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Description
Just t o show what this RGB script can do: this image was built with 5 different layers. On each layer the fields were printed with fieldskip = 4, which means there are 4 empty fields between two consecutive printed ones. The (new) skipoffset (causes fields to be printed from a specified position relative to field 1) was set to 0, 1, 2, 3, 4 during a sequence of runs using different color sets. Result:

Layer Fields ........ Colors
1 ........ 1, 6, .. ........ standard colors
2 ........ 2, 7, .. ........ hicolors
3 ........ 3, 8, .. ........ hicolors + coolbrightcolors
4 ........ 4, 9, .. ........ hicolors + cooldarkcolors
5 ........ 5, 10, .. ........ inverted standard colors (using invertcolors)

And I didn't even touch invertskip! Ok, not much artistry in this case, but there is certainly potential.

Description
Just t o show what this RGB script can do: this image was built with 5 different layers. On each layer the fields were printed with fieldskip = 4, which means there are 4 empty fields between two consecutive printed ones. The (new) skipoffset (causes fields to be printed from a specified position relative to field 1) was set to 0, 1, 2, 3, 4 during a sequence of runs using different color sets. Result:

Layer Fields ........ Colors
1 ........ 1, 6, .. ........ standard colors
2 ........ 2, 7, .. ........ hicolors
3 ........ 3, 8, .. ........ hicolors + coolbrightcolors
4 ........ 4, 9, .. ........ hicolors + cooldarkcolors
5 ........ 5, 10, .. ........ inverted standard colors (using invertcolors)

And I didn't even touch invertskip! Ok, not much artistry in this case, but there is certainly potential.