Model.update_running_params

model

name of parameter. See <code><a rd-options="" href="/link/SAFE_UPDATE_PARAMS?package=OpenABMCovid19&version=1.0.1" data-mini-rdoc="OpenABMCovid19::SAFE_UPDATE_PARAMS">SAFE_UPDATE_PARAMS</a></code> for
allowed parameter names

param

value

A subset of parameters may be updated whilst the model is
evaluating these correspond to events. This function throws an error if
<code>param</code> isn't safe to update.

OpenABM-Covid19 is an agent-based model (ABM) developed to simulate the spread
of COVID-19 in a city and to analyse the effect of both passive and active
intervention strategies. Interactions between individuals are modelled on
networks representing households, work-places and random contacts. The
infection is transmitted between these contacts and the progression of the
disease in individuals is modelled. Instantaneous contract-tracing and
quarantining of contacts is modelled allowing the evaluation of the design and
configuration of digital contract-tracing mobile phone apps.
Robert Hinch, William J M Probert, et al. (2020) <doi:10.1101/2020.09.16.20195925>.

Oli Legat

OpenABMCovid19

Agent-Based Model for Modelling the COVID-19

Robert Hinch

Will Probert

Ana Bulas Cruz

Andrea Stewart

Anel Nurtay

Anthony Finkelstein

Ares Meroueh

Arun Lobo

Bryn Mathias

Chris Wymant

Christophe Fraser

Daniel Montero

David G Bonsall

Evan Blumgart

Feifan Chen

Felix Breuer

James Lockyer

James Warren

Katrina Lythgoe

Kelvin Van Vurren

Lele Zhao

Luca Ferretti

Lucie Abeler-D<c3><b6>rner

Matthew Abueg

Matthew Hall

Michelle Kendall

Neo Wu

Nicole Mather

Ross Boylan

Scott Stevenson

Setrak Balian

feldnerd 

mattea 

neozwu 

rory-improbable 

Model.update_running_params function

name of parameter. See <code><a rd-options='' href='SAFE_UPDATE_PARAMS'>SAFE_UPDATE_PARAMS</a></code> for
allowed parameter names

Update a parameter during a simulation — Model.update_running_params

Update a parameter during a simulation

Model.update_running_params: Update a parameter during a simulation

Description

Usage

Arguments