Index of values


(!!) [Femtolib.Config_file]
(*$) [Femtolib.Array]
Alias for cart.
(+=) [Femtolib.Pervasives]
(-|) [Femtolib.Array]
Alias for interval.
(=:=) [Femtolib.Config_file]
(|>) [Femtolib.Config_file]
(|>) [Femtolib.Pervasives]
A kind of reverse polish notation.

A
add [Measure.Causal_states.Clustering]
Affects the distribution to a cluster and returns the id of the latter.
append [Femtolib.Config_file]
array_to_wolfram [Rule.Eca]
at_first_measurement [Experiment.Op_cyclic_r1t2k4box.Experiment]
at_first_measurement [Experiment.Lle.Experiment]
at_first_measurement [Experiment.Stat_cmplx.Experiment]
at_first_measurement [Experiment.States.Experiment]
at_first_measurement [Types.Experiment]
Called only once.
at_last_measurement [Experiment.Density_avg.Experiment]
at_last_measurement [Experiment.Op_cyclic_r1t2k4box.Experiment]
at_last_measurement [Experiment.Lle.Experiment]
at_last_measurement [Experiment.Stat_cmplx.Experiment]
at_last_measurement [Experiment.States.Experiment]
at_last_measurement [Types.Experiment]
available_experiments [User_interface.Text]
available_rules [User_interface.Text]
available_synchronisms [User_interface.Text]
available_topologies [User_interface.Text]
available_topologies_meta [User_interface.Text]

B
backup_configurations [Experiment.Lle.Experiment]
To restore configurations after each perturbation.
barker [Rule.Ising]
See source code
bernouilli [Initializer.Line]
bernouilli prng length density
bernouilli_parallel [Initializer.Line]
2 independent bernouilli in parallel
beta [User_interface.Text.Rule_parameters]
beta [Rule.Ising.Parameters]
binary [Femtolib.Array]
binary len n is base 2 representation of n, truncated to length len.
blend [Femtolib.Colors]
bool [Femtolib.Random2]
let random_bool = bool prng gives a pseudo-random boolean generator of type unit -> bool faster than the one provided by stdlib.
bool_of_int [Femtolib.Pervasives]
bool_of_string [Femtolib.Config_file]
bool_option [Femtolib.Config_file]
bool_to_value [Femtolib.Config_file]
bool_wrappers [Femtolib.Config_file]
bounded [Topology.Hexagons.Topo]
bounded [Topology.Rectangle.Topo]
bounded [Topology.Line.Topo]
create an array of neigbourhoods according to the finite-size, empty boundary, topology.
build_lc_index [Measure.Light_cones]
build_lc_index neighbourhoods depth cell builds the light cone of the given cell in terms of indexes.

