[##:##] power new [num]
[##:##] power country <NATS>
The power report provides one view of national strengths. It can be particularly helpful in planning defense strategies and treaty voting.
Note that countries may be specified as either names or numbers.
sects eff civ mil shell gun pet iron dust oil pln ship unit money
Each column represents a different commodity or aspect for that country. The columns and values used in computing the power factor are:
a # of sectors b average sector efficiency c # of civilians d # of military e # of shells f # of guns h tons of iron ore (not displayed) i tons of gold dust j # of gold bars k tons of food (not displayed) l tanks of oil g # of planes m # of ships mm tons of ships (not displayed) r # of land units n # of dollars oo units of light construction materials (not displayed) pp units of heavy construction materials (not displayed) qq megatons of nuclear weaponry (not displayed) bb gold bars
power factor = n / 100 + (c + d + e + h + i + k + l + mm + oo) / 10 + pp / 5 + (f + a * b) / 3 + g + m + j + r + a * 3 + qq * 100
power factor = for each land unit calculate and add the following ((((land unit lcm cost / 10) * (land unit effic / 100)) + ((land unit hcm cost / 10) * (land unit effic / 100))) * 2) power factor += for each ship calculate and add the following: ((((ship lcm cost / 10) * (ship effic / 100)) + ((ship hcm cost / 10) * (ship effic / 100))) * 2) power factor += for each plane calculate and add the following: (20 * (plane effic / 100) * (nation tech level / 500)) power factor += ((nation money / 100) + (petrol / 500) + ((civilians + military) / 10) + (shells / 12.5) + (iron / 100) + (dust / 5) + (oil / 10) + bars + (guns / 2.5) + (lcms / 10) + (hcms / 5)) power factor += ((number of sectors * (average sector effic / 100)) * 10) power factor = ((power factor) * (nation tech level / 500)) power factor = ((power factor) * (research factor))