Method to recognize trajectories that stay together, based on trajectory distance time series analysis
partner(A1, A2, dist, maxtime, mintime, datasource, tablename)
# S4 method for Track,Track,numeric,numeric,numeric,DataSourceInfo,character
partner(A1,
A2, dist, maxtime, mintime, datasource, tablename)
# S4 method for Track,Track,numeric,numeric,numeric,PostgreSQLConnection,character
partner(A1,
A2, dist, maxtime, mintime, datasource, tablename)
# S4 method for Track,Track,numeric,numeric,numeric,logical,missing
partner(A1, A2,
dist, maxtime, mintime, datasource, tablename)
# S4 method for TracksCollection,missing,numeric,numeric,numeric,missing,missing
partner(A1,
A2, dist, maxtime, mintime, datasource, tablename)
# S4 method for TracksCollection,TracksCollection,numeric,numeric,numeric,missing,missing
partner(A1,
A2, dist, maxtime, mintime, datasource, tablename)
# S4 method for TracksCollection,Track,numeric,numeric,numeric,missing,missing
partner(A1,
A2, dist, maxtime, mintime, datasource, tablename)
Represents a single trajectory followed by a person, animal or object.
Represents a single trajectory followed by a person, animal or object.
Ristance that two objects can stay apart
Maximum time period that two objects can stay apart
Minimum time period that two objects must stay together
Is object class DataSourceInfo
The name of the table database
List with begin time and end time stamps of two objects partner
# NOT RUN {
partner(A1,A2,110792,2277,0,FALSE)
# }
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