Functions renamed in goldfish 1.7.0

goldfish 1.7.0 renamed a number of functions that aims to: align function naming to match tidyverse conventions (using snake_case), and foster a common and intuitive interface across the stocnet ecosystem, promoting consistency and easier transitions between related packages.

• defineNodes() -> make_nodes()

• defineNetwork() -> make_network()

• defineDependentEvents() -> make_dependent_events()

• defineGlobalAttribute() -> make_global_attribute()

• defineGroups_interaction() -> make_groups_interaction()

• linkEvents(x) -> link_events(x)

• estimate() -> estimate_dynam(), estimate_rem() & estimate_dynami()

• examineOutliers() -> examine_outliers()

• examineChangepoints() -> examine_changepoints()

• egoAlterInt() -> ego_alter_interaction()

• nodeTrans() -> node_trans()

• commonSender() & commonReceiver() -> common_sender() & common_receiver()

• mixedTrans(), mixedCycle(), mixedCommonSender() & mixedCommonReceiver() -> mixed_trans(), mixed_cycle(), mixed_common_sender() & mixed_common_receiver()

• tertiusDiff() -> tertius_diff()

We strongly encourage all users to update their code to use the new function names as soon as possible. When an old function name is used, it will now issue a deprecation warning, guiding you to the recommended new function name.

These deprecated functions (old names) are scheduled for removal in a future major release of the package. Updating your code now will ensure future compatibility and allow you to benefit from the improved clarity and consistency.

Please consult the individual function documentation for details on their new names and updated usage.

defineNodes(nodes)

defineNetwork(
  matrix = NULL,
  nodes,
  nodes2 = NULL,
  directed = TRUE,
  envir = environment()
)

defineDependentEvents(
  events,
  nodes,
  nodes2 = NULL,
  default_network = NULL,
  envir = environment()
)

defineGlobalAttribute(global)

defineGroups_interaction(
  records,
  actors,
  seed_randomization = NULL,
  progress = getOption("progress")
)

linkEvents(x, ...)

examineOutliers(
  x,
  method = c("Hampel", "IQR", "Top"),
  parameter = 3,
  window = NULL
)

examineChangepoints(
  x,
  moment = c("mean", "variance"),
  method = c("PELT", "AMOC", "BinSeg"),
  window = NULL,
  ...
)

egoAlterInt(...)

nodeTrans(...)

commonSender(...)

commonReceiver(...)

mixedTrans(...)

mixedCycle(...)

mixedCommonSender(...)

mixedCommonReceiver(...)

tertiusDiff(...)