I operate a multifariousness of picture analysis tools when investigating how unlike halftone screening solutions perform. These tools are commonly used inward the medical champaign to practise picture analysis of microscope acquired imagery. However I press them into service to analyze diverse aspects of halftone dot structures.
Here is a microscope stance (200x) of a conventional AM/XM printed halftone dot (175 lpi elliptical):
And here's a microscope stance (also 200x) of a twenty micron FM screen:
One of my favorite tools is to operate picture analysis software to projection the pixel density values inward the images into meridian - creating a 3D picture that shows the relative ink density (ink celluloid thickness) differences betwixt the 2 screens. The thicker AM/XM:
vs the thinner FM:
Using colouring mapping instead of the actual ink colouring makes the departure inward ink celluloid thickness fifty-fifty clearer (yellow = greatest - blue= lowest ink celluloid density):
Lowering the viewpoint in addition to warping the perspective of the 175 lpi AM/XM enshroud begins to plough the picture into a sort of landscape:
However, using terrain mapping software on those master copy microscope images of the AM/XM in addition to FM screens actually makes the transformation of the images into proper landscape views a reality.
175 lpi elliptical dots:
Sunlight across a deep FM canyon:
Influenza A virus subtype H5N1 depression flying over a a barren state where FM in addition to AM screens meet.
Sunrise over an AM enshroud mesa.
Moonrise over an FM peak.
FM enshroud hits the wall.

Planet Round Dot.

And if you lot convey a twain of these:
You tin add together a flake of dimension to your halftones:
Of course, this is all really serious piece of occupation - non fun at all. Really. ;-)
Here is a microscope stance (200x) of a conventional AM/XM printed halftone dot (175 lpi elliptical):


One of my favorite tools is to operate picture analysis software to projection the pixel density values inward the images into meridian - creating a 3D picture that shows the relative ink density (ink celluloid thickness) differences betwixt the 2 screens. The thicker AM/XM:





175 lpi elliptical dots:

Sunlight across a deep FM canyon:

Influenza A virus subtype H5N1 depression flying over a a barren state where FM in addition to AM screens meet.

Sunrise over an AM enshroud mesa.

Moonrise over an FM peak.

FM enshroud hits the wall.

Planet Round Dot.

And if you lot convey a twain of these:

You tin add together a flake of dimension to your halftones:

Of course, this is all really serious piece of occupation - non fun at all. Really. ;-)
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