- Find a good metric for testing different spieces against one another
- Decide on different enviroments to be tested
- Matlab Differential Equations:
- Aim: To have simple equations which dictate the behaviour of the cell when nitrogen/carbon/sunlight are altered
- Smoldyn Model:
- Aim: To represent the diffusion across different cells of the nitrogen.
- F# model:
- Aim: to have a model which represents the growth of the cluster of cells
- Tasks:
- compile the existing code for the Hybrid Modelling tool
- test the existing code for any further issues
- try to alter the size parameter in the hybrid testing model to instead represent nitrogen content.
- git add < file.name >
- git commit -m '< message > '
- git push
- cd SEBminiproject (from your home directory)
- git pull
- do a diff by typing git diff
- enter the files it says are conflicted and remove the conflict/resolve the conflict
- do a git merge
- then do a git pull
- git push
GrandBudapest <- c( "#5B5EA6", "#DD4124","#009B77", "#EFC050", "#9B2335", "#DFCFBE","#D65076", "#55B4B0", "#E15D44", "#7FCDCD", "#BC243C", "#C3447A" )
library(colorspace)
colfunc <- colorRampPalette(c(< First color >,< Second color >)) pal1 <- colfunc(< no of colours >)