< Now the basic craft stats

< Now lift/drag related stats

< the sum of lift from all parts

< the sum of drag from all parts

< dynamic pressure, aka Q

< Equivalent Air Speed

< Now we loop through all parts, checking the modules in each part

< get part drag (but not wing/surface drag)

< sum of all forces on the craft

< just the force in the 'lift' direction

< just the force in the 'up' direction (note, some of it may be drag!)

< drag force, = pDrag + lift-induced drag

< Lift Induced Drag

< any drag in the opposite direction of gravity

< Lift / Drag ratio

< convert kN to Newtons

< convert tonnes to kg

< sun

< now that we computed the angle, we choose the right pole for the axial dot.

< get normalized dot

< get latitude-based changes, if body has an atmosphere

< orbital altitude variation

< calculate air mass etc

< get solar air stuff

< get hypersonic convective shock temp

< now calculate two temperatures: the effective temp, and the maximum possible surface temperature

< now use some magic numbers to calculate minimum and maximum temperatures

< density lerps

< get convection

< clear solar values

< clear values

< clear solar values

< force of gravity

< angle of attack re: velocity

< sideslip re: velocity

< vertical speed in m/s

via regex

thermal counter