So far I have rolled up:

Type:

**G2V**
- 2D = 10 = G type
- 2D = 11 = 2 subtype
- V as all stars are main sequence unless otherwise instructed...?

Mass:

**1.02**
- 1.1 - [( (1.1-.9) / 5 ) * 2]
- Figuring out what the increments between G0 and G5 are, then working out where G2 would fall by adding/subtracting the appropriate amount

Temp:

**5,840K**
Diameter:

**1.04**
Luminosity:

**1.152**
Age:

**~9.5B yrs**
- 10/(1.02^2.5) * 1 Billion years

I rolled no additional stars in this system.

For system worlds, I began with Gas Giants.

2D = 6 > Gas Giants

**are present**
For quantity, I add DM+1 because it is a single class V star.

So... 2D +1 = 9 >

**4 Gas Giants**
Planetoid belts has a DM+1 since there is more than 1 Gas Giant present

So... 2D+1 = 10 >

**2 Planetoid Belts**
For Terrestrial planets, I rolled:

2D-2 =

**3** > Add D3-1 = 1-1 = + 0

So, Terrestrial Planets >

**3 Planets**
Total Worlds =

**9**
How does my math look up to this point? I feel pretty confident I've been able to interpret the tables and formulas thus far. Now, here's where the trouble begins.

How would I go about determining the Habitable Zone Center Orbit (HZCO)? And then assigning planets to their respective orbits, determining which planets are in the habitable zone, etc?

I have attempted the math and could share, but don't have the time right now. I'd be appreciative to see how others would take the numbers I've rolled so far and determine the next steps.