ModelingComplexSystems.net
2020-04-05
INSTRUCTIONS FOR ACCESSING ITEMS FROM THE INPUT/OUTPUT TABLE
Only new values for cells appear in a row. Read up to last entry in a column for "missing" values.
Click on a title in the "Analysis Title" column to view a discussion of the results.
Click on a numbered run in the "Output" column to download that run's data as a .zip file.
Find the .zip file
in your "Downloads" folder. Right click the file to acccess the "Extract All" command.
Click on the version number in the "Model Version Number" column to download the Java code as a .zip file
Input/Output Table
COVID-19 Dynamics Part One: Infection Dymanics
Model: COVID-19
Analysis Title | Description | Output | Release Date |
Model Version Number |
time horizon |
Incubation Period Distribution |
Distribution Parameter |
Distribution Parameter |
total population |
incubating population |
maximum infection multiplier |
---|---|---|---|---|---|---|---|---|---|---|---|
yyyy-mm-dd | (days) | (name) | (days) | (days) | (persons) | (persons) | (persons/day per person) |
||||
Comparison of the effects of different maximum infection multipliers | Verifying model behavior | Run_01 | 2020--04-01 | v1.0.1 | 150 | uniform | min 2 | max 14 | 1,080,000 Rochester,NY RMA |
10 | 0.125 |
Run_02 | 0.250 | ||||||||||
Run_03 | 0.500 | ||||||||||
System behavior with a lowered maximum infection multiplier | Flattening the curve is only a stopgap measure, not a solution | Run_01 | 2020-04-05 | 360 | uniform | min 3 | max 7 | 10 | 0.23 | ||
Policy analysis | |||||||||||