tumopp | R Documentation |
tumopp()
returns full results with config columns in a data.frame.
See tumopp("-h")
or https://heavywatal.github.io/tumopp/group__params.html
for the list of command options.
tumopp(args, ...)
## Default S3 method:
tumopp(
args = character(0L),
...,
graph = getOption("tumopp.graph", TRUE),
cache = getOption("tumopp.cache", character(0))
)
## S3 method for class 'list'
tumopp(args, ..., graph = TRUE, mc.cores = getOption("mc.cores", 1L))
## S3 method for class 'data.frame'
tumopp(args, ..., graph = TRUE, mc.cores = getOption("mc.cores", 1L))
make_args(alt, const = NULL, times = 1L, each = 1L)
args |
command line arguments as a string vector or list of strings. |
... |
not used. |
graph |
add graph column if TRUE |
cache |
A parent directory to cache results.
|
mc.cores |
The number of cores to use for concurrent execution. |
alt |
named list of altered arguments. |
const |
named list of constant arguments. |
times , each |
passed to |
A population
data.frame includes ancestral cells.
Extant cells can be extracted by filtering with death == 0
or filter_extant()
function.
The sampling time, i.e., the end of a simulation, is typically the maximum value of birth time.
The default unit of time (birth
and death
columns) is the average cell cycle of newborn cells
(given the parameter -b
/--beta0
is set to 1).
For example, step-wise tumor growth and integer values in the birth column will be observed
if -k
/--shape
parameter is set to a very large value like 10**6
.
If you are considering some cell line whose average cell cycle is 4 days for example,
then the unit of those columns can be interpreted as 4 days,
or you can set --beta0=0.25
to change the unit to a day.
The omega
column denotes the number of cell divisions allowed for each cell.
Negative values denote unlimited proliferation potential.
make_args()
returns argument combinations in a tibble.
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