Database Reference
In-Depth Information
INFECTED DR
=
0.1127
LAG INF
=
DELAY(INFECTED POP, 0.03)
NAT DR
0.005
RECOVERY RATE
=
=
0.0125
TRANSM RATE
=
VECTOR INFECTED*LAG INF * TR
IMMUNITY LOSS
GRAPH(TR)
(0.00, 0.955), (1.00, 0.595), (2.00, 0.335), (3.00, 0.18), (4.00, 0.055), (5.00,
0.025), (6.00, 0.015)
=
REPRODUCTION RATE Ro
BITING RATE VECTOR
HBI * MEAL VECTOR/REPELLENTS
DAILY SURVIVAL VECTOR
=
X
∧
(1/Y)
=
DD
=
36.5
Dm
=
105
HBI
=
.05
M
=
(VECTOR INFECTED+VECTOR UNINFECTED)/(INFECTED POP
+
UNINFECTED POP)
MEAL VECTOR
=
DD/(TEMP-TMIN)
REPELLENTS
=
10
Ro
=
(TR * M)/(
−
LOGN(DAILY SURVIVAL VECTOR))
T
=
Dm/(TEMP
−
Tm)
TEMP
=
25
Tm
=
15
TMIN
=
9.9
(BITING RATE VECTOR
∧
2) * VERT TO VECTOR *
VECTOR TO VERT * (DAILY SURVIVAL VECTOR
∧
T)
VECTOR TO VERT
TR
=
=
1
VERT TO VECTOR
=
1
X
=
0.61
Y
=
3
Vector
EGGS(t)
=
EGGS(t
−
dt)
+
(EGGING
−
HATCHING
−
EGG DYING) * dt
INIT EGGS
=
1000
INFLOWS:
EGGING
=
EGG RATE * (VECTOR UNINFECTED
+
VECTOR INFECTED)
OUTFLOWS:
HATCHING
=
EGGS * HATCH
EGG DYING
EGGS * EGG DR
VECTOR INFECTED(t)
=
=
VECTOR INFECTED(t
−
dt)
+
(INFECTING
−
DYING INFECTED VECTOR) * dt
INIT VECTOR INFECTED
=
1000
INFLOWS:
INFECTING
=
INFECTION RATE TEMP * VECTOR UNINFECTED
