Social Distancing - COVID-19 - v2
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WHAT IS IT?
A simple model to understand how social distancing might work for epidemics such as COVID 19 and others
HOW IT WORKS
New (2.0) Each patch infects R0 number of patches in its neighbors. In terms of recent research, we have used 3 but you can experiment with it. https://www.businessinsider.com/coronavirus-contagious-r-naught-average-patient-spread-2020-3?op=1
Also, we now allow for recovery days. So, as days of recovery come, the agent stops infecting others.
We have also added stop-time which sets the limit of the simulation time.
HOW TO USE IT
Change social distancing. Click setup and go. See how the model evolves.
THINGS TO NOTICE
With more social distancing, epidemic spread can be curtailed. Kindly note that this is not an exact replication and the model just shows one particular aspect of the epidemic
CREDITS AND REFERENCES
Social Distancing v2.0 (c) 2020 Muaz Niazi www.niazilab.com March 31, 2020
Comments and Questions
patches-own [day-inf inf?] ;day-inf tells the number of day of infection to setup ca reset-ticks ask patches [ set pcolor green set day-inf 0 set inf? false ] ask one-of patches [ set pcolor red set day-inf 1 set inf? true ] ask patches with [pcolor = green] [ if (random 100 < distancing) [ set pcolor black ] ] end to go if count patches with [pcolor = green] = 0 or ticks = stop-time [ stop ] ask patches with [pcolor = red] [ set day-inf day-inf + 1 ;Increase the day infected if day-inf > recov-days [ set pcolor blue ] ;This basically finds a number to infect based on R0 if pcolor = red [ ask n-of ceiling (R0 / 100 * 8) neighbors [ if pcolor = green [ set pcolor red ] ] ] ] tick end
There is only one version of this model, created over 4 years ago by Muaz Niazi.
Attached files
File | Type | Description | Last updated | |
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social-distancing-covid19v2 interface.png | png | Updated Interface | over 4 years ago, by Muaz Niazi | Download |
Parent: Social Distancing - COVID-19 Spread
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