C
cart [Femtolib.Array]
causal_states [Measure.Causal_states]
Since this function is going to be heavily used, we optimize it by returning an int array instead of an int option array.
causal_states [Experiment.Stat_cmplx.Experiment]
chi_square_critical_value [Measure.Statistic.Chi_square]
chi_square_table [Measure.Statistic.Chi_square]
let cs = chi_square_table significance_level initialize a small table.
chi_squared [Measure.Statistic.Chi_square]
chi_squared distrib1 distrib2 A small value of the returned probability value indicates that the two distributions are likely to be different.
close [Measure.Statistic.Chi_square]
call let test = close significance_level to compute the table (which will be extended as needed).
color_of_state [Types.Rule]
color_of_state [Rule.Sandpile.Automaton]
color_of_state [Rule.Parallel_2eca.Automaton]
color_of_state [Rule.Parallel_2eca]
color_of_state [Rule.Templates.Integer_state]
color_of_state [Rule.Templates.Boolean_state]
color_option [Femtolib.Config_file]
command_line_args [User_interface.Text]
complexities [Experiment.Op_cyclic_r1t2k4box.Experiment]
Free energy for each cell, see the paper.
complexities [Experiment.Lle.Experiment]
LLE for each cell.
configuration [Experiment.Op_cyclic_r1t2k4box.Experiment]
configuration [Experiment.States.Experiment]
configuration_file [User_interface.Text]
configurations [Experiment.Lle.Experiment]
Stores the $f$ configurations needed to compute the LLE.
conjugate_rule [Rule.Eca]
contrast_range [User_interface.Text.Experiment_parameters]
cp_beta [User_interface.Text]
cp_contrast_range [User_interface.Text]
cp_density [User_interface.Text]
cp_destroy_probability [User_interface.Text]
cp_dimensions [User_interface.Text]
cp_experiment [User_interface.Text]
cp_future_depth [User_interface.Text]
cp_grain_probability [User_interface.Text]
cp_init_max_state_value [User_interface.Text]
cp_init_min_state_value [User_interface.Text]
cp_min_dist_to_boundary [User_interface.Text]
cp_nb_states [User_interface.Text]
cp_nb_updates [User_interface.Text]
cp_neighbourhood_distance [User_interface.Text]
cp_past_depth [User_interface.Text]
cp_perturbation_range [User_interface.Text]
cp_random_initializer [User_interface.Text]
cp_random_meta_topology [User_interface.Text]
cp_random_rule [User_interface.Text]
cp_random_synchronism [User_interface.Text]
cp_random_topology [User_interface.Text]
cp_range [User_interface.Text]
cp_rule [User_interface.Text]
cp_rule_number [User_interface.Text]
cp_rule_table [User_interface.Text]
cp_scale [User_interface.Text]
cp_significance_level [User_interface.Text]
cp_snapshot_interval [User_interface.Text]
cp_snapshot_name [User_interface.Text]
cp_step_by_step [User_interface.Text]
cp_synchronism [User_interface.Text]
cp_threshold [User_interface.Text]
cp_time_sampling [User_interface.Text]
cp_time_stroboscope [User_interface.Text]
cp_time_transient [User_interface.Text]
cp_topology [User_interface.Text]
cp_topology_boundary [User_interface.Text]
cp_topology_meta [User_interface.Text]
cp_topology_neighbours_order [User_interface.Text]
cp_update_rate [User_interface.Text]
cp_with_drawings [User_interface.Text]
create_clusters [Measure.Causal_states.Clustering]
Create an empty cluster collection.
create_options_file [Femtolib.Config_file]

D
dedoublonne [Femtolib.List]
Removes the duplicates from a list.
define_option [Femtolib.Config_file]
define_option_class [Femtolib.Config_file]
depth [Experiment.Lle.Experiment]
destroy_probability [User_interface.Text.Meta_topo_parameters]
destroy_probability [Topology.Meta.Parameters]
dichotomy [Femtolib.Misc]
dichotomy f inf sup
dichotomy_extended [Femtolib.Misc]
dichotomy_extended middle succ pred f inf sup
dimension [Experiment.Synchronization.Experiment]
discard_cell [Experiment.Lle.Experiment]
Same as Experiment.Stat_cmplx.Experiment.discard_cell.
discard_cell [Experiment.Stat_cmplx.Experiment]
All future light cones must be isomorph, so we discard the cells to close to the border.
distance_to_boundary [Types.Topology]
This function isn't used in the Periodic topology.
distance_to_boundary [Topology.Hexagons.Topo]
distance_to_boundary [Topology.Rectangle.Topo]
distance_to_boundary [Topology.Line.Topo]
distance_to_boundary [Femtolib.Array_simulate_2d]
distance_to_boundary width height index
do_measurement [Experiment.Density_avg.Experiment]
do_measurement [Experiment.Density_vs_time.Experiment]
do_measurement [Experiment.Synchronization.Experiment]
do_measurement [Experiment.Op_cyclic_r1t2k4box.Experiment]
do_measurement [Experiment.Lle.Experiment]
do_measurement [Experiment.Stat_cmplx.Experiment]
do_measurement [Experiment.States.Experiment]
do_measurement [Types.Experiment]
Does the measurement defined by the experiment and returns two output functions (printing and drawing).
do_measurement [Cimula.Main]
do_next_step [Experiment.Lle.Experiment]
do_next_step [Experiment.Stat_cmplx.Experiment]
Computes the next configuration in pof_configurations, shifts all configurations and thus loses the oldest configuration of past_configurations.
do_next_step [Experiment.States.Experiment]
do_next_step [Types.Experiment]
Called once per time step.
down_init [Femtolib.Array]
Same as Array.init, but begins the initialisation at the end of the array.
draw_cmplx [Experiment.Op_cyclic_r1t2k4box.Experiment]
draw_cmplx [Experiment.Lle.Experiment]
draw_cmplx [Experiment.Stat_cmplx.Experiment]
draw_configuration [Types.Topology]
draw_configuration () color_of_state configuration time () needed to keep polymorphism (?!).
draw_configuration [Topology.Hexagons.Topo]
draw_configuration [Topology.Rectangle.Topo]
draw_configuration [Topology.Line.Topo]
draw_configuration [Experiment.States.Experiment]

