lucadiba / epidemic-simulator Goto Github PK

Add a location where people meet each other more often than other places (e.g. supermarket).

Reference: https://youtu.be/gxAaO2rsdIs?t=315 (time 5:15).

Send people in quarantine after x days, with a probability p.

Real world:

• x: days before symphtoms
• p: 1 - P[not showing symphtoms]

Reference: Basic reproduction number.

Add unit testing for:

• Start simulation button
• Stop simulation button
• Parameters input change

Add names of the most known viruses.
When a virus is selected, the parameters will be replaced with the ones of the virus.

Create JSON files with values for:

• SARS-CoV-2, no lockdown
• SARS-CoV-2, lockdown

Then:

• Implement the feature

Add dark mode for:

• Bootstrap theme
• Simulation canvas
• Chart

Summary:
The page loads but the simulation won't start because an error is raised on page load.

Steps to reproduce:
Just load the page.

Error:
SCRIPT1005: SCRIPT1005: Expected '('

Where:
index.js (29,11)

Code raising the error:
getId = function () {

More informations
Microsoft Edge 44.18362.449.0
Microsoft EdgeHTML 18.18362

A percentage of the infected will need intensive care.
If the number of people in the intensive care has reached a maximum value, everyone else will die due to a lack of care.

Steps:

• add intensive care constraint in form
• add "hospital" (canvas for intensive care)
• add currently in intensive care on the graph
• add a horizontal line in the chart for the maximum availability.

There already is the legend of the chart.
See if it's better to add another legend for dots.

Add a check for the input control_initial_population.
When the number is too high, the tab will crash.

Possible solution: if 6.000.000 is set, the simulation will run with 1.000 people but the numbers will be scaled to 6.000.000.

• Multi-language feature
  Languages:
• English
• Italian
• Dutch

To contribuite, please see the file src/plugins/translator/translator.js.

Add a button for pausing the simulation.

• Pause all the timers
• Dots speed = 0

Split people in different squares and let them move from one to another with a certain probability.

Reference: https://youtu.be/gxAaO2rsdIs?t=345 (time 5:45).

Actually, the default initial population is the same both if the Web-page is opened from desktop and from mobile (smaller canvas), resulting in different densities.

• Dots (people) in canvas
• Chart
• See if it's better to add a pattern to differenciate classes

Before starting the simulation, decide how the parameters will change day by day.