Description Usage Arguments Value Author(s)
Resolves a given case starting with the base solution
according to user parameters.
It first uses propagate.direct
to infer
results from available elements; then it detects the
chains of variable which are not constrained enough to be solved this way
using detect.missing.chains
. Then it solves each chain
iteratively until the entire problem is solved.
1 2 3 |
sol |
the current solution (a named list) |
case |
the case to solve |
nA |
the target population size for A |
nB |
the target population size for B |
nu.A |
control for nA: 0 means "respect nA", non-null "adapt it to solve the case" |
phi.A |
control for frequencies: 0 means "respect the original frequencies as detected in the sample", non-null "adapt it to solve the case" |
delta.A |
control for degree A: 0 means "respect the input parameters pdi", non-null "adapt them to solve the case" |
gamma |
control for pij: 0 means "respect the matching probabilities pij", non-null "adapt them to solve the case" |
nu.B |
control for nB: 0 means "respect nB", non-null "adapt it to solve the case" |
phi.B |
control for frequencies: 0 means "respect the original frequencies as detected in the sample", non-null "adapt it to solve the case" |
delta.B |
control for degree B: 0 means "respect the input parameters pdj", non-null "adapt them to solve the case" |
verbose |
if TRUE, will display detailed information on the console |
tolerance.pd |
the tolerance for probability distributions |
tolerance.degree.max |
the tolerance for min/max average degrees |
tolerance.pij |
the tolerance for pij probabilities |
a list of vectors (the chains) of strings
Samuel Thiriot <samuel.thiriot@res-ear.ch>
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