![]() ![]() A very specific colour scheme for the AVHRR global land cover classification.A look at a traditional, bad rainbow scheme and how a scheme with fewer colours can be better.A way of splitting the data analysis and the production of maps.SRON specific: templates for PowerPoint and LaTeX.My default colour scheme for qualitative data is the bright scheme in Fig. 1. Colour coordinates ( R,G,B) are given in the RGB colour system (red R, green G and blue B), decimal at the top and hexadecimal below. Click on this and other defining figures for the hexadecimal values as text. An alternative when fewer colours are enough is the high-contrast scheme in Fig. 2, which also works when converted to greyscale. A second alternative is the vibrant scheme in Fig. 3, designed for data visualization framework TensorBoard. A third alternative is the muted scheme in Fig. 4, which has more colours, but lacks a clear red or medium blue. A fourth alternative is the medium-contrast scheme in Fig. 5 with three colour pairs that can work in greyscale, but not as well as the high-contrast scheme.Ĭolours in default order: '#4477AA', '#EE6677', '#228833', '#CCBB44', '#66CCEE', '#AA3377', '#BBBBBB'. By the end of my testing, the Note 10 was left with 33% battery, while the battery saver mode was just about to kick in on the 10S with only 16% of charge remaining.Figure 1: Bright qualitative colour scheme that is colour-blind safe. I tried to keep my usage on each phone similar to get a fair picture of their real-world endurance. But it turns out that the latter is slightly less efficient at using up all that juice. Just like the displays, both the Note 10 and 10S get the same battery capacity and charging speeds. I’ve tried to show both these display quirks in the image above, but the difference is much starker in person than what you see in the photo. However, that isn’t something everyone will be inclined to do they will most likely stick with the stock settings and put up with whatever the display looks like. You can always play with the calibration controls to tune it the way you like. Left: Redmi Note 10S, Right: Redmi Note 10.Īs for the color temperature, the Note 10 also looked slightly warmer than the 10S on the default display profile. On the standard 10, the screen looked dimmer, and I often found myself scrubbing the brightness slider to get it right. Its auto-brightness levels are also more consistent, despite the fact that both devices have a 360° ambient light sensor. ![]() However, in my day-to-day use, I noticed that both devices handle their display controls very differently, showing some visible variance in both screen brightness and color temperature.Īt the same brightness level, the Note 10S tends to be noticeably brighter than the 10. The screens share the same resolution and peak brightness, and they can produce an equal number of colors with 100% DCI-P3 coverage. ![]() Even though the specs sheet says that things like the display and battery capacity match on both devices, performance is divergent. When it comes to the look and in-hand feel of the two phones, there’s absolutely no difference between the Note 10 and Note 10S they share the same dimensions and feel equally lightweight. Left: Redmi Note 10, Right: Redmi Note 10S. ![]()
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