@@ -3568,7 +3568,7 @@ end
35683568 target_ids::Vector{<:Unsigned},
35693569 cp_type::Symbol;
35703570 <keyword arguments>
3571- )::Dict{UInt64 ,Matrix{Quantity}}
3571+ )::Dict{UInt ,Matrix{Quantity}}
35723572
35733573Compute the trajectory of a set of cells/particles, given their IDs.
35743574
@@ -3584,7 +3584,7 @@ Compute the trajectory of a set of cells/particles, given their IDs.
35843584
35853585 - A dictionary with the following shape:
35863586
3587- + `target_id::UInt64 ` -> A matrix with the trajectory of the cell/particle with ID `target_id`. The matrix has 7 rows, where:
3587+ + `target_id::UInt ` -> A matrix with the trajectory of the cell/particle with ID `target_id`. The matrix has 7 rows, where:
35883588
35893589 * Row 1: Physical time.
35903590 * Rows 2-4: Position [x, y, z].
@@ -3598,7 +3598,7 @@ function daTrajectory(
35983598 cp_type:: Symbol ;
35993599 trans_mode:: Union {Symbol,Tuple{TranslationType,RotationType,Dict{Symbol,Vector{String}}}}= :all_box ,
36003600 filter_mode:: Union {Symbol,Tuple{Function,Dict{Symbol,Vector{String}}}}= :all ,
3601- ):: Dict{UInt64 ,Matrix{Quantity}}
3601+ ):: Dict{UInt ,Matrix{Quantity}}
36023602
36033603 simulation_table = copy (sim_data. simulation_table)
36043604
@@ -3625,7 +3625,7 @@ function daTrajectory(
36253625 nan_pos = NaN * u " kpc"
36263626 nan_vel = NaN * u " km * s^-1"
36273627
3628- trajectories = Dict {UInt64 , Matrix{Quantity}} ()
3628+ trajectories = Dict {UInt , Matrix{Quantity}} ()
36293629
36303630 Threads. @threads for target_id in target_ids
36313631
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