Package index
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adult_dynamics()
- Update States for an Adult Mosquito Model
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save_states_M()
- Store State Variables for an Adult Mosquito Model
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init_states_M()
- Save state variables
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init_adult_model()
- Set Initial Values for **M** Module
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compute_diffs_M()
- The some of squared differences between two sets of variables
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setup_adult_model()
- Setup Adult Mosquito Module
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adult_dynamics(<BQ>)
- Update States for the `BQ` model
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save_states_M(<BQ>)
- Save the state variables in a vector
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init_states_M(<BQ>)
- Save the state variables in a vector
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init_adult_model(<BQ>)
- Set initial values for the BQ model
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init_adult_model_BQ()
- Set initial values for the BQ model
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compute_diffs_M(<BQ>)
- The sum of squared differences between two sets of variables
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setup_dispersal_BQ()
- Dispersal parameters for the BQ model
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make_Psi_BQ()
- Make dispersal matrices for the BQS model
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setup_bionomics_BQ()
- Bionomic parameters set for the BQ model
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make_demography_BQ()
- Make the demographic matrices for the BQ model
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setup_adult_model(<BQ>)
- Setup a BQ model for adult mosquitoes
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adult_dynamics(<BQS>)
- Update States for the `BQS` model: one time step
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save_states_M(<BQS>)
- Store the state variables for the BQS model
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init_states_M(<BQS>)
- Save the state variables in a vector
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init_adult_model(<BQS>)
- Set initial values for the BQS model
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init_adult_model_BQS()
- Set initial values for the BQ model
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compute_diffs_M(<BQS>)
- The sum of squared differences between the state and putative steady state
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setup_dispersal_BQS()
- Dispersal parameters for the BQS model
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make_Psi_BQS()
- Make dispersal matrices for the BQS model
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setup_bionomics_BQS()
- Bionomic parameters set for the BQ model
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make_demography_BQS()
- Make the demographic matrices for the BQS model
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setup_adult_model(<BQS>)
- Setup a BQS model for adult mosquitoes
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aquatic_dynamics()
- Aquatic Dynamics
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save_states_L()
- Save state variables
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init_states_L()
- Initialize the Lstates
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init_aquatic_model()
- Set initial values for
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compute_diffs_L()
- The some of squared differences between two sets of variables
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setup_aquatic_model()
- Setup an aquatic model
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aquatic_dynamics(<basicL>)
- Aquatic Dynamics
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save_states_L(<basicL>)
- Save state variables
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init_states_L(<basicL>)
- Save the state variables in a vector
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init_aquatic_model(<basicL>)
- Set initial values for the BQ model
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init_aquatic_model_basicL()
- Set initial values for
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compute_diffs_L(<basicL>)
- The some of squared differences between two sets of variables
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setup_aquatic_model(<basicL>)
- Setup an aquatic model
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setup_aquatic_model_basicL()
- Set up the aquatic population model of class basicL
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unif_xy()
- Make a random point set, xy
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lattice()
- Set up a lattice with n x n points
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clusters_xy()
- Use a set of `xy` values as seeds for clusters
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clusters_nm()
- Setup n clusters with m points per cluster
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make_kF_exp()
- Make an exponential function for weight by distance
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make_kF_pwr()
- Make an power function to weight points by distance
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make_kF_mix()
- Make an power function that combines an exponential and power function
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make_Psi_xy()
- Make Psi from a source point set to a destination point set
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make_Psi_xx()
- Make Psi from a source point set to a destination point set
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setup_model()
- Setup a behavioral state, micro-simulation model
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make_model_squareLattice()
- Setup a square lattice model with one point set offset and nested within the other
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make_model_unif()
- Setup a model on a random uniform set of points
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SIM()
- Simulate population dynamics
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steady_state()
- Run the model until it has reached a steady state
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dispersal_PMF()
- Compute distances dispersed
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compute_KGV()
- Compute net dispersal matrix to blood feed within one feeding cycle
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basic_analysis()
- Basic analysis
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compute_Kqb()
- Compute dispersal matrix to lay eggs within one feeding cycle
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compute_Kqb(<BQ>)
- Compute net dispersal matrix to blood feed within one feeding cycle
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compute_Kqb(<BQS>)
- Compute dispersal to lay eggs within one feeding cycle
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compute_Kbq()
- Compute dispersal matrix to blood feed within one feeding cycle
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compute_Kbq(<BQ>)
- Compute dispersal matrix to lay eggs within one feeding cycle
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compute_Kbq(<BQS>)
- Compute net dispersal matrix to blood feed within one feeding cycle
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compute_Kbb()
- Compute dispersal matrix to lay eggs within one feeding cycle
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compute_Kqq()
- Compute dispersal matrix to lay eggs within one feeding cycle
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compute_G()
- Compute the dispersion of eggs after one feeding cycle
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compute_G(<BQ>)
- Compute the dispersion of eggs after one feeding cycle for the BQ model
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compute_G(<BQS>)
- Compute the dispersion of eggs after one feeding cycle for the BQ model
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compute_GG()
- Compute the dispersion of eggs after one feeding cycle for the BQ model
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compute_V()
- Compute the potential dispersion of parasites after one feeding cycle
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compute_V(<BQ>)
- Compute the potential dispersion of parasites after one feeding cycle for the BQ model
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compute_V(<BQS>)
- Compute the potential dispersion of parasites after one feeding cycle for the BQS model
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compute_VC()
- Compute the potential dispersion of parasites after one feeding cycle for the BQS model
