applyCollineation | Relabel a Spread or Star with a Collineation Matrix |
checkSpreadEquivalence | Checking the Equivalence of Two Spreads |
checkSpreadIsomorphism | Checking the Isomorphism of Two Spreads |
checkStarEquivalence | Checking the Equivalence of Two Stars |
checkStarIsomorphism | Checking the Isomorphism of Two Stars |
getBitstrings | Bitstring Representation of a Spread or Star |
is.spread | Boolean check for a proper Spread |
is.star | Boolean check for a proper Star |
spreadn4t2a | Data: A cyclic 1-spread of PG(3,2) |
spreadn4t2b | Data: A cyclic 1-spread of PG(3,2) |
spreadn6t2a | Data: A cyclic 1-spread of PG(5,2) |
spreadn6t2b | Data: A cyclic 1-spread of PG(5,2) |
spreadn6t2c | Data: A cyclic 1-spread of PG(5,2) |
spreadn6t3a | Data: A cyclic 2-spread of PG(5,2) |
spreadn6t3b | Data: A cyclic 2-spread of PG(5,2) |
starn5t3a | Data: A 2-star of PG(4,2) |
starn5t3b | Data: A 2-star of PG(4,2) |
starn8t5a | Data: A 4-star of PG(7,2) |
starn8t5b | Data: A 4-star of PG(7,2) |
star_to_spread | Converts a star to its corresponding spread |
stringtovector | Converts a character string representation of a factorial... |
vectortostring | Converts a binary vector to character strings |
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