Provide answers to various questions

answer_questions(dataset = NULL, multiple_disconnected = NULL,
  expect_topology = NULL, expected_topology = NULL,
  expect_cycles = NULL, expect_complex_tree = NULL,
  prior_information = NULL, n_cells = 1000, n_features = 1000,
  metric_importance = c(0.25, 0.25, 0.25, 0.25), dynmethods = TRUE,
  docker = dynwrap::test_docker_installation(),
  programming_interface = TRUE, languages = c("python", "C++", "R"),
  user_friendliness = 60, running_time = 5, n_methods = 4)

Arguments

dataset

The dataset from which the answers will be computed

multiple_disconnected

Do you expect multiple disconnected trajectories in the data? Defaults to NULL

expect_topology

Do you expect a particular topology in the data? Defaults to NULL

expected_topology

What is the expected topology Defaults to NULL

expect_cycles

Do you expect cycles in the data? Defaults to NULL

expect_complex_tree

Do you expect a complex tree in the data? Defaults to NULL

prior_information

Are you able to provide the following prior information? Defaults to NULL

n_cells

Number of cells Defaults to 1000

n_features

Number of features (genes) Defaults to 1000

metric_importance

How important are the following aspects of the trajectory? Defaults to c(0.25, 0.25, 0.25, 0.25)

dynmethods

Do you use dynmethods to run the methods? Defaults to TRUE

docker

Is docker installed? Defaults to dynwrap::test_docker_installation()

programming_interface

Can you work in a programming interface? Defaults to TRUE

languages

Which languages can you work with? Defaults to c("python", "C++", "R")

user_friendliness

Minimal user friendliness score Defaults to 60

running_time

Maximal estimated running time (minutes) Defaults to 5

n_methods

Number of methods Defaults to 4