oneFluxDel
, oneGeneDel
,
doubleFluxDel
and doubleGeneDel
)
and fills a solution object (a derivative of class optsol
)
and a problem object depending on the specified solver.
The optimizations are then performed by calls to simpleFBA
.optimizer(model, optsol, lb, ub,
wtFluxes = NA,
alg = SYBIL_SETTINGS("ALGORITHM"),
setToZero = FALSE,
checkOptSolObj = FALSE,
rebuildModel = FALSE,
copyModel = FALSE,
prCmd = NA, poCmd = NA,
prDIR = NA, poDIR = NA,
verboseMode = 2,
...)
modelorg
.optsol
.dels
slot of optsol
. If lb
is missing, the values are
set to 0.dels
slot of optsol
. If ub
is missing, the values are
set to 0.simpleFBA
).
Default: NA
.FBA
linearMOMA
linearMOMA_COBRA
SYBIL_SETTINGS("ALGORITHM")
.FALSE
.sink
to redirect output to a file. If loglevel == 2
,
a progress bar will be produced. If loglevel > 2
, incheckOptSol
.
Default: FALSE
.TRUE
, the problem object will be rebuilt prior
each round of optimization.
Default: FALSE
.TRUE
, the problem object will be copied from a
FALSE
.simpleFBA
.
See there for details.
Default: NA
.simpleFBA
.
See there for details.
Default: NA
.prDIR = c(2, 5, 10)
executes the commands in prCmd before the second, 5th and 10th optimization.
If prDIR
, but for postprocessing.
Default: NA
.prepProbObj
.optsol
.optimizer
is called by the functions
oneFluxDel
, oneGeneDel
,
doubleFluxDel
and doubleGeneDel
,
but not by a user. The important arguments here are resolve
,
setToZero
, logfile
and verboseMode
which can
be set by using ...
in the invoking functions.Schellenberger, J., Que, R., Fleming, R. M. T., Thiele, I., Orth, J. D., Feist, A. M., Zielinski, D. C., Bordbar, A., Lewis, N. E., Rahmanian, S., Kang, J., Hyduke, D. R. and Palsson, B. Ø. (2011) Quantitative prediction of cellular metabolism with constraint-based models: the COBRA Toolbox v2.0. Nat Protoc 6, 1290--1307.
oneFluxDel
, oneGeneDel
,
doubleFluxDel
, doubleGeneDel
,
optsol
, prepProbObj
and SYBIL_SETTINGS
.