E
enumeration_wrappers [Femtolib.Config_file]
extract_bit [Femtolib.Pervasives]
extract_bit nth i is true iff the nth bit of i is 1
extremum [Femtolib.Array]
extremum (>) list gives the max of the list.

F
file [Femtolib.Config_file.Raw.Parse]
float_dimension [Experiment.Density_vs_time.Experiment]
float_lp [Femtolib.Random2]
float_option [Femtolib.Config_file]
float_to_value [Femtolib.Config_file]
float_wrappers [Femtolib.Config_file]
fold_left2 [Femtolib.Array]
fold_lefti [Femtolib.Array]
fold_righti [Femtolib.Array]
font_option [Femtolib.Config_file]
frequencies [Measure.Statistic]
from_value [Femtolib.Config_file]
future_depth [User_interface.Text.Experiment_parameters]

G
g [Experiment.Op_cyclic_r1t2k4box]
See the paper.
gamma_0_x [Measure.Statistic.Chi_square]
gamma_complement [Measure.Statistic.Chi_square]
gamma_p [Measure.Statistic.Chi_square]
gamma_x_infty [Measure.Statistic.Chi_square]
get [Femtolib.Array_simulate_2d]
get width height array x y
get_help [Femtolib.Config_file]
grain_probability [User_interface.Text.Rule_parameters]
grain_probability [Rule.Sandpile.Parameters]
Probability for a cell to get a grain, at each step.
gray [Femtolib.Colors]
gray_gradient [Femtolib.Colors]
gray_gradient min max value is simply (max - value) / (max - min).
group [User_interface.Text]

H
hackish_hastbl_size [Measure.Light_cones]
hamming_distance [Measure.Statistic]
height [Topology.Hexagons.Parameters]
height [Topology.Hexagons.Topo]
round height so that it's even
height [Topology.Rectangle.Parameters]
hexagon_height [Topology.Hexagons.Topo]
hexagon_width [Topology.Hexagons.Topo]
histogram [Measure.Statistic]
histogram nb_columns list
histogram_full [Measure.Statistic]
histogram_full interval_min interval_max nb_columns Assumes sorted input

