Annoyingly similar buttons with very different functions
One of the buttons laps the stopwatch, the other resets the entire session clearing all lap markers and stopping the counter. Better not forget which is which, especially given that you’re probably timing something in the physical world not paying much attention to your phone…
Random photo from the other day
Parallel Perfection [1080x2316]
Source: Made it myself Made it myself using GIMP. Pretty easy to replicate in other resolutions. General process is: - Radial gradient between lighter and darker color (look for center pixel position and drag to corner pixel) - Big squares: In new transparent layer, Filter > Generate > Grid (177 px, 2px wide, pure white) - Small squares: In new transparent layer, Filter > Generate > Grid (59 px, 1px wide, pure white) - Adjust opacity: Adjust layer opacities for the two grid layers to look nice - Add noise: Filter > Noise > HSV Noise (only value noise, relatively subtle) To make the grid size such that the left right margin matches the top bottom margin (if you care), keep increasing the grid size until the gap at the bottom and right is about the same. To calculate the offset to center it, do basic math for the offset ie. -(width - floor(gridSize) * gridSize) / 2. Works for a desktop background too. Looks best when it matches the display resolution pixel per pixel. Compression makes it look a lot worse because the noise pattern starts looking like jpeg noise.
Parallel Perfection [1080x2316]
Source: Made it myself Made it myself using GIMP. Pretty easy to replicate in other resolutions. General process is: - Radial gradient between lighter and darker color (look for center pixel position and drag to corner pixel) - Big squares: In new transparent layer, Filter > Generate > Grid (177 px, 2px wide, pure white) - Small squares: In new transparent layer, Filter > Generate > Grid (59 px, 1px wide, pure white) - Adjust opacity: Adjust layer opacities for the two grid layers to look nice - Add noise: Filter > Noise > HSV Noise (only value noise, relatively subtle) To make the grid size such that the left right margin matches the top bottom margin (if you care), keep increasing the grid size until the gap at the bottom and right is about the same. To calculate the offset to center it, do basic math for the offset ie. -(width - floor(gridSize) * gridSize) / 2. Works for a desktop background too. Looks best when it matches the display resolution pixel per pixel. Compression makes it look a lot worse because the noise pattern starts looking like jpeg noise.
