System Data:

Eps Eridani   Mstar = 0.80 Msun M1 = 0.86 Mjup    M2 = 0.10 Mjup e1 = 0.608            e2 = 0.30 a1 = 3.30 AU        a2 = 40 AU HZin = 0.448 AU HZout = 0.992 AU

Simulations - Series 1:

Test Planet - S1:
M_pl = 1.0 M_Earth, ecc = 0.0, inc = 0.0, sma = 0.8 AU

Simulation data:
Ran for 10⁶ years with dt = 0.017 yrs = 6.123 days

Plots of sma and ecc versus time show that the planet is not terribly stable in the HZ...
Note: some simulation don't get to 1e6yr becaue the 2 TPs get booted.. but you can see tat regardless of this the planets ecc is very high! Not good for habitability...

position - V1	position - V2	position - V3
sma vs time - V1	sma vs time - V2	sma vs time - V3
ecc vs time - V1	ecc vs time - V2	ecc vs time - V3

Simulations - Series 2:

Test Planet - S2:
M_pl = 1.0 M_Earth, ecc = 0.0, inc = 0.0, sma = 0.46 AU

Simulation data:
Ran for 10⁶ years with dt = 0.017 yrs = 6.123 days

Plots of sma and ecc versus time show that the planet is - again - not terribly stable in the HZ...
Note: some simulation don't get to 1e6yr becaue the 2 TPs get booted.. but you can see that regardless of this the planets ecc is very high! Not good for habitability...

position - V1	position - V2	position - V3	position - V4
sma vs time - V1	sma vs time - V2	sma vs time - V3	sma vs time - V4
ecc vs time - V1	ecc vs time - V2	ecc vs time - V3	ecc vs time - V4

System Data:

HD38529 - new data   Mstar = 1.39 Msun M1 = 0.78 Mjup    M2 = 12.7 Mjup e1 = 0.29              e2 = 0.36 a1 = 0.129 AU      a2 = 3.68 AU HZin = 1.352 AU HZout = 2.995 AU

Simulations:

Test Planet data:
M_pl = 1.0 M_Earth, ecc = 0.0, inc = 0.0, sma = 1.385 AU

Simulation data:
Ran for 10⁶ years with dt = 0.002 yrs = 0.717 days

Plots of sma and ecc versus time....

position - V1	position - V2	position - V3	position - V4
sma vs time - V1	sma vs time - V2	sma vs time - V3	sma vs time - V4
ecc vs time - V1	ecc vs time - V2	ecc vs time - V3	ecc vs time - V4