Spatial Analysis in Archaeology from Refitting Fragments


[Up] [Top]

Documentation for package ‘archeofrag’ version 1.0.0

Help Pages

archeofrag-package Archeofrag: Refitting and Spatial Analysis in Archaeology
archeofrag Archeofrag: Refitting and Spatial Analysis in Archaeology
bdv.connection Dataset: Refitting relationships between lithic fragments from the Bout des Vergnes site
bdv.fragments Dataset: Refitting relationships between lithic fragments from the Bout des Vergnes site
BoutDesVergnes Dataset: Refitting relationships between lithic fragments from the Bout des Vergnes site
Chauzeys Dataset: Refitting relationships between lithic fragments from the Chauzeys site
chauzeys.connection Dataset: Refitting relationships between lithic fragments from the Chauzeys site
chauzeys.fragments Dataset: Refitting relationships between lithic fragments from the Chauzeys site
FontJuvenal Dataset: Refitting relationships between pottery fragments from Font-Juvenal cave
fontjuvenal.connection Dataset: Refitting relationships between pottery fragments from Font-Juvenal cave
fontjuvenal.fragments Dataset: Refitting relationships between pottery fragments from Font-Juvenal cave
frag.cycles Count the k-cycles in a graph, for cycles =< k
frag.diameters Diameter distribution for unconnected graphs
frag.edges.weighting Weighting the edges of a fragmentation graph
frag.get.layers Extracts the subgraph of each selected archaeological spatial unit.
frag.get.layers.pair Extracts the subgraph corresponding to a pair of archaeological spatial units.
frag.get.parameters Returns a series of descriptive statistics for a fragmentation graph
frag.graph.plot Plot a fragmentation graph
frag.graph.reduce Reduce the size of a fragmentation graph
frag.layers.admixture Admixture of two spatial units
frag.layers.cohesion Cohesion measure of layers
Frag.object-class Class '"Frag.object"'
frag.observer.failure Simulate the failure of an observer to determine the relationships between fragments.
frag.path.lengths Path length distribution for unconnected graphs
frag.relations.by.layers Summary of the connection relationships between fragments within and between spatial units.
frag.simul.compare From an observed fragmentation graph, simulates two series of graphs corresponding to two deposition hypotheses.
frag.simul.process Simulate the fragmentation of archaeological objects scattered in two spatial units
frag.simul.summarise Summarise the comparison between an observed fragmentation graph and simulated graphs for two deposition hypotheses.
grande.rivoire.connection Dataset: Refitting relationships between lithic fragments from the Grande Rivoire site
grande.rivoire.fragments Dataset: Refitting relationships between lithic fragments from the Grande Rivoire site
GrandeRivoire Dataset: Refitting relationships between lithic fragments from the Grande Rivoire site
LiangAbu Dataset: Archeological relationships between pottery fragments in Liang Abu
liangabu.connection Dataset: Archeological relationships between pottery fragments in Liang Abu
liangabu.fragments Dataset: Archeological relationships between pottery fragments in Liang Abu
liangabu.similarity Dataset: Archeological relationships between pottery fragments in Liang Abu
make_crsr_graph Makes a "connection" relationships graph including the "similarity" relationships.
make_crsr_graph-method Class '"Frag.object"'
make_cr_graph Make a "connection" relationships graph.
make_cr_graph-method Class '"Frag.object"'
make_cr_graph-methods Make a "connection" relationships graph.
make_frag_object Makes a "frag.object" object.
make_sr_graph Make a "similarity" relationships graph.
make_sr_graph-method Class '"Frag.object"'
make_sr_graph-methods Make a "similarity" relationships graph.
show-method Class '"Frag.object"'
Tai Dataset: Refitting relationships between pottery fragments from the Tai site
tai.connection Dataset: Refitting relationships between pottery fragments from the Tai site
tai.fragments Dataset: Refitting relationships between pottery fragments from the Tai site