I have a 4 species community for which I calculated 100 detailed interaction simulations using the --molweight flag. Now I am interested in getting an idea of the minimal media compostion used in detailed interactions, does it make sense to run a number of global simulations with the --debug flag and extract the media composition in the row associated with the MRO of the community?
community medium key1 key2 data
all complete mip ni ca2,cl,cobalt2,cu2,fe3,gam,k,mg2,mn2,nac,no,o2,pi,pnto__R,ribflv,so4,thm,val__L,zn2
all complete mip i ca2,cl,cobalt2,cu2,fe3,gam,k,mg2,mn2,nac,o2,pi,pnto__R,ribflv,so4,thm,zn2
all complete mro community ca2,cl,cobalt2,cu2,fe3,gam,k,mg2,mn2,nac,o2,pi,pnto__R,ribflv,so4,thm,zn2
all complete mro CHCC10675 ca2,cl,cobalt2,cu2,fe3,glyc,k,mg2,mn2,nh4,pi,so4,thm,val__L,zn2
all complete mro CHCC4895 ca2,cl,cobalt2,cu2,fe3,gam,k,mg2,mn2,nac,pi,pnto__R,ribflv,so4,thm,zn2
all complete mro CHCC5614 ca2,cl,cobalt2,cu2,fe3,fol,gam,k,mg2,mn2,o2,pi,ribflv,so4,thm,val__L,zn2
all complete mro CHCC6086 ca2,cl,cobalt2,cu2,fe2,gly,h,k,mg2,mn2,o2,pi,so4,thm,val__L,zn2
Hi Daniel,
I have a 4 species community for which I calculated 100 detailed interaction simulations using the
--molweight
flag. Now I am interested in getting an idea of the minimal media compostion used in detailed interactions, does it make sense to run a number of global simulations with the--debug
flag and extract the media composition in the row associated with the MRO of the community?Thanks and best wishes, Francisco