category:
     ),
     "Label": Category(
         name="Label",
-        description="Turn images or binary images into\nlabel images by labeling objects.",
+        description="Turn images into label images by labeling objects.",
         inputs=(LayerInput,),
         default_op="voronoi_otsu_labeling (clesperanto)",
         output="labels",

napari_pyclesperanto_assistant/_gui/_Assistant.py

@@ -105,12 +105,12 @@ def text_changed(*args, **kwargs):
             'Use the search field on the left to enter a term describing the function you would like to apply to your image.\n'
             'Searching will limit the number of shown categories and listed operations.\n'
             '<br><br>The icons in the buttons below denote the processed image types:\n'
-            '<br><img src="' + _get_icon("intensity_image") + '" width="20" heigth="20"> In <b>intensity images</b> the pixel value represents a measurement, e.g. of collected light during acquisition in a microscope.\n'
-            '<br><img src="' + _get_icon("binary_image") + '" width="20" heigth="20"> In <b>binary images</b> pixels with value 0 mean there is no object present. All other pixels (typically value 1) represent any object.\n'
-            '<br><img src="' + _get_icon("label_image") + '" width="20" heigth="20"> In <b>label images</b> the integer pixel intensity corresponds to the object identity. E.g. all pixels of object 2 have intensity 2.\n'
-            '<br><img src="' + _get_icon("parametric_image") + '" width="20" heigth="20"> In <b>parametric images</b> the pixel value represents an object measurement. All pixels of an object can for example contain the same value, e.g. the objects circularity or area.\n'
-            '<br><img src="' + _get_icon("mesh_image") + '" width="20" heigth="20"> In <b>mesh images</b> we can visualize connectivity between objects and distances as intensity along lines.\n'
-            '<br><img src="' + _get_icon("any_image") + '" width="20" heigth="20"> This icon means one can use <b>any kind of image</b> for this operation.'
+            '<br><img src="' + _get_icon("intensity_image") + '" width="24" heigth="24"> In <b>intensity images</b> the pixel value represents a measurement, e.g. of collected light during acquisition in a microscope.\n'
+            '<br><img src="' + _get_icon("binary_image") + '" width="24" heigth="24"> In <b>binary images</b> pixels with value 0 mean there is no object present. All other pixels (typically value 1) represent any object.\n'
+            '<br><img src="' + _get_icon("label_image") + '" width="24" heigth="24"> In <b>label images</b> the integer pixel intensity corresponds to the object identity. E.g. all pixels of object 2 have value 2.\n'
+            '<br><img src="' + _get_icon("parametric_image") + '" width="24" heigth="24"> In <b>parametric images</b> the pixel value represents an object measurement. All pixels of an object can for example contain the same value, e.g. the objects circularity or area.\n'
+            '<br><img src="' + _get_icon("mesh_image") + '" width="24" heigth="24"> In <b>mesh images</b> we can visualize connectivity between objects and distances as intensity along lines.\n'
+            '<br><img src="' + _get_icon("any_image") + '" width="24" heigth="24"> This icon means one can use <b>any kind of image</b> for this operation.'
             '</html>'
         )
         help.setMaximumWidth(20)