I
id_to_array [Rule.Rrpcs_2d]
id_to_array [Rule.Rrcs_2d]
ident [Femtolib.Config_file.Raw.Parse]
identifier_of_lc [Measure.Light_cones]
Returns the unique identifier of lc_state.
identity [Femtolib.Pervasives]
information [Measure.Statistic]
Quantity of information, according to Shanon's definition.
init [Femtolib.List]
init [Femtolib.Array_simulate_2d]
init width height f
init_density [User_interface.Text.Rule_parameters]
init_density [Rule.Ising.Parameters]
init_density [Rule.Rrpcs_2d.Parameters]
init_density [Rule.Rrcs_2d.Parameters]
init_density [Rule.Antimajority.Parameters]
init_density [Rule.Majority.Parameters]
init_density [Rule.Totalizing.Parameters]
init_density [Rule.Eca.Parameters]
init_density [Rule.Templates.Boolean_Parameters]
init_drawings [Types.Topology]
init_drawings simulation_time is guaranted to be called in the experiment before any call to draw_configuration.
init_drawings [Topology.Hexagons.Topo]
init_drawings [Topology.Rectangle.Topo]
init_drawings [Topology.Line.Topo]
init_matrix [Femtolib.Array]
init_max_state_value [User_interface.Text.Rule_parameters]
init_max_state_value [Rule.Sandpile.Parameters]
init_min_state_value [User_interface.Text.Rule_parameters]
init_min_state_value [Rule.Sandpile.Parameters]
initialize [Types.Rule]
initialize nb_cells, whatever the dimension.
initialize [Rule.Sandpile.Automaton]
initialize [Rule.Parallel_2eca.Automaton]
initialize [Rule.Templates.Integer_state]
initialize [Rule.Templates.Boolean_state]
initialize [Initializer.Line.Periodic]
initializer_prng [User_interface.Text.Rule_parameters]
initializer_prng [Rule.Shift.Parameters]
initializer_prng [Rule.Ising.Parameters]
initializer_prng [Rule.Rrpcs_2d.Parameters]
initializer_prng [Rule.Rrcs_2d.Parameters]
initializer_prng [Rule.Antimajority.Parameters]
initializer_prng [Rule.Majority.Parameters]
initializer_prng [Rule.Totalizing.Parameters]
initializer_prng [Rule.Cyclic.Parameters]
initializer_prng [Rule.Sandpile.Parameters]
initializer_prng [Rule.Parallel_2eca.Parameters]
initializer_prng [Rule.Eca.Parameters]
initializer_prng [Rule.Templates.Integer_Parameters]
initializer_prng [Rule.Templates.Boolean_Parameters]
int_of_bool [Femtolib.Pervasives]
int_of_bool false is 0 and int_of_bool true is 1.
int_option [Femtolib.Config_file]
int_to_value [Femtolib.Config_file]
int_wrappers [Femtolib.Config_file]
interval [Femtolib.Array]
iter2 [Femtolib.Array]
iteri [Femtolib.List]
iteri [Femtolib.Array_simulate_2d]
iteri height f

L
lcState_of_lcIndex [Measure.Light_cones]
lcState_of_lcIndex depth present_configuration pf_configurations lc converts the index representation of cells into a state representation.
lc_identifiers [Measure.Light_cones]
Affects a unique integer identifier to each lc, for easier manipulation.
length [User_interface.Text.Topo_parameters1d]
length [Topology.Line.Parameters]
length [Experiment.Op_cyclic_r1t2k4box.Experiment]
length [Experiment.Lle.Experiment]
lexer [Femtolib.Config_file.Raw.Parse]
light_cones [Experiment.Lle.Experiment]
linf [Topology.Rectangle.Topo]
list [Femtolib.Config_file.Raw.Parse]
list_assoc_remove [Femtolib.Config_file]
list_iter_between [Femtolib.Config_file]
list_option [Femtolib.Config_file]
list_to_value [Femtolib.Config_file]
list_wrappers [Femtolib.Config_file]
lle [Experiment.Lle.Experiment]
Computes the LLE for one cell.
load [Femtolib.Config_file]
log_gamma [Measure.Statistic.Chi_square]
lone [Topology.Rectangle.Topo]

M
main [Cimula.Load_Topology]
main [Cimula.Load_Meta_Topology]
main [Cimula.Load_Experiment]
main [Cimula.Load_Synchronism]
main [Cimula.Load_Rule]
main [Cimula.Main]
map2 [Femtolib.Array]
mapi [Femtolib.Array_simulate_2d]
mapi height f
matrix_of_list_list [Femtolib.Array]
max [Femtolib.List]
max_no_nan [Experiment.Op_cyclic_r1t2k4box]
mean [Measure.Statistic]
mean [Experiment.Lle]
Like Measure.Statistic.mean_float but discard the values (-1.) if User_interface.Text.Experiment_parameters.topology_boundary is Bounded.
mean_float [Measure.Statistic]
mean_float_list [Measure.Statistic]
mean_no_nan [Experiment.Op_cyclic_r1t2k4box]
Mean of the floats in the array, ignoring the nan ones.
merge [Measure.Causal_states.Clustering]
merges distribution into cluster, assuming that Array.fold_left (+) 0 distribution = nb_samples_distribution
merge_lists [Femtolib.List]
Like List.merge, but takes more than only two lists as input.
metropolis [Rule.Ising]
See source code
min_dist_to_boundary [User_interface.Text.Experiment_parameters]
min_no_nan [Experiment.Op_cyclic_r1t2k4box]
mix [Femtolib.Colors]
mix a b 0. is a.
mod_squared_distance [Experiment.Op_cyclic_r1t2k4box]
mod_squared_distance modulus x y is (x - y)2, considering x and y on a ring of length modulus.

