I like the style, but here unlike most times when designing something were we need white space and balance, we actually need the most possible density while remaining clear, structured and achieving good hierarchy.
I also have to investigate, for projected light, as is a screen, what actually is the most easy to read, black on white or white on black, it also might have an impact on battery life, it should be tested,
Here's some snippets and links:
"People with astigmatism (aproximately 50% of the population) find it harder to read white text on black than black text on white. Part of this has to do with light levels: with a bright display (white background) the iris closes a bit more, decreasing the effect of the "deformed" lens; with a dark display (black background) the iris opens to receive more light and the deformation of the lens creates a much fuzzier focus at the eye."
"When reversing colour out, eg white text on black, make sure you increase the leading, tracking and decrease your font-weight. This applies to all widths of Measure. White text on a black background is a higher contrast to the opposite, so the letterforms need to be wider apart, lighter in weight and have more space between the lines."
"...the most readable color combination is black text on white background; overall, there is a stronger preference for any combination containing black. The two least readable combinations were red on green and fuchsia on blue. White on blue and red on yellow were ranked fairly high, while green on yellow and white on fuchsia were ranked fairly low. All others fell somewhere between these extremes.
Also, in every color combination surveyed, the darker text on a lighter background was rated more readable than its inverse (e.g. blue text on white background ranked higher then white text on blue background)."
"In any event, the white on blue contrast provides especially good contrast in low brightness environments. And, as William told me, this was very useful when refresh rates were slower (i.e., less than 60 Hz). The white on blue contrast in such situations reduced perceived flicker."
"I'm not (particularly) disabled in my sight (other than being 51 years of age), and yet when I get to a site I need to, or strongly want to, read that is white on black — I use CTRL A (the PC keycode for highlight all) to turn the text into dark blue on white (my user settings). That allows me to read the text.
{shrug} It works for me. I wish the 'trend' of light text on dark backgrounds would hurry up and pass by though."
http://www.visualexpert.com/FAQ/Part6/cfaqPart6.html
http://www.joedolson.com/articles/2006/08/on-the-readability-of-inverted-color-schemes/
http://www.writer2001.com/colwebcontrast.htm
I also have to investigate, for projected light, as is a screen, what actually is the most easy to read, black on white or white on black, it also might have an impact on battery life, it should be tested,
Here's some snippets and links:
"People with astigmatism (aproximately 50% of the population) find it harder to read white text on black than black text on white. Part of this has to do with light levels: with a bright display (white background) the iris closes a bit more, decreasing the effect of the "deformed" lens; with a dark display (black background) the iris opens to receive more light and the deformation of the lens creates a much fuzzier focus at the eye."
"When reversing colour out, eg white text on black, make sure you increase the leading, tracking and decrease your font-weight. This applies to all widths of Measure. White text on a black background is a higher contrast to the opposite, so the letterforms need to be wider apart, lighter in weight and have more space between the lines."
"...the most readable color combination is black text on white background; overall, there is a stronger preference for any combination containing black. The two least readable combinations were red on green and fuchsia on blue. White on blue and red on yellow were ranked fairly high, while green on yellow and white on fuchsia were ranked fairly low. All others fell somewhere between these extremes.
Also, in every color combination surveyed, the darker text on a lighter background was rated more readable than its inverse (e.g. blue text on white background ranked higher then white text on blue background)."
"In any event, the white on blue contrast provides especially good contrast in low brightness environments. And, as William told me, this was very useful when refresh rates were slower (i.e., less than 60 Hz). The white on blue contrast in such situations reduced perceived flicker."
"I'm not (particularly) disabled in my sight (other than being 51 years of age), and yet when I get to a site I need to, or strongly want to, read that is white on black — I use CTRL A (the PC keycode for highlight all) to turn the text into dark blue on white (my user settings). That allows me to read the text.
{shrug} It works for me. I wish the 'trend' of light text on dark backgrounds would hurry up and pass by though."
http://www.visualexpert.com/FAQ/Part6/cfaqPart6.html
http://www.joedolson.com/articles/2006/08/on-the-readability-of-inverted-color-schemes/
http://www.writer2001.com/colwebcontrast.htm