all_paths | Output all paths of a random walk |
first_hitting_time | Computes the first hitting time (>=) |
first_maximum_time | Computes the first maximum time |
has_edges | Check if there are any edges |
has_states | Check if there are any states |
lanci | lanci: A package with helper functions and data for M362M |
last_maximum_time | Computes the last maximum time |
nedges | Return the number of edges |
new_mc | Constructor for the mc class |
nstates | Return the number of states |
permutation_test | Checks, graphically, if two vectors are independent |
pipe | Pipe operator |
print.mc | The print method for the MC class |
reflect_after_hitting | Reflects trajectory once it hits a level |
simulate_walk | Simulate a data frame of paths of a random walk |
single_bridge | A single trajectory of a random bridge |
single_trajectory | Simulate a single trajectory of a random walk |
univariate_table | Create a univariate distribution table |
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