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edges_correct: Adjustment for the Edges Coefficient with Changing Network.edgelist_meanage: Mean Age of Partnerships over Time.edgelist_censor: Table of Edge Censoring.
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dissolution_coefs: Dissolution Coefficients for Stochastic Network Models.departures.2g.net: Departures: netsim Module.delete_vertices: Fast Version of network::delete.vertices for.deleteAttr: Delete Elements from Attribute List.delete_attr: Delete Elements from Attribute List.dcm.mods: Deterministic Compartmental Model Functions.dcm: Deterministic Compartmental Models.: Cross Checking of Inputs for Stochastic Network Models.crosscheck.icm: Cross Checking of Inputs for Stochastic Individual Contact.crosscheck.dcm: Cross Checking of Inputs for Deterministic Compartmental.create_dat_object: Create a Minimal Master List Object of Network Model.copy_nwattr_to_datattr: Copies Vertex Attributes From Network to dat List.copy_datattr_to_nwattr: Copies Vertex Attributes from the dat List to the Network.: Control Settings for Stochastic Network Models.control.icm: Control Settings for Stochastic Individual Contact Models.control.dcm: Control Settings for Deterministic Compartmental Models.comp_plot: Plot Compartment Diagram for Epidemic Models.
#TUTORIALS ON NETSIMK UPDATE#
common_updater: Update either the "param" or "control" list.color_tea: Creates a TEA Variable for Infection Status for 'ndtv'.check_degdist_bal: Check Degree Distribution for Balance in Target Statistics.check_attr_lengths: Check that all 'attr'ibutes in the master object are of equal.brewer_ramp: RColorBrewer Color Ramp for EpiModel Plots.auto_update_attr: Updates Vertex Attributes for Incoming Vertices.as.ansmat: Convert transmat infection tree into a phylo object.as.ansmat: Converts transmat infection tree into a network object.as.: Extract Timed Edgelists netdx Objects.as.: Extract Model Data for Stochastic Models.as.: Extract Model Data for Deterministic Compartmental Models.arrivals.2g.net: Arrivals: netsim Module.apportion_lr: Apportion Least-Remainder Method.add_vertices: Fast Version of network::add.vertices for Edgelist-formated.
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virtual marine technology 20 Hallett Oes., PO Box 8282, St. NetSim compass functionality includes magnetic and gyro variants with the magnetic compass reflecting chart specific magnetic variation. NetSim's GPS functionality includes road, bearing and time-to-go displays as well as H DOR Datum, GPS/DGPS position accuracy. NetSim's north-up Electronic Charting System (ECS) functionality includes GPS integration and waypoints and route setting.
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NetSim's unstablized RADAR functionality includes variable range markers, electronic bearing lines, gain control, sea clutter and rain filters. To further enhance NetSim's training benefits VMT's maritime subject matter experts have developed a library of tutorial videos, trainee briefings and simulation exercises that are designed to introduce electronic navigation concepts. With NetSim trainees are able to develop voyage planning, radar watchkeeping and collision avoidance experience using an integrated RADAR, GPS, ECS and helm interface.
#TUTORIALS ON NETSIMK SIMULATOR#
NetSim is an electronic navigation simulator that enables trainees to complete blind pilotage training exercises using a commercial-off-the-shelf computer. To ensure navigator competency training programs need to place a premium on contextually relevant practical training. Lack of system familiarity can contribute to reduced situational awareness and an increased risk of collision or grounding. Virtual marine technology Advances in navigation systems increasingly require crews to walk a fine line between heightened awareness and information overload.