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plotDDpmf()
- Plot the PMF for distances dispersed
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plotDDcmf()
- Plot the CMF for distances dispersed
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make_graph_obj()
- Make graph object
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make_common_graphs()
- Make all of the graphs
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make_all_graphs()
- Make graphs
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make_all_graphs(<BQ>)
- Make graphs for a BQ model
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make_all_graphs(<BQS>)
- Make graphs for a BQS model
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net2patches()
- Use communities to define patches
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make_tiles()
- Make a set of tiles that tesselate space
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make_tiles(<BQ>)
- Make a set of tiles that tesselate space for the BQ model
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make_tiles(<BQS>)
- Make a set of tiles that tesselate space for the BQS model
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make_convex_hulls()
- Make a set of convex hulls to visualize the community
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make_convex_hull_i()
- Make the convex hull for the i^th community
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make_convex_hull_xy()
- Make the convex hull for the i^th community
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plot_points()
- Plot point sets for a model
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plot_points(<BQ>)
- Plot point sets for a model for a BQ model
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plot_points(<BQS>)
- Plot point sets for a model for a BQS model
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plot_points_bq()
- Plot point sets for a bq model
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plot_points_bqs()
- Plot point sets for a model for a BQS model
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frame_bq()
- Set up a frame to plot points for a model
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frame_bqs()
- Set up a frame to plot points for a BQS model
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add_points_b()
- Add blood feeding points to a frame
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outline_points_b()
- Add blood feeding points to a frame
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add_points_bb()
- Add blood feeding sites with and without the self loop
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add_points_q()
- Add habitats to a frame
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outline_points_q()
- Add habitats to a frame
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add_points_qq()
- Add habitats with and without the self loop
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add_points_s()
- Add sugar feeding sites to a frame
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outline_points_s()
- Add habitats to a frame
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add_points_ss()
- Add sugar feeding sites with and without the self loop
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plot_matrix_xy()
- Visualize a dispersal matrix among two point sets
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plot_matrix_xx()
- Visualize a dispersal matrix from one point set to itself
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add_arrows_xy()
- Draw arrows from one point set to another
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add_arrows_xx()
- Draw arrows from a point set to itself
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add_one_arrow()
- Draw an arrow from (x_i, y_i) to (x_j, y_j)
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add_nth_arrow_xy()
- Add the nth arrow from a list of locations and indices
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add_nth_arrow_xx()
- Plot the n^th arrow
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add_nth_segment()
- Add the nth segment
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add_bent_arrows_xy()
- Draw bent arrows from one point set to another
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add_bent_arrows_xx()
- Title
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make_movie()
- Make a movie
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make_movie(<BQ>)
- Make a movie of a simulation with a BQ model
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make_movie(<BQS>)
- Make a movie of a simulation with a BQS model
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plot_Psi_bb()
- Visualize the one-bout dispersal matrices for a BQ model
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plot_Psi_bq()
- Visualize the one-bout dispersal matrices for a BQ model
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plot_Psi_bs()
- Visualize the dispersal matrix to b from s
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plot_Psi_qb()
- Visualize the one-bout dispersal matrices for a BQ model
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plot_Psi_qq()
- Visualize the one-bout dispersal matrices for a BQ model
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plot_Psi_qs()
- Visualize the one-bout dispersal matrices for a BQ model
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plot_Psi_sb()
- Visualize the one-bout dispersal matrices for a BQ model
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plot_Psi_sq()
- Visualize the one-bout dispersal matrices for a BQ model
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plot_Psi_ss()
- Visualize the one-bout dispersal matrices for a Bs model
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plot_all_Psi()
- Visualize the one-bout dispersal matrices
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plot_all_Psi(<BQ>)
- Visualize the one-bout dispersal matrices for a BQ model
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plot_all_Psi_BQ()
- Visualize the one-bout dispersal matrices for a BQ model
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plot_all_Psi(<BQS>)
- Visualize the one-bout dispersal matrices for a BQS model
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plot_all_Psi_BQS()
- Visualize the one-bout dispersal matrices for a BQS model
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plot_Kbq()
- Plot the matrix \(K_{b \leftarrow q}\): dispersal from \(\left\{q\right\}\) to \(\left\{b\right\}\)
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plot_Kqb()
- Plot the matrix \(K_{q \leftarrow b}\) dispersal from \(\left\{b\right\}\) to \(\left\{q\right\}\)
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plot_Kbb()
- Plot the matrix \(K_{b \leftarrow b}\)
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plot_Kqq()
- Plot the matrix \(K_{q \leftarrow q}\)
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plot_dispersal_G()
- Plot lifetime egg dispersal, per mosquito
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plot_dispersal_GG()
- Plot lifetime egg dispersal by a mosquito population
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plot_dispersal_V()
- Visualize lifetime transmission from a site, per mosquito
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plot_dispersal_VV()
- Visualize lifetime transmission from a site by mosquito populations
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plot_graph()
- Plot the ouptuts of a graph using
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plot_convex_hulls()
- Add the convex hulls to a framed plot
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add_convex_hulls()
- Add convex hulls around the points in a community
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stretch_convex_hull()
- Stretch (or shrink) the convex hull for plotting
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add_hulls()
- Plot the ouptuts of a graph using
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plot_meta()
- Plot the ouptuts of a graph using
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plot_subgraph()
- Plot the ouptuts of a graph using
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plot_patches()
- Visualize the patchespopulation approximation
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decompM()
- Decompose Matrix
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cutoffValue()
- Define a cutoff that includes a fraction of the total mass (e.g. 90 percent)
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edgeSubset_fracMass()
- Subset Edges
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edgeSubset()
- Subset Edges
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get_matrix()
- Choose one of the matrices describing movement
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get_graph()
- Choose one of the networks describing dispersion