Staacks
commented
3 years ago That would be very weird. Are you sure that it is not just panels with a different RGB order, like BGR? in that case, you might prefer to set change that: 500:https://github.com/Staacks/there.oughta.be/blob/373d4e43f3dc867180ae8bb76ad156241c932dfe/led-cube/led-cube/cpu-stats-gl.cpp#L500
The actual colors are defined in the shader: https://github.com/Staacks/there.oughta.be/blob/373d4e43f3dc867180ae8bb76ad156241c932dfe/led-cube/led-cube/cpu-stats-gl.cpp#L175
mcolor, mcolorwarm and mcolorhot are the background and ccolor, ccolorwarm and ccolorhot are the ring (mostly white tones with a light blueish and then reddish tint). You might notice that mcolor is a rather turquoise color by definition, but the green channel is later varied across the x axis, which leads to the variation of blue to turquoise in the cold state: https://github.com/Staacks/there.oughta.be/blob/373d4e43f3dc867180ae8bb76ad156241c932dfe/led-cube/led-cube/cpu-stats-gl.cpp#L217
The reason I am explaining this is that if it is actually an BGR panel and you fix it by switching the temperature mapping, you will get a red to yellow gradient in your hot state, your moderate temperature will look turquoise and your cold state will be a solid blue.
So, just you know why your cube might look a bit different than in the video...
leoceto
First of all, amazing job !!!! The cube is super impressive and everything is working super well. Even if it is your project, it was super fun to copy cat it !
Not a big issue, but my temperatures are inverted on my version of the cube, I don't know why. when temperature are above 70, the cube is blue, when they are below 40, the cube is red....
I modify the first lines to fix that but I don't understand why i have such a behavior....
`#define T1 80.0 // instead of 40
define T2 60.0
define T3 40.0` // instead of 80