User:MinhHaDuong
From Openmoko
MinhHaDuong (Talk | contribs) (idea for blue led) |
MinhHaDuong (Talk | contribs) (→Scratchpad / ideas: Ideas for wiki-to-manual and for alsamixer) |
||
Line 9: | Line 9: | ||
* When charging, the light-on is progressive, with a speed proportional to the intensity: charging at 1A -> sharp turn on, charging at 500mA -> slow inhale | * When charging, the light-on is progressive, with a speed proportional to the intensity: charging at 1A -> sharp turn on, charging at 500mA -> slow inhale | ||
* When discharging, the light-off is progressive, also with a speed proportional to the intensity. | * When discharging, the light-off is progressive, also with a speed proportional to the intensity. | ||
+ | |||
+ | Making manuals from the wiki: http://pediapress.com/ | ||
+ | |||
+ | The alsamixer is useless because it presents in line (1 dimension) a two-dimensional circuit. We need a click-thingy based on a logic diagram of the wolfson, with the circuits that light up when connected. |
Revision as of 14:40, 1 October 2008
Hi, if you don't like any of my changes, feel free to revert them you won't hurt anybody's pride.
In spite of my asian name, I am not affiliated with Openmoko or FIC in any way. Just a scholar with ideas about design and style. And my sons are probably older than your bicycle. Here is what I do for a living: http://minh.haduong.com/index.html
Scratchpad / ideas
The blue LED under Power should beat so that:
- The duration of the shining phase is proportional to the battery charge (fully charged => continuous shine, half charged => blink half-time, discharged => short blinks).
- When charging, the light-on is progressive, with a speed proportional to the intensity: charging at 1A -> sharp turn on, charging at 500mA -> slow inhale
- When discharging, the light-off is progressive, also with a speed proportional to the intensity.
Making manuals from the wiki: http://pediapress.com/
The alsamixer is useless because it presents in line (1 dimension) a two-dimensional circuit. We need a click-thingy based on a logic diagram of the wolfson, with the circuits that light up when connected.