Virus COVID 19 SIR Model Project
Budget: $30 – $250 USD
I was assigned to create a numeric SIR model on the LabView about the COVID 19 pandemic; showing the relationship between individuals that are susceptible, infected, and recovered. From my understanding, we are to develop an array that has the position and the state of the particles: susceptible, infected, and recovered (or SIR for short). By observing the array over time, we would be able to see how the pandemic affected the population. There should a box where circles that represent the population interact with each other, get infected, and recover. This data should also be shown on a x,y graph, showing three lines that symbolize the three states.
The pseudo code that I came up with for this project involves ( you don't have to follow this format but make it believable that a student getting into LabVIEW made it) :
Set parameters: S = N -1, I = 1, R = 0
random population Add random population in square box
probability of infection/recovery, set radius of infection? Randomly select one circle/ individual to be infected or make the first person to be infected
x,y is connected to the random number to randomly assign a position to each particle
Loop with a constant probability of infection/recovery P(I) and P(R) by S and I smaller to the point of close to zero and increase the recovery population use while loop for this
Using a while loop and inside is a case structure with three situations: infected hits susceptible, when infected randomly pick using recovering probability.
Use Brownian code to move the particles/ circles - record graph - display
Check one interaction not both radius work check whether they infect other people don't check the infected again
2d picture with circles
1 blue is not infected, 2 red is infected, 3 green is recovered
if a particle were to get into a certain distance within an infected then it would be infected
need to make some points then I have to tell how far away the points are from each other
Display the sign 2-d picture and x-y graph with three lines and a legend
Please contact me as soon as possible because the project is due this Friday at 3:30 pm pacific time. Also, please don't publicize these screenshots and let me know if you need any more information about the project.
The pseudo code that I came up with for this project involves ( you don't have to follow this format but make it believable that a student getting into LabVIEW made it) :
Set parameters: S = N -1, I = 1, R = 0
random population Add random population in square box
probability of infection/recovery, set radius of infection? Randomly select one circle/ individual to be infected or make the first person to be infected
x,y is connected to the random number to randomly assign a position to each particle
Loop with a constant probability of infection/recovery P(I) and P(R) by S and I smaller to the point of close to zero and increase the recovery population use while loop for this
Using a while loop and inside is a case structure with three situations: infected hits susceptible, when infected randomly pick using recovering probability.
Use Brownian code to move the particles/ circles - record graph - display
Check one interaction not both radius work check whether they infect other people don't check the infected again
2d picture with circles
1 blue is not infected, 2 red is infected, 3 green is recovered
if a particle were to get into a certain distance within an infected then it would be infected
need to make some points then I have to tell how far away the points are from each other
Display the sign 2-d picture and x-y graph with three lines and a legend
Please contact me as soon as possible because the project is due this Friday at 3:30 pm pacific time. Also, please don't publicize these screenshots and let me know if you need any more information about the project.
Related categories:
LabVIEW