Closed PavelBal closed 2 years ago
So select more distinct colors to move from to.
Here are all available palettes. Let me know which one you prefer, and I will make that the default:
library(esqlabsR)
simPath <- system.file("extdata", "Aciclovir.pkml", package = "esqlabsR")
simulation <- loadSimulation(simPath)
outputPaths <- "Organism|PeripheralVenousBlood|Aciclovir|Plasma (Peripheral Venous Blood)"
parameterPaths <- c(
"Aciclovir|Lipophilicity",
"Applications|IV 250mg 10min|Application_1|ProtocolSchemaItem|Dose",
"Neighborhoods|Kidney_pls_Kidney_ur|Aciclovir|Glomerular Filtration-GFR|GFR fraction"
)
set.seed(123)
results <- sensitivityCalculation(
simulation = simulation,
outputPaths = outputPaths,
parameterPaths = parameterPaths
)
sensitivityTimeProfiles(results, palette = "Pastel 1")
sensitivityTimeProfiles(results, palette = "Dark 2")
sensitivityTimeProfiles(results, palette = "Dark 3")
sensitivityTimeProfiles(results, palette = "Set 2")
sensitivityTimeProfiles(results, palette = "Set 3")
sensitivityTimeProfiles(results, palette = "Warm")
sensitivityTimeProfiles(results, palette = "Cold")
sensitivityTimeProfiles(results, palette = "Harmonic")
sensitivityTimeProfiles(results, palette = "Dynamic")
Created on 2022-02-21 by the reprex package (v2.0.1.9000)
Any thoughts on this?
Let's try with esqLABS_color
https://github.com/esqLABS/esqlabsR/blob/3b13524235ccfa452552cefada4247f5ca452f26/R/utilities-figures.R#L18
Can you make it work?
Please also try the esqlabs-palette and show an example.
For now, I am choosing cold palette (see example above) as the default palette.
Please also try the esqlabs-palette and show an example.
This doesn't work.
The function generates discrete colours.
library(esqlabsR)
esqLABS_colors(10)
#> [1] "#0D8DDA" "#142DDD" "#5F13E1" "#C911E4" "#E81098" "#EB1733" "#BF6A24"
#> [8] "#C7CE20" "#65DC1C" "#26B042"
Created on 2022-04-08 by the reprex package (v2.0.1.9000)
But we need continuous colours:
colorspace::scale_color_continuous_qualitative(
palette = "Cold",
breaks = c(1, 10)
)
#> <ScaleContinuous>
#> Range:
#> Limits: 0 -- 1
This is because our scale is continuous:
With the current color gradient, it is not clear in which "direction" the colors move as the edges of the gradient look like they are "connected".