Database Reference
In-Depth Information
OUTFLOWS:
Transmission 6
=
(Beta Weight 50 Plus*Beta)*Age 50 Plus*Total Infective
{
people exposed per day
}
Deaths 6
=
Age 50 Plus*Death Rate
{
deaths per day
}
Immune 1(t)
=
Immune 1(t
−
dt)
+
(Recover 1
+
Immunization
−
Aging 1A
−
Deaths 1A) * dt
INIT Immune 1
=
15252
{
people
}
INFLOWS:
Recover 1
=
Sick 1/Rec Time
{
people recovered per day
}
Immunization
=
Age 0 to 9*Immunization Rate
{
people per population per
day
}
OUTFLOWS:
Aging 1A
=
Immune 1/Aging Time
{
people per day
}
Deaths 1A
=
Immune 1*Death Rate
{
deaths per day
}
Immune 2(t)
=
Immune 2(t
−
dt)
+
(Recover 2
+
Aging 1A
−
Aging 2A
−
Deaths 2A) * dt
INIT Immune 2
=
29035
{
people
}
INFLOWS:
Recover 2
=
Sick 2/Rec Time
{
people recovered per day
}
Aging 1A
=
Immune 1/Aging Time
{
people per day
}
OUTFLOWS:
Aging 2A
=
Immune 2/Aging Time
Deaths 2A
=
Immune 2*Death Rate
{
deaths per day
}
Immune 3(t)
=
Immune 3(t
−
dt)
+
(Recover 3
+
Aging 2A
−
Aging 3 A
−
Deaths 3A) * dt
INIT Immune 3
=
36604
{
people
}
INFLOWS:
Recover 3
=
Sick 3/Rec Time
{
people recovered per day
}
Aging 2A
Immune 2/Aging Time
OUTFLOWS:
Aging 3 A
=
=
Immune 3/Aging Time
{
people per day
}
Deaths 3A
=
Immune 3*Death Rate
{
deaths per Day
}
Immune 4(t)
=
Immune 4(t
−
dt)
+
(Recover 4
+
Aging 3 A
−
Aging 4A
−
Deaths 4A) * dt
INIT Immune 4
=
40541
{
people
}
INFLOWS:
Recover 4
=
Sick 4/Rec Time
{
people recovered per day
}
Aging 3 A
=
Immune 3/Aging Time
{
people per day
}
OUTFLOWS:
Aging 4A
=
Immune 4/Aging Time
{
people per day
}
Deaths 4A
=
Immune 4*Death Rate
{
deaths per day
}