N
name [Types.Rule]
name [Rule.Shift.Automaton]
name [Rule.Ising.Four_bodies_optimized]
name [Rule.Ising.Four_bodies]
name [Rule.Ising.Automaton]
name [Rule.Rrpcs_2d.Automaton]
name [Rule.Rrcs_2d.Automaton]
name [Rule.Antimajority.Automaton]
name [Rule.Majority.Automaton]
name [Rule.Totalizing.Automaton]
name [Rule.Cyclic.Automaton]
name [Rule.Sandpile.Automaton]
name [Rule.Parallel_2eca.Automaton]
name [Rule.Eca.Automaton]
nb_distinct [Femtolib.List]
nb_distinct [Femtolib.Array]
nb_samples [Measure.Causal_states.Clustering]
nb_samples clusters.(i) is the nb of samples of the cluster with id i.
nb_samples [Experiment.Density_avg.Experiment]
nb_states [User_interface.Text.Rule_parameters]
nb_states [Rule.Shift.Parameters]
nb_states [Rule.Cyclic.Parameters]
nb_states [Rule.Templates.Integer_Parameters]
nb_unsynchronized [Experiment.Synchronization.Experiment]
nb_zero [Experiment.Synchronization.Experiment]
neighbourhood_distance [User_interface.Text.Topology_parameters]
neighbourhood_distance [Topology.Rectangle.Parameters]
neighbourhoods [Types.Topology]
neighbourhoods is the neighbourhood of each cell, each neighbourhood being encoded as an array of indexes.
neighbourhoods [Topology.Meta.Cut_links]
neighbourhoods [Topology.Meta.Sphere_radius_2]
neighbourhoods [Topology.Hexagons.Topo]
neighbourhoods [Topology.Rectangle.Topo]
neighbourhoods [Topology.Line.Topo]
neighbourhoods [Experiment.Op_cyclic_r1t2k4box.Experiment]
neighbourhoods [Experiment.Lle.Experiment]
neighbours_dist2 [Topology.Meta]
Returns the sphere (not ball) of radius 2 centered on each cell
neighbours_order [User_interface.Text.Topology_parameters]
new_generator [Femtolib.Misc.Fresh_name.Int]
next_step [Types.Synchronism]
next_step transition_rule configuration_in configuration_out doesn't modify configuration_in and writes the updated configuration in configuration_out.
next_step [Synchronism.Sequential]
next_step prng nb_updates transition_rule configuration_in configuration_out updates nb_updates cells one by one.
next_step [Synchronism.Asynchronous]
next_step prng update_rate transition_rule configuration_in configuration_out chooses the cells to update according to a bernouilli law of parameter update_rate and updates all at the same time.
next_step [Synchronism.Synchronous]
next_step transition_rule configuration_in configuration_out updates all cells at the same time.
non_discarded_cell [Measure.Light_cones]
normalizer [Experiment.Lle.Experiment]
Computes the max possible complexity.
number_of [Measure.Density]
number_of states configuration gives the number of cells in configuration which are in one of the states states.

O
of_1d [Femtolib.Array_simulate_2d]
of_1d width height index
of_channel [Femtolib.Config_file.Raw]
of_string [Femtolib.Config_file.Raw]
of_value_w [Femtolib.Config_file]
option_hook [Femtolib.Config_file]
option_option [Femtolib.Config_file]
option_wrappers [Femtolib.Config_file]

P
past_depth [User_interface.Text.Experiment_parameters]
periodic [Topology.Hexagons.Topo]
periodic [Topology.Rectangle.Topo]
perturbation_range [User_interface.Text.Experiment_parameters]
perturbed_next_step [Experiment.Lle.Experiment]
perturbed_next_step current_depth cells Computes the next step for the cells cells in the configuration configurations.(current_depth).
phase [Experiment.Op_cyclic_r1t2k4box.Experiment]
pi [Experiment.Op_cyclic_r1t2k4box]
pof_depth [Experiment.Stat_cmplx.Experiment]
pof stands for Present Or Future
power_of_2 [Femtolib.Pervasives]
print_help [Femtolib.Config_file]
prng [User_interface.Text.Meta_topo_parameters]
prng [Topology.Meta.Parameters]
prng_of_random_seed [User_interface.Text]
Parse the read parameters and pack them into modules
psi_x [Experiment.Op_cyclic_r1t2k4box.Experiment]
order parameter
psi_y [Experiment.Op_cyclic_r1t2k4box.Experiment]

Q
queue_iter_between [Femtolib.Config_file]

R
random_seed [User_interface.Text.Topology_parameters]
range [User_interface.Text.Topology_parameters]
range [Topology.Rectangle.Parameters]
range [Topology.Line.Parameters]
raw_to_value [Femtolib.Config_file]
reflexive_rule [Rule.Eca]
remove_elements [Topology.Meta]
remove_elements prng proba list remove some elements list, each with probability proba
restore_configurations [Experiment.Lle.Experiment]
restore_configurations light_cone copies the states of backup_configurations into configurations, for the cells given after perturbation_range +1 in light_cone.
rgb_inverse [Femtolib.Colors]
The inverse function of Graphics.rgb.
ring [Topology.Line.Topo]
create an array of neigbourhoods according to the ring (periodic) topology.
rule_num [User_interface.Text.Rule_parameters]
rule_num [Rule.Rrpcs_2d.Parameters]
rule_num [Rule.Rrcs_2d.Parameters]
rule_num [Rule.Parallel_2eca.Parameters]
rule_num [Rule.Eca.Parameters]
rule_prng [User_interface.Text.Rule_parameters]
rule_prng [Rule.Ising.Parameters]
rule_prng [Rule.Sandpile.Parameters]
rule_table [User_interface.Text.Rule_parameters]
rule_table [Rule.Totalizing.Parameters]

S
safe_string [Femtolib.Config_file]
save [Femtolib.Config_file.Raw]
save [Femtolib.Config_file]
save_with_help [Femtolib.Config_file]
scale [User_interface.Text.Topology_parameters]
scale [Topology.Hexagons.Parameters]
scale [Topology.Rectangle.Parameters]
scale [Topology.Line.Parameters]
set [Femtolib.Array_simulate_2d]
set width height array x y elt
set_options_file [Femtolib.Config_file]
shortname [Femtolib.Config_file]
shuffle [Femtolib.Array]
significance_level [User_interface.Text.Experiment_parameters]
snapshot_name [User_interface.Text.Experiment_parameters]
snapshot_now [User_interface.Text.Experiment_parameters]
sparser [Experiment.Density_vs_time.Experiment]
specified_ints [Initializer.Line]
specified_ints prng probabilities returns an array filled with random numbers between 0 (inclusive) and Array.length probabilities (exclusive), with probabilities specified by probabilities.
stable_dedoublonne [Femtolib.List]
Removes the duplicates from a list.
stable_dedoublonne_fast [Femtolib.List]
Removes the duplicates from a list.
states [Types.Rule]
All the possible states
states [Rule.Sandpile.Automaton]
states [Rule.Parallel_2eca.Automaton]
states [Rule.Templates.Integer_state]
states [Rule.Templates.Boolean_state]
step_by_step [User_interface.Text.Experiment_parameters]
string2_option [Femtolib.Config_file]
string2_to_value [Femtolib.Config_file]
string_option [Femtolib.Config_file]
string_to_value [Femtolib.Config_file]
string_wrappers [Femtolib.Config_file]
sum_option [Femtolib.Config_file]
swap [Femtolib.Array]
swap a i j modify the array a in place, swapping elements at indexes i and j.
synchronism_prng [User_interface.Text]

T
threshold [User_interface.Text.Rule_parameters]
threshold [Rule.Cyclic.Parameters]
time_sampling [User_interface.Text.Experiment_parameters]
time_stroboscope [User_interface.Text.Experiment_parameters]
time_stroboscope [User_interface.Text.Topo_parameters1d]
time_stroboscope [Topology.Line.Parameters]
time_transient [User_interface.Text.Experiment_parameters]
time_width [User_interface.Text.Experiment_parameters]
to_1d [Femtolib.Array_simulate_2d]
to_1d width height x y
to_channel [Femtolib.Config_file.Raw]
to_value [Femtolib.Config_file]
to_value_w [Femtolib.Config_file]
topology_boundary [User_interface.Text.Experiment_parameters]
topology_boundary [User_interface.Text.Topology_parameters]
topology_boundary [User_interface.Text]
topology_boundary [Topology.Hexagons.Parameters]
topology_boundary [Topology.Rectangle.Parameters]
topology_boundary [Topology.Line.Parameters]
total [Experiment.Density_avg.Experiment]
total_occurences [Experiment.Stat_cmplx.Experiment]
Used to compute the probability of each causal state.
total_time [User_interface.Text.Experiment_parameters]
tr [Experiment.Lle.Experiment]
tr [Experiment.Stat_cmplx.Experiment]
Transition rule.
tr [Experiment.States.Experiment]
Transition rule.
transition_rule [Types.Rule]
transition_rule neighbourhoods Do some computation on the neigbourhoods if needed, then returns a function tr such that tr configuration index returns the new state of the cell number index in configuration.
transition_rule [Rule.Shift.Automaton]
transition_rule [Rule.Shift]
transition_rule [Rule.Ising.Four_bodies_optimized]
transition_rule [Rule.Ising.Four_bodies]
transition_rule [Rule.Ising.Automaton]
transition_rule [Rule.Ising]
transition_rule [Rule.Rrpcs_2d.Automaton]
transition_rule [Rule.Rrcs_2d.Automaton]
transition_rule [Rule.Antimajority.Automaton]
transition_rule [Rule.Majority.Automaton]
transition_rule [Rule.Majority]
transition_rule [Rule.Totalizing.Automaton]
transition_rule [Rule.Totalizing]
transition_rule [Rule.Cyclic.Automaton]
transition_rule [Rule.Cyclic]
transition_rule [Rule.Sandpile.Automaton]
transition_rule [Rule.Sandpile]
transition_rule [Rule.Parallel_2eca.Automaton]
transition_rule [Rule.Parallel_2eca]
transition_rule [Rule.Eca.Automaton]
transition_rule [Rule.Eca]
transition_rule_4bodies [Rule.Ising]
transition_rule_4bodies_optimized [Rule.Ising]
Can be used only on a 2D periodic topology with no holes nor missing links, need Sphere2 Meta topology
transition_rule_antimaj [Rule.Antimajority]
transition_rule_rrcs2d [Rule.Rrcs_2d]
transition_rule_rrpcs2d [Rule.Rrpcs_2d]
treat_differences [Experiment.Lle.Experiment]
Counts the area of the difference plume for one perturbation (see the paper).
tuple2_option [Femtolib.Config_file]
tuple2_wrappers [Femtolib.Config_file]
tuple3_option [Femtolib.Config_file]
tuple3_wrappers [Femtolib.Config_file]
tuple4_option [Femtolib.Config_file]
tuple4_wrappers [Femtolib.Config_file]

U
uniform_ints [Initializer.Line]
uniform_ints prng length min max returns an array filled with random numbers between min and max (inclusive), with uniform probabilities.

V
value [Femtolib.Config_file.Raw.Parse]
value_to_bool [Femtolib.Config_file]
value_to_float [Femtolib.Config_file]
value_to_int [Femtolib.Config_file]
value_to_list [Femtolib.Config_file]
value_to_raw [Femtolib.Config_file]
value_to_string [Femtolib.Config_file]
value_to_string2 [Femtolib.Config_file]

W
width [Topology.Hexagons.Parameters]
width [Topology.Rectangle.Parameters]
with_drawings [User_interface.Text.Experiment_parameters]
wolfram_to_array [Rule.